EPA-520/9-74-020
COMPILATION OF
INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN
THE UNITED STATES
VOLUME 2
UNITED STATES
ENVIRONMENTAL PROTECTION AGENCY
Washington D.C. 20460
1974
-------
EPA-520/9-74-020
October 1974
VOLUME 2
Compilation of Industrial and Municipal
Injection Wells in the United States
United States Environmental Protection Agency
Office of Water Program Operations
Oil and Special Materials Control Division
Special Sources Control Branch
Washington, D. C. 20460
-------
Data
The following data is arranged alphabetically by state and
numerically within each state to following the system
developed by Warner (1972). The data is presented in a
four (4) page format; each page is labelled a-d. In the event
that sufficient data is lacking to complete a page of this format
that page has been deleted.
The codes used with permit status and operating status are
those used in Tables 1 and 2 respectively.
This data is also available through the STORET/GPSF computer
file of EPA. Information on retrieval may be obtained from the
STORET User Assistance Group, Division of Monitoring and Data
Support, EPA Headquarters.
-------
Well Id. Code:
MI-18
COMPILATION OP INDUSTRIAL AND MUNICIPAL
Permit Status: PJJ;
Operating Company
Operational Status:
QL
and Address: Michigan Chemical Corporation
St. Louis. Michigan
I. GENERAL IDENTIPICATION DATA
1. Entry Date of Data: (Day) 01.
2. Latitude and Longitude: N/A
(Month) 06
(Year) 73
3. Well Location (Legal Description): NW 1/4, NW 1/4. NE 1/4, Sec. 23, TIZN"
R2W.
County; Gratiot
State; Michigan
5. SIC Classification; 2818
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Waste effluent from the processing of natural brines
2. Date Well Permitted: __
3. Injection Rate: 320sooo gpy
Completed:
Injection Pressure; Vacuum
5. Total Depth of Well: 3762 ft,
6. Name, Age, and Depth of Injection Zone; Dundee, Devonian. 3422
7. Date Injection Began: (Day)
8. Total Volume Injected to Date: N/A
9. Date Injection Ceased: (Day) N/A
10. Previous Mode of Disposal; N/A
(Month) 05
(Month)
(Year) 67
(Gallons)
TYeary
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Marshall
Coldwater
Antrim
Traverse
Dundee
(b)
5?LS~£
Mississippian
Mississippian
Devonian
Devonian
Devonian
(C)
Depth
(d)
Thickness
(e)
Llthologlc Description
sandstone
shale
shale
cherty limestone
dolomite
(a)
-------
WIC
MI-18
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
iflnincE Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Llthostatic Pressure, psi
(6) ftrdrofracturing Pressure, psi
i 7) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Dundee
3422
341 open hole
0.45 psi/ft. est.
1.0 psi/ft. est.
1.0 psi/ft. est.
Devonian
dolomite/ limes tone
Coldwater, Antrim
Miss . -Devonian
shale & carbonates ,
extensive
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Areal Llthologic
Name Depth Thickness Extent Character
Marshall sandstone
Fluid
Character
freshwater for
municipal use
Mineral Resources in Area: Coal bearing Pennsylvanian strata are located
in the area of the disposal well. Small oil and gas pools are also found
in the area.
5. Location of Other VfeHs, Abandoned Wells, and Other renetrations in
Immediate Ifydrologically Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Waste effluent from the
processing of natural brines. Calcium chlorides brine.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1:N/A
C. Specific Gravity:
D. Temperature:
E. pH; N/A
1.2
N/A
(b)
-------
WIG _ MI-
3. Tbxlclty: Recommended limit of CaCl2 in drinking water 500 mg/1
. Reactivity with Surface Equipment Corponents:
5. Degradablllty Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; 'bacterial activity minimal.
7. Pre-injection Waste Treatment:_
Sedimentation ana nitration.
V. WEIX DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 17-1/2 H-40 46 ///ft. 13-3/8 704
Intermediate _u J-55 36 ///ft. 8-5/8 3421
lection ~374
ier
IhJ(
Obhi
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 13-3/8
casing - 525 cu. ft. cement. - 8-5/8 casing - 580 cu. ft. cement.
3. fell Head Equipment (Name and Models); N/A
. Packers, Centrallzers, and Other Subsurface Equipment
5. Bottom Hole Completion: N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A"
VI. DESCRIPTION OP SURFACE EQUIFMEMT
1. Holding Tanks and Plow Lines;' N/A
2. Filters: N/A
(c)
-------
WIG MI-18
3. Pumps; N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 9/2/69 Average 95 Maximum
" 10/69 187
11 11/69 223
it •
2. Injection Pressure, psl (During life of Well to Present)
Date(s) 9/69 Average Vac Maximum
" 10/69 ' Vac 150
11 11/69 Vac 155
n ~ —————- ^___
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19__
VIII, SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Pressure and volume monitors
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A* Construction Requirements; Completed, equipped and maintained in a manner
that will prevent pollution of fresh water or endanger any natural
resources.
B. Monitoring Requirements: N/A
C. Restrictions of Operation Procedures; Must operate as
(d)
-------
Well Id. Code:
MI-19
COMPILATION OP INDUSTRIAL AND MUNICIPAL
UNITED
Permit Status:
PDR
Operational Status:
Operating Company Name and Address; Semet-Soivey Division'
Allied Chemical Company
I. (JENERAL IDENTIFICATION DATA
1.
2.
3.
5.
II.
1.
2.
3.
H.
5.
6.
7.
8.
9.
10.
Entry Date of Data: (Day) 01 (Month) 06 (Year)
Latitude and Longitude: 42015'30"/83007I30"
Well Location (Legal Description): N/A
County: Wayne State: Michigan
SIC Classification: 2815
GENERAL DATA ON WELL SITE
Type of Waste Injected: Waste effluent from the manufacture
lurgical coke and by-product chemicals.
Date Well Permitted: 6/69 Completed:
Injection Rate: 100,000 - 150,000 gal. /day
Injection Pressure: N/A
Total Depth of Well: 4112 ft.
Name, Age, and Depth of Injection Zone: Mt. Simon, Cambrian,
Date Injection Began: (Day) (Month) 06 (Year)
Total Volume Injected to Date: N/A
Date Injection Ceased: (Day) N/A (Month) (Year)
Previous Mode of Disposal: N/A
73
of metal-
4040
69
(Gallons)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
Dundee
Detroit R.
Sylvan!a
Bass Island
Salina
Niagaran Series
Cincinnatian
Trenton
Eau Claire
Mt. Simon
(b)
Age.
Pleistocene
Devonian
Devonian
Devonian
Silurian
Silurian
Silurian
Ordovician
Ordovician
Cambrian
Cambrian
(c)
Depth
104
170
548
620
980
(d)
Thickness
104
66
378
72
360
1320
2300
2910
3815
590
630
250
4040
(e)
Lithologlc Description
clay/gravel
limestone
limestone
sandstone
dolomite
anhydrite, halite
cherty limestone
limestone/shale
limestone
sandstone
sandstone
(a)
-------
WIC
MI-19
B. Geologic Description of Injection Uhit and Other Possible Units
Injection Unit
Confinine Bed
U) Name
(2) Depth (Ft.)
(3) Thickness (Pt.)
(*T) Pbrmatlon Fluid Pressure, psi
(5) Lithostatic Pressure, psi
C6) ftrdrofracturing Pressure, psi
(7) Age of Uhit
(8) Porosity %
(9) Permeability, raillldarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Mt. Simon & Eau Cla
3815
348 (open hole)
0.45 psi/ft. est.
1.0 psi/ft. est.
1.0 psi/ft. est.
Cambrian
sandstone
widespread
Lre Bass Is. -Trenton
620
3764 (casing point)
Silurian-Ordovician
limestone, dolomite
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
104
clay/sand/gravel
Sylvania
548
72
sandstone
4. Mineral Resources in Area:
of the disposal site.
There are a few small oil and gas pools west
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); 2000 mg/l ci, 9500 mg/i
Ammoniaf 100 ppm phenol, viscosity at 20°C 1.12 cp; waste effluent from the
mann fart-iire of metallurgical coke and by-product chemicals.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/l: 3450
B. Cone. Dissolved Solids, mg/l; 3350
C. Specific Gravity; 1.01
D. Temperature: N/A
E. pH; 9.8
(b)
-------
WIG
MI-19
3. Toxlclty: N/A
. Reactivity with Surface Equipment Components:
5. Degradablllty Level and Rate;
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A .
7. Pre-lJiJectlon Waste Treatment; N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
Inj
Oth
ectlon
Hole
Size
17-1/2
Casing or Tubing
Welgit and Grade
H-40 40 ///ft.
J-55 24 ///ft.
J-55 14 ///ft.
J-55 6.5 ///ft.
Size
13-3/8
8-5/8
5
2-1/2
Depth
Set
121
1774
3764
4106
ier
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 13-3/8 in.
casing - 1315 sks - 8-5/8 in. casing - 5455sks.
3. Well Head Equipment (Name and Models); N/A
. Packers, Centrallzers, and Other Subsurface Equipment: Baker Model TTAT
packer at 3720 ft. '
5. Bottom Hole Completion; Perforated completion 3754 ft. to 4106.
6. Hydraulic Fracturing, Acidizing Programs, etc.; Mt. simon acidization
5.000 gal. Mt. Simon-buffer injection (8,400 gal, freshwater).
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters:
(0
-------
WIC MI-19
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19__ N/A B. 19_ C.
VIII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; N/A
B. Sampling Frequency and Water Quality Parameters Measured;
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements: Completed, equipped and maintained in a
manner that will prevent pollution of fresh water or endanger any
natural resources.
B. Monitoring Requirements; N/A
C. Restrictions Of Operation Procedures; Must operate as permitted.
(d)
-------
Well Id. Code:
MI-20
OF INDUSTRIAL AND MUNICIPAL
PDR
Permit Status:
Operating Compary Name and Address:
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
2. Latitude and Longitude:
INJECTION WEuLS IN THE UNITED STATES
Operational Status:
DN
Glaser Crandell Co.
Mattawan, Michigan
(Month)
06
N/A
(Year) 73
3. Well Location (Legal Description):
R13 W
NW 1/4, SE 1/4, NW 1/4, Sec. 13, T3S,
l|. County: Van Buren
State; Michigan
5, SIC Classification; 2035
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected:
relishes.
Waste from the production of pickles and
2. Date Wen Permitted; 6/68
3. Ihjection Rate: 108,ooo
Completed:
Injection Pressure; N/A
5. Total Depth of Well; 1660 ft.
6. Name, Age, and Depth of Injection zone; Detroit River, Devonian, 1442.
(MonEhT
7. Date Injection Began: (Day)
8. Total Volume Injected to Date;
9. Date Injection Ceased: (Day) N/A (Month)
10. Previous Mode of Disposal: N/A "
05
N/A
(Year) 58
(OallonsT
TYear),
GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
"Drift
Coldwater
Antrim
Traverse
Detroit R.
(b) (c)
Age Depth
Pleistocene 0
Mississippian 303
Devonian 1095
Devonian 1206
Devonian 1442
(d)
Thickness
300
792
111
237
(e)
Lithologic Description
clay/gravel
shale
shale
cherty limestone
limestone
(a)
-------
WIC
MI-20
B. Geologic Description of Injection Unit and Other Possible Units
Inflection Unit
Conflnlnff Bed
U) Name
(2) Depth (Ft.)
•5) Thickness (Pt.)
5) Formation Fluid Pressure, psi
5) Lithostatic Pressure, psi
6) Hydrofracturing Pressure, psi
7) Age of Chit
(8) Porosity %
9) Permeability, ralllidarcies
(10) Reservoir Temperature, "C
(11) Character and Area!
Distribution
Detroit R.
1442
Only 3 ft. perforat
0.45 psi/ft. est.
1.0 psi/ft. est.
1.0 psi/ft. est.
Devonian
limestone
Coldwater-Traverse
ed
Miss. -Devonian
shale & limestone,
widespread
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Drift
Areal
Thickness Extent
300
Lithologlc
Character
sand/gravel
Fluid
Character
4. Mineral Resources in Area: There are several large oil and gas accumulations
in the vicinity of the disposal well. "~~"~~
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Waste from the
nrnA,if + inn of pickles and relishes.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity:
D. Temperature:
E. pH; N/A
N/A
N/A
(b)
-------
wic MI-20
3. Tbxicity: Insufficient data tn completely assess waste characteristics.
4. Reactivity with Surface Equipment Components: N/A
5. Degradablllty Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-lnjectlon Waste Treatment; N/A
V. WELL DESIGN AND OONSTOUCTION
1. Casing and TUbing
Hole Casing or Hiblng Depth
Size Weight and Grade Size 3et
Surface 10-1/2 362
Intermediate
ection 7 1651
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; sur. 225 sks,
inj. 426 cu. ft.
3. Well Head Equipment (Name and Models); N/A
Backers, Centralizers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion: Perforated completion 6 holes from 1627 to 1630 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; Acidization - 1000 gal.
Super X. 28% HC1 1651 to 1773 ft.
VI. DESCRIPTION OP SURFACE EQUIIMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters:
(0
-------
WIC_
3. Pumps; N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
n
it
n
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
n
3* Annual Volume Injected, gal.
A. 19_ B. 19__ C. 19.
VIII, SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation^
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code: Mi-21
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WETT-S IN THE UNITED STATES"
Permit Status; FDR Operational Status: DN
Operating Company Name and Address: DOW chemical Co..
Midland. Michigan
I. GENERAL IDBmPICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year) 7_3_
2. Latitude and Longitude; 43e35'25"/84005'07"
3. Well Location (Legal Description); sw 1/4. NW 1/4. sw 1/4. Sec 21. T14N. R2E
i|. County: Midland State; Midland
5. SIC Classification; 4950
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Waste from oil refinery and salt mining operation.
2. Date Well Permitted; Completed; 5/7/52 "
3. Injection Rate; N/A
Injection Pressure; N/A
5. Total Depth of Well: 3740^
6. Name, Age, and Depth of Injection Zone: Dundee, Devonian
37151 „__
7. Date Injection Began: (Day) N/A (MonEnT" (Year)
8. Total Volume Injected to Date: N/'A (Gallons)'
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode Of Disposal; This is a stand-by well
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
Marshall Mississippian 1200 sandstone
Dundee Devonian 3580 limestone
(a)
-------
WIC
MI-21
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
U) Name
(2) Depth (Ft.)
(3) Thickness (Pt.)
(5) Formation Fluid Pressure, psi
(5) Llthostatic Pressure, psl
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, "C
(11) Character and Area!
Distribution
Dundee
3715
158
U.45 psl/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Devonian
limestone
widespread
1300
*
Miss. - Dev.
shale., limestone.
and sandstone
widespread
C. Chemical Characteristics of Formation Fluids; Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Saginaw
Parma
Marshall
795
1180
Thickness
90
80
120
Areal
Extent
Llthologic
Character
sandstone
sandstone
sandstone
Fluid
Character
ft. Mineral Resources in Area; Highly saline brines are pumped from Devonian
age rocks and used as a source for chemical products
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Waste from oil refinery and
salt mining operations. Organic waste with phenol, brine, propylene
oxidef methyl cellulose and organic wash.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
Cone. Dissolved Solids, mg/1:
Specific Gravity:
Temperature:
pH:
B.
C.
D.
E.
N/A
N/A
N/A
N/A
(b)
-------
WIC MI-21
3. Toxicity: Phenols fatal to humans at 1.5 grams
4. Reactivity with Surface Equipment Components; Corrossive
5. Degradabllity Level and Rate: Phenols degrade in 1-7 days at 20° C. slower
under anaerobic conditions
6. Biological Level at Injection and Estimated Biological Level After Injection:
Minimal
7. Pre-lnjectlon Waste Treatment: settling. PH control
V. VEIL DESIGN AND (INSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 10-3/4 1265
Intermediate _7 3545
fectlon
Inject
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
10-3/4" casing - 600 sks; 7"casing - 260 sks "
3. Well Head Equipment (Name and Models); N/A
. Packers, Centrallzers. and Other Subsurface Equipment; N/A
5. Bottom Hole Completion; Perforated completion
6. Hydraulic Fracturing , Acidizing Programs, etc.: 10,000 gal 2% HF
VI. DESCRIPTION OF SURFACE
1. Holding Tanks and Plow Lines; Two holding basins
2. Filters: N/A
(c)
-------
WIC MI-21
3. Pumps:
VII. OPEKATIOK CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
n
3. Annual Volume Injected, gal.
A. 19__ B. 19__ C. 19_
VIII. SAFETY INPORMATIQN
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operation;
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code:
COMPgjaJION OF ypUSTRIAL Ay MUNICIPAL
INJECTION WELLS IN THE UNilteD STATE?
Permit Status: PDR Operational Status:
Operating Company Name and Address; DOW Chemical Company
Midland, Michigan
I. GENERAL liJWrJJALCATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (tear) 73_
2. Latitude and Longitude; 43035'25"/87°05fff7Tr"
3. Wen Location (Legal Description); sw 1/4. NWi/4, sw 1/4. Sec. 21, TUN.
R2E
it. County; Midland State: Michigan
5. SIC Classification; 4950
II. GENERAL DATA ON WELL SHE
1. Type Of Waste Injected: Oil refinery and brine processing.
2. Date Well Permitted; 1967 Completed:
3. Injection Rate; 50 mgd
Injection Pressure; 835 psi
5. Total Depth of Well; 4299 ft.
6. Name, Age, and Depth of Injection Zone; Dundee.Devonian - 3865 ft.
7. Date Injection Began: (Day) (Month) (Year) 67
8. Total Volume Injected to Date: 203.130.910 (3/1/73) (Gallons)
9. Date Injection Ceased: (Day) N/A (Month) (Year)
10. Previous Mode of Disposal; N/A
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologlc Description
Marshall Mississippian 1200 _________ sandstone
Dundee Devonian 3580 limestone
(a)
-------
WIC
MI-22
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnincr Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
C6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllldarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Dundee
1865
70-108
Devonian
16-17
100
limestone
1100
Hiss. -Devonian
shale, limestone,
sandstone, widespread
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Saginaw
Parma
Marshall
Depth
240
795
1180
Area!
Thickness Extent
90
80
120
Lithologic
Character
sandstone
sandstone
sandstone
Fluid
Character
Mineral Resources in Area:
N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Oil refinery and brine
processing. Organic wastes consisting of phenol, propylene oxide, methyl
cellulose, and wash water and spent brines.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: .N/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity; N/A
D. Temperature: N/A ~
E. pH; N/A
(b)
-------
WIG _ MI-22
3. Toxlclty: Chlorides in domestic water supply should be approximately 250
mg/1, total dose of 1.5 grams of phenol may be fatal to humans.
4. Reactivity with Surface Equipment Components : Possible corrosion of
metalic components.
5. ppgrftriqhlllty Level and Rate: Pheno degrades in to 7 days at 2CTC,
5-19 days at 4°C, and at lower rates In anaerobic environment. ""
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal. _
7. Pre-lnjectlon Waste Treatment: N/A
V. WEIL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Bole
Size
Casing or Tubing
Weight and Grade
28 If/ft.
24 ///ft.
Size
14
8-5/8
7
5-1/2
Depth
Set
264
1398
3983
3251
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; a inch
casing - 50 sks. - 7" casing - 150 sks.
3. Well Head Equipment (Name andModels): N/A
M. Packers, Centrallzers, and Other Subsurface Equipment: Anruius filled with
water solution of sodium dichromate; Baker Model "F" Retention and
Production Packer @ 3250'. ~~
5. Bottom Hole Completion: N/A —
6. Ifydraulic Practurlng, Acidizing Programs, etc.; N/A~
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; 2 holding tanks.
2. Filters:
(O
-------
WIC
3. Pumps : N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 2/69 _ Average 213 _ Maximum
" 2/70 188
" 2/71 90
it
2/72 97
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 2/69 Average 620 Maximum
" 2/70 630
" 2/71 620
" 2/72 590
3. Annual Volume Injected, gal.
A. 19J2 50,606.450 B. 19J1 50,330,340 C. 19_7_0 47.502,815
VIII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; N/A
B. Sampling Frequency and Water Quality Parameters Measured;
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation: standby well
3. Regulatory Aspects
A. Construction Requirements; Constructed, equipped and maintained in a
manner that will prevent pollution of freshwater or endanger any
natural resources.
B. Monitoring Requirements; N/A
C. Restrictions Of Operation Procedures; Must operate as permitted,
(d)
-------
Well Id. Code: Mi-23
COMPILATION OP INDUSTRIAL AND MUNICIPAL
Permit Status; PDR Operational Status:
Operating Company Name and Address: DOW chemical Company
Midland, Michigan
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (fear) 73_
2. Latitude and Longitude; 43°35'25"/87°05fT)7Tr
3. Well Location (Legal Description): SE 1/4, sw 1/4, NE 1/4, Sec. 27, TIAS,
R3E. ^
1. County; Midland State; Michigan "••
5. SIC Classification; 4950
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Oil refining and salt mining - brine disposal.
2. Date Well Permitted; 12/3/51 Completed:
3. Injection Rate; 68 gpm
Injection Pressure; 685 psi
5. Total Depth of Well; 5150 ft.
6. Name, Age, and Depth of Injection Zone; Sylvania, Devonian, 4925
7. Date Injection Began: (Day) (Month) 05 (Year) 60"
8. Total Volume Injected to Date; 271 311.955 (1/73) (Gallons)'
9. Date Injection Ceased: (Day) N/A" (Month) (Year)
10. Previous Mode of Disposal: N/A '"'
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
(a)
-------
WIC
MI-2 3
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unj-t
(1) Kame
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(B) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Svlvania
40 2 S
187
DP von Ian
sandstone
C. Chemical Characteristics of Formation Fluids; N/A
3. Gteohydrology of Fresh Water and Other Useful Aquifers
Name
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
4. Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); oil refining and salt
mining.
2. PhysicaVChemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1: NTT
C. Specific Gravity; N/A
D. Temperature:
E. pH: N/A
N/A
(b)
-------
WIC MI-2 3
3. Tbxlcity; N/A
ft. Reactivity with Surface Equipment Components; N/A ~ """""
5. Degradablllty Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7« Pre-injectlon Waste Treatment: Sedimentation and pH control.
V. WELL DESIGN AND COMSTOUCTION
1. Casing and TUblng
Hole Casing or TXiblng Depth
Size Weight and Grade Size Set
Surface 40 ///ft. 10-3/4 1380
Intermediate 20 ///ft. _7 4898
lection ~~~~~~~~"~~~~~~~~~~ 5-1/2 4926
Inject
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: sur. -
650 sks. - intermed. - 600 sks.
3. Vfell Head Equipment (Name and Models); N/A
ft. Packers, Centrallzers, and Other Subsurface Equipment; Hook Wall Packer at
4822 ft. on 7 inch tubing - annular area filled with sodium bichromate.
Packer Model Baker AC @ 4898 on 5-1/2 inch tubing.
5. Bottom Hole Completion: Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.; Acidization - 10,000 gal.
of 20% HC1 9/7/51.
VI. DESCRIPTION OP SURFACE EQUIIMENT
1. Holding Tanks and Plow Lines; 2 holding tanks.
2. Filters:
(O
-------
WIG MI-23
3. Pumps: N/A
¥11, OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 10/69 Average 241 Maximum
" 11/69 276
" 12/70 157
11 12/71 132
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 10/69 Average 770 Maximum
11 11/69 670
11 12/70 670
" 12/71 660
3> Annual Volume Injected, gal.
A. 19J_2 33.984.520 B. 1971. 70.146,805 C. 19^_ 69,403,110
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; N/A
B. Sampling Frequency and Water Quality Parameters Measured; N/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation; MA-21 is a standby well.
3. Regulatory Aspects ^
A. Construction Requirements; N/A
B. Monitoring Requirements;
C. RestMctiOnS Of Operation Procedures; Must operate as permitted.
(d)
-------
Well Id. Code: _ NI"24
(XMPILATION OP INDUSTRIAL AND i
INJECTION WELLS IN THE UNniflJ STATE
Permit Status ; PDR _ Operational Status :
Operating Company Name and Address: DQW chemical Company
Midland, Michigan
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (tear) 73.
2. Latitude and Longitude; 43035'25"/87°05'07"
3. Well Location (Legal Description): Sec. 22. TIAN. R2E7
H. County; Midland State; Michigan
5. SIC Classification; 4950
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; chemical plant.
2. Date Well Permitted; ^/^ Completed:
3. Injection Rate; 60 gpm
Injection Pressure; 2260 psi
5. Total Depth of Well; 3950
6. Name, Age, and Depth of Ihjactlon Zone; Dundee. Devonian. 39T5~
7. Date Injection Began: (Day) (Month) 06 (Year) 64
8. Tbtal Volume Injected to Date: 36,972,675(11/1/72) (Gallons)
9. Date Injection Ceased: (Day) NTT (Month) (Year)
10. Previous Mode of Disposal: N/A
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologlc Description
"
(a)
-------
WIC
MI-24
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confining Bed
CD Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) ftrdrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millldarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Dundee
3915
Devonian
limestone
dolomite
C. Chemical Characteristics of Formation Fluids: Saline.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
Areal
Ihickness Extent
Lithologic
Character
Fluid
Character
. Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area;
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Chemical Plant. Activated
sludge from waste treatment-contains 3% organic solids. Also spent brines
and plant wastewaters.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
Cone. Dissolved Solids, mg/1:
Specific Gravity:
Temperature:
N/A
B.
C.
D.
E.
N/A
N/A
N/A
pH:
(b)
-------
WIG MI-24
3. Toxlcity: Insufficient data to fully assess toxicity - chlorides in
domestic water supply should be limited at approximately 250 mg/1.
H. Reactivity with Surface Equipment Components; Possible corrosion of metallic
components by brine.
5> Degradablllty Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Ifre-lnjectlon Waste Treatment; Settling and screening.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and TVibing
Surface
Intermediate
Jectlon
Inject
Other
Hole
Size
Casing or Tubing
Weight and Grade
36 #/ft.
Size
8-5/8
Depth
Set
J740
steel tubing
3-3/8
3915
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 11-3/8
cemented to surface; 8-5/8 lower 1850 cemented.
3. vfell Head Equipment (Name and Models); N/A
A. Packers. Centrallzers, and Other Subsurface Equipment; Annulus water
filled.
5- Bottom Hole Completion; Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.; Acidization - 10,000 gal.
HCl.
VI. DESCRIPTION OP SURFACE EQUIFMEMT
1. Holding Tanks and Plow Lines; N/A
2. Filters: Screens
(0
-------
WIC MI-2A
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 7/69 Average 60 Maximum
" 7/70 60
" 7/71. 60
" 7/72 106
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 7/69 Average 2205 Maximum
" 7/70 1925
" 7/71 1470
" 7/72 1015
3. Annual Volume Injected, gal.
A. 19_72 8.246.175 B. 19_7JL 86.400 C. 19_70 6.230,700
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; N/A
B. Sampling Frequency and Water Quality Parameters Measured;
C. Freo^iency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation; Mi-21 is standby well.
3. Regulatory Aspects
A. Construction Requirements: N/A
B. Monitoring Requirements; N/A
C. Restrictions Of Operation Procedures; Must onerate as nP.rmltl-ed.
(d)
-------
Well Id. Code:
COMPILATION OF INDUSTOIAL AM) MUNICIPAL
Permit Status; PDR Operational Status:
Operating Company Name and Address: DOW chemical Company
Midland r Michigan .
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) m (Month) 06 (Year) 73.
2. latitude and Longitude: 43°35'25"/87°05'07'
3. Well Location (Legal Description); NW iM. NW 1/4. NW 1/4. Sec. 28. TUN.
R2E.
1|. County; Midland State; Michigan
5. SIC Classification; A95Q
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Oil refinery and brine processing wastes.
2. Date Well Permitted; 1/A9 Completed:
3. Injection Rate: 97 gpm
Injection Pressure; 315 psi
5. Total Depth of Well; 4269 ft.
6. Name, Age, and Depth of Injection Zone: Dundee, Devonian, 3912
7. Date Injection Began: (Day) (Month) 09 (Year) 66
8. Total Volume Injected to Date: 80,847,275 (2/1/73) (Gallons)
9. Date Injection Ceased: (Day) W (Month) (Year)
10. Previous Mode of Disposal; N/A
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologic Description
Marshall Mississippian 1200 sandstone
DundeeDevonian 3500limestone
(a)
-------
WIC
MI-25
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinlrur Bed
U) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure^ psi
(5) Lithostatic Pressure, psi
(6) tfordrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millldarcles
(10} Reservoir Temperature, bC
(11) Character and Area!
Distribution
Dundee
3912
48
Devonian
limestone
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Sa^inaw
Parma
Marshall
Depth
410
817
1160
Area!
Thickness Extent
85
66
44
Lithologic
Character
sandstone
sandstone
sandstone
Fluid
Character
usable fresh water
usable fresh water
usable fresh water
4. Mineral Resources in Area:
N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1, Technical Description (Including Radioactivity); Organic wastes including
phenol, propylene oxide, methyl cellulose, wash water, spent brine.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1;
C. Specific Gravity; N/A
D. Temperature:
E. pH: N/A
(b)
-------
WIC MI"25
3. Tbxicity: N/A
4. Reactivity with Surface Equipment Components; N/A
5. Degradablllty Level and Rate; N/'A
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7- Pre-injectlon Waste 1Ireatnient: K/A
V. WELL DESIGN AND OONSTOUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 24 ///ft. 8-5/8 1515
Intermediate 20 ///ft. _7 22QO
lection 15.5 ///ft. 5-1/2 T7FT
Inject
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 8-5/8"
casing - cemented to surface. 7" casing - 300 sks for 1515 ft. from bottom.
3. fell Head Equipment (Name and Models);
M. Packers, Centrallzers, and Other Subsurface Equipment; Baker Model "A"
Packer at 3663 ft., annulus filled with water sol. of sodium dichronate.
5. Bottom Hole Completion: N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters: N/A
(c)
-------
WIC MI"25
3. Pumps: N/A
VII. OPERATION
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 10/69 _ Average *7!> Maxinum
201 ~
1/71
7
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 10/69 Average 560 Maxlnum
" 11/69 630
11 1/7] 550
11 1/7? n
3. Annual Volume Injected, gal.
' A. 19_72 154.365 B. 19.71 17.558.490 C. 1?70 38,827,065
VIII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; N/A
B. Sampling Frequency and Water Quality Parameters Measured;
C. Prequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation: This is a standby well.
3. Regulatory Aspects
A. Construction Requirements; Completed, equipped and maintained in a
manner that will prevent pollution of fresh water or endanger any
ftatural resources.
B. Monitoring Requirements; N/A
C. Restrictions Of Operation Procedures; Must operate as permitted.
-------
Well Id. Code:
MI-26
COMPILATION OP INDUSTRIAL AND MUNICIPAL
Permit Status:
PDR
Operational Status:
Operating Company Name and Address: pow chemical Company
Midland. Michigan
I. QENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) °l (Month)
2. Latitude and Longitude; 43"35'251787°051Tn"
06
(Year) 73
3. Well Location (Legal Description):
R2E
NW 1/4, SW 1/4, SW 1/4 Sec. 22, T14N,
County: Midland
State; Michigan
5. SIC Classification; 4950
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Oil refinery and salt processing wastes.
2. Date Well Permitted; 6/69
3. Injection Rate: 97 gpm
Completed:
Injection Pressure; 380 psT
5. Total Depth of Well; 5153 ft.
6. Name, Age, and Depth of Injection Zone; Sylvania, Devonian, 4986
(MonEh)06
7. Date Injection Began: (Day)
8. Total Volume Injected to Date: 125.639,930
9. Date Injection Ceased: (Day) N/A (Month) ""
10. Previous Mode of Disposal; N/A
(Year) 69
(Gallons)
TYear).
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
"Marshall
Dundee
Sylvania
(b)
Mss
(C)
Depth
tssissippian 1200
Devonian
3580
Devonian
4986
(d) (e)
Thickness Lithe-logic Description
sandstone
——— dolomite
———— sandstone
(a)
-------
WIC
MI-26
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confininc Bed
(1) Name
(2) Depth (Ft.)
(•J) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Llthostatic Pressure, psl
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcies
(10) Reservoir Temperature, "C
(11) Character and Area!
Distribution
Sylvania
4986
131
1265
Devonian
16-17
100
sandstone
C. Chemical Characteristics of Formation Fluids:
N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Saginaw
Parma
Marshall
Depth
240
795
1180
Area!
Thickness Extent
90
80
120
Lithologlc
Character
sandstone
sandstone
sandstone
Fluid
Character
*. Mineral Resources in Area; N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations In
Immediate Hydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Qrganics including phenol.
propylene oxide, methyl cellulose, and wash water, and spent brines.
PhysicaVChemical Description
A. Cone. Suspended Solids, mg/l:_
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity; N/A "
D. Temperature:_
E. pH; N/A
N/A
(b)
-------
WIC
MT-26
3. TOXJCity:
fnxir at- 1 .5 c*r^Tng.
4. Reactivity with Surface Equipment components: Possibly corrosive
5. Degradabllity Level and Rate; Phenol will degrade 4-7 days at 20-C but
slower under anaerolic conditions.
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-jjylection Waste Treatment; N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
IhJ(
Stb
ection
Hole
Size
24
15
9-3/4
Casing or Tubing
Weight and Grade
H-40 40.5 /'/ft.
.1-55 23 #/ft.
line pipe 2
J-55 12.75 /'/ft.
Size
10-3/4 in.
7
18
4-1/2
Depth
Set
1390 ft.
4970
86.75
4970
ier
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; Surf.
144 sks to surface; 10-3/4 casing - 900 sks neat cement; 7 casing - 376 sks
dia eel. D 50/50 mix with 4% gel. + 616 sks with 27. gel. + 355 sks neat;
Tb-3/4 casing - 75 sks dia. cell D to top.
3. Vfell Head Equipment (Name and Models); N/A
. Packers, Centrallzers, and Other Subsurface Equipment: Packer at 4960 ft.,
4 centralizers on 7 in. string.
5- Bottom Hole Completion: Open hole completion
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/~
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters:
(c)
-------
WIC MI-26
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 7/70 Average 177 Maximum
2/71 58
" 2/72: 86
11 2/73 97
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 7/70 Average 580 Maximum
" 2/71 TyT
" 2/72 420
" 2/73380
3. Annual Volume Injected, gal.
A. 19_72 46,365.811 B. 1921 48,400,280 C. 19_
VIII. SAPBIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; N/A
B. Sampling Frequency and Water Quality Parameters Measured; N/A
C. Frequency of Measuring water Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operation: HA-ZJ; standby weir.
3. Regulatory Aspects
A. Construction Requirements; Constructed so as to protect ground water
and other natural resources.
B. Monitoring Requirements;
C. Restrictions Of Operation Procedures; Must operate as permitted.
(d)
-------
Well Id. Code:
MI-27
COMPILATION OP INDUSTRIAL AND MUNICIPAL
SB
INJECTION
Permit Status: PDR
_^ Operational Status:
Operating Oompany Name and Address; -DOW chemical Company
Midland, Michigan
I. GENERAL EDaWTFICATTON DATA
01
1. Entry Date of Data: (Day)
2. Latitude and Longitude: 43°35T25"
(Month) 06
(Year) 74
3. Well-Location (Legal Description); SE 1/4, SE I/A. KE I/A, Sec. 26, TUN,
R2E
County: Midland
State; Michigan
5. SIC Classification: 4950
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Waste from oil refinery and salt processing.
2. Date Well^erndtted:
3. Injection Rate: 72'
i960
Completed:
Injection Pressure; 545 psi
5. Total Depth of Well; 5182ft:
6. Name, Age, and Depth of Injection Zone; Sylvania,Devonian, 4922
(Month)
7. Date Injection Began: (Day)
8. Total Volume Injected to Date; 73,264,515 (2/73)
9. Date Injection Ceased: (Day) N/A (Month)
10. Previous Mode of Disposal; N/A
(Year) 60
(Gallons)
JYear).
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Marshall
Dundee
Sylvania
(b) (c)
Age Depth
Mississippian 1220
Devonian J836
Devonian49^2
(d) (e)
Thickness Llthplogic Description
sandstone """"
~~"~~~~~~~"""~~ limestone
sandstone
(a)
-------
WIC
MI-27
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
U) Name
(2) Depth (Pt.)
(3) Thickness (Pt.)
(*0 Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Uhit
(8) Porosity %
(9) Permeability, ndllidarcles
(10) Reservoir Temperature, "C
(11) Character and Area!
Distribution
Sylvania
4922
248
Devonian
16-17
ion
sandstone
•
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Saginaw
Parma
Marshall
Depth
240
795
1180
Thickness
_90
_80
120
Areal
Extent
Lithologic
Character
sandstone
sandstone
sandstone
Fluid
Character
4. Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area;
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Organics similar to phenol
brines, propylene oxide, methyl cellulose and wash waters containing small
amounts of organic.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
Cone. Dissolved Solids, mg/1:"
Specific Gravity; N/A "
Temperature:
pH:
B.
C.
D.
E.
I/A
N/A
K/A
(b)
-------
WIG MI-27
3. Toxlclty: Phenol toxic at 1.5 grams
4. Reactivity with Surface Equipment Components: Possibly corrosive.
5. Degradablllty Level and Rate; Phenol will degrade in A-7 days at 20°C in
aerobic conditions.
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-injection Waste Treatment: N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 28///ft. R-5/8
Intermediate 14 v/ft. 5-1/2 ^BIU
lection ~^T72 "4924"
Inject
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; surf. -
535 sks. - intermed. - 450 sks. 50/50 lite poz. #3
3. Well.Bead Equipment (Name and Models); N/A
1|. Packers, Centralizers, and Other Subsurface Equipment; Baker model "A"
packer at 4729 ft.; annular space filled with water solution of sodium
dichromate.
5* Bottom Hole Completion; In May I960, the 5-1/2 in. casing was perforted at
3338 ft. and cemented to the surface with 800 cu. ft. of 50/50 lite poz. ^3.
6. Hydraulic Fracturing, Acidizing Programs, etc.; Acidization - lo,ooo_gai.
of 20% HC1.
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters: N/A
(c)
-------
WIC MI-27
3. Pumps; N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 3/69 Average " Maximum
it I//U ~
" 1/71 56
" 1/72 58
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 3/69 Average 690 Maximum
" 1/70 730 •
11 1/71 860
11 1/72 740
3. Annual Volume Injected, gal.
A. 19.72 5.902.000 B. 19J1 19.470,745 C. 19^2. 19,609,365
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; N/A
B. Sampling Frequency and Water Quality Parameters Measured;
C. Frequency of Measuring Water Levels and Hydrostatic Heads; ^
2. Contingency Plan for Well Failure During Operation: MA-ZI is a standby wen.
3. Regulatory Aspects
A. Construction Requirements; Constructed is to protect ground water and
other natural resources.
B. Monitoring Requirements:_
C. Restrictions of Operation Procedures; Must operate as permitted.
(d)
-------
Well Id. Code:
MI-28
Permit Status:
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Operational Status: °_
Operating Company Name and Address; UQW Chemical Company
Midland, Michigan
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month)
2. Latitude and Longitude; 43°35t25"/87005"T07Tr
06
(Year) 73
3. Wen Location (Legal Description); SE iMTsw 1/4, SE iM Sec. 22. TUN,
R2E
County; 'Midland
State: Michigan
5. SIC Classification:
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Brine disposal.
2. Date Well Permitted:,
3. Injection Rate; 60 gpm
Conpleted: 3/12/50
Injection Pressure; 1775 psi
5. Total Depth of Well: 5150 ft.
6. Name, Age, and Depth of Injection Zone; Dundee. Devonian. 3645 f~
03
7. Date Injection Began: (Day) 12 (Month)
8. Total Volume Injected to Date: 67.721.380 (3/1/73)
9. Date Injection Ceased: (Day) N/A
10. Previous Mode of Disposal: N/A
(Year) so
(Gallons)
(Month)
JYear).
Til. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Marshall
Dundee
Sylvania
(b) (c)
Age Depth
Mississippian 1200
Devonian
3580
Devonian
4986
(d) (e)
Thickness Lithologic Description
sandstone
dolomite
sandstone
(a)
-------
WIC
MI-28
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnlne
U) Name
(2) Depth (Pt.)
(?) Thickness (Pt.)
(5) Formation Fluid Pressure, psi
(5) Llthostatic Pressure, psl
(6) Hydrofracturing Pressure, psi
m Age of Unit
(8) Porosity %
(9) Permeability, millidarcles
(10) Reservoir Temperature, "C
(11) Character and Area!
Distribution
Dundee .
3645
Devonian
dolomite
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
naw
Area!
Thickness Extent
Parma
795
Marshall
IISCT
120
Llthologlc
Character
sandstone
sandstone
sandstone
Fluid
Character
Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Rrine
Physical/Cheralcal Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1;
C. Specific Gravity: N/A
D. Temperature:
E. pH; N/A
(b)
-------
WIG MI-28
3. Toxiclty: N/A
H. Reactivity with Surface Equipment 'Coraponents; Possible corrosion of metallic
components.
5. Degraidablllty Level and Rate: K/A .
6. BlolopdLcal Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Pre-lnjectlon Waste Treatment; NT/A
V. WEIL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 47 /'/ft. 11-3/4 T3~R8
Intermediate 36 ///ft. 8^578 374IT
lection "7
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 11-3/4
700 sks. 8-5/8 475 sks.
3. fell Head Equipment (Name and Models); N/A
. Packers, Centrallzers, and Other Subsurface Equipment
5. Bottom Hole Completion; N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.; Q3-13-5Q) 382Q-3945
10,000 gal.20% HC1
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters: N/A
(O
-------
WIC MT-28
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm u
11 2/71 60
" 2/70 6TT
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 2/73 Average 1775 Maximum
" ?/7? 1Q70
11 2/71 1330
" 2/70 1530
3. Annual Volume Injected, gal.
A. 19_72 18.248,880 B. 19 TL 12.681,900 C. 19_™ 24,576,400
VIII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Flow monitor.
B. Sampling Frequency and Water Quality Parameters Measured; N/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operation;
3. Regulatory Aspects
A. Construction Requirements: Completed, equipped and monitored to prevent
pollution of fresh water and naturalresources.
B. Monitoring Requirements:
C. Restrictions Of Operation Procedures; Must operate as permitted.
(d)
-------
Well Id. Code: MI"29
COMPILATION OP INDUSTOIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNrMj STATUS"
Permit Status; PDR Operational Status: • DN
Operating Company Name and Address; H. j. Heinz Company
431 W. 16th Street - Holland. Michigan 49423
I. GENERAL IDENnFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year) 73
2. Latitude and Longitude; N/A
3. Well Location (Legal Description): NW 1/4, sw 1/4. SE 1/4. Sec. 30 TSN
R15W
4. County; Ottawa State: Michigan
5. SIC Classification; 2035 ^_
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Saline food process liquid waste.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Date Well Permitted: N/A Completed:
Injection Rate: 200 gpm
Injection Pressure: N/A
Total Depth of Well: 5900
Name, Age, and Depth of Injection Zone: N/A
Date Injection Began: (Day) N/A (Month) (Year)
Total Volume Injected to Date: N/A
Date Injection Ceased: (Day) N/A (Month) (Year)
Previous Mode of Disposal: N/A
(Gallons)
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologic Description
(a)
-------
WIC
MI -29
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psl
T6} ftrdrofracturing Pressure! psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, "C
(11) Character and Area!
Distribution
Mt. Simon
5900
Cambrian
12.2
178
sandstone
C. Chemical Characteristics of Formation Fluids; pH 6.2. Chlorides
mg/1r Mp 1900 mg/T. Ca 13.000 tng/1 . sodium 78.000 mg/1.
gravity 1.16. ___
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
. Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate fydrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Saltstock-desalting and
Trigging yafprs, rhlnriHp ions 10rOOOppm. light green color.
gpft-lprl solids, odor of anaerobic bacterial action.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
Cone. Dissolved Solids, mg/1:
Specific Gravity; i.OlOA @ 40°F
Temperature:
pH: 4.3
192
B.
C.
D.
E.
(0.3 micron)
N/A
57°F
(b)
-------
WIC MI"29
3. Toxlcity: Chloride limit in domestic water supply should be approximately
250 mg/l~minimum detectable H?S to taste 0.05 mg/1. '
H. Reactivity with Surface Equipment Components; @ pH 4.6 - 1018 carbon steel
6.4 mil per year ft 156°F 80 w/severe pitting - 304 stainless steel
5. Degradablllty Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity probably minimal in
anaerobic environment.
7. Pre-lnjaction Waste Treatment: N/A
V. WELL DESIGN AND CCNSTKUCTION
1. Casing and Tubing
Surface
Intermediate
InJed
Other
ection
Hole
Size
20
13
9-7/8
6-1/2
Casing or Tubing
Weight and Grade
65# H-40 ST&C
40. 5# H-40 ST&C
23// K-55 LT&C
10. 6# K-55 LT&C
Size
~16~
10-3/4
7
4-1/2
Depth
Set
~T(To
550
5000
4600
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 16 casing
cemented to surface; 10-3/4 casing - cemented to surface; 7 casing -
cemented to surface; two stages.
3. Men Head Equipment (Name and Models); N/A
M. Packers, Centrallzers, and Other Subsurface Equipment: Baker Lok Set
Packer @ 4600'.
5. Bottom Hole Completion; Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.; 10,000 gal. i4z_nci_
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(c)
-------
WIC MI-29
3. Pumps :__NM
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average Maximum
n
n
rt
3. Annual Volume Injected, gal.
A. 19__ B. 19__ C. 19_
VIII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Surface injection pressure, annulus
pressure, injection rate, injection fluid temp., pH, S.G. continuous
monitoring.
B. Sampling Frequency and Water Quality Parameters Measured; N/A-
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; N/A
B. Monitoring Requirements; N/A
C. Restrictions Of Operation Procedures; Must operate as permitted.
(d)
-------
Well Id. Code: Mi-30
COMPILATION OP INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN TOE UNITED STATES
Penult Status :__PDR Operational Status: DN
Operating Company Name and Address: H. j. Heinz GO.
421 W. 16th St- . , Hnllanri, Michigan
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year) 73_
2. Latitude and Longitude: WA"
3. Well Location (Legal Description): N/A
1|. County: Ottawa State: Michigan
5. SIC Classification; 2035
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Salt destocking and pickle processing waters,
2. Date Well Permitted; N/A Completed:
3. Injection Rate; N/T
Injection Pressure: N/A
5. Total Depth of Well: N/A
6. Name, Age, and Depth of Injection Zone N/A
7. Date Injection Began: (Day) N/A (Month) (Year)
8. Total Volume Injected to Date: N/A (Gallons)
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal: N/A
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
~
(a)
-------
WIC
MI-3Q
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confining Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ittLllidarcies
(10) Reservoir Temperature, QC
(11) Character and Area!
Distribution
N/A
C. Chemical Characteristics of Formation Fluids; N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Area!
Thickness Extent
Llthologic
Character
Fluid
Character
. Mineral Resources in Area:
N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Saltstock esalting and pickle
processing waters; chloride 10,000 ppm, light green color, greenish settled
solidSj odor of anaerobic bacterial action.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; 192 (0.3 microns)
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity; 1.0104 at 40° F
D. Temperature: 57° F
E. pH: 4.3
(b)
-------
WIC MI-30
3. Toxicity: Chloride limit in domestic water supply should be 250 mg/1;
minimum detectable H9S to taste is 0.05 mg/1
4. Reactivity with Surface Equipment Components; Cbrrossive to carbon steel
5. Degradabillty Level and Rate; None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity probably minimal
in anaerobic environment.
7. Pre-inJaction Waste Treatment: N/A .
V. WELL DESIGN AND INSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface N/A
Intermediate
lection
Ihji
Otni
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; N/A
3. Well Head Equipment (Name and Models);
U. Packers, Centralizers, and Other Subsurface Equipment
5. Bottom Hole Completion: N/AT
6. Hydraulic Fracturing, Acidizing Programs, etc.; N71~
VI. DESCRIPTION OF SURFACE EQUIBENT
1. Holding Tanks and Plow Lines; N/A
2. Filters:
(c)
-------
WIC MI-30
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19 B. 19 C. 19_
VIII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation;
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code:
MI-31
COMPILATION OP INDUSTRIAL AND MUNICIPAL
Permit Status:
PDR
Operational Status:
DN
Operating Company Name and Address; H. J. Heinz
Holland, Michigan
I. GENERAL JLUfeHi'lKLCATION DATA
1. Entry Date of Data: (Day) QI
2. Latitude and Longitude: N/A
(Month) Q6
(Year) 73
3. Well Location (Legal Description): N/A
i|. County: Ottawa
State; Michigan
5. SIC Classification; 2035
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Salt destocklng and pickle processing vaters.
2.
3.
l».
5.
6.
7.
8.
9.
10.
Date Well Permitted: N/A
Injection Rate: N/A
Injection Pressure: N/A
Total Depth of Well: N/A
Name, Age, and Depth of Injection
Date Injection Began: (Day) N/A
Completed:
Zone: N/A
(Month) (Year)
Total Volume Injected to Date: N/A
Date Injection Ceased: (Day)
Previous Mode of Disposal: N"/A~
(Month) (Year)
(Gallons)
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
N/A
(b)
Age
(c) (d) (e)
Depth Thickness Llthologic Description
(a)
-------
WIC
MI-31
B. Geologic Description of Injection Uhlt and Other Possible Units
Injection Unit
Conflnincr Bed
(1) Name
2) Depth (Ft.)
-------
WIC MI-31
3. Toxicity: -
4. Reactivity with Surface Equipment Components:
5. Degradability Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Pre-lnjection Waste Treatment:
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
lection
Inject
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Name and Models):
U. Packers, Centralizers, and Other Subsurface Equipment:
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc!
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(c)
-------
WIC MI-31
3- Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19___ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation;
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code:
"MI-32
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNITED STATES
Permit Status: PDR
Operational Status: o
Operating Company Name and Address: Hoskin.s Manufacturing Co.
4445 Lawton Avenue - Detroit. Michigan 48208
I. GENERAL IDEMTIPICATION DATA
1. Entry Date of Data: (Day) 01
2. Latitude and Longitude; N/A
(Month) 06
(Year) 73
3. Well Location (Legal Description); sw 1/4. NE 1/4. NE 1/4, Sec. 32, T27N,
R8E
County: Wayne
State: Michigan
5. SIC Classification; 3312
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Spent and neutralized hydrochloric acid.
Date Well Permitted:
Injection Rate:
Completed; 1/22/72
2.
3.
M. Injection Pressure:_
5. Total Depth of Well;
6. Name, Age, and Depth of Injection Zone; Dundee. Devonian, 2636
561 si
2
r
902
7. Date Injection Began: (Day) N/A (Month)
8. Total Volume Injected to Date: 115,360
9. Date Injection Ceased: (Day) N/A (MonthT
10. Previous Mode of Disposal: N/A "
(Year)
JYear).
(Gallons)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Drift
Coldwater
Sunbury
Berea
Antrim
Traverse
Bell
(b)
Age
Pleistocene
Mississippian
Mississippian
Mississippian
Mississippian
Devonian
Devonian
(O
Depth
0
460
1378
1400
1447
1890
2564
(d)
Thickness
460
918
22
47
443
674
72
(e)
Lithologic Description
sand, gravel
shale
shale
shale
shale
limestone, dolomite
shale
Dundee
Devonian
2636
limestone, dolomite
(a)
-------
WIC
MI-32
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
ConfininK Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, mUlidarcies
(10) Reservoir Temperature, "C
(11) Character and Area!
Distribution
Dundee
2730
172
Devonian
8
1 i mpRtrinp rlnlnmit
Bell
2564
72
Devonian
p Khnl p
C. Chemical Characteristics of Formation Fluids; N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
l». Mineral Resources in Area: K/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area;
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Spent and neutralized
hydrochloric acid used for pickling and annealing wire.
Physical/Chemical Description
A. Cone. Suspended Solids, mgA: N/A
B. Cone. Dissolved Solids, mg/1:N/A
C. Specific Gravity:
D. Temperature:
E. pH: N/A
N/A
N/A
(b)
-------
WIC '41-32
3. Tbxlcity: N/A
4. Reactivity with Surfltce Equipment Components; N/A
5. Degradablllty Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. ft^e-inJection Waste "Dreatment; Treatment with soda ash.
V, WELL DESIGN AND (INSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Inject
Other
Bole
Size
Casing or Tubing
Weight and Grade
32.75 # J-55
14// K-55
Plastic coated (TK 75)
Size
10-3/4
5-1/2
2-3/8
Depth
Set
640
2700
2594
Seal Lock
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 10-3/4
casing - 2205 x 50% Pozmix , 6% gel, 2% CaCl9 + 1005 x 3% CaCl0, grouted
with 3005 x 3% CaCl2> 5-1/2 casing - 5005 x Halliburton Lite + 1005 x Regular
Pozmix 18% salt saturated.
3. Wen Head Equipment (Name and Models); N/A
4. Packers. Centralizers. and Other Subsurface Equipment; 5-1/2 casing -
Halliburton Packer Shoe g 2699'. 15 centralizers - 10-3/4 casing - 3
centralizers, set on Texas pattern Guide Shoe - 2-3/8 tubing - Baker
plastic coated tension packer @ 2590 ft.
5* Bottom Hole Completion: N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.; Acid treatment: (2/12/72) 2800
2902 ft. 1000 gal.; C/16/72)2700 - 2902 ft. 1500 gal.; 20% HCL.
VI. DESCRIPTION OF SURFACE EQUIIMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters: N/A
(0
-------
WIC MI-32
3. PJnps; Triplex pump - 1200 psi max.
VII. OPERATION CHARACTERISTICS
1. Ejection Rate, gpm (During Life of Well to Present)
Date(s) 1/73 Average 6.5 Maximum
2/73 10
_-—————- ____
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 1/73 Average 390 Maximum
" 2/73"" 561
ii
3. Annual Volume Injected, gal.
A. 19 N/A B. 19 C. 19
VIII. SAFBIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; pH» flow, volume and temp, monitors.
B. Sampling Frequency and Water Quality Parameters Measured; Dally'
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation:,. N/A
3. Regulatory Aspects
A. Construction Requirements; \/A
B. Monitoring Requirements; N/A
C. RestMctlonS Of Operation Procedures; Must operate as permitted.
(d)
-------
Well Id. Code:
MI-
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION
PDR
Permit Status:
Operating Company Name and Address: E.-I. DuPont de Nemours, inc.
Operational Status: o
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 09_
2. Latitude and Longitude: N/A
(Year) 73
3. Vfell Location (Legal Description); N/A
County; N/A
State: Michigan
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; N/A
2. Date Well Itermltted:
3. Injection Rate: N/A"
N/A
Injection Pressure; N/A
Completed:
5. Total Depth of Well:
6. Name, Age, and Depth of Injection Zone: N/A
7. Date Injection Began: (Day) N/A (MonEnT
8. Total Volume Injected to Date: 11.627.356 '
9. Date Injection Ceased: (Day) N/A (Month)
10. Previous Mode of Disposal: N/A "
(Year)
(Gallons)
_(Year)
XII. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
"N/A
(b)
Age
(c) (d) (e)
Depth Thickness Lithologlc Description
(a)
-------
WIC
MT-33
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confining Bed
U) Name
(2) Depth (Ft.)
H) Thickness (Ft.)
*0 Formation Fluid Pressure, psi
5) Lithostatic Pressure, psi
(6) flydrofracturing Pressure, psi
i,7) Age of Unit
8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, "C
(11) Character and Area!
Distribution
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
». Mineral Resources in Area:
5. Location of Other wells, Abandoned Wells, and OtherPenetrations in
Immediate Ifydrologlcally Affected Area:^_
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity)
Physical/Chemical Description
A. Cone. Suspended Solids, mg/l:_
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: ]
D. Temperature:
E. pH:
(b)
-------
WIC MI-33
3. Ibxlcity:
H. Reactivity with Surface Equipment Components: ,
5. Degradabllity Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Pre-lnjectlon Waste Treatment:
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
lection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Wen Head Equipment (Name andModelsT:
. Packers, Centrallzers, and Other Subsurface Equipment;
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc!
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(c)
-------
WIC MI-3 3
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psi (During life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operation;
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code:
MI-34
COMPILATION OP INDUSTRIAL AM3 MUNICIPAL
Permit Status:
SNA
Operational Status: PND
Operating Company Name and Address; Michigan chemical Co.
I. GENERAL IDfcMriKLCATION DATA
1. Entry Date of Data: (Day) 07
2. Latitude and Longitude: N/A
(Month) 09
(Year) 73
3. Well Location (Legal Description); N/A
1». County: Gratiot
State; Michigan
5. SIC Classification; N/A
II. GENERAL DATA ON WEIL SITE
1. TVpe Of Waste Injected; Brine relnjectlon
2. Date Well Permitted:_
3. Injection Rate: N/A
N/A
Completed:
Injection Pressure; N/A
5. Total Depth of Well: N/A
6. Name, Age, and Depth of Tigaction Zone; N/A
7. Date Injection Began: (Day) N/A (Month)
8. Total Volume Injected to Date: N/A
9. Date Injection Ceased: (Day) (Month)"
10. Previous Mode of Disposal:
N/A
(Year)
_(Year).
(Gallons)
PI. GEOLOGIC INFORMATION
1. Lltnology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
N/A
(b)
Age
(c) (d) (e)
Depth Thickness Llthologlc Description
(a)
-------
WIC
MI-34
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confining Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psi
(6) Jfordrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcies
(10) Reservoir Temperature, "C
(11) Character and Area!
Distribution
-
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area:
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity)
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: ~
D. Temperature:
E. pH:
(b)
-------
WIC MT-34
3. Tbxicity:
4. Reactivity with Surface Equipment Components:
5. Degradabillty Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Pre-lnjection Waste Treatment:
V. WELL DESIGN AND CONSTKUCTION
1. Casing and lUblng
Hole Casing or TUbing Depth
Size Weight and Grade Size Set
Surface
Intermediate
lection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Ifeme and ModeTsTf
. Packers, Centralizers, and Other Subsurface Equipment;
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc.
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
-------
WIC MI-34
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
I!
II
II
2. Injection Pressure, psi (During life of Well to Present)
Date (s) Average Maximum
it
it
3. Annual Volume Injected, gal.
A. 19 B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure^ During Operation:
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. RestMctions of Operation Procedures:
(d)
-------
Well Id. Code: MS-I
COMPILATION OP INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN TOE UNTIED STATES
Permit Status; PDR Operational Status: o
Operating Company Name and Address; TTiiokci chemical Company
Moss Point, Mississippi 39563
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) (Month) 04 (Year) 73
2. Latitude and Longitude: li
3. Well Location (Legal Description); N/A
J|. County: N/A State: Mississippi
5. SIC Classification; 2820
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Synthetic rubber manufacture.
2. Date Well Permitted; ft/227n _ Completed:
3. Injection Rate; N/A
4. Injection Pressure; N/A
5. Total Depth of Well:
6. Name, Age, and Depth of Injection Zone; N/A
7. Date Injection Began: (Day) 01 (Month) 01 (Year) 5:
8. Total Volume Injected to Date: N/A (Gallons)'
9. Date Injection Ceased: (Day) N7A~ (Month) (Year)
10. Previous Mode of Disposal; N/A
PI. GEOLOGIC INFORMATION
1. Litnology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
(a)
-------
WIC
MS-1
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) tame
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
C5) Lithostatic Pressure, psi
(6) fydrofracturing Pressure, psi
7) Age of Unit
8) Porosity %
(9) Permeability, ndllidarcles
CIO) Reservoir Temperature , °C
(11) Character and Area!
Distribution
C. Chemical Characteristics of Formation Fluids: :;/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area:
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area: ::/A
IV. WASTE CHARACTERISTTCS
1. Technical Description (Including Radioactivity): Solids, ammonia, color,
turbidity, hardness, organic nitrogen, sulfate, sulflde, sulfito, chloride,
fluoride, iron, magnesium, potassium, sodium, oil and greas , surfactants.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/l:_
B. Cone. Dissolved Solids, mg/l:~
C. Specific Gravity:_
D. Temperature: _
E. pH: "/A
(b)
-------
WIC MS-1
3. Toxicity: X/A .
"I. Reactivity with Surface Equipment Components;
5. Degradability Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Pre-injectlon Waste Treatment:
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
lection
Inject
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Name and Models):
. Packers, Centrallzers, and Other Subsurface Equipment:
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(c)
-------
WIG MS-1
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psi (During Life of Well to Present)
Date (s) Average Maximum
3. Annual Volume Injected, gal.
A. 19 B. 19 C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation: ~
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions or Operation Procedures:
-------
Well Id. Code; NC-!
COMPILATION OF INDUSTRIAL AM3 MUNICIPAL
Permit Status; PDF Operational Status; NOP
Operating Company Name and Address: Hercules inc.
Wilmington. North Carolina
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) 10 (Month) oe (Year) 73
2. Latitude and Longitude: 34010'04"/77058'54"
3. Well Location (Legal Description): N/A
^. County: New Hanover State: North Carolina
5. SIC Classification; 2899
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; By-product of dimethylterephthalate (DMT)
manufacture.
2. Date Well Permitted; N/A Completed;
3. Injection Rate; 109,500,000 gpy
Injection Pressure; 150 psi
5. Total Depth of Well; 1025 ft.
6. Name, Age, and Depth of Injection Zone: Black Creek. Cretaceous
700 - 1100 ft.
7. Date Injection Began: (Day) (Month) 05 (Year) 68
8. Total Volume Injected to Date: N/A (GallonsT
9. Date Injection Ceased: (Day) (Month) 10 (Year) 69
10. Previous Mode of Disposal; N/A
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologic Description
~ —
(a)
-------
WIC
NC-1
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnine Bed
(1) Name
(2) Depth (Ft.)
(•}) Thickness (Ft.)
(fi) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psl
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raillidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Black Creek
850
250
Cretaceous
sand
Black
Creek-Peedee
100
800
Cretaceous
clav^
sand . 1 ime—
stone
C. Chemical Characteristics of Formation Fluids; saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Areal
Thickness Extent
Lithologlc
Character
Fluid'
Character
. Mineral Resources in Area: N/A
5. Location of Other Wlls, Abandonedwells, and OtherPenetrations in
Immediate Hydrologically Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Acetic acid = 15.000 ppm;
formic acid = 5,000 ppm; methanol = 500 ppm.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity: N/A
D. Temperature: N/A
E. pH: 4
(b)
-------
WIC NC-1
3. Toxicity; Methanol highly toxic to humans; organic acids may be caustic.
J|. Reactivity with Surface Equipment Components: Possible corrosion of metal
fixtures with constatn contact with organic acids.
5. Degradability Level and Rate: None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; breakdown of organics possible with
oxygen provided from acids. _ _
7. Rre-injection Waste Treatment: Waste filtered to remove particles over
20 microns.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. Vfell Head Equipment (Name and Models): N/A
. Packers, Centralizers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion: N/A
6. flydraulic Fracturing, Acidizing Programs, etc.: N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters: N/A
(0
-------
WIC NC-1
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) N/A Average Maximum
it
it
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) N/A Average Maximum
3. Annual Volume Injected, gal.
A. 19 N/A B. 19 C. 19
VIII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Injection rate monitored by metered rate
of flow indicator, totalizing unit and automatic chart recorder.
B. Sampling Frequency and Water Quality Parameters Measured; Samples
collected weekly from each well and reported monthly.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A ~
2. Contingency Plan for Well Failure During Operation; wastes pumped to
monitoring well
3. Regulatory Aspects
A. Construction Requirements; N/A
B. Monitoring Requirements; N/A
C. Restrictions or Operation Procedures: injection pressure not to
exceed 150 psi.
(d)
-------
Well Id. Code; Nc-2
COMPILATION OF INDUSTRIAL AM) MUNICIPAL
Permit Status; PDF Operational Status:
Operating Company Name and Address; Hercules, inc.
Wilmington. North Carloina
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 05 (Year)
2. latitude and Longitude: 34°l9'OA"/77°58'54"
3. Well Location (Legal Description): N/A
^. County: New Hanover State; North Carolina
5. SIC Classification; 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: By-product of dimethylterephthalate (DMT)
manufacture.
2. Date Well Permitted; N/A Conpleted;
3. Injection Rate; 300,000 gpd
Injection Pressure; 150 psi
5. Total Depth of Well; 1025 ft
6. Name, Age, and Depth of Injection Zone: Black Creek. Cretaceous
700 - 1100 ft.
7. Date Injection Began: (Day) N/A (Month) (Year)
8. Total Volume Injected to Date; N/A (Gallons)'
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal: N/A
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologic Description
TT7T"
(a)
-------
WIC
NC-2
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnine Bed
(1) Name
2) Depth (Ft.)
?) Thickness (Ft.)
) Formation Fluid Pressure, psi
C5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
7) Age of Unit
8) Porosity %
(9) Permeability, millidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Black Creek
850
250
Cretaceous
sand
Black Creek
100
700
Cretaceous
clay, sand
limestone
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Areal Lithologic
Depth Ihickness Extent Character
Fluid
Character
l». Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Acetic acid 15,000 ppm;
formic acid 5,000 ppm; methanol 500 ppm.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravityt N/A
D. Temperature: N/A
E. pH; N/A
(b)
-------
WIC NC-2
3. Toxicity; Methanol highly toxic to humans, and organic acids may be
caustic.
4. Reactivity with Surface Equipment Components: Possibly corrossive with
constant contact with organic acids.
5. Degradablllty Level and Rate; None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; possible degradation of organics with
oxygen provided by alcohols and acids.
7. Fre-lAjectlon Waste Treatment; Waster filtered to remove particles
greater than 20 microns.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface N/A
Intermediate
lection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. Well Head Equipment (tome and Models); WA
Backers, Centralizers, and Other Subsurface Equipment
5. Bottom Hole Completion; N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/F
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters:
(c)
-------
WIC NC-2
3. Pumps: N/A
VII. OPERATION
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) N/A Average Maximum
2. Injection Pressure, psi (During life of Well to Present)
Date(s) N/A Average Maximum
3. Annual Volume Injected, gal.
A. 19__ N/A B. 19_ C. 19_
VIII. SAFBTC INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Injection rate monitored by metered rate
of flow indicator, totalizing unit and automatic chart recorder.
B. Sampling Frequency and Water Quality Parameters Measured; samples
collected weekly from each well and reported monthly.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A ~
2. Contingency Plan for Well Failure During Operation; Wastes pumped to
monitoring wells in immediate vicinity.
3. Regulatory Aspects
A. Construction Requirements: N/A
B. Monitoring Requirements; N/A
C. RestMctions of Operation Procedures: N/A
(d)
-------
Well Id. Code: NC-3
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNi'ltl) STAGES
Permit Status; PDP Operational Status: DN
Operating Con|)any Name and Address: Hercules, inc.
'Wilmington, North Carolina
I. QENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) 01 (Month) 06 (Year)
2. Latitude and Longitude; 34°i9'Q4"/77°58'54"
3. Well Location (Legal Description): N/A
M. County: New Hanover State; North Carolina
5. SIC Classification; 2899
II. QENERAL DATA ON WELL SITE
1. Type Of Waste Injected: By-products of dimethylterephthalate (DMT)
manufacture. "~
2. Date Well Permitted; N/A Completed:
3. Injection Rate: 300,000 gpd
Injection Pressure; 150 psi
5. Total Depth of Well; 1025 ft.
6. Name, Age, and Depth of Injection Zone: Black Creek. Cretaceous
700 - 1100 ft.
7. Date Injection Began: (Day) N/A (Month) (Year)
8. Total Volume Injected to Date: N/A (Oallons)~
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode Of Disposal: Waste pumped into well NC.-1
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologic Description
N?A
(a)
-------
WIC
NC-3
B. Geologic Description of Injection Unit and Other Possible Units
Irxlection Unit
Conflnine Bed
(1) Name
(2) Depth (Ft.)
3) Thickness (Pt.)
(4) Formation Fluid Pressure, psi
C5) Llthostatic Pressure, psl
6) Hydrofracturlng Pressure, psi
7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, "C
(11) Character and Areal
Distribution
Black Creek
850
250
Cretaceous
sand
Black Creek
100
700
Cretaceous
clay, sand^
limestone
C. Chemical Characteristics of Formation Fluids: saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
N/A
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
l|. Mineral Resources in Area: N/A
5. Location of Other WeHs TAbandonedWells, and OtherPenet rat ions in
Immediate Hydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Acetic acid 15.000
formic acid 5,000 ppm; methanol 500 ppm.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity; N/A
D. Temperature:
E. pH; N/A
N/A
(b)
-------
WIG NC-3
3. Toxlclty: Methanol highly toxic to humans and organic acids may be
caustic.
4. Reactivity with Surface Equipment Components; Possible corrosion of metal
fixtures with constant contact with organic acids.
5. Degradabllity Level and Rate; None
6. Biological Level at Injection and Estimated Biological Level After Injection;
Probably not sterile at injection, breakdown of organics possible with
oxygen provided from alcohols and acids.
7. Pre-lnjectlon Waste Treatment; Waste filtered to remove particles greater
than 20 microns, liming and deaeration discontinued.
V. WELL DESIGN AND CONSTOUCTION
1. Casing and lifting
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface N/A
Intermediate
Jectlon
Inject
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; N/A
3. Vfell Head Equipment (Name and Models):
. Packers, Centrallzers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion: N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A"
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters: N7F
(c)
-------
WIC
3. Pumps : N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) N/A _ Average _ Maximum
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) N/A Average Maximum
n
n
n
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19__ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Injection rate monitored by metered rate
of flow indicatort totalizing unit and automatic chart recorder.
B. Sampling Frequency and Water Quality Parameters Measured: Samples
collected weekly from each well, reported monthly.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation: Wastes pumped to
monitoring wells in immediate vicinity.
3. Regulatory Aspects
A. Construction Requirements: N/A
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures: N/A
(d)
-------
Well Id. Code:
NC-4
COMPILATION OP INDUSTRIAL AND MUNICIPAL
THE UNTIED
INJECTION
Permit Status:
PDF
Operational Status:
DN
Operating Company Name and Address: Hercules, inc.
I. GENERAL IDENTIFICATION DATA
"Wilmington. North Carolina
1. Entry Date of Data: (Day) pi
(Month)
06
2. Latitude and Longitude; 34°l8148"/77°58'38'
(Year)
3. Well Location (Legal Description): N/A
County: New Hanover
State: North Carolina
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; By-product of dimethylterephthalate (DMT)
manufacture.
2. Date Well Permitted:_
3. Injection Rate: N/A
N/A
Completed:
Injection Pressure:
N/A
_
5. Total Depth of Well; N/A"
6. Name, Age, and Depth of Injection Zone: N/A
7. Date Injection Began: (Day) N/A
8. Total Volume Injected to Date:
9. Date Injection Ceased: (Day)
(Month)
N/A
(Year)
(Gallons)
(Month)
10. Previous Mode Of Disposal: Deep well complex.
TYear).
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock tfrilts Penetrated by Well
(a)
Name
(b)
Age
(c) (d) (e)
Depth Thickness Lithologic Description
(a)
-------
WIC
NC-4
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
C5) Lithostatic Pressure, psi
(6) Hydro fracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Pemeability , ndllidarcies
(10) Reservoir Temperature, °C
CH) Character and Area!
Distribution
N/A
C. Chemical Characteristics of Formation Fluids:
N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Area! Lithologic Fluid
Depth Thickness Extent Character Character
k. Mineral Resources in Area:
N/A
5. Location or Other wells, Abandoned Wells, and Other Penetrations in
Inmediate Hydrologically Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Acetic acid 15.000 ppm;
formic acid 5,000 ppm; methanol 500 ppm.
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity:
D. Tenperature:
E. pH: N/A
N/A
N/A
(b)
-------
WIC NC-4
3. Toxicity: Methanol highly toxic to humans, and organic acids may be
caustic.
H. Reactivity with Surface Equipment Components; Possible corrosion of metal
fixtures in constant contact with acids.
5. Degradability Level and Rate; None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial degradation of organics
facilitated by oxygen from alcohols and acids.
7. Fre-iJ\)ection Waste Treatment; Filtered to remove particles over 20 microns.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface N/A_
Intermediate
lection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; N/A
3. Vfell Head Equipment (Name and Models);
. Packers, Centralizers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc.:
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters: N/T
(c)
-------
WIC HC-4
3- Pumps:
VII. OPERATION CHARACTERIglTCS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
it
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency l*lan for Well Failure During Operation;
3. Regulatory ^Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code: NM-I
COMPILATION OF INDUSTRIAL NOD'MUNICIPAL
INJECTION WELLS IN THE UNIllaj STATES
Permit Status; FDR Operational Status: o_
Operating Company Name and Address; The Anaconda Company
P.O. Box 638 - GrantsT New Mexico
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) 01 (Month) 02 (tear) 73_
2. latitude and Longitude: N/A
3. Well Location (Legal Description); N/A
i|. County; Grant State; New Mexico
5. SIC Classification; 1Q94
H. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Uranium processing wastes
2. Date Well Permitted; 19&D Completed:
3. Injection Rate: 54,919,400 gpy "
Injection Pressure; N/A
5. Total Depth of Well; 2511 ft. plugged back to 1830 ft.
6. Name, Age, and Depth of Injection Zone; Yeso. Permian
1830 ft.
7. Date Injection Began: (Day) 14 (Month) 12 (Year) 60
8. Total Volume Injected to Date: 625.116.740 (1/1/62-1/1/73) (Gallons)
9. Date Injection Ceased: (Day) (Month) (Year)
10. .Previous Mode of Disposal; N/A
PI. GEOLOGIC INFORMATION
1. Litnology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
Chinle Triassic 0 350 limestone, shale
San Andreas Permian 350 200 sandstone, limestone
Yeso Permian 550 1000 sandstone, shale
Abo Permian 1550 700 sandstone, shale
(a)
-------
WIC
NM-1
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
3) Thickness (Ft.)
4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(5) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Perneability, rnillidarcies
(10) Reservoir Tenperature, °C
til) Character and Area!
Distribution
Yeso
950
563
0.44 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Permian
16.5
105
spnH Qf-nnp
Yeso
550
400
Permian
shflip eanrlsfnnp
C. Chemical Characteristics of Formation Fluids: TDS = 4060 ppm; _
Na = 414 ppm; Mg = 157 ppm; Ca = 592 ppm; Cl = 304 ppm; Fe = 17.5 ppm
pH = 7.3 _
3. GeohydroloQr of Fresh Water and Other Useful Aquifers
Name
San Andreas
Depth
360
Area!
Thickness Extent
300
Lithologic
Character
limestone
Fluid
Character
potable
1*. Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Irrmediate Hydrologically Affected Area: Six wells in the area.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Mildly acidic solution
containing high concentrations of Mg, Fe, SO^, and Cl, also low concentra-
tions of uranium, Th-230, and Ra-226.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
Cone. Dissolved Solids, mg/1:
Specific Gravity; N/A "
Ttenperature; N/A
N/A
B.
C.
D.
E.
N/A
pH:
Cb)
-------
WIG NM-1
3. Toxlcity: Uranium and thorium very toxic to humans.
*4. Reactivity with Surface Equipment Components: Possible due to acids.
5. Degradabillty Level and Rate: Natural radioactive decay.
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Pre-injection Waste Treatment: Liquid decanting of solids; treated with
copper sulfate and polyphosphate; and filtered to 0.1 ppm turbidity.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Surface 17
Intermediate n
Casing or Tubing
Weight and Grade Size
13-3/8
8-5/8
Depth
Set
730
1830
316 Stainless Steel 6-5/8
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. Well Head Equipment (Name and Models): N/A
. Packers, Centralizers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion: Perforated completion
6. Hydraulic Fracturing, Acidizing Programs, etc.: None
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: All surface equipment is lined with rubber
or constructed of 316 steel. 300 gallon surge tank and 1.4 miles of
12" rubber lined pipe.
2. Filters: Screen filter and 2 leaf filters
(c)
-------
WIC NM-1
3. Pumps: Two 316 steel sump pumps.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) N/A Average Maximum
it
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) N/A Average Maximum
3. Annual Volume Injected, gal.
A. 19_72 67,273.815 B. 19_71 75,922,590 C. 19_70 60,524,440
VIII. SAFBIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Flow volume and pressure.
B. Sampling Frequency and Water Quality Parameters Measured; Weekly ~
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Weekly
measurement of wells in the vicinity of the mill and disposal well.
2. Contingency Plan for Well Failure During Operation: N/A
3. Regulatory Aspects
A. Construction Requirements; Completed equipped and maintained in a manner
that will prevent pollution of fresh water or endanger any natural
resources.
B. Monitoring Requirements; Three springs, three ponds and several
municipal wells are analyzed monthly.
C. Restrictions of Operation Procedures; Records of a) volume of waste,
b) average concentration of radioactive material, c) natural hydraulic
pressure, and d)injection rate, to maintain USAEC license.
(d)
-------
Well Id. Code: NV-l
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATlS"
Permit Status; PDR Operational Status:
Operating Company Name and Address: cliffs Copper Corporation
Mountain City. Nevada
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day)_01 (Month)_j:o (Year) 73_
2. Latitude and Longitude: 41"48'5l"/115°48'44"
3. Well Location (Legal Description): Sec 11. T45N. R53E
M. County: Elko State: Nevada
5. SIC Classification: 1021
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Ferrous sulfate solution from mining of copper,
2. Date Well Permitted; 4/19/72 Completed:
3. Injection Rate: 260,000,000 gpy "
Injection Pressure: 875 psig
5. Total Depth of Well; 6697 ft.
6. Name, Age, and Depth of Injection Zone: Valmy, Qrdovician
3400
7. Date Injection Began: (Day) 19 (MonthT"04 (Year) 72
8. Total Volume Injected to Date: 134,200,OOCTTl/9/73) (Gallons)'
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal; None
GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologlc Description
N7A
(a)
-------
WIC
NV-1
B. Geologic Description of Injection Unit and Other Possible Units
Injection
ifinincr Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
H>) ffydrofracturing Pressure, psi
(7) Age of Unit
(B) Porosity %
t"9) Permeability, mlllidarcies
tlO) Fteservoir Temperature, °C
(11) Character and Areal
Distribution
Valmy
3400
3297
1.0 psi/ft est.
Ordovician
20
quartzite
Valmy
65
3335
Ordovician
slate
C. Chemical Characteristics of Formation Fluids: None
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Areal
Depth Ihickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area: Copper mined in the area.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): iron sulfate solution
remaining after leaching of copper with sulfuric acid and precipitating
copper metal from solution on scrap iron.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/l:_
B. Cone. Dissolved Solids, mg/1:
Specific Gravity: i.o "
1..Q
4500
C.
D. Temperature: 55°.- 60° F
E.
pH: 2.6 - 2.!
(b)
-------
WIG NV-1
3. Toxlclty; Possible damage to tissue by ingestion or prolonged contact with
undiluted solution.
4. Reactivity with Surface Equipment Components; Probable corrosive effect'
of gighly acid solution on metal components. _____
5. Degradabillty Level and Rate; None " "
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal. __
7. Pre-lnjectlon Waste Treatment: Removal of iron hydroxides and other solids
with diatomaceous earth precoat primary filter and cartridge-type filter.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Ho
Si
Surface ~2T~ _ 94? H-40, T&C seamless 20 _ 60
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
4? H-
Intermediate 17-l/2 48# H-40, T&C seamless 13-3/8 600
J-55, T&C seamless 7 3400
ectlon 15ff K-55, T&C, PVC lined 5 3400
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
20" casing - 150 sks regular cement; 13-3/8" casing - 610 sks 50-50 Pozmix;
5" casing - 1350 sks 50-50 Pozmix w/2% CaCl
3. Vfell Head Equipment (Name and Models); ARMCO-National Supply #517140-2A
12" Series 900 casing flange tapped 13-3/8". #518521-A 12" series 900 x 10"
casing spool, //520521-070A 7" CMBF casing hanger. //518453-050A 5" slips F/10"
4. Packers, Centrallzers, and Other Subsurface Equipment; Baker Oil tool Model
AC stainless steel tension packer set inside 7" stainless steel protection
casing at 3400 ft. (20 ft. of 5-1/2" OP 304 stainless steel tailpipe on
packer from 3400' to 3420*) Packer set at 50,OOP// pull.
5. Bottom Hole Completion: Open hole 3400' to 6697r
6. Hydraulic Fracturing, Acidizing Programs, etc.; 15.000 gal of 15% HCI
solution injected May 4, 1972.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters: Goulds 3x4 pumps feeds Keene V-500-3 precoat filter and cartridge
poligh filter (all 304 stainless steel).
(c)
-------
WIC NV-1
3. Pumps: 316 stainless steel Bineham 3x4x9C-MSDf 6-stagg,
volute, centrifugal pump rated at 450 gpm/911' TDH/3.450 rpm.
VII. OPERAIiQH CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) N/A Average Maximum
2. Injection Pressure, psl (During life of Well to Present)
Date(s) N/A Average Maximum
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFBIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; N/A
B. Sampling Frequency and Water Quality Parameters Measured; N/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation: N/A
3. Regulatory Aspects
A. Construction Requirements; Completed, equipped and maintained in a
manner that will prevent pollution of fresh water or endanger any
natural resources.
B. Monitoring Requirements; Fischer-Porter 6" magnetic flowmeter and""
redorder and Taylor injection recorder.
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: NY-I
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNiiioj STATES"
Permit Status; FDR Operational Status: p_
Operating Company Name and Address; International Salt Company. Watkin's Glen
Refinery
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
2. Latitude and Longitude: 42° 24 '20"
3. Well Location (Legal Description):
4. County: Schuyler
(Month) 10 (Year)
/76°53'16"
N/A
State: New York
73
5. SIC Classification: 1499
II. GENERAL DATA ON WELL SHE
1. Type of Waste Injected: Refining
of salt from brine using evaporation
process.
2. Date Well Permitted: 11/3/71
Completed:
3. Injection Rate: N/A
*». Injection Pressure: 80 psi
5. Total Depth of Well: 1710 ft.
6. Name, Age, and Depth of Injection
7. Date Injection Began: (Day) 03
Zone: Marcellus, Devonian
1260 ft.
(Month) 12 (Year)
8. Total Volume Injected to Date: N/A
9. Date Injection Ceased: (Day)
10. Previous Mode of Disposal: N/A
(Month) (Year)
71
(Gallons)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologlc Description
Genesse Devonian 33 205 shale
Tully Devonian 239 27 limestone
Hamilton Devonian 266 874 shale, siltstone
Marcellus Devonian 1140 300 shale, limestone
OnondagaDevonian 1440 40 limestone
(a)
-------
WIC
NY-1
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinlne Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
15) Lithostatic Pressure, psi
f6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
t9) Permeability, raillidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Marcellus
1260
55
Devonian
shale, limestone
Hamilton
1140
300
Devonian
shale t siltstone
C. Chemical Characteristics of Formation Fluids: Sulfurous water
3. Geohydrology of Fresh Water and Other Useful Aquifers
Marcellus
Onondaga
Depth
239
1140
1440
Thickness
27
300
40
Area!
Extent
Lithologic
Character
limestone
shale, limestone
limestone
Fluid
Character
not potable
brine
not potable
Mineral Resources in Area: Texas Eactern LPG storage area approximately
3600 ft. north of disposal area; Watkin's Salt Co. brine fields 2 miles
south; Wayne-Dundee gas storage field 6 miles NNW of the disposal area.
Location "of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area: N/A _
5.
IV. WASTE CHARACTERISTICS
1. Technical Description (including Radioactivity); Brine water that consists
of NaCl, CaC03> Cl,,,_ CaSO^, and Na2SO,.
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity: N/A
D. Temperature:
E. pH: N/A
N/A
(b)
-------
WIG NY-1
3. Toxicity: N/A
4. Reactivity with Surface Equipment Components; Possible corrosive to
metallic components.
5. Degradabllity Level and Rate: None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Possibly sterile on injection due to presence of chlorine; bacterial
activity agter injection minimal.
7. Pre-lnjection Waste treatment: N/A
V. WELL DESIGN AND COKSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Qrade Size Set
Surface Wrought iron 10-3/4 70
Intermediate
Injection Wrought iron 5-1/2 1Q85
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. Vfell Head Equipment (Name and Models); N/A
Packers, Centralizers, and other Subsurface Equipment: 3- Halliburton
5-1/2". 5-3 centralizers; 1 - Hookwall packer at base of 5-1/2" casing.
5. Bottom Hole Completion: Open hole.
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Collection system piping; a collection tank,
diameter 5' by 5-1/3' deep; a collection tank mixer with 1/3 HP motor.
2. Filters: N/A
(0
-------
WIC NY-1
3. Pumps: 2 pumps at 160 gpm at 90' head. 40 psi max; 2 submersible pumps
each 160 gpm at 200' head. 125 psi max.
VII. OPERATION CHARACTERISTICS
I. Injection Rate, gpm (During Life of Well to Present)
Date(s) 1/72 Average 40-45 Maximum
11 2/72 45-50
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 12/71 Average 55-60 Maximum 100
" 1/72 80
" 2/72 55
it ——————
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFE3Y INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Flow meter and pressure recorder.
B. Sampling Frequency and Water Quality Parameters Measured: N/A
C. Frequency of Measuring water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation: N/A
3- Regulatory Aspects
A. Construction Requirements; Casing must be sealed from surface to
disposal zone
B. Monitoring Requirements: 5 observation wells required into the lowest
fresh water zone (tested every 2 weeks). Pressure outside casing
monitored to detect leaks in the casing.
C. Restrictions of Operation Procedures; If salinity in observation wells
increases, injection well must be shut down, until cause is determined.
(d)
-------
Well Id. Code:
NY-2
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STAGES
Permit Status: PDF
Operational Status:
Operating Company Name and Address: Hooker chemical Corp.f Niagara Fails PI ant-
Niagara Falls. New York
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) IQ
2. Latitude and Longitude: 43°05'/79°OQ'
(Year)
3. Well Location (Legal Description): N/A
». County: Niagara
State: New York
5. SIC Classification; 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: HCI waste
2.
3-
I.
5.
6.
7.
8.
9.
10.
Date Well Permitted:
Injection Rate: 0.252 - 0.360 million gpd
Completed: 8/5/68
Injection Pressure; 1350 - 1500 psi
Total Depth of Well; 3058 ft.
Name, Age, and Depth Of Injection Zone: Theresa - Potsdam. Cambrian
2835 ft.
Date Injection Began: (Day) N/A (Month) (Year)
Total Volume Injected to Date:
Date Injection Ceased: (Day)
Previous Mode of Disposal:
N/A
N/A
(Gallons)
(Month)
_(Year)_
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Queenston
Lorraine
Utica
Trenton
Black River
Theresa
Potsdam
Basement Complex
(b) (c) (d) (e)
Age Depth Thickness Llthologic Description
Ordovician 1101 237 shale
Ordovician 1338 551 shale
Ordovician 1889 218 shale
Ordovician 2107 518 limestone
Ordovician 2625 210 limestone
Cambrian 2835 100 dolomite, sandstone
Cambrian 2935 91 sandstone
3026
feldspar schist
(a)
-------
WIC
NY-2
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
3) Thickness (Ft.)
**) Formation Fluid Pressure, psl
5) Llthostatic Pressure, psi
6) Ifydrofracturing Pressure, psi
7) Age of Unit
8) Porosity %
(9) Permeability, ndllidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Theresa Potsdam
2835 2935
100 91
1410 1445
1.0 psi/ft' est.
1.0 psi/ft est.
Cambrian
4.3
0.1 7.7
30°
Dolomite sandstoiu
sandstone
extensive
Queenston-Utica
1101
788
Ordovician
shale
C. Chemical Characteristics of Formation Fluids: TDS - 270.450
SP. Gr. - 1.2: pH - 3.1
3. Geohydrology of Fresh Water and Other Useful Aquifers
Kane
N/A
Area! Lithologic
Depth Thickness Extent Character
Fluid
Character
Mineral Resources in Area: North Buffalo Medina gas pool 10 miles southeast;
gypsum mined 10 miles from site.
5. Location ofOther Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Unreacted HCI, 99.9%;
phenol 1440#/day; chloride 1210#/day; dissolved organics 2900#/day
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity: 1.06
D. Temperature: 35° to 45° C
E. pH: less than 1.0
(b)
-------
WIC NY-2
3. Toxicity: HC1 lethal below pH of 5.0; phenol fatal at total dose of 1.5
grams
1. Reactivity with Surface Equipment Components: Corrossive
5. Degradability Level and Rate; Acid degradation of organics. _
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection, bacterial activity minimal. _
7. Pre-injectlon Waste Treatment; All water filtered through a five-unit
anthracite filter and treated with a biocide concentration of 10 to 15 ppm
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface "
_ _
Intermediate i/-i/z 48# H-40 13-3/8 423
12-1/4 361T J-55 9-5/8 2829
ection K-55 7 2815
Other 4-1/2 2815
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 20" casing
1-1/2 cu. yd. Ready mix; 13-3/8" casing - 315 sks Portland w/2% CaClg;
9-5/8" casing - 465 sks Portland, 825 sks salt, 16 sks gel, Posmix A/25, ~~
Flocele 32#; 7" casing - Posmix w/18% salt + 3/4% CFR-2 additive
3. WeU Head Equipment (Name and Models); N/A
b. Packers, Centralizers, and Other Subsurface Equipment: Baker accessories
guide shoe, centralizers, metal pedal baskets, bottom wiper plug, top
displacement plug, 8 centralizers
5. Bottom Hole Completion; Open Hole
6. Hydraulic Fracturing, Acidizing ProgranB, etc.: Acidized 2835' - 3026' with
12,000 gallons 15% and 25% HC1
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters: N/A
(c)
-------
WIC NY-2
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 9/9/68 Average 50 Maximum 50
9/19/68 95 2SS
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 9/9/68 Average 629 Maximum 629
9/19/68 1510 1Sin
3. Annual Volume Injected, gal.
A. 19 N/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: N/A
B. Sampling Frequency and Water Quality Parameters Measured;
C. Frequency of Measuring Water Levels and Hydrostatic Heads
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements: N/A
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures; N/A
-------
Well Id. Code:
NY-3
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Permit Status:
DNP
Operational Status:
DN
Operating Company Name and Address; Bethlehem steel Corp.,
Hamburg Township. New York
plant-
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 07_
2. Latitude and Longitude; 42048'11"/78°50'40"
(Year) 73
3. Well Location (Legal Description): N/A
4. County: Erie
5. SIC Classification; 33iT
State: New York
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; steel pickling liquors
2. Date Well Permitted:
3. Injection Rate; 72.000 gpd
Completed: 5/18/68
Injection Pressure; 900 psi
5. Total Depth of Well; 4313 ft.
6. Name, Age, and Depth Of Injection Zone; Theresa -• Potsdam. Cambrian
3794 - 4251 ft.
7. Date Injection Began: (Day) N/A (Month) (Year)
8. Total Volume Injected to Date: N/A
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal: N/A
(Gallons)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Lorraine-Utica
Trenton
Black River
Theresa
Potsdam
Basement Complex"
(b)
Age
Ordovician
Ordovician
Ordovician
Cambrian
Cambrian
(0
Depth
2247
2994
3590
3794
(d)
Thickness
747
596
204
337
4131
4251
120
(e)
Lithologic Description
shale
limestone
limestone
dolomite, sandstone
sandstone
metamorphic
(a)
-------
WIC
NY-3
B. Geologic Description of Injection Unit and Other Possible Units
Injection ttiit
Conflnirur Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(*0 Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
6) Hydrofracturlng Pressure, psi
7) Age of Unit
8) Porosity %
9) Permeability, ndllidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Theresa Potsdam
3794 4131
337 120
1938 @ 4000'
1.0 psi/ft est.
1.0 psi/ft est.
Cambrian
5
113
25°
dolomite , sandstone
extensive
Lorraine - Utica
2247
747
Ordovician
shale
extensive
C. Chemical Characteristics of Formation Fluids; Chloride - 203,838 ppm;
pH - 7.0; Specific Gravity - 1.22 @77°F
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Areal Lithologic
Depth Thickness Extent Character
Fluid
Character
Mineral Resources in Area: Medina (Silurian) gas field 5 to 10 miles
away, Glade oil field 50 miles; gypsum mined 25 miles away.
5. Location of Other Wells, Abandoned wells, and Other renetrations in
Immediate Hydrologlcally Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); 0.5% to 5% HCl, 0 to 25%
FeCl2
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/l:_Ji/A
B. Cone. Dissolved Solids, mg/1:_ N/A
C. Specific Gravity:
D. Temperature:
E. pH:
1.1 - 1.2
N/A
1.0
(b)
-------
WIC NY-3
3. Toxicity: HC1 lethal at pH lower than 5.0; FeCl0 toxic to fish and aquatic
invertebrates at concentrations ranging from less than 1 mg/1 to 5000 mg/1.
i|. Reactivity with Surface Equipment Components: Corrossive
5. Degradablllty Level and Rate; None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Ppg-lnjectlon Waste Treatment: Filtering
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
Hole
Size
17-1/2
12-1/2
8-3/4
Casing or Tubing
Weight and Grade
40# H-40
32# H-40
23# J-55
Fibercast
Size
13-3/8
9-5/8
7
2-7/8
Depth
Set
91
1201
3783
3800
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
13-3/8" casing - BessePortland^100 sks w/2% CaClo; 9-5/8" casing -
420 sks 50-50 Pozmix w/2% "Bentonite & 18% salt; 7'' casing - 550 sks
^50-50 Pozmix w/2% Bentonite & 18% salt.
3. Well Head Equipment (Name and Models): N/A
4. Packers, Centralizers, and Other Subsurface Equipment; 13-3/8" casing
guide shoe w/one centralizer; 9-5/8" casing guide shoe, cementing float
collars, canvas metal petal basket; bottom wiper plug + top displacement
Plug ^
5. Bottom Hole Completion: Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.: Acidizing - 15% HCI.
2000 gal., 3800 - 4300 ft., May, 1968
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: 15 to 30 day back-up capacity steel holding
tank ^
2. Filters: Filter down to 1 micron sixe - diatomaceous earth
(O
-------
WIG NY-3
3. Pumps: Centrifugal PUmPS with titanium lining.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 5/16/68 Average 25 Maximum 2s
5/26/68 65
2. Injection Pressure, psl (During life of Well to Present)
Date(s) 5/16/68 Average 360 Maximum
5/26/68 700 ?nn
3. Annual Volume Injected, gal.
A. 19 N/A B. 19_ C. 19_
VIII. SAFETY PffORMATION
1. Monitoring Program
A. Monitoring Devices and Data; N/A
B. Sampling Irrequency and Water Quality Parameters Measured; N/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; N/A
B. Monitoring Requirements: N/A
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code:
NY-4
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTICW WELLS IN THE UNl'flOJ ST/fl
Permit Status:
DNP
Operational Status:
DN
Operating Company Name and Address: F.M.C. Corp.v Niagara chemical Division
Middleport. New York
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 07_
2. Latitude and Longitude: 43°l5'/78°25'
(Year) 73
3. Well Location (Legal Description): N/A
5.
n.
i.
County: Niagara
State: New York
SIC Classification; 2879
GENERAL DATA ON WELL SITE
Type Of Waste Injected; Manufacture of insecticides, pesticides, fungicides,
and other chemicals.
2.
3.
5*.
6.
7.
8.
9.
10.
Date Well Permitted:
Injection Rate: o.o58 - o.os£ million gpd
Completed: 7/30/68
Injection Pressure: 336 - 2300 psi
Total Depth of Well: 318 ft
Name, Age, and Depth of Injection Zone: Theresa, Cambrian, 2660'
Metamorphic Biotite, Pre-Cambrian, 2765
Date Injection Began: (Day) N/A (MonfivT (Year)
Total Volume Injected to Date: N/A (Gallons)
Date Injection Ceased: (Day) (Month) (Year)
Previous Mode of Disposal: N/A
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Queenston
Oswego
Lorraine
Trenton-Black
Theresa
(b)
Age
Ordovician
tfrdovician
Ordovician
River Ordovician
Cambrian
(c)
Depth
135
1072
1152
1845
2660
(d)
Thickness
831
&0
693
815
105
(e)
Lithologic Description
silty shale
sandstone
shale
limestone
dolomite, sandstone
Metamorphic
Pre-Cambrian
25
biotite quartzite
(a)
-------
WIC
NY-4
B. Geologic Description of Injection Unit and Other Possible Units
(1) tame
(2) Depth (Ft.)
(3) Thickness (Ft.)
(M) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, mLllidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Theresa/Metatnorphii
2660 2765
105 429
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Camb . pCamb .
dplomite quartzite
sandstone
widespread
Oueenston-Lorraine
135
1710
Ordovician
shale
widespread
C. Chemical Characteristics of Formation Fluids: TDS - 213,000
chloride - 118.000 ppm; pH - 10.5
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Drift
Depth
100
Area!
Thickness Extent
Llthologic
Character
Fluid
Character
variable sand, gravel fresh
Mineral Resources In Area: Mining of gypsum 15 miles southwest] gasfield
10 miles away
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): sodium suifate and suifide:
sodium chloride; sodium trithio-carbonate
2. Physical/Chemical Description
A. Cone. Suspended Solids, mgA: N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity; 1.022 (jj 25°C
D. Temperature:
E. pH; 6.32
N/A
(b)
-------
WIC NY-4
3. Ibxlcity: N/A
Reactivity with Surface Equipment Components; None
5. Degradabillty Level and Rate; None
6. Biological Level at Injection and Estimated Biological Level After Injection;
Probably not sterile at injection; bacterial activity minimal
7. Pre-lnjectlon Waste Treatment: Filtration and settling
V. WEIL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
beiiiiBC
lection
Inject
Other
Hole
Size
17-1/2
10-5/8
7-7/8
Casing or Tubing
Weight and Grade
48# H-AO
24# J-55
15. 5# J-55
6.5# IK-90 EVE
Size
13-3/8
8-5/8
5-1/2
2-7/8
Depth
Set
229
1195
2655
2465 '
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
13-3/8" casing - 175 sks class A Portland w/3% Cal.ch. 15.5#/gal; 8-5/8"
casing - 300 sks class A Portland w/2% Cal.ch 15.5#/gal.; 5-1/2" casing~=~
~5l)d cu. ft. class A Collon 15.5#/ gal, slurry wt.
3. Vfell Head Equipment (Name and Models); o.c.T. head installed and set at
2.25 ft. below ground level
4. Backers, Centrallzers, and Other Subsurface Equipment: 13-3/8*' casing -
Baker float shoe and 3 centralizers @45',130', and 196'; 8-5/8" casing -
Baker guide shoe and Baker float collar with 5 centralizers; 5-1/2" casing"
"Baker Model D packer (32465* and 6 Baker centralizers
5. Bottom Hole Completion: Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.; Acidizing - 3QQQ gal.
28% HC1 at 2660 - 2765 ft. .
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Surge tank of 16,000 gallons capacity;
emergency reserve pit.
2. Filters; Two books of disposal cartridges. Cartridge life will be 1-1/2 to
2 weeksT" " ~ ~~~~ ~~
(C)
-------
WIC NY-4
3. Pumps: Two centrifugal transfer pumps
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) N/A Average Maximum
it
it
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) N/A Average Maximum
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; N/A ,
B. Sampling Frequency and Water Quality Parameters Measured; N/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation: Emergency reserve
pit.
3. Regulatory Aspects
A. Construction Requirements; N/A
B. Monitoring Requirements:
IN/A
C. Restrictions of Operation Procedures:
IN/A
-------
Well Id. Code; QH-I
COMPILATION OF INDUSTRIAL AM) MUNICIPAL
Permit Status; PDF Operational Status; NOP
Operating Company Name and Address; Empire Reeves steel. DJV. of Cycinps
Mansfield. Ohio
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 04 (Year) 73
2. Latitude and Longitude; N/A
3. Well Location (Legal Description): Madison TWP. 766 ft. FSL and 1024 ft.
FWL of Sec 16.
4. County; Richland State Ohio
5. SIC Classification: 3312
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Spent: pickling liquors from steel processing.
2. Date Well Permitted: 8/18/67 Completed:
3. Injection Rate; 35 gpm
Injection Pressure: 1000 psi
5. Total Depth of Well; 5085 ft..
6. Name, Age, and Depth of Injection Zone; Mt. Simon, Cambrian"
4982 ft.
7. Date Injection Began: (Day)_22 (Month) 11 (Year) 68
8. Total Volume Injected to Date: 10,314.933 (Gallons)'
9. Date Injection Ceased: (Day) 02 (Month) 02 (Year) 71'
10. Previous Mode of Disposal: N/A
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologic Description
"N/A"
(a)
-------
WIC
OH-1
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
5) Lithostatic Pressure, psi
n>) F(ydrofracturing Pressure, psi
7) Age of Unit
8) Porosity %
?) Permeability, raillidarcles
0) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Mt . Simon
4982
82
2036
Cambrian
10.4
9
40°
szmHfil-nnp*
•
Eau Claire
4634
330
Cambrian
dolomite
C. Chemical Characteristics of Formation Fluids; IDS = 292.OOP pom
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Area! Lithologic
Depth Thickness Extent Character
Fluid
Character
|. Mineral Resources in Area; N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Acid, iron, copper and
insoluble residue .
4705
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1;' N/A
C. Specific Gravity; 1.19
D. Temperature: 120° F
E. pH: i.o
(b)
-------
WIC OH-1
3. Toxicity: N/A
b. Reactivity with Surface Equipment Components: Corrosive due tp acid
5. Degradability Level and Rate: None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Pre-injection Waste Treatment: N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and lUbing
Surface
Intermediate
lection
Inject
Other
Hole
Size
13-1/2
9
Casing or Tubing
Weight and Grade
32.75* J-55
23# J-55
Size
10-3/4
7
Depth
Set
674
4974
EUE 9.3# J-55
3-1/2
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 10-3/4
inch casing - 375 sks 50-50 Pozmix w/2% salt gel; 7 inch casing - 1165 sks
4. density w/1% CFR-2.
3. Well Head Equipment (Name and Models): N/A
b. Packers, Centralizers, and Other Subsurface Equipment: is centralize^,-
cement,baskets at 1772 and 4904 ft.; D-V collar at 1905 ft.; Halliburton
shoe at 4975 ft.; Carpenter No. 20Cb3 joint at 4961.to 4972 ft.
5. Bottom Hole Completion; Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.: Buffer zone - 2 million
gallons of fresh water.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters: N/A
(0
-------
WIC OH-1
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During life of Well to Present)
Date(s) 4/69 Average 16 Maximum
" 1/70 17
" 5/70 15
it _———_
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 4/69 Average 1250 Maximum 1750
" 1/70 360 595
" 5/70 300 615
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAPE3Y INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Monthly reports; periodic pressure checks.
continuous rates and pressure recorders.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation: N/A
3. Regulatory Aspects
A. Construction Requirements; Completed, equipped and maintained in a
manner that will prevent pollution of fresh water or endanger any
natural resources.
B. Monitoring Requirements: Injection rate and flow,annulus pressure,
waste characteristics.
C. Restrictions of Operation Procedures; Must operate as permitted.
(d)
-------
Well Id. Code:
OH-2
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status: PDR
Operational Status:
Operating Company Name and Address: Armco steel cornorati
on
Middletown. Ohio
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 28
(Month) 03
2. Latitude and Longitude: 39°2l'/84°22'
(Year) 73
3. Well Location (Legal Description): Lemon TWP, 1055 ft. FNL and 65 ft.
FWL of sec 8.
County: Butler
State:
Ohio
5. SIC Classification: 3312
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Hydrochloric acid pickle liquor and pickle rinse
water.
2.
3.
1*.
5.
6.
7.
8.
9.
10.
Date Well Permitted: id/20/67
Injection Rate: 100 gpm
Completed: 3/12/67
Injection Pressure: 60 psi
Total Depth of Well; 3296 ft.
Name, Age, and Depth of Injection Zone; Mt. Simon. Cambrian
Date Injection Began: (Day)
Total Volume Injected to Date:
Date Injection Ceased: (Day)
Previous Mode of Disposal; None
2954 ft.
(Month) 06
(Year)69
24.456.652 (6/5/72)
(Gallons)
(Month)
_(Year)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Ifriits Penetrated by Well
(a)
Name
Richmond Group
Cynthiana
Trenton
Black River
Chazy
St. Peter
Chepultepec
Copper Ridge ~
Conasauga
jlome "~
Shady
Mt. Simon
(b)
Age
Prdovician
Ordovician
Ordovician
Ordovician
Ordovician
Ordovician
Cambrian
Cambrian
Cambrian
Cambrian
Cambrian
Cambrian
(c) (d) (e)
Depth Thickness Lithologic Description
90 446 limestone, shale
536 102 _ limestone
638 28 limestone
666 294 limestone
960 192 limestone
1152 20 sandstone
1172 460 ~ dolomite
1632 732 dolomite
2364 144 shale
2508 338
2846 108 dolomite
2954 sandstone
(a)
-------
WIC
OH-2
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
(2) Depth (Ft.)
(3) 'Thickness (Ft.)
(M) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
C6) ftrdro fracturing Pressure, psi
(7; Age of Unit
(b1) Porosity %
(9) Permeability, ndllidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Mt. Simon
2954
282
1200
1.0 psi/ft est.
1.0 psi/ft est.
Cambrian
7-14
66 - 524
30°
sandstone
widespread
300
2600
Ordovician-Cambrian
limestone, shale
widespread
C. Chemical Characteristics of Formation Fluids: TDS = 189.000 ppm;
Cl~ = 110,000 ppm; Na = 40,000 ppm; Ca = 20,400 ppm.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
"N/A"
Area! Lithologlc
Depth Ihickness Extent Character
Fluid
Character
4. Mineral Resources in Area:
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Maximum - 1% HCI,
25% Fed , and 1.5% Fed .
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: 9 ~ 15 ( less than 0.5 micron)
B. Cone. Dissolved Solids, mg/1: 250.000
C. Specific Gravity: 1.16 - 1.18
D. Temperature: 100" - 150" F
E. pH: less than 1.0
(b)
-------
WIG OH-2
3. Toxlcity; N/A
H. Reactivity with Surface Equipment Components: Corrosive, surface
equipment designed to resist attack.
5. Degradabillty Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Ifre-lnjection Waste Treatment: Filtration by pressure leaf-type filter
capable of removing suspended solids larger than 2 microns.
V. WELL DESIGN AND CONSTOUCTION
1. Casing and lifting
Surface
Intermediate
lection
Inject
Other
Hole
Size
17-1/2
12-1/2
Casing or Tubing
Weight and Grade
48# H-40
36# J-55
Size
13-3/8
9-5/8
Depth
Set
310
2922
Epoxy chemical tubing
3-1/2
2906
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 13-3/8
inch casing - 250 sks; 9-5/8 inch casing - 900 sks; 3-1/2 inch casing -
50 sks. _
3. Well Head Equipment (Name and Models); National tubing hanger type "E".
b. Packers. Centralizers , and Other Susurface quipment; Annulus filled
with refined mineral oil under 600 psi. Seal Baker model 190-47 Model
G and 3-1/2" slim hole centralizers .3-1/2" x 8-5/8" packer model "D".
5. Bottom Hole Completion; Open hole.
6. Hydraulic Fracturing, Acidizing Programs, etc.: Buffer zone - 4r900.OOP
gallons of fresh water.
VI. DESCRIPTION OF SURFACE EQUIIMENT
1. Holding Tanks and Flow Lines; Two 75.QUO gal, capacity holding tanks.
2. Filters; Two vertical pressure leaf with diatomaceous earth precoat, rate
as 0.5 gpm/ft . ~~~
(c)
-------
WIC OH-2
3- Pumps: 2 - centrifugal transfer pumps rated 100 gpm; 1 - triplex plunger
injection pump rated 100 gpm at 1500 ft.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6/69 Average 28 Maximum
" 6/70 51
" 677145
" 6/72 89
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 6/69 Average 165 Maximum
" 6/70 10
" 5771 BIT
6/72
3. Annual Volume Injected, gal.
A. 19^2 9,197,927 B. 19_71 13,098,913 C. 19.70 1,629,632
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Continuous rate/pressure recorder, annulus
pressure checked periodically, turbrimeter.
B. Sampling Frequency and Water Quality Parameters Measured; N/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads;
2. Contingency Plan for Well FSLlure During Operation:
3. Regulatory Aspects
A. Construction Requirements; Completed, equipped and maintained in a
manner that will prevent pollution of fresh water or endanger any
natural resources.
B. Monitoring Requirements; Flow rate and injection volume.
C. Restrictions of Operation Procedures; Operate as permitted.
(d)
-------
Well Id. Code: OH-3
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION
Permit Status: PDR
Operational Status:
Operating Company Name and Address: Armco steel
Mi'ddletown. Ohio
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) 28 (Month) 03_
2. Latitude and Longitude; 39°29'/84022'
(Year) 73
3. Well Location (Legal Description); Lemon TWP, 1190 ft. FNL and 1365 ft.
FWL of Sec 8.
County; Butler
State: Ohio
5. SIC Classification; 3312
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Hydrochloric acid pickle liquor and pickle
rinse water.
2. Datewell Permitted; 10/24/67
3. Injection Rate; 100 gpm
Completed: 4/24/68
Injection Pressure; 10 - 500 psi
5. Total Depth of Well; 3285 ft.
6. Name, Age, and Depth of Injection Zone; Mt. Simon. Cambrian
2940 ft.
7. Date Injection Began: (Day)
8. Total Volume Injected to Date:
9. Date Injection Ceased: (Day)__
10. Previous Mode of Disposal:
(Month) 05
(Year) 69
34.154.310
(Month)
(6/17/72)
(Gallons)
[Year),
None
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Richmond Group
Cynthiana
Trenton
Black River
Chazy
St. Peter
Chepultepec
Copper Ridge
Conasauga
Rome
Shady
Mt. Simon
(b)
Age
Ordovician
Ordovician
Ordovician
Ordovician
Ordovician
Ordovician
Cambrian
Cambrian
Cambrian
Cambrian
Cambrian
Cambrian
(c)
Depth
90
536
638
666
960
1152
1172
1632
2364
2508
2846
(d)
Thickness
446
102
28
294
192
20
460
732
144
338
108
2954
(c)
Lithologic Description
limestone, shale
limestone
limestone
limestone
limestone
sandstone
dolomite
dolomite
shale
dolomite
sandstone
(a)
-------
WIC
OH-3
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnincr Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7; Age of Unit
(8) Porosity %
(9) Permeability, raillidarcies
(10) Fteservoir Temperature, °C
(11) Character and Area!
Distribution
Mt . Simon
2940
339
1200
Cambrian
7-14
66 - 524
30°
Rpnrlsfnnp
widespread
300
2600
Ordovician-Cambrian
1 "! Tnp!3l"nnp sbal p
widespread
C. Chemical Characteristics of Formation Fluids: IDS
Cl" = 110.000; Na = 40.000; Ca = 20.400
189.000 ppm;
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
TiTT
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
4. Mineral Resources in Area:
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; N/A
3V. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Maximum - 1% HC1,
25% FeCl9, 1.5%
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: 9 - 15
B. Cone. Dissolved Solids, mg/1 :_~_2507000_
C. Specific Gravity: 1.16 - 1.18
D. Temperature: 100" - 150" F
E. pH: less than 1.0
(b)
-------
WIG OH-3
3. Toxicity: N/A
M. Reactivity with Surface Equipment Components; Corrosive; surface equipment
designed to resist attack.
5. Degradabillty Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-injectlon Waste Treatment: Filtration by pressure leaf type filter
capable of removing suspended solids larger than 2 microns.,
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 48# H-40 13-3/8 298
Intermediate 36# J^55 9-5/8 29,46
lection Epoxy chemical tubing 3-1/2 2915
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
13-3/8 inch casing - 300 sks cement.
3. Well Head Equipment (Name and Models); National tubing hanger type "E"
4. Packers, Centralizers , and Other Subsurface quipment: Seal - Baker model
80-40 mod. G-with 3-1/2 x 6-1/4 slim hole centralizers; packer - model D
5. Bottom Hole Completion: Open hole.
6. Hydraulic Fracturing, Acidizing Programs, etc.; Buffer zone - 3,000,000"
gallons of fresh water.
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and PlOW Lines: Two 75,000 gal. holding tanks.
2. Filters; Two vertical pressure leaf with diatomaceous earth precoat rate
at 0.5 gpm/ft^.
(O
-------
WIC QH-3
3- Pimps: 2 - centrifugal transfer pumps rated 100 gpm; 1 - triplex plunger
pump rated 100 gpm.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 5/69 Average 3 Maximum
" 5/70 44
" 5/71 47_
" 677267
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 5/69 Average 150 Maximum
" 5/70 10
" 5/71 40
11 6772 80
3. Annual Volume Injected, gal.
A. 1922 12,531.094 B. 19.71 9.571,271 C. 19_72_ 13.722.831
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Continuous rate/pressure recorder.
annulus pressure checked periodically, tubrimeter.
B. Sampling Frequency and Water Quality Parameters Measured; N/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; Completed, equipped and maintained in a
manner which will prevent pollution.
B. Monitoring Requirements: N/A
C. Restrictions ofOperation Procedures; N/A
(d)
-------
Well Id. Code: OH-4
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNi'M; STATfeS
Permit Status:
PDR
Operational Status:
Operating Company Name and Address; vistron corporation
Lima. Ohio
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 09
2. Latitude and Longitude: 40°42'/84°
(Year)
3. Well Location (Legal Description): 130 ft. FSL and 72 ft. FEL of SE 1/4,
Sec 2, Shawnee Twp.
l». County; Allen
State:
Ohio
5. SIC Classification; 2810
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Acrylonitrile and methacrylonitrile production
2.
3.
il.
5.
6.
7.
8.
9.
10.
wastes.
Date Well Permitted: 1/11/68
Injection Rate: 37,650,000 gpy
Injection Pressure: 776 psi
Total Depth of Well: 3133 ft.
Name, Age, and Depth of Injection
Date Injection Began: (Day) 05
Completed
Zone: Mt. Simon,
2780 ft.
(Month) 07
: 2/11/68
Cambrian
(Year) 68
Total Volume Injected to Date: 310,789,318 (3/31/73) (Gallons)
Date Injection Ceased: (Day)
(Month)
(Year)
Previous Mode Of Disposal: Incineration and bio-treatment.
gl. GEOLOGIC INFORMATION
1. Litnology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Drift
(b)
Cavugan
Lockport
Trempealeau
Mavnardville
Conasauea-Shadv
Mt. Simon
Medina - Clinton
Reedsville
Trenton
Eggleston-Gull River
Glenwood
eistocene
Silurian
Silurian
Silurian
Silurian
Ordovician
Ordovician
Cambrian
Cambrian
Cambrian
Cambrian
Cambrian
(c)
Depth
32
210
408
593
1252
1294
1809
1811
2282
2398
2780
(d)
Thickness
3^
178
198
185
659
42
515
2
471
116
282
352
(e)
Lithologic Description
sand, gravel, clay
sandstone, shale
dolomite
limestone
shale
dolomite
dolomite
shale f
sandstone
(a)
-------
WIC
OH-4
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
2) Depth (Ft.)
3) Thickness (Ft.)
5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi .
(6) Ifydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, mlllidarcles
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Mt. Simon
2780
352
1100
1.0 psi/ft est.
1.0 psi/ft est.
Cambrian
14.4
29°
Sandstone
widespread
Gleenwood-Shadv
1809
971
Cambrian
Shale, dolomit-p
widespread
C. Chemical Characteristics of Formation Fluids: saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
N/A
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
. Mineral Resources In Area:
None
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Inmediate tfydrologically Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Ammonia, sulfate,
organic acids, and nitriles.
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mgA: 66
Cone. Dissolved Solids, mg/1: 39.000
B.
C.
D.
E.
Specific Gravity: 1.06 - 1.12
Temperature: N/A
pH: 4.0 - 6.5
(b)
-------
WIC
OH-4
3. Toxicity: All constituents could be considered toxic,
5.
Reactivity with Surface Equipment Components; 'Corrosive due to presence
of organic acids.
Llity Level and fete: None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; possible transformations of organics
and nitrogen compounds by bacteria.
7. Pre-injection Waste Treatment: Surge pond (2.5 million gallons) for
equalization and settling of solids; filtration through sand filters;
waste waters run through heat exchangers to cool waste.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
IhJ(
Otto
ection
Hole
Size
"12^1/4
9
Casing or Tubing
Weight and Grade
32.75#
20#
H-40
J-55
Depth
Size Set
10^3/4 ~4T4
7 2782.5
8-3/4
9.3#
J-55
3-1/2 2778.2
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 10-3/4"
casing - 125 sks 50-50 Pozmix. 2% gel, 600# Gilsonite; 7" casing - 1st sfage^
300 sks Pozmix, 1% CFR-2, 1B% salt gel, 100 sks Type II cement, l.rl/4% CFR-2,
18% gel: 2nd stage= 1UU sks Pozmix, 1% (JFK-z, 1-1/4% Flocele, 351) sfcs Pozmix.
3. Well Head Equipment (Name and Models); National type -E- tubing, head t>-
nominal, 2-2" line pipe putlets, 1-//5164U body. 1-#516375 CAP, 1-#516349-A
type H-4E slip-packing type tubing hanger. ^
rackers, Cent:
at 2782 ft.
izers, and Other Subsurface Equipment; Baker "AC" packer
5. Bottom Hole Completion; Open hole completion - 2782 to 3133 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; Well treated three times
with dilute acetonitrile to improve injection.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Carbon steel, 2 - 300 barrel surge tanks
2. Filters: 6 pressure sand filters
(c)
-------
WIC QH-4
3. Pumps: J-531-L Armco triplex plunger pump, 150 HP.
VII. OPERATION CHARACTEKESTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 7/69 Average 160 Maximum
" 7/70 155
" 7/71 164
" 7/72 121
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 7/69 Average 1032 Maximum
" 7/70 1015
" 7/71 485
7/72 782
3. Annual Volume Injected, gal.
A. 19_72 37.648.290 B. 19_71 59.927.160 C. 19.70 93.620.400
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Injection and annulus pressure - 24 hr/day
monitoring and recording, hi-lo alarms; injection temperature -
24 hr/day recording; totalizing flow meters.
B. Sampling Frequency and Water Quality Parameters Measured; None
C. Frequency of Measuring Water Levels and Hydrostatic Heads; None
2. Contingency Plan for Well Failure During Operation; shut down immediately
and valve in , use alternate wells or incinerate.
3. Regulatory Aspects
A. Construction Requirements; Casing and integral cement Job required.
B. Monitoring Requirements; Injection and annulus pressures; flow rate
to well; total volume pumped.
C. Restrictions of Operation Procedures; Injection pressure limited
to 840 psi.
(d)
-------
Well Id. Code: QH-5
COMPILATION OF INDUSTRIAL ANDi MUNICIPAL
INJECTION WELLS IN THJS UNi'icu STATES
Permit Status: PDR Operational Status: o
Operating Company Name and Address; uss Chemical, Division of us steel
Haverhill, Ohio
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 04 (Year) 73_
2. Latitude and Longitude; NTT
3. Well Location (Legal Description); 7360 ft. FSL and 5550 ft. FWI of Green
Twp.
4. County: Scioto x , State; Ohio
5. SIC Classification;
II. GENERAL DATA ON WELL SITE
1. TVpe Of Waste Injected; Oxidation of cumene hydroperpxide and its subsequent
cleavage into phenol, acetone, and alpha methyl stvrene production water.
2. Date Well Permitted: 4/30/68 Completed; 7/5/68
3. Injection Rate: 168 gpm
Injection Pressure; 1000 psi
5. Total Depth of Well; 5617 ft.
6. Name, Age, and Depth of Injection Zone; Mt. Simon. Cambrian
5514 ft. _ _____
7. Date Injection Began: (Day) 01 (Month) 10 (Year) 69
8. Total Volume Injected to Date: 131.888.327 (GallonsT
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal; N/A
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
N/A
(a)
-------
WIC
OH-5
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confining Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millldarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Mt . Simon
5514
66
2633
4500
Cambrian
11.9
26.8
41°
sandstone
widespread
C. Chemical Characteristics of Formation Fluids: IDS = 316.OQQ PPEI
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
N/A
Area!
Thickness Extent
Llthologic
Character
Fluid
Character
. Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Imnediate Hydrologlcally Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Waste water containing
phenol, acetone, cumene hydroperoxide, sodium formate, and sodium sulfate.
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity:_
D. Temperature; 120°~F
E. pH: N/A
N/A
(b)
-------
WIC
OH-5
3. Toxlclty: Total dose of 1.5 grams of phenol may be fatal to humans.
. Reactivity with Surface Equipment Components: N/A
5. Degradablllty Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection
Probably not sterile at injection; bacterial activity minimal.
7. Pre-lnjection Waste Treatment: Filtration
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Inject
Other
Hole
Size
12-3/4
8-3/4
Casing or Tubing
Weight and Grade
32.75# H-40
26# N-80
Size
10-3/4
7
Depth
Set
T73
5594
9.3# EUE N-80
3-1/2
5519
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 10-3/4
inch casing - 260 sks; 7 inch casing - 2470 sks.
3. Vfell Head Equipment (Name and Models); N/A
. Backers, Centralizers, and Other Subsurface Equipment; Packer (jj 5422 ft.;
annulus fluid' - inverted oil emulsion mud.
5. Bottom Hole Completion; Set through sand, perforated, notched, and fraced
@ 5517 to 5599 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.: Acid fracture with 6%
HF and 9% HC1. 25.000 gal water and 30.OOP// 26-40 sand at 1710 gpm.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Flow Lines; N/A
2. Filters: N/A
(c)
-------
WIC OH-5
3. Pimps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6/69 Average 100 Maximum
" 7/70 82
11 7/71 89_
" 7/72 57
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 6/69 Average 1250 Maximum
" 7/70 1650
" 7/71 1500
11 7/72 1400
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: N/A
B. Sampling Frequency and Water Quality Parameters Measured; N/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads; WAT
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory TSpects
A. Construction Requirements; Completed, equipped, and maintained in a
manner that will prevent pollution of fresh water or endanger any
natural resources.
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures; Must operate as permitted.
(d)
-------
Well Id. Code; OH-6
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WET-T-S IN THE UNTIED STATES
Permit Status; FDR .__ Operational Status:
Operating Company Name and Address; vistron Corporation
Lima, Ohio
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 09 (Year) 73
2. Latitude and Longitude; 40°42'/84C
3. Well Location (Legal Description); 448.26 ft. FNL and 114.24 ft. FWL of
NE 1/4 of Sec 11, Shawnee Twp.
4. County: Allen State; Ohio
5. SIC Classification; 2899
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Acrylonitrile and methacrylonitrileproduction
waste.
2. Date Well Permitted: 6/27/69 Completed: 7/19/69
3. Injection Rate; 107,000.000 gpy
M. Injection Pressure; 680 psi
5. Total Depth of Well: 3171 ft.
6. Name, Age, and Depth of Injection Zone: Mt. Simon. Cambrian
2760 ft.
7. Date Injection Began: (Day) 14 (Month) IQ (Year) 70
8. Total Volume Injected to Date: 310.009.501 (3/31/73') (Gallons)
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode Of Disposal; Incineration and bio-treatment:
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
N/A
(a)
-------
WIC
OH- 6
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Confinlne Bed
(1) Name
2) Depth (Ft.)
3) Thickness (Ft.)
5) Formation Fluid Pressure, psi
T5) Llthostatic Pressure, psi
T6) Ifydrofracturing Pressure, psi
i,7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
til) Character and Area!
Distribution
Mt . Simon
2760
384
1188
1.0 psi/ft est.
1.0 psi/ft est.
Cambrian
14
29°
sandstone
widespread
Glenwood-Shady
1800
900
Cambrian
shale, dolomite
widespread
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
N/A
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
J*. Mineral Resources in Area: N/A
5. Location of OtherVfells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area;
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Ammonia, sulfate, organic
acids, and nitriles.
2. Ptyslcal/Chemical Description
A. Cone. Suspended Solids, mg/1; 66
B. Cone. Dissolved Solids, mg/1; 39,OW
C. Specific Gravity: 1.06 - 1.12
D. Temperature; 90° F
E. pH: 4.0 - 6.5
(b)
-------
WIG OH- 6
3. Toxicity: All constituents could be toxic
4. Reactivity with Surface Equipment Components; Possible corrosion from
organic acids.
5. Deg'adabllity Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Possibly not sterile at injection; possible bacterial transformations of
organics and nitrogen compounds.
7- Pre-lnjectlon Waste Treatment:Settling of solids, filtration/and heat
exchange. .
V. WELL DESIGN AND CONSTRUCTION
1. Casing and lifting
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 13-3/4 H-40 Class A 10-3/4 504
Intermediate 9 20# Grade K 7 28111
ection 9 11.6// Grade K 4-1/2 2808.69
ier
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 10-3/4"
casing - 400 sks common class A. 4% gel,5% CaClp. 12# Gilsonite/sack; 7"
casing - 250 sks Halliburton light 18% salt. 100 sks #2. 18% salt. 1-1/4%
CFR-2 + 200 sks light. 18% salt. 50 sks light. 18% salt. 10# Gilsonite/sack
3. Vfell Head Equipment (Name and Models); 4-1/2" x 7" Larkin tubing head.
4. Flackers, Centrallzers, and Other Subsurface Equipment; Paker model "AG"
tension packer at 2808.69 ft.
5. Bottom Hole Completion; Qpen hole completion - 2808.69 to 3171 ft.
6. flydraullc Fracturing, Acidizing Programs, etc.; None
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; TWO 300 barrel surge tanks
2. Filters; 6 pressure sand filters
(0
-------
WIC OH-6
3. Pumps: J-531-L Armco triplex plunger pump, 150 HP
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 10/69 Average 173 Maximum
" 10/70 199
" 7/71 174
11 7772 200
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 10/69 Average 588 Maximum
" 10/70 571
" 7/71 708
" 7772722
3. Annual Volume Injected, gal.
A. 19_72 107,782,557 B. 19_71 94,001,958 C. 19J70 18.374,400
VIII. SAFE3Y INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Injection and annulus pressures - 24 hr/day
monitoring and recording, hi-lo alarms; injection temperature - 24 hr/day
recording; total flow.
B. Sampling Frequency and Water Quality Parameters Measured; None
C. Frequency of Measuring Water Levels and Hydrostatic Heads; None
2. Contingency Plan for Wen Failure During Operation; snut down well and
incinerate waste or pump to another well.
3. Regulatory Aspects
A. Construction Requirements; Casing and integral cement required.
B. Monitoring Requirements;injection and annulus pressure; tlow rate to
well; total volume pumped.
C. Restrictions of Operation Procedures; Injection pressure limited to
840 psig.
(d)
-------
Well Id. Code: on-7
COMPILATION OP INDUSTRIAL AND MUNICIPAL
Permit Status :_PDR Operational Status; DN
Operating Company Name and Address; Caihio Chemicals. Division of stauffer
Perry Village. Ohio
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) Ql (Month) 04 (fear) 73.
2. Latitude and Longitude;
3. Well Location (Legal Description); N/A
M. County; Lake State; Ohio
5. SIC Classification; 2818
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Wastes from the manufacture of agricultural
fungicides (captan, phalton)
2. Date Well Permitted; 2/11/71 Completed; 4/9/71
3. Injection Rate; N/A
Injection Pressure; N/A
5. Total Depth of Well; 6972 ft.
6. Name, Age, and Depth of Injection Zone; Mt. Simon. Cambrian
5930 ft.
7. Date Injection Began: (Day) N/A (Month) (Year)
8. Total Volume Injected to Date; N/A (Gallons)'
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal; N/A
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologlc Description
~
(a)
-------
WIC
OH-7
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
T6) Hydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Mt . Simon
5928
132
2716
1.0 psi/ft est.
1.0 psi/ft est.
Cambrian
50"
sandstone
widespread
Devonian-Cambrian
shale, carbonate,
sandstone
widespread
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
Areal
Thickness Extent
Llthologic
Character
Fluid
Character
4. Mineral Resources In Area:
N/A
5. Location of Other Vfells, Abandoned Wells, and Other Penetrations in
Immediate Jtydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Chloroform solubles -
3000 ppm; MEK solubles - 1200 ppm; COD -4000 ppm; NaCl - 25 jpm;
Na^SO - 2000 ppm; Hexane solubles - 10 ppm
2. PhyBicaVChemical Description
A. Cone. Suspended Solids, mg/1: 0
B. Cone. Dissolved Solids, mg/1;
C. Specific Gravity: 1.025
D. Temperature: N/A
E. pH; 7.0-7.5
(b)
-------
WIC OH-7
3. Toxicity: N/A
. Reactivity with Surfttce Equipment Components; N/A
5. Degradabillty Level and Rate: N/A.
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
?• Pre-lnjection Waste Treatment; N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Welgrt and Grade Size Set
Surface 13-3/4 32.75* 10-3/4 512
Intermediate 9-1/2 26# J-55 7 5950
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; N/A
3. well Head Equipment (Name and Models); N/A
. Packers, Centralizers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion: N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.; N7I"
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters:
(c)
-------
WIC OH-7
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19 B. 19 C. 19_
VIII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation; "~
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code; QH-S
COMPILATION OP INDUSTRIAL AND MUNICIPAL
PATES ~
Permit Status; PDR Operational Status; DN
Operating Company Name and Address: International Salt Co.. Whiskey Island
Cleveland. Ohio
I. GENERAL H3ENTIPICATION DATA
1. Ehtry Date of Data: (Day) 01 (Month) 02 (Year) 72.
2. Latitude and Longitude; N/A
3. Well Location (Legal Description); Brooklyn Twp. Lot 51
M. County; Cuyahoga State; Ohio
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Brine seepage from a mine shaft.
2.
3.
1.
5.
6.
7.
8.
9.
10.
Date Well Permitted: 6/1/71
Injection Rate: N/A
Injection Pressure: N/A
Total Depth of Well: 143$ ft.
Name, Age, and Depth of Injection
Date Injection Began: (Day) N/A
Completed:
8/3/71
Zone: Oriskany, Devonian
1335 ft.
(Month)
(Year)
Total Volume Injected to Date: N/A
Date Injection Ceased: (Day)
Previous Mode of Disposal: N/A
(Month)
(Year)
(Gallons)
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
N/A "^ ——
(a)
-------
WIC
OH-8
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) tame
(2) Depth (Ft.)
(•5) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raillldarcles
CIO) Reservoir Temperature, bC
(11) Character and Area!
Distribution
Oriskany
1335
52
565
Devonian
610
sandstone
Ohio
1300
Devonian
shale
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
"TO
Areal Lithologic
Depth Thickness Extent Character
Fluid
Character
it. Mineral Resources In Area:
N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate fydrologically Affected Area;
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): TDS @IIQ°F - 276,530 ppm;
total sulfides (as H?S) - 761 ppm; Ca - 34,303 ppm; Mg - 8,674 ppm ~~
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity: 1.164
D. Temperature:
E. pH; 5.5
N/A
(b)
-------
WIG OH-8
3. Tbxlclty: N/A
. Reactivity with Surface Equipment Components; N/A
5. Degradablllty Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Pre-lnjectlon Waste Treatment; Filtration
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface J-55 5-1/2 300
Intermediate EVE j-5.5 2-7/8 1330
Jectlon Stainless Steel~21335
Inject
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 5-1/2"
casing - cemented to surface; 2-7/8" casing - 180 sks Pozmix to surface.
3. well Head Equipment (feme and Models); N/A
. Packers, Centrallzers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion; Open
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A"
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines;
2. Filters:
(c)
-------
WIC OH-8
3. Pumps:
VII. OPERATION QiARACTERISnCS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation:
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code: OH-9
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN THE UNTIED STATES
Permit Status; PDR Operational Status:
Operating Company Name and Address: Vistron Corporation
Lima, Ohio
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 09 (Year) 73_
2. Latitude and Longitude: I/A"
3. Well Location (Legal Description): 1052 ft. FSL and 1068 ft. FWL of
SE 1/4 of Sec 2, Shawnee Twp.
4. County; Allen State; Ohio
5. SIC Classification; 2899,
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Acrylonitrile and methacrylonitrile production
wastes.
2. Date Well Permitted; 7/12/71 Completed; 3/16/72
3. Injection Rate; N/A
M. Injection Pressure; 552 psi
5. Total Depth of Well: N/A
6. Name, Age, and Depth of Injection Zone: Mt. Simon, Cambrian """
2780 ft.
7. Date Injection Began: (Day) 08 (Month) os (Year) 72
8. Total Volume Injected to Date; is.338.210 (3/31/73) (Gallons)
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal: Incineration, bio-treatment.
GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
N/A
(a)
-------
WIC
OH-9
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Conflnincr Bed
(1) Name
C2) Depth (Ft.)
3) Thickness (Ft.)
5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
6) Hydrofracturing Pressure, psi
(?) Age of Unit
(8) Porosity %
(9) Permeability, millidarcles
(10) Reservoir Temperature, "C
(11) Character and Areal
Distribution
Mt. Si^on
2780'
386'
1320
Cnnhrian
Sandstone
widespread
Glenwood-Shady
1800
900
^ainbrian
shale and dolomite
widespread
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area:
--'/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area: N/A
IV. WASTE CHARACTERISTTCS
1. Technical Description (Including Radioactivity): N/A
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, m&^l; N/A
C. Specific Gravity; N/A
D. Temperature:
E. pH; K/A
N/A
(b)
-------
WIG °"-9
3. Toxicity: N/A
l|. Reactivity with Surface Equipment Ckatponertbs: N/A
5. Degradablllty Level and Rate; M/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Fre-lnjectlon Waste Treatment; Settling of solids, filtration, heat exchange,
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Ftole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 13-3/8 Casing in-3/4 513
Intermediate 9 rasing 7 2804
ection 9 Tubing 4-1/2 2793
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 10-3/4"
casing: 235 sks ; 7" casing: 550 sks. _
3. Vfell Head Equipment (Name and Models);
. Packers, Centralizers , and Other Subsurface Equipment: Raker tension type
packer. _
5. Bottom Hole Completion: Open hole completion^- 2793' to 3166'
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and PlOW Lines: Carbon steel; 2-300 bhl. surge tanks.
2. Filters:6 pressure and filters.
(c)
-------
WIC OH-9
3. Pumps: J-531-L Armco Triplex Plunger Pump, 150 Tip.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 12/72 Average 168 Maximum
" 3/73 191
M
2. Injection Pressure, psl (During life of Well to Present)
Date(s) 12/72 Average 571 Maximum
" 3/73 543
it
3. Annual Volume Injected, gal.
A. 19J2 8.721,980 B. 19__ C. 19_
VIII. SAPETg INPORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Injection and annulus pressures - 24 hr./day,
monitoring and recording, hi-10 alarms; injection temp. - 24 h
recording; totalizing flow meters.
.ng; total!
B. Sampling Frequency and Water Quality Parameters Measured; TemperaturF
recorded; no sampling.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; ~
2. Contingency Plan for Well Failure During Operation: shut down immediately
and valve in; dispose of waste via alternate disposal wells or incinerate.
3. Regulatory Aspects
A. Construction Requirements; Casing and integral cement job required.
B. Monitoring Requirements; Injection and annulus pressure; flow rate,
total volume.
C. Restrictions Of Operation Procedures; Injection pressure limited to 840 psi
(d)
-------
Well Id. Code;
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UM'lti) STAGES
Permit Status; PND Operational Status: PNn
Operating Company Name and Address: Mackianburr - rum ran r».
BOX 25188, Okl-nhrnna (Mfy, OT.-1ahnTtia
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) QG (Year) 73
2. Latitude and Longitude: 35032too"/970i5t4Q"
3. Well Location (Legal Description): NE 1/4, SE 1/4. Sec 16. T12N. R3W
i». County: Kingfisher State: Oklahoma ~
5. SIC Classification; 2400
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Building products manufacture wasteg.
2.
3.
H.
5.
6.
7.
8.
9.
10.
Date Well Permitted: 7/29/71
Injection Rate: N/A
Injection Pressure: N/A
Total Depth of Well: N/A
Name, Age, and Depth of Injection
Date Injection Began: (Day) N/A
Completed:
Zone: N/A
(Month) (Year)
Total Volume Injected to Date: N/A
Date Injection Ceased: (Day)
Previous Mode of Disposal: N/A
(Month) (Year)
(Gallons)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologlc Description
——
(a)
-------
WIC
OK-1
B. Geologic Description of Injection Unit and Other Possible Units
(1) Name
(2) Depth (Ft.)
H) thickness (Ft.)
(5) Formation Fluid Pressure, psl
(5) Lithostatlc Pressure, psi
(6) Ifydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area:
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Immediate Ifydrologically Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity)
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mgA:
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: ~
D. Temperature:
E. pH;
(b)
-------
WIC OK-1
3. Toxicity:
. Reactivity with Surface Equipment ComponentsT
5. Degradability Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Pre~lnjectlon Waste Treatment;
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
Jectlon
Inject
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Name and Models):
. Packers, Centrallzers, and Other Subsurface Equipment:
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc.
VT. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
fc)
-------
WIG QK-1
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psl (During life of Well to Present)
Date(s) Average Maximum
n
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation:
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code:
COMPILATION OF INDUSTRIAL AND MUNICIPAL
Permit Status: PDR
Operational Status: o_
Operating Company Name and Address; i:ipak, inc.
P.O. Cox 338 - PrvcT. Oklahoma 74361
I. GENERAL HJfam'lKLCATION DATA
1. Entry Date of Data: (Day) oj_
(Month)
2. Latitude and Longitude; 36°i5'3n"/95°i6'50"
(Year) 73
3. Well Location (Legal Description); xw iM. SF. 1/4, sec. 33, r?i?;. Ri9r
. County: Mayes
State: Oklahoma
5. SIC Classification:
2871
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Manufacture of ammonia fertilizer wastes.
2. Date Well permitted; ] 0/19/66
3. Injection Rate:
Completed:
700
Injection Pressure; 390 ps.i_.._
5. Total Depth of Well; 530
6. Name, Age, and Depth of Injection Zone; Arbuckie. Ordovician. 307
7. Date Injection Began: (Day) 26 (Month)
8. Total Volume Injected to Date;
9. Date Injection Ceased: (Day) ,\/A (Month)
10. Previous Mode of Disposal: N/A
(Year) 66
(Gallons;
TYear)
HI. GEOLOGIC INFORMATION
1. Lltnology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Ilindsvillp
Moo re fie Id
Keakuk
Reed SnrJn^s
Chattanooca
Simpson
Arbuckle
(b)
Age
Ml s s i s s i p p i an
Mis s iss i,pn i an,
Mississippi an
Mi ss i ssi ppi nn
Mississippi an
Mississinnian
Ordovician
(c)
Depth
n
54
10R
164
290
345
397
(d)
Thickness
54
64
164
126
55
7
133
(e)
Lithologlc Description
Chprfv 1 irppstone
shal c-
sandstone
dolomi f p
(a)
-------
WIC
OK-2
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confining Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
5) Lithostatic Pressure, psi
(6) Hydrofracturlng Pressure, psi
7; Age of Unit
8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Arbuckle
397
133
250
1.0 psi/ft. est.
1.0 psi/ft. est.
Ordovician
Small pores to vug
112
dolomite, wide-
spread
Chattanooga
290
55
Mississippian
5
shale, widespread
C. Chemical Characteristics of Formation Fluids; 21,670 ppm Cl, 1,957 ppm
Ca. 10.000 ppm Na. 870 ppm MR, 827 ppm SOA, 87ppm H,S
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Areal
Thickness Extent
Lithologic
Character
ft. Mineral Resources in Area: No minerals are reported.
Fluid
Character
5. Location oFOther wells, Abandoned Wells, and Other Penetrations in
Immediate Ifydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Water and trace amounts of
ammonia, urea, chromate, sodium chloride, and calcium sulfate, volume -
370.QOO gpd,30 ppm CrO,, 2.5 ppm Fe, 60 ppm Cl.
2. PhysicaVChemical Description
A. Cone. Suspended Solids, mg/1:.
B. Cone. Dissolved Solids, mg/1:] N/A~
C. Specific Gravity:_
D. Temperature:
E. pH; 9.2
N/A
1.00
ambient
(b)
-------
WIC OK-2
3. Toxicity: N/A
M. Reactivity with Surface Equipment Components: '"N/A
5, Degradabillty Level am rate; r:/A_
6. Biological Level at Injection and Estimated Biological Level After Injection:
I.'/A
7. Pre-inJeCtion Waste Treatment: Skinning and sedimentation.
V. WELL DESIGN AND INSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate 12-1/2 7P5525? 8-5/8 397
ection J-55 9T5? 4-1/2 390
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 8-5/8 inch
casing - 600 sks. common circulated to surface.
3. tell Head Equipment (Name and Models);
M. Packers, Centrallzers,, and Other Subsurface Equipment: Packer 0 384 ft.
Jiirown M-3 Ketrievable) - CrO-
-------
WIC OK-2
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 12/71 Average 353 Maximum 70()
11 Initial
11 Currant 700
ii
2. Injection Pressure, psl (During life of Well to Present)
Date(s) 12/71 Average 39P _ Maxinum 42°
" Initial
Current335
3. Annual Volume Injected, gal.
A. 19_ '
-------
Well Id. Code:
OK-3
COMPILATION OP INDUSTRIAL AND MUNICIPAL
Permit Status:
Operating Company
PDR Operational Status:
and Address: Kipak, inc.
P.O. Box 338 - Pryor, Oklahoma 74361
I. GENERAL IDEMTIPICATIQN DATA
1. Entry Date of Data: (Day) 01 (Month) n?
2. Latitude and Longitude: 36*15'30"/95°16'50"
(Year)
3. Well Location (Legal Description); SE 1/4. NW 1/4, Sec. 23. T21N. R19E
i|. County; Hays
5. SIC Classification: 2871
State: Oklahoma
n. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Manufacture of ammonia fertilizer wastes.
2. Date Well Permitted; 4/55
3. Injection Rate; 200.000 gpd
Conpleted:
M. Injection Pressure; 390
5. Total Depth of Well; 820'
6. Name, Age, and Depth of Injection Zone:
Arbuckle. Ordovi r i an
7. Date Injection Began: (Day) (Month)
8. Total Volume Injected to Date; N/A
9. Date Injection Ceased: (Day) N/A (MonthT
10. Previous Mode of Disposal: N/A "
(Year)
JYear)
(Gallons)
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
NUMB
UTncTsville
Moorevield
Keakuk
Reed Springs
Chattanooga
Simpson
(b)
Age
Mississippian
Mississippian
Mississippian
Mississippian
Mississippian
Mississippian
(c)
Depth
0
54
108
164
290
345
(d)
Thickness
54
64
164
126
55
7
(e)
Lithologic Description
Cherty limestone
Shale
sandstone
Arbuckie
Ordovician
358
462
dolomite
(a)
-------
WIC
OK-3
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcles
tlO) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Arbuckle
358
462
250
1.0 psi/ft. est.
1.0 psi/ft. est.
Ordovician
Small no res to vug
112
Massiive limestone
widespread
Chattanooga
290
55
Mississippian
s
shale, widespread
C. Chemical Characteristics of Formation Fluids; 21,670 ppm ci, 1,957 ppm
Ca, n.OOO ppm .N'a, 870 ppir MR, 327 pprn S0y., 87 p_pm H_0S.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
~N7T
Areal Lithologic
Depth Thickness Extent Character
Fluid
Character
4. Mineral Resources in Area:
minerals are reported.
5. Location of Other wells, Abandoned Wells, and Other renetrations in
Iirmediate Hydrologically Affected Area: _xy.\
IV. WASTE CHARACTERISTTCS
1. Technical Description (Including Radioactivity)! T*'ater and trace amounts of
ammonia, urea, chruraate, sodium chloride, and calciun sulfate volume -
' ' " ' '
^O , O'OO gnd. 10 ppp Crn/ , 2. "p'pn "/^n ^ 60
i Cl
2. Physical/Chemical Description
A. Cone. Suspended Solids, mgA: >:(A
B. Cone. Dissolved Solids, mg/1: V/A~
C. Specific Gravity: i.oo
D. Temperature:
E. pH:
(b)
-------
3» TOXlClty', ChroTMt'o rnnrent" ra 1i on i« tnxir fn snmp spt'.r.i f'.a nt t-hir. 1
. Reactivity with Surface Equipment Components;
5. Degradability Level and Rate; NY A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Sufficient nutrients to support biological growth with the pi' of 6.6.
7. Pre-lnjectlon Waste Treatment: Skimming, and sedimentation.
V. WELI; DESIGN AND CX3NSTOUCTION
1. Casing and Hiblng
Hole Casing or lUblng Depth
Size Weight and Grade Size Set
Surface
Intermediate 12-1/2 _ j-55 24? _ 8-5/8 397
Inj
Qtfi
iectlon J-55 9.5# 4-1/2
er
2. TVpe and Amount of Cement, Cement Additives, Emplacement Horizon; 8-5/8 inch
casing - 600 sks common circulated to surface.
3. Well Head Equipment (Name and Models); N/A
Packers, Centrallzers", and Other Subsurface Equipment: Brown ?i-i_
Retrievable Packer (3 384 ft. - Annulus filled with AOOQ ppm CrO , pi? - 9.0.
5. Bottom Hole Completion: Open hole 8" ? 530 • 6" g 530 - 789'
6. Hydraulic Fracturing, Acidizing Programs, etc.; 8,000 gai. 1^7. m:i.
VI. DESCRIPTION OP SURFACE EQUIFMEMT
1. Holding Tanks and Plow Lines; niked pond 350' x eon' x 12'
2. Filters:
(c)
-------
WIC OK-3
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 5/71 Average 225 Maxinum ?oo
" 10/31/72 95
" 10/14/72 105
n ~ ———.
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 5/71 Average 380 Maximum 420
" 10/31/72
" 10/14/72 130
n ——i——__— _____
3. Annual Volume Injected, gal.
A. 19 N^A B. 19__ C. 19
VIII. SAPEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; 4 fresh water wells reported semi-annually
daily continuous rate - pressure recorders. ""
B. Sanpling Frequency and Water Quality Parameters Measured; N/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; Protect groundwater and other resources,
B. Monitoring Requirements; Monitor pressure and waste character.
C. Restrictions of Operation Procedures; Maximum pump discharge
limit-afinn - 450 Dsi.
(d)
-------
Well Id. Code:
OK-4
Permit Status: PDR
Operating Company Name and Address:
I. GENERAL IDENTIFICATION DATA
01
COMPILATION OF BPJSTRIAL_AND MUNICIPAL
SET
Operational Status: o
North American Rockwell Corporation
3330 North Mingo Road - Tulsa. Oklahoma 74116
1. Entry Date of Data: (Day)
2. Latitude and Longitude: '36°n'3o"/95c52'4n"
(Month)
(Year) 73
3. Well Location (Legal Description):
R13E
SW 1/4, SE 1/4. NE 1/4. Sec. 24. T20N.
County;
Tu]sa
State:
Oklahoma
5. SIC Classification:
N/A
II. GENERAL DATA ON WELL SUE
1. Type of Waste Injected: Rinse water from pre-bond jrocessing line
2.
3.
H.
5.
6.
7.
8.
9.
10.
(effluent contains hexavalent chromium).
Date Well Permitted: 10/67 Completed:
Injection Rate: 28,539 gal. /day
Injection Pressure: 275 psi
Total Depth of Well: 3ioo
Name, Age, and Depth of Injection Zone: Arbuckie and Rega^
1800-3000
Date Injection Began: (Day) (Month) 02 (Year)
Total Volume Injected to Date: 10,277,961
Date Injection Ceased: (Day) N/A (Month) (Year)
Previous Mode of Disposal: yJ>\
Ordovician
68
(Gallons)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Verdigris
Skinner thru
Fayetteville
Woodford
Turner
Arbuckie "
Regan
Basement
(b)
Age
Pennsylvanian
Pennsylvanian
Mississippinn
Devonian
Ordovician
Ordovician
Cambrian
Pre-Cambrian
(0
Depth
422
460
1446
(d)
Thickness
1670
1722
1800
2990
3100
1190
110
(e)
Lithologlc Description
Limestone
Limestone, shale, sandstone
Limestone and shale
Shale
Sandstone
Polotnite
Sandstone
Granite
(a)
-------
WIC
OK-A
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(4) Formation Fluid Pressure^ psi
C5) Llthostatic Pressure, psl
(6) Ifydrofracturing Pressure t. psi
(7) Age of Unit
(8) Porosity %
(9) Permeability , ndllldarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Arbnckle Reqan
1800 2990
nqo no
.45 ps.i/ft. £>st.
1.0 p.si/f t . est .
800 psi
Ofrlpv I f i ;jn P.ninl') ri ;
limestone sands toi
doloni te
regionally distrib
n
;C
itecl
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
U. Mineral Resources in Area: Oil and gas are extensively produced in the
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area; 200-ft. monitoring well.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); .chloride, phenol,
copper.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1 ; \/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity; N'/A
D. Temperature: N/A
E. pH; N/A
(b)
-------
WIG
3 . Toxicity : r:/A
». Reactivity with Surface Equipment Conponents; N/
5. Degradabillty Level and Rate: X/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
X/A
7. Ere-injection Waste Treatnient: N/A
V. WELL DESIGN AND O3NSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 11-3A io-3/4 4j?
Intermediate a -3/4 .J-T? 7 1806
Injection Fibers-ass 2-7/S 1.1). 1325
Other Carpentar (buLtoin of 1796-3 806
1" casing)
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: J0-3/4"
casing - 286 sk.s. rej'. port 1 and, circulalcd to surfaro; 7" casing - 325
cu. ft. Poxmix arid Tifjit client circulated to surface.
3. Vfell Head Equipment (Name and Models); :;/.'
^. Packers, Centrallzers, and Other Subsurface Equipment: Baker -'ode! A tension
packer constructed uf rarprntar 20 alloy and a soft Hycar eleii!cnt Packer
set in the 10 It. Joint of (jjrpt.-_ntar 20 _7_ inch caslny;.
5. Bottom Hole Completion: Open liole con.plc'tion fror.: IRQO' ft . _to T.if.
6. Hydraulic Fracturing, Acidizing: ftx>gram3, etc.; iOOP gal. ir>:; aci 42 _g_pi'.i_____
? 150 psi and 10,000 gaJ. 15% 1'Cl y>0 gpr -_\ 1 r)fi ps i .
VI. DESCRIPTION OF SURFACE EQUIIMENT
1. Holding Tanks and PlOW Lines; 100,000 -al. horizontal, above ground,
storage tank.
2. Filters:~
(c)
-------
WIC
3. Pumps: 2 - 300 gpni ;i 150 psi centrifugal pumps.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) _ Average _ Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 9/72 Average 175 Maxlnum 30Q
11 '4/72 275
" 3/71 275
H -
3. Annual Volume Injected, gal.
A. 19_72 7,715.441 B. 19_H 4,010,576 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; '-'ell annulus is equipped with high
pressure alarm.
B. Sampling Frequency and Water Quality Parameters Measured; N/_A"_
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation: M'/A
3. Regulatory^spects
A. Construction Requirements; None at time of construction. However,^
the OWRi> has issued technical order No. 200-1 which becomes effective
11/14/72.
B. Monitoring Requirements: N/A _ _ . ~_i ~~
C. Restrictions ofOperation Rrocedures; N/A
(d)
-------
Well Id. Code:
OK-5
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNlTbD
Penult Status:
Operating Company
PI>C
Operational Status: NOUP
and Address:
I. GENERAL IDENTIFICATION DATA
United States Pol 1 tifinn .rnnfrnl , Tnr .
2000 Classon .rp.nfpr, Sm'tp 7000 Snnt-h
Oklahoma City, Oklahoma 73106
(Month)
1. Entry Date of Data: (Day) 01
2. Latitude and Longitude: 36008U201797053'30I;
06
(Year) 73
3. Well Location (Legal Description); SE 1/4, sr. 1/4, Sec, i. Ti.9x.
County; Kingfisher
State: Oklahoma
5. SIC Classification; 495:
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Five trucking firms discharge liquid wastes from
various industries - primarily salt water from oil and gas industry.
5/66
2. Date Well Permitted:
3. Injection Rate: 940,000 gpd
Completed :
13on psi
4. Injection Pressure:
5. Total Depth of Well; 5625ft.
6. Name, Age, and Depth of Injection Zone; Pennsyivanian, 3529 ft.
(Month) 08
7. Date Injection Began: (Day)
8. Total Volume Injected to Date:
9. Date Injection Ceased: (Day) N/A (Month)"
10. Previous Mode of Disposal; N/A "
N/A
(Year) 66
(Gallons)
_(Year).
XII. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Topeka
Hoover
Le Compton
Hndicott
(b)
Ten
ennsylvanian
Cottage Grove
Pennsy]vanian
Pennsylvanian
(c)
Depth
3591
Pennsylvanian 3695
Hennsylvanian 4144
4725
5570
(d)
Thickness
100
449 "~
845
145
(e)
LLthologic Description
limestone
sand
limestone
sand
sand
(a)
-------
WIC
OK-5
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(*0 Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(?) Age of Unit
(8) Porosity %
(9) Permeability, raillldarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Toneka
3529
20il
2100
Per\nsvlvaniau
9
?so
/jO0
1 Tnp^fnrli^
Pennsylvanlan
shales, sandstones
and limestones
C. Chemical Characteristics of Formation Fluids: 115,OOP ppm ci, 9oooppm
Ca. 38 purn SO,. Sp. Gr. 1 ._1.05_. viscosity-".65 cp, pP-6.5
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Area! Lithologic Fluid
Depth Thickness Extent Character Character
4. Mineral Resources in Area: No minerals resources are reported in the
vicinity of the well.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area;
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): 216 ppm ci, Q.Q75 ppm
phenols. 10 ppm Ca, 1 ppm Ag, viscosity 0.38 cp.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; NT/A
B. Cone. Dissolved Solids, mg/l:_
C. Specific Gravity: 1.05A
D. Temperature: 6Q°F
E. pH; 3.98
(b)
-------
WIC "K-5
3. Toxlcity: N/A
1. Reactivity with Surface Equipment Components: Possible problems caused by
acidic nature of the waste.
5. Degradablllty Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
?• Pre-lnjectlon Waste Treatment: sedimentation
V. WEIL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 12-1/4 J-55 24*
Intermediate T^Ts"PBlTTT^
CCtion J-55 6T4# 2-778 J52T
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 8-5/8 inch
casing - 450 sks cement; 7-7/8 inch casing - 675 sks cement.
3. -Well Head EqulpmentTrfeme and Models);
Packers, Centrallzers , and Other Subsurface Equipment: Baker Lok - set c
retrievahle Packer 9 3529 ft. - Central:! zers every 100 ft. from 3370-5570~f t .
J. Bottom Hole Completion; Perforated completion.
6. Hydraulic Fracturing, Acidizing Programs, etc.; 500 gal, of 15% HCI,
10,000 bbl fresh water.
VI. DESCRIPTION OF SURFACE EQUIFWEMT
1. Holding TankB and PlOW Lines; 55,000 gal, stabilizing pond for emergency
use. -____^_____^___________.._________^_________.^^^_^.____^______
2. Filters: N?A
(O
-------
WIG
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During life of Well to Present)
Date ( s ) _ Average _ Maximum
it
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19__ N/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; N/A
B. SamplingFrequency andWater Quality Parameters Measured; >!/
C. Frequency of Measuring Water Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; N/A
B. Monitoring Requirements; 3 to 5 pressure and rate read-ings daily.
C. RestMctlons of Operation Procedures; N/A"
(d)
-------
Well Id. Code:
OK -fi
COMPHATION OF INDUSTRIAL AtTO MUNICIPAL
INJECTION WELLS IN THE UNI'IteD STATES
FDR
Permit Status:
Operating Company Name and Address:
I. GENERAL IDENTIPICATION DATA
Operational Status:
Pollution ControlInc.
2000 Classen Center, Suite 2t"K) Soutn
"Oklahoma City, Ok 1 ahona 7 31" TO
1. Entry Date of Data: (Day) 01 (Month) 06
2. Latitude and Longitude:. 3fro6'oo;79^05i^r-
(Year)
73
3. Vfell Location (Legal Description); sw 1/4. >:w 1/4, Sec. 29
County Kingfisher
State:
Oklahoma
5.
n.
i.
2.
3.
5*.
6.
7.
8.
9.
10.
SIC Classification; 4052
GENERAL DATA ON WELL SITE
Type Of Waste Injected; Fjvg trucking firms discharge liquid vastes from
various industries.
Date Well Permitted; i/11/72
Injection Rate; 20,000 gpd
Conpleted:
460
Injection Pressure:
Total Depth of Well'; ~769TTt7
Name, Age, and Depth of Inject ion Zone: Mississippi. 7173 ft.
Date Injection Began: (Day)
Total Volume Injected to Date: V/A
02
(Month)
(Year) r>
Date Injection Ceased: (Day) X/A (Month)
Previous Mode of Disposal: ,\/A "
(Gallons)
JYear).
GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Topeka
Hoover
Le Compton
Endicott
(b) (c)
Age Depth
Pennsylvanian 3591
Pennsvlvanian 3695
Pennsvlvanian 4144
Cottage Cove
Pennsylvanian
Pennsy]vanian
4725
5570
(d)
Thickness
100
449
581
845
145
(e)
Lithologic Description
limestone
sand
limestone
gand
sand
(a)
-------
WIC
OK-6
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinlnc Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Pt.)
(M) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
i'6) Hydrofracturln^ Pressure, psi
i 7) Age of Unit
(8) Porosity %
(9) Permeability, ndllMarcies
(10) Reservoir temperature, °C
till Character and Area!
Distribution
7173
520
2700
1.0 t>si/ft. est.
1 .0 psi/ft. est.
Mississippian
3
5-200
54°
limestone
dolomite.
near surface
7000
Pennsylvanian
shale, limestone and
sandstone
C. Chemical Characteristics of Formation Fluids: C3 - 128,000 ppm Ca -
.... inT1A5.j),pin, Sitlffltes - 575 pom, SP. gr. - 1.109. Vixcosity - 0.063cp
S - 205.000 nnir.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Areal Lithologic Fluid
Depth Thickness Extent Character Character
4. Mineral Resources in Area:
N/A
5. Location of Otherwells, Abandoned Wells, and Other renetraticns in
Immediate Hydrologically Affected Area;
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): 2 - 7% chromic, 2-5%
sulfuric acid, 5 - 10W caustic solutions,2 - 12% nitric acid.
2. Physical/Chemical Description
A. Cone. Suspended Solids, me/1; N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity:
D. Temperature: ambient
E. pH: i-o
1.15
(b)
-------
WIC OK-fi
3. Toxlclty: X/A
4. Reactivity with Surface Equipment Components: Sacrificial anodes,
plastic coated (600), rubber lining or stainless steel
5. Degradablllty Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-injection Waste Treatment; on overflow tank.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
Jection
Inje
Othc
Hole
Size
12-1/4
7-7/8
Casing or Ilibing
Weight and Grade
J-55, 2W
J-55, 14 & 15. 5#
Size
"8^578
5-1/2
Depth
Set
T97T
7088
'
7-7/8
J-55, M'K 4.6?
slotted liner
2-7/8
3
5900
6968 - 71
ier
.1-55 MIT. 912//
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 8-5/8
casing - 200 sx regular + 27 CaCl , HA-5; 5-1/2 casing - 200 Sx Pozmix "
(A) Neat (2) + 2% gel, 1/4 of 17 CFR.
3. WeU Head Equipment (Name and Models); N/A
M. Packers, Centralizers, and Other Subsurface Equipment; Packer .Model A (Plastic-
coated) SA 5900'; Baker Differential fill-up float shoe on bottom 5-1/2"
casing with centralizers on bottom of both casing strings, or one every
100' (1000') on long string.
5. Bottom Hole Completion; Op en hole (7-7/8") w/190' - 3" slotted liner. "~
6. Hydraulic Rracturlng, Acidizing Programs, etc.; IQQQ gal, isz inhibited
hydrochloric acid; fractured - 9000 bbl. fresh water at injection rate ot
60 BPM at 200-400 psig.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and PlOW Lines: 4 - 210 bbl tanks; 2 - 400 bbl tanks;
1 - 130 bbl oil storage overflow.
2. Filters:
(c)
-------
WIC
3. Punps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) initial Average 35° R Maximum 12
" Current 1U/ /! 600IT
ii
it
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Initial Average Vacuum Maximum Vacuum
It
II
" 10/71 90 175
6/72 460 A25
ii — " ——.
3. Annual Volume Injected, gal.
A. 19 N/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Flow and pressure monitors.
B. Sanpllng Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation; i - 400 bbl emergency
overflow
3. Regulatory Aspects
A. Construction Requirements;
B. Monitoring Requirements;
C. Restrictions ofOperatlon Procedures; Maximum injection pressure
limitation - 1300 psi .
(d)
-------
Well Id. Code:
OK-7
COMPILATION OP INDUSTRIAL AND MUNICIPAL
UNTIED STATES
Permit Status:
PDR
Operational Status:
o
Operating Company Name and Address; u.s. Pollution Control, inc.
200 Classen Center, Suite 2000 South
I. GENERAL IDENTIFICATION DATA
Oklahoma City, Oklahoma 73106
1. Entry Date of Data: (Day) 01 (Month) %_
2. Latitude and Longitude:, 36°03?30"/95058'oo"
(Year)
74
3. Wen Location (Legal Description): xn 1/4. sw 1/4, Sec, i, TISN, R12E
County; Tulsa
5. SIC Classification; N/A
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected:
State: Oklahoma
2. Date Weinterndtted:
3. Injection Rate:
10763
Completed:
Injection Pressure; Vacuum
5. Total Depth of Well: 3359
6. Name, Age, and Depth Of Injection Zone: Arbuckle, nrdovician-Cambrlan 3359
7. Date Injection Began: (Day) 15
8. Total Volume Injected to Date:
(Month) 6T
N/A
9. Date Injection Ceased: (Day) N/A (Month)"
10. Previous Mode of Disposal; N/A "
(Year) 72
(Gallons)
JYear).
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
(b)
(c) (d) (e)
Depth Thickness Lithologlc Description
(a)
-------
WIG
OK-7
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) tame
(2) Depth (Ft.)
H) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndUidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Arbuckle
3350
j].]2
825
Or do vie i an-Cair.br ia
7-11
300
41°
1 i nps tone
dolomi te
•
[1
C. Chemical Characteristics of Formation Fluids; ci - 113, OOP ppm.
f.n - 1/t.?rin iinni. Sulfatcs - I2j ppn. .\'a - 47.300 pni, sp. ,,;r. 1.100,
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Area! Llthologic
Depth Thickness Extent Character
Fluid
Character
. Mineral Resources in Area:
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): §uifat^s_
Cr =.2_-. 57- caufitic (:-.a>>H> ~ 1 - h".', XI trie = 2 - 5/'1.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; '-'/A
B. Cone. Dissolved Solids, mg/1; '7A
C. Specific Gravity: l. 15
D. Temperature:
E. pH:
• / \
(b)
-------
WIC
OK-7
3. Tbxlcity: I'XO dangerous at 15-30 mg/T, Cr-H- limited to 0.05 mg/1, sulfuric
acid may be harmful through pH shifts.
1. Reactivity with Surface Equipment Components: Tubing jines w/rvc imergiass
or rubber lined lining.
5. Degradablllty Level and Rate: Breakdown ot acicnc components.
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal due to
lack of substrate and unfavorable p!i ot envi ronivent.
7. Pre-lnjectlon Waste Treatment; seen rien tat ion or a
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
Injection
Othe
icr
Hole
Size
12-1/4
9-3/4
7-7/8
7-7/8
Casing or Tubing
Weight and Grade
H-40 32.75;'
J-55 28.00?
J-55 15.50?
J-55 4.70*
Size
8-5/S
5-1/2
i - 3 / p
Depth
Set
1543
2138
2150
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; l°-3/A
casing - 100 sx Neat + ?.": Cad n ; 8-5/8 casing - 225 sx 50/50 Pozmix
A & Cel LCM & Cad-,; 5-1/2 casing - 150 sx 50/5^ Poz A c- r,d 1.CM f, CaCl
3. WeU Head Equipment (Name and Models); ::/'
'I. Packers, Centrallzers, and Other Subsurface Equipment; Ccntraiizers: one
each on bottom of surface and intermediate strings and 3 bottom of
long string. Differential fill-up" shoe (5-1/2"). Model AD Rahor Packer
(Tlastic coated).
5. Bottom Hole Completion: N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.; finnp
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters: N/A
(c)
-------
WIG OK-7
3. Pumps; N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ S/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Plan to install a pressure recorder on
__both t'i'i;ru; and annul us.
B. Sampling frequency and Water Quality Parameters Measured; N/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements: N/A
B. Monitoring Requirements; >:/;
C. Restrictions Of Operation Procedures; Injection pressure limitations -
SOQ psi .
(d)
-------
Well Id. Code: QK-8
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN THE UNITED STATES
Penult Status; PND Operational Status: DN
Operating Company Name and Address: Qzark - Mahoning Co.
1870 S. Boulder, Tulsa. Oklahoma
I. GENERAL niEKnFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year) 73_
2. Latitude and Longitude: 36°07'48"/96°03'2A"
3. Well Location (Legal Description); SE 1/4, SE 1/4, Sec 8, T19N. R12E
4. County: Tulsa State: Oklahoma ~
5. SIC Classification; 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Manufacture of sulfuric acid and dentrifrice
additives.
2. Date Well Permitted; 8/8/72 Completed: ~
3. Injection Rate: N/A
Injection Pressure: N/A
5. Total Depth of Well:
6. Name, Age, and Depth of Injection Zone: Arbuckle.Qrdovician
7.
8.
9.
10.
Date Injection Began: (Day)
Total Volume Injected to Date
Date Injection Ceased: (Day)
Previous Mode of Disposal:
N/A (Month)
: N/A
(Month)
N/A
(Year)
(Year)
(Gallons)
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologlc Description
•~ -^ —*•— EZ= c
(a)
-------
WIC
OK-8
B. Geologic Description of Injection Unit and Other Possible Ifolts
Injection ttiit
Confinirur Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Fbnnation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Uhit
(8) Porosity %
(9) Permeability, miUidarcies
(10) Reservoir Temperature, °C
(ll) Character and Area!
Distribution
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Area!
Thickness Extent
Lithologlc
Character
Fluid
Character
Mineral Resources in Area:
5. Location of Other Wells, Abandoned Wells, and Other renetrations in
Immediate Ifydrologlcally Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity)
Physical/Chemical Description
A. Cone. Suspended Solids, rag/1:
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: ~
D. Temperature:
E. pH:
(b)
-------
WIC OK-8
3. Toxicity:
». Reactivity with Surface Equipment Components:
5. Degradabillty Level and rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Pre-lnjectlon Waste Treatment;
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
lection
IhJ<
Oth
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Wen Head Equipment (Name and Models):
. Packers, Centralizers, and Other Subsurface Equipment:
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(c)
-------
WIG OK-8
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psl (During life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19__ B. 19_ C. 19_
VIII. SAPEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring water Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operation; ~
3. Regulatory Inspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code:
OK 9
COMPILATION OP INDUSTRIAL AND MUNICIPAL
THE UNITED STATES
INJECTION
PPR
Permit Status:
Operating Company Name and Address:
I. GENERAL IDENTIPTCATION DATA
Operational Status:
n
Cherokee ::itrogcn company
Pryor, Pklahorin 7 A 361
1. Ehtry Date of Data: (Day)
2. Latitude and Longitude;
°i
(Month)
(Year) 73
3. Well Location (Legal Description): si: 1M, "w 1/4, Sec. 3 T2QN, 4
County;
.aves
State: OH
5. SIC Classification:
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: 'tnrmfacture of nmnonium nitrate - eliminates,
aniT'cmi uri ni\fl oryranir ni trtij^cn , n i trate '
2. Date Well Permitted;
3. Injection Rate: 120
Conpleted:
Injection Pressure;
5. TotaJ. Depth of Well: 912
6. Name, Age, and Depth of Injection Zone; .\rhm-kio. ordnvician,
7. Date Injection Began: (Day) ]
8. Total Volume Injected to Date:
9. Date Injection Ceased: (Day)_
10. Previous Mode of Disposal:
(MontH
nfl
(Year)
(Gallons)
(Month)
(Year)
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Ifriits Penetrated by Well
(a)
Name
N/A
(b)
Age
(c) (d) (e)
Depth Thickness Lithologlc Description
(a)
-------
WIC
OK-9
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine: Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, mlllldarcies
(10) Fteservolr Temperature, °C
(11) Character and Area!
Distribution
Arbuckle
305
517
200
Ordovicinn
20°
lines tone
C. Chemical Characteristics of Formation Fluids; 37,022 npm TDP, 23,049
Cl , Sn.r.r. 1 .026, nil 9 . r>
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Area! Lithologic Fluid
Depth Thickness Extent Character Character
. Mineral Resources In Area: -'° mineral resources reported.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area; N'/A
IV. WASTE CHARACTERISTTCS
1. Technical Description (Including Radioactivity): _Chromates, ammonia and
organic nitroeen, sulf.-ite.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mgA: ::-/A
B. Cone. Dissolved Solids, mg/1:
C. Specific Gravity:
D. Temperature: «o to 103" F
- PH; 7>o - 8.4
(b)
-------
wic OK-q
3. Tbxlcity' Recommended Cr-H- levels 0.05 ry,/IjSO, should not exceed 500 ry-,/1.
H. Reactivity with Surface Equipment Components: Probably none.
5. Degradability Level and Rate;
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection, bacterial activity probably minion 1.
7. Pre-lnjection Waste Treatment; rastc stabilization pond.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 14
Intermediate 20/' and 23-J' j_o
4-52
ection 3 4 21.35
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: jo-inch
casing - 150 sks. 50 - 50 Pozmix v/27, CaCl0
3. WellHead Equipment (Name and ModelsT:
. Packers, Centrallzers, and Other Subsurface Equipment: naiiibui ton
plastic lined packer 7" at 425.65.
5. Bottom Hole Completion: Open hole completion 9 inch opening.
6. Hydraulic Fracturing, AcidizingItogramB, etc.; isoo gal. 15:! Hci w/Hv-ckan
added;fractured - 12 bbl per, min. 0 800 to 850 psi.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Lined holding pond.
2. Filters:
(c)
-------
WIC_
3. Pumps: :;/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Tv-T° shallow observation wells.
B. Sampling Frequency and Water Quality Parameters Measured; X/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads; M/A
2. Contingency Plan for Well Failure During Operation;
3. Regulatory Aspects
A. Construction Requirements; N/A
B. Monitoring Requirements;
C. Restrictions Of Operation Procedures; •faxlnmrn surface injection pressure
is linited to 350 psi.
(d)
-------
Well Id. Code:
OK-10
COMPILATION OP INDUSTRIAL AND MUNICIPAL
Permit Status; *'wi Operational Status:
Operating Company Name and Address; Halliburton services
Duncan, Oklahoma 73533
I. GENERAL IDidfi'iyiCATION DATA
1. Ehtry Date of Data: (Day) 01 (Month) 07 (Year) 73_
2. Latitude and Longitude; 34°29'oo"/97°58'20"
3. Vfell Location (Legal Description); ME 1/4, sr. 1/4. sec. 7, TIS, R?W
**• County: Stephens' State; Oklahoma
5. SIC Classification;
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: r.fflucnt from petroleum well services plant -
consists of fresh water and cement slurries.
2. Date Well Permitted; 9/3l/?n Completed;
3. Injection Rate; 200,770 goy
M. Injection Pressure; iioo psi
5. Total Depth of Well; 1272
6. Name, Age, and Depth of Injection Zone: PCrmian, 1224
7. Date Injection Began: (Day) 23 (Month) 09 (Year) 73 ~~
8. Total Volume Injected to Date; 424,362 (Gallons)
9. Date Injection Ceased: (Day) K/A (Month) (Year)
10. Previous Mode Of Disposal: Previous disposal well at 342 feet was used to
prove technique for deeper current xcell.
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologlc Description
(a)
-------
WIC
OK-10
B. Geologic Description of Injection Unit and Other Possible Units
Injection Hilt
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millldarcies
(10) Reservoir Ttemperature, °6
(11) Character and Area!
Distribution
Red Reds
1224
17
I.'o formation fluid
500 to I'AOO
Permian
lO"
low
21°
Red and gray sliales
m
C. Chemical Characteristics of Formation Fluids:
N7A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Area!
Thickness Extent
Llthologic
Character
Fluid
Character
. Mineral Resources in Area: There are no mineral resources reported in the
area within 1.5 miles.
5. Location ofOther•wells, Abandoned wells, and Other renetratlons in
Immediate ftydrologlcally Affected Area; >'M
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): The waste consists of
fresh water and cement slurries viscosity - 1 to 70 poise, 15 pounds per
gallon average.
2. Physical/Chemical Description~
A. Cone. Suspended Solids, mg/1; 1.2S15 x 10 average.
B. Cone. Dissolved Solids, mg/1: X/A
C. Specific Gravity:_
D. Temperature; 50 to 90"F
E. pH; 6.5 to 11
l to 2.5
(b)
-------
WIC
3 . Toxidty : Slj^ht - allerpic reactions.
. Reactivity with Surface Equipment Components :
5. Degradabillty Level and rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
Cerent is mixed with potaMe water fron city nalns.
7. Pre-lnjectlonWaste Treatment; \/.\
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 8-3/4 .1-53 _v3-Vft. 7 357
Intermediate 6-1/4 j-55 n.fi '"/ft. TT/2
Ejection J-53 6.4;,'ft. 2-7/8
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 7 inch
.u - 120 sks. - Class; \ - 337 ft. to surface - 4-1/2 inch casing -
70 hhls Cass f: 4 CT'^-2 - 1234 ft. to surface.
3. Vfell Head Equipment (Name and Models); i.radt-n head LVJHI ;.jeir,.ead - O.C.T.
type T-20 - 5-1/2 in. 300° n;u vurkiu^. _
M. Pachers, Centralizers ,, and Other Subsurface faquipment; FI ...... ^ shoe 12 34 fl. 'on
4-1/2" oenl-rali/.cr:-. , llj] II iburton H-] /2 5^-3 12 total Jf>t •'.' float shoe and on
eacii 'Jrti joint to surface. _
5» Bottom Hole Completion : ^ - flvdra .let Pur To rations -J I2L'4 ! t. .\V. open uoJe.
Above opuninj; (C122-'' fTl is a cut-ufi slot apuroxtrnLoIv L/2 Ln.~"~wic!e.
6. Hydraulic Fracturing, Acidizing Programs, etc.: .M] iiviections are placed
into hydraulic fractures - no ^ t ir.iulnt ion nrorrafius.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and PlOW T.lnes; LoUin^.-, tan/s (if used), flos lines, pumps,
etc., are portable and are set up only \:> en an injection is to tie r^ade .
2. Filters : ^7^
(c)
-------
WIC OK-10
3. PUTINS: Two truck mounted T-10 pumps.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 2/71 Average 2 on
w
It
II
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) in/72 Average iwo Maxlaum llno
11
/72 ' in ou
" 6/71 750 2000
2/71 1000 1400
3. Annual Volume Injected, gal.
A. 19_72 360.936 B. 19_71 40,604 C. 19_70 17,598
VIII. SAFBIY INFORMATION
1. Monitoring Program
A. MDnitoring Devices and Data; K/A
B. Sanpllng Frequency and Water Quality Parameters Measured;
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation: i._Reschedule tests to
postpone the need for the well. 2. A total retention lagoon is available
3. Regulatory Aspectsfor emergency usage.
A. Construction Requirements; "/A
B. Monitoring Requirements; NVA
C. Restrictions of Operation mxsedures; Maximum injection.pressure limit
3000 psi.
(d)
-------
Well Id. Code:
OK-ll
COMPILATION OF INDUSTRIAL AND MUNICIPAL
Permit Status:
PND
Operational Status:
Operating Company Name and Address: Macklanburg - Duncan
P.O. Box 25188, Oklahoma Citv. Oklahoma
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
(Month) 10
2. Latitude and Longitude; 35032'04"/97015'45"
(Year) 73
3. Vfell Location (Legal Description): SE 1/4. SE 1/4. Sec 16. T12N. R3W
1|. County: Oklahoma ~~
State:
Oklahoma
5. SIC Classification; N/A
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Neutralized anodizing chemicals and waste water.
2. Date Well Permitted:_
3. Injection Rate: N/A
N/A
Completed:
Injection Pressure:
N/A
______
5. Total Depth of Well; TO" _ _^_
6. Name, Age, and Depth of Injection Zone: N/A
7. Date Injection Began: (Day) N/A (MonEhT
8. Total Volume Injected to Date: N/A
9. Date Injection Ceased: (Day) (Month)
10. Previous Mode of Disposal: N/A "
(Year)
(Gallons)
_(Year)_
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
N?A
(b)
Age
(c) (d) (e)
Depth Thickness Llthologlc Description
(a)
-------
WIC
OK-11
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnine Bed
U) Name
(2) Depth (Ft.)
H) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcies
(10) Reservoir Temperature, °6
(11) Character and Areal
Distribution
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
4. Mineral Resources in Area:
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity)
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:.
B. Cone. Dissolved Solids, rag/1:"
C. Specific Gravity: '
D. Temperature:
E. pH:
(b)
-------
WIC OK-11
3. Toxicity:
4. Reactivity with Surface Equlpme^'Components;
5. Degradabillty Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Pre-lnjectlon Waste Treatment;
V. WELL DESIGN AND INSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
Jectlon
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. well Head Equipment (Name and Models):
. Packers, Centralizers, and Other Subsurface Equipment:
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc"!
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(c)
-------
WIC OK-11
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
n
it
n
2. Injection Pressure, psl (During life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19__ B. 19_ C. 19_
VIII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Wen Failure During Operation;
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code: OK-12
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS tN THE UNl'ltdD STATES
Permit Status PND Operational Status; DN
Operating Company Name and Address; Kerr - McGee Corp.. Cimarron Facility
Kerr - McGee Bldg., Oklamoma City. OK
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) 01 (Month) 10 (Year) 73
2. Latitude and Longitude; 35°52'lO'r/97035''ooir
3. Well,Location (Legal Description): NW 1/4, sw 1/4t Sec 12, T16N, R4W
^* County: Logan State; Oklahoma
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Manufacture of nuclear fuel including: clarified
effluent of lime treated H^1 scrubbers, cooling tower blowdown, boiler
blowdown, domestic waste and water treatment brine.
2. Date Well Permitted; 10/1/68 Completed;
3. Injection Rate; N/A
4. Injection Pressure; N/A
5. Total Depth of Well: 2078 ft. ~
6. Name, Age, and Depth of Injaction Zone: v/oifcamp, Permian
7. Date Injection Began: (Day) N/A (MonEhT (Year)
8. Total Volume Injected to Date: N/A (Gallons)"
9. Date Injection Ceased: (Day) "(Month) (Year)
10. Previous Mode of Disposal: N/A
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
—H7A -**- — c
(a)
-------
WIC
OK-12
B. Gteologlc Description of Injection Unit and Other Possible Units
Injection Unit
Conflninc Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Pt.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndJLlldarcles
(10) Reservoir Temperature, "C
(11) Character and Areal
Distribution
N/A
C. Chemical Characteristics of Formation Fluids:
N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
4. Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Liquid process wastes
containing ammonium nitrate, dissolved ammonia, nitric acid, and traces
of uranium and plutonium.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
N/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity:
D. Temperature:
E. pH; N/A
N/A
(b)
-------
WIC OK-12
3. Toxlclty; Uranium highly toxic 0.5 - 1.0 mg/1 recommended levels for
drinking water; plutonium maximum permissible concentrations
0.04 - O.QOQ05 ug/ml
H. Reactivity with Surface Equipment Components: Corrossive to metal
5. Degradablllty Level and fate: Decay of radioactive components
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal
7. Pre-lnjectIon Waste Treatment; Centrifuge, ion exchange, and filtration
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface M/A
Intermediate
lection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. VfeU Head Equipment (Name and Models):
t. Packers, Centrallzers, and Other Subsurface Equipment; MA
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc.:
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Four holding ponds with a total capacity
of 4,000,000 gallons
2, pnters:—W
(O
-------
WIG OK-12
3. Pumps; N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) N/A Average Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) N/A Average MaxLnum
3. Annual Volume Injected, gal.
A. 19_ N/A B. 1,_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; 6 monitor wells
B. SamplingTFrequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operation:
W/A
3. Regulatory Aspects
A. Construction Requirements; Completed, equipped and to be maintained
in. a manner that will prevent pollution of fresh water or endanger
any natural resource.
B. Monitoring Requirements: N/A
C. Restrictions Of Operation reocedures: Must operate as per USAEC license
(d)
-------
Well Id. Code; QK-13
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status:
PDN
Operational Status:
DN
Operating Company Name and Address: Kerr - McGee Corp., 'sequova Facility
Oklahoma Citv. Oklahoma
I. GENERAL IDHJTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month)
2. Latitude and Longitude: 35°31'12"/95°03'09"
06
(Year) 73
3. Vfell Location (Legal Description): NE 1/4. Sec 21. T12N. R21E
. County; Sequoya
State: Oklahama
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Manufacture of uranium hexafluoride - raffinate
fluid, nitrates, ammonia, uranium, thorium and radium
2. Date Well Permitted; 10/96
3. Injection Rate:
Completed:
NA
N/A
l|. Injection Pressure:
5. Total Depth of Well: 3128 ft.
6. Name, Age, and Depth of Injection Zone; Arbuckle. Ordovician
2960 ft.
(Year)
7. Date Injection Began: (Day) N/A (Month)
8. Total Volume Injected to Date: N/A
9. Date Injection Ceased: (Day) (Month)
10. Previous Mode of Disposal; Waste discharged into a nearby river.
(Gallons)
JYear)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Hunt on
Sylvan
Viola
Simpson
Arbuckle
(b)
Age
Pennsylvanian
Mississippian
Devonian
Ordovician
Ordovician
Ordovician
Ordovician
(c)
Depth
200
550
750
1000
1050
1090
2960
(d)
Thickness
350
200
250
50
40
1870
150
(e)
Llthologlc Description
shale, limestone
limestone
shale
limestone
sandstone, dolomite
dolomite
limestone
3110
granite
(a)
-------
WIC
OK-13
B. Geologic Description of Injection Unit and Other Possible Units
Injection
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) formation Fluid Pressure, psi
C5) Lithostatic Pressure, psi
(6) Pfydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
4rb,uckle
2960
150
Ordovician
limestone
C. Chemical Characteristics of Formation Fluids:
N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Area!
Depth Thickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area; Oil and gas produced ne the disposal well.
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area: __N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); clarified lime effluent,
treated HF scrubber waste, cooling tower and boiler blowdown. radio-
nuclides
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity:
D. Temperature:
E. pH; N/A
N/A
N/A
(b)
-------
WIC OK-13
3« Ibxlcity: Toxic due to presence of metal in blowdown water and radio-
nuclides.
4. Reactivity with Surface Equipment Conponehts; Corrossion from scrubber'
waste and brine
5. Degradability Level and Rate: None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile.
7. Pre-inJection Waste Treatment; lime treatment
V. WELL DESIGN AND CONSTRUCTION
1. Casing and lUblng
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface N/A
Intermediate
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. Hell Head ^ulpment (Name and Models):
. Packers, Centrallzers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion; N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.; N7A~
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and PlOW Lines; Two sludge pits, a clarifier lagoon, and
an evaporation lagoon
2. Filters:
(c)
-------
WIC OK-13
3- Pumps:
VII. OPERATION CHARACTERISTICS
1. injection Rate, gpm (During life of Well to Present)
Date(s) Average Maximum
it
it
2. injection Pressure, psi (During life of Well to Present)
Date(s) Average Maximum
it
it
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19.
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sanpling Prequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation:
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code:
nK"14
COMPILATION OP INDUSTRIAL AND MUNICIPAL
Permit Status ;
FUR
Operational Status: _ o.
_
Operating Company Name and Address; American Airlines inc.
Tulsa, Oklahoma
I. GENERAL IDENTIFICATION DATA
01
(Month)
1. Entry Date of Data: (Day)
2. Latitude and Longitude; 360"13'05"/95052'50"
06
(Year) 73.
3. Well Location (Legal Description); XVT 1/4. si: 1/4, Sec. 13, T2QX. R13E
5.
n,
i.
2.
3.
5*.
6.
7.
8.
9.
10.
County; Tulsa
State: Oklahoma
SIC Classification; A5QQ
GENERAL DATA ON WELL SITE
Type of Waste Injected; Maintainancc Shop and Hangar Wastes -^solvents,
oils, detergents, cleaners, etc. _
Date Well Permitted; 9/5/59
Injection Rate; 350,ooo gPd
Completed;
6no psi
Injection Pressure;
Total Depth of Well; 3n60~TF:
Name, Age, and Depth of Injection Zone; Arbuckle, Ordovician, 172^ ft.
Date Injection Began: (Day) 27 (MonEnT
Total Volume Injected to Date;
(Year) 60
Date Injection Ceased: (Day) A~ (Month)
Previous Mode of Disposal;
(Gallons
(Year)
in. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
(b)
Age
"**•
(c) (d) (e)
Depth Thickness Lithologic Description
— — - - ^ - c -
(a)
-------
WIG
OK-14
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnine Bed
U) Name
(2) Depth (Pt.)
(3) Thickness (Pt.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Fteservoir Temperature, °C
(11) Character and Areal
Distribution
Arbuckle
1729
1307
800
1.0 psi/ft est.
1.0 psi/ft est.
Ordovician
29°
limestone
C. Chemical Characteristics of Formation Fluids; Saline; Chlpride equal
76.000 ppm.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Mane
N/A
Area! Lithologlc
Depth Thickness Extent Character
Fluid
Character
Mineral Resources in Area:
N/A
5. Location of Other wells, Abandoned Wells, and Other renetraticns in
Immediate Jfydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Solvents, oils and
detergents.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity:
D. Temperature:
E. pH; N/A
N/A
N/A
(b)
-------
WIC_
3. Toxlclty: ::/A
H. Reactivity with Surface Equipment Components; N/A
5. Degradability Level and Rate; ?;/,\
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7« Pre-injectlon Waste Treatment: N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 12 10-3/4
Intermediate J-55 20? 7 TMT
ectlon 2^1/2 TBOT
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: in-3/4"
casing - 250 sk Tortland + 500 (' CaC] ? - 7" casing - 450 sk Pozmix.
3. Vfell Head Equipment (feme and Models); Earlongher Engineering Inc. well
head.
4. Packers, Central!ZCTS, and Other Subsurface Equipment: Baker Model B pack-off,
float shoe ft 1807 ft., baffle collar P 1772 ft., metal petal basket
^ 1310 £. 1772 ft.. ceutrnHzers P 12P7 & 1744 ft.
5. Bottom Hole Completion; Open hole coinplction 1807 - 3036 ft.
6. flydraulic Fracturing, Acidizingfe'ograms, etc.: 1500 gal. 15% HCI
VI. DESCRIPTION OF SURFACE EQUIFME3fT
1. Holding Tanks and PlOW Lines: 2n,000 gal, tank. 15 ft. underground acts
as a sump; 30,000 gal. skimmer tank removes oil anrj sludge (not completely
adequate); 300,Of)6 gal. equilizef basin with skimmer and scraper.
2. Filters:
(c)
-------
wic n;
3. Punps: Two triplex positive displacement pump (150 nPr' at 600
located 10 ft. below ground surface.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 9/29/72 Average -^ Maximom A5°
it
it
it
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 9/21/72 Average 35n Maximum
" 3/27/72 370
" 9/10/72 372
" 1Q/6R ADO
3. Annual Volume Injected, gal.
A. 19_72 153,633.406 B. 1921 9R,809,POn C. 19
VIII. SAFETC INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; l')OQ P«J pressure ^uage on well annulus
observation well - one @ IRQ ft. TO.
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads; :>/A
2. Contingency Plan for Well Failure During Operation: By-pass to Bird creek
3. Regulatory Aspects
A. Construction Requirements: X/A
B. Monitoring Requirements: Required that an observation veil be constructsd
through all fresh v/ater zones.
C. RestMctlonS Of Operation Procedures; Inject ion pressure limitations -
600 nsi.
(d)
-------
Well Id. Code: PA-I
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION
Permit Status:
PDF
Operational Status:
NOP
Operating Company Name and Address; Jones and Laughiin
3 Gateway Center - Pittsburgh. Pennsylvania
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
(Month)
2. Latitude and Longitude; 40036'32"/80°14'17"
(Year) 63
3. Well Location (Legal Description): Borough Township
County; Beaver
State: Pennsylvania
5. SIC Classification; 3312
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Wa.ste pickling acid.
2.
3.
M.
5.
6.
7.
8.
9.
10.
Date Well Permitted:
Injection Rate: 144tOOP gpd
Completed: 9/12/60
Injection Pressure; N/A
Total Depth of Well: 5445 ft.
Name, Age, and Depth of Injection Zone: Oriskany, Devonian
Date Injection Began: (Day) 04
5388 ft.
(MonthT
10
Total Volume Injected to Date; 143.744,000
Date Injection Ceased: (Day) 08
Previous Mode of Disposal:
(Month)09
N/A
(Year) 61
(Gallons)
(Year) 72
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
Alleghany Group
Pottsville Group
Greenbrier Group
Pocono Group
Cussewago-Conneaut
Hamilton Group
Onondago Group
Oriskany Group
Helderberg Group"
(b)
Age
Quaternary
Pennsylvanian
Pennsylvanian
Mississippian
Mississippian
Devonian
Devonian
Devonian
Devonian
Devonian
(c)
Depth
0
92
273
450
475
1032
4978
5225
5388
5425
(d)
Thickness
92
183
175
25
557
3946
247
163
37
18
(e)
Lithologlc Description
sand, gravel, clay
limestone
sandstone
limestone
sandstone
(a)
-------
WIC
PA-1
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnine Bed
U) Name
(2) Depth (Ft.)
(3) Thickness (Pt.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Oriskany
5388
37
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Devonian
7.7
35
sandstone
widespread
Hamilton
4978
247
Devonian
limestone, shale
widespread
C. Chemical Characteristics of Formation Fluids; Highly saline water:
IDS = 253.900 pom; chloride = 61.800 ppm
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Depth
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
4. Mineral Resources in Area; 2000 oil and gas wells in Beaver County.
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); 10% sulfuric acid and
10% iron sulfide
2. Physical/Chemical Description
A. Cone. Suspended Solids, mgA: N/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity: N/A
D. Temperature; N/A
E. pH; N/A
(b)
-------
WIG PA-1
3. Tbxicity: N/A
J». Reactivity with Surface feiulpment Components: Corrosive to metallic"
components due to presence of acids.
5. Degradablllty Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Pre-lnjectlon Waste Treatment; N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 20 73
Intermediate 13-378 m
Inji
Qthi
9-5/8 ^406
ection 7 5271-
ler
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 13-3/8
inch casing - cement circulated to top; 9-5/8 inch casing - 600 sks;
7 inch casing - 460 sks.
3. VfeU Head Equipment (Name and Models); N/A
Backers, Centrallzerst and Other Subsurface quipment; N/A
5. Bottom Hole Completion; Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.; Fractured at 4300
VI. DESCRIPTION OF SURFACE EQUIIMEMT
1. Holding Tanks and Plow Lines; Surface holding tanks with 2 day holding
capacity.
2. Filters:Manifold filters.
(O
-------
WIC PA-1
3. Pumps: 1 set 4 diesel and 1 set 5 electric pumps
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) N/A Average Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) N/A Average Maximum
3. Annual Volume Injected, gal.
A. 19 N/A B. 19 C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; N/A
B. Sampling Frequency and Water Quality Parameters Measured; N/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation: N/A
3. Regulatory Aspects
A. Construction Requirements; N/A
B. Monitoring Requirements; N/A
C. Restrictions ofOperation Procedures; N/A
(d)
-------
Well Id. Code: PA-2
COMPILATION OF INDUSTRIAL ^MUNICIPAL
INJECTION WELLS IN THE UNI'ieiD STATES
Permit Status; PDF Operational Status: NOP
Operating Company Name and Address: Hammermiil Paper Co.
Erie. Pennsylvania
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day)_oi (Month) oe (Year) 73
2. Latitude and Longitude; 42008'53"/80°03'10"
3. Vfell Location (Legal Description); N/A
4. County: Erie State: Pennsylvania
5. SIC Classification; 2611
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Pulp mill cooking liquor.
2. Date Well Permitted; 1/24/63 Completed:
3. Injection Rate: 600.000 gpd
Injection Pressure; 1100 psig
5. Total Depth of Well: 2270 ft.
6. Name, Age, and Depth of Injection Zone: Lockport. Silurian
2057 ft.
7. Date Injection Began: (Day) 24 (Month) 04 (Year) 64
8. Total Volume Injected to Date: 446.422.700 (Gallons)"
9. Date Injection Ceased: (Day) U (Month) 04 (Year) 68
10. Previous Mode of Disposal; N/A
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(b) (c) (d) (e)
Age Depth Thickness Lithologic Description
Devonian 1128 88 limestone
Hamilton Devonian 1216 130 shale
Onondago Devonian 1346 265 limestone
Bass Isle Silurian 1611 77 limestone
Salina Silurian 1688 288 anhydrite
Greenfield Silurian 1976 81 limestone
Lockport Silurian 2057 245 dolomite
(a)
-------
WIG
PA-2
B. Geologic Description of Injection Unit and Other Possible Units
Injection
(1) Name
2) Depth (Ft.)
3) 'Thickness (Ft.)
5) Formation Fluid Pressure, psi
5) Lithostatlc Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
C9) Permeability, ndllidarcies
(10) Fteservolr Temperature, °C
(11) Character and Areal
Distribution
Bass Isle Lockport
1611 2057
81 245
0.45 psl/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Silurian
230
limestone, dolo-
mite
extensive
Hamilton
1216
130
Devonian
shale
extensive
C. Chemical Characteristics of Formation Fluids: Highly saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
N/A
Areal
Thickness Extent
Lithologlc
Character
Fluid
Character
*. Mineral Resources in Area:
N/A
5. Location ofOther Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Spent sulfite pulping
liquor containing fiber, fiber compounds, and paper filter materials.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, rng/1: 50,000
C. Specific Gravity: 1.02
D. Temperature: N/A
E. pH; 5.3
(b)
-------
WIG PA-2
3. Toxicity: High BOD
M. Reactivity with Surface Equipment Components: Slightly corrosive
5. Degradabillty Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
High BOD indicates substantial substrate for bacterial activity.
7. Pre-injection Waste Treatment: N/A
V. WELL DESIGN AND INSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 40# H-40 13-3/8 40
Intermediate 36# J-55 9-5/8 1359
2106
Injection Fibercast 5 1545
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 5 inch
casing - 365 sks
3. Well Head Equipment (Name and Models): N/A
Packers, Centralizers, and Other Subsurface quipment: Cast iron bridge
plug set in 7" casing at 1710 ft.
5. Bottom Hole Completion; Perforations from 1620 to 1670 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; 35,000 gal. 15% HCI at
1620 to 1670 ft. on 3/14/63
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Tanks for emergency
2. Filters: Microstrainers
(0
-------
WIG PA-2
3' Pumps; 2 reciprocating pumps. 194 gpm at 1590 psi.
VH. OFHWTIOIt.CHARACIHggriCS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 9/66 Average 420 Maximum
n
n
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 9/66 Average 1220 Maximum 1270
n
ii
3. Annual Volume Injected, gal.
A. 19__ N/A B. 19__ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: N/A
B. Sampling Frequency and Water Quality Parameters Measured; N/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation; Holding tanks.
3« Regulatory Aspects
A. Construction Requirements; N/A
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code:
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS faf THE UNTIED STATES
Permit Status: PDF
Operational Status:
NOP
Operating Company Name and Address: Hammermili Paper _CQ.
Erie. Pennsylvania
I. GENERAL IDE3/TIFICATION DATA
1. Bitry Date of Data: (Day) 01
(Month) Q6
(Year)
2. Latitude and Longitude: 42°03'33''/80°02'52"
3. Well Location (Legal Description): N/A
County; Erie
State: _Pennsylvania
5. SIC Classification; 2611
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Paper mill digesting liquors.
2.
3.
4.
5.
6.
7.
8.
9.
10,
Date Well Permitted:
Injection Rate; 600,000 gpd
Completed: 8/29/64
Injection Pressure: 1100 psig
Total Depth of Well: 5972 ft.
Name, Age, and Depth of Injection Zone: Mt. Simon. Cambrian
Date Injection Began: (Day)
Total Volume Injected to Date:
Date Injection Ceased: (Day)_
Previous Mode of Disposal:
5914 ft.
(Month)07
(Yearl65
297.872.300
(Gallons)
(Month) 09
N/A
JTear)
68
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Ihlts Penetrated by Well
Lockport Group
Clinton Group
Alision Group
Cincinnatian
Trenton
Black River
Gatesburg
Franconia
Eau Claire
Mt. Simon
(b)
Age
Silurian
Silurian
Silurian
Silurian
Ordovician
Ordovician
Ordovician
Cambrian
Cambrian
Cambrian
Cambrian
PreCambrian
(c)
Depth
1732
2102
2310
2448
2615
4324
4520
5096
5518
5586
5914
5952
(d)
Thickness
270
190
136
167
1709
196
576
422
67
328
38
(e)
Lithologic Description
evaporites
limestone
limestone
shale
limestone
dolomite
dolomite
sandstone
metamorphics
(a)
-------
WIC
PA-3
B. Geologic Description of Injection Unit and Other Possible Hilts
Injection
(1) Name
(2) Depth (Ft.)
(3) Thickness (Pt.)
(4) formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) fydro fracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
tlO) Fteservoir Temperature, °C
(11) Character and Areal
Distribution
Bass Isle Mt . Simc
1658 5914
74 38
0.45 psi/ft est.
1.0 psi/ft est .
1.0 psi/ft est.
Silurian Cambriar
dolomite sandstof
widespread
n Hamilton
1215
130
Devonian
e shale
widespread
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Areal
Thickness Extent
Lithologlc
Character
Fluid
Character
Mineral Resources In Area:
N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations In
Inrnediate Hydrologically Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): spent suifite pulping
liquor containing fiber, fiber fragments, paper filter materials such as
clay and lignin compounds in colloidal and semi-colloidal range.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
Cone. Dissolved Solids, mg/1: 50,000
Specific Gravity: 1.02
Temperature:
5.2
B.
C.
D.
E.
N/A
PH:
(b)
-------
WIG
PA-3
3. Tbxicity: N/A
i». Reactivity with Surface Equipment Components: slightly corrosive
5. Degradability Level and rate:
N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Bacterial activity possible due to presence of organic substrate.
7. Pre-injection Waste Treatment: N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Ttiblng
Surface
Intermediate
ection
Hole
Size
17
13
9
Casing or Tubing
Weight and Grade
54# H-40
36# J-55
26# J-55
15# J-55
Size
13-3/8
9-5/8
7
5
Depth
Set
79
2538
5100
5972
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
13-3/8 inch casing - 85 sks 'A' Portland; 9-5/8 inch casing-- 950 sks
'A' Portland; 7 inch casing - 480 sks TA' Portland.~
3. tell Head Equipment (Name and Models); N/A
lackers, Centralizers, and Other Subsurface Equipment; Baker model 'pf
packer set at 1600 ft. between 7" and 5" casijig.
5. Bottom Hole Completion; Perforated at 1620-1670 ft. w/271j 5_.25 Selecto-jet;
slotted: 5104-5200, 5360-5392,5520-5584, 5648-5680. 5776-5808. and 5904-5972
6. Hydraulic Fracturing, Acidizing Erograire, etc.; Acidized and fractured
on 8/28/64 at 5100-5972 ft.; acidized on 8/29/64 at 1620-1710 ft.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Six batch tanks, 4 - 100,000 gal, and 2 -
50,000 gal.; one surge tank.
2. Filters; Rotating leaf filters, trap filters prior to injection
(c)
-------
WIC PA-3
3« Pumps: Reciprocating pumps
VII. OFERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 9/66 Average 420 Maximum 450
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 9/66 Average 1350 MaxJnum 1520
' "
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAPEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; N/A
B. Sampling Frequency and Water Quality Parameters Measured: N/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; N/A
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code; PA-4
CXMPILATION OP INDUSTRIAL AM) MUNICIPAL
INJECTION WELLS .IN TOE UNi'itaj STATES
Permit Status; PDF Operational Status; NOP
Operating Company Name and Address; Gulf Research and Development Co.
Pittsburgh, Pennsylvania
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 07 (tear) 73.
2. Latitude and Longitude: 40032'47"/79°50'0l"
3. Well Location (Legal Description); Coierain Township
4. County; Bedford State; Pennsylvania
5. SlC^Claaslficatlon; 2950
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Drilling mud (Bentonite) with quartz sand grains.
2. Date Well Permitted; Completed; 12/64
3. Injection Rate; N/A
Injection Pressure; N/A
5. Total Depth of Well; 562 ft.
6. Name, Age, and Depth of Injection Zone; Beliefonte. Ordovician
540 ft.
7. Date Injection Began: (Day) (Month) 12 (Year) 64
8. Total Volume Injected to Date: 1.720.000 (GallonsT
9. Date Injection Ceased: (Day) (Month) 10 (Year) 68
10. Previous Mode of Disposal: None
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
-------
WIC
PA-4
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinlntr B«i
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(») Porosity %
(9) Permeability, nd.111 daroies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Bellefonte
540
13
6000
Ordovician
dolomite
Bellefonte
0
540
Ordovician
dolo,pite
C. Chemical Characteristics of Formation Fluids: Potable. IDS = 274 pom
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Area! Lithologic
Depth Thickness Extent Character
Fluid
Character
. Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned Wells, and Ocner renetrations in
Immediate Hydrologlcally Affected Area; Three abandoned wells covered by
Pennsylvania Oil and Gas Division plugging permits: BED-41P, BED-44P,
and BED-53P.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Bentonite drilling muds
and waste water.
2. Pltyslcal/Chemical Description
A. Cone. Suspended Solids, mg/1; 300
B. Cone. Dissolved Solids, mg/1; 500
C. Specific Gravity; 1.00 - 1.08
D. Temperature: amb ient
E. pH: 6.5 - 7.5
(b)
-------
WIG PA-4
3. Toxlcity: N/A
M. Reactivity with Surface Equipment Components; None"
5. DegradabiHty Lewi and rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-lnJection Waste Treatment; None
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 7 21
Intermediate 6-5/8 545
lection 4-1/2 540
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
6-5/8 inch casing - 3 sks; 4-1/2 inch casing - 30 sks
3« Well Head Equipment (Name and Models); 4-1/2 inch casing head and master
valve. '
4. Packers, Centrallzers, and Other Subsurface Equipment: None
5. Bottom Hole Completion; Open hole. 540 to 563 ft.
6. Hydraulic Fracturing, Acidizing Programs, ete.: 555 - 562 ft. water
fractured with 8500 gal, at 420 gpm.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Flow Lines; Earthen settling pits.
2. Filters: Ncme
(c)
-------
WIC PA-4
3« Pumps: Triplex plunger pumps.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average Maximum
"
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; N/A
B. Sampling Frequency and Water Quality Parameters Measured; N/A
C. Frequency of Measuring water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; Authorized by Pennsylvania State Department
of Health Industrial Waste Permit #56411 ~
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: PA-5
COMPILATION OF INDUSTRIAL AND' MUKDPIPAIi
INJECTION WELLS IN THE UNniflJ STAJUSS
Permit Status: PDF Operational Status: DN
Operating Company Name and Address: Bethlehem steel Corporation
Johnstown. Pennsylvania
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) 01 (Month) 05 (Year) 73
2. Latitude and Longitude: 40020'06"/78053>26"
3. Well Location (Legal Description): N/A
M. County: Cambria State: Pennsylvania
5. SIC Classification: 3312
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Weak ammonia liquor,
2. Date Well Permitted; 1/66 Completed:
3. Injection Rate; N/A
Injection Pressure; N/A
5. Total Depth of Well; 835 ft.
6. Name, Age, and Depth of Injection Zone; Burgoon. Mississippian
845 ft. ^___^___
7. Date Injection Began: (Day) (Month) (Year) ~66~
8. Total Volume Injected to Date; N/A (GallonsT
9. Date Injection Ceased: (Day) 16 (Month) 04 (Year) Te
10. Previous Mode of Disposal; N/A
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness LAthologlc Description
N/A
(a)
-------
WIC
PA-5
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
U) Name
(2) Depth (Ft.)
3) Thickness (Pt.)
5) Formation Fluid Pressure, psi
(5) Llthostatic Pressure, psi
6) Ifydrofracturing Pressure, psi
7) Age of Unit
(8) Porosity %
(9) Permeability , ndllidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Burgoon
845
Mississippian
sandstone
C. Chemical Characteristics of Formation Fluids: TDS = 104,000 ppm
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
~^~~
Areal
Thickness Extent
Llthologlc
Character
Fluid
Character
A. Mineral Resources in Area:
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Immediate ffydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Ammonia liquor containing
phenol, hydrogen sulfide. and chloride.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity:_
D. Temperature:
E. pH: N/A
N/A
N/A
(b)
-------
WIC PA-5
3. Toxiclty: Total dose of 1.5 grams of phenol may be fatal to humans.
. Reactivity with Surface Equipment Components; None'
5. Degradability Level and Rate; None
6. Biological Level at Injection and Estimated Biological Level After Injection,
Probably not sterile at injection; bacterial activity minimal. ^
7. Pre-lAjectlon Waste Treatment; N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 16 61
Intermediate 10-3/4 210
_7 570
ection
er
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; N/A
3. well Head Equipment (Name and Models); N/A
. Backers, Centrallzers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion; 6-3/4 inch open hole from 579 to 845 ft,
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Flow Lines; N/A
2. Filters: N/A
(O
-------
WIC PA-5
3. Pumps:
. OPERATION
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
it
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average Maximum
it
it
it
3* Annual Volume Injected, gal.
A. 19_ B. 19__ C. 19_
VIII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency or Measuring Water Levels and Hydrostatic Heads:
2. Contingency Flan for Well Failure During Operation:
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restntctions of Operation Procedures:
(d)
-------
Well Id. Code; PA-6
COMPILATION OP pDUSTRIAL AND 'MUNICIPAL
INJECTION WELLS IN TOE UNIiijD
Permit Status : FDR _ Operational Status:
Operating Company Name and Address; Koppers Cpmoanv. inc.
Petrolia. Pennsylvania
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) p& (Year) TJ_
2. Latitude and Longitude; 4l°05'/79°40'
3. VfeU Location (Legal Description); Fairview Township
4. County: Butler State: Pennsylvania
5. SIC Classification; 2899
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Sodium sulfate - sulfite effluent containing
minor amounts of phenolics.
2. Date Well Permitted; Completed; 8/12/69
3, Injection Rate; N/A
4. Injection Pressure; N/A
5. Total Depth Of Well; 3103 ft., plugged back to 2300 ft.
6. Name, Age, and Depth of Injection Zone; Speechlv. Devonian
2152 ft.
7. Date Injection Began: (Day) 24 (Month) 09 (Year) 69
8. Total Volume Injected to Date; N/A (Gallons)"
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal: N/A
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(b) (c) (d) (e)
Age Depth Thickness Llthologlc Description
_ Pennsylvanian 86 12 limestone
Shenago Mississippian 602 71 sandstone
Riceyille Devonian 830 116 shale
Venagp Devonian 946 340 sandstone
Knox Devonian 1206 34 sandstone
Apeechly Devonian 2152 30 sandstone
(a)
-------
WIC
PA-6
B. Geologic Description of Injection Unit and Other Possible Units
Infection Unit
Confinine Bed
U) Name
2) Depth (Ft.)
•J) Thickness (Ft.)
5) Formation Fluid Pressure, psi
5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability , ndllidarcies
(10 ^ Reservoir ^temperature, °C
(11) Character and Area!
Distribution
Speechly
2152
80
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Devonian
sandstone
extensive
C. Chemical Characteristics of Formation Fluids:
pH = 7.7
Saline; IDS =4322 ppm;
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Depth
0
126
346
Area!
Thickness Extent
28
80
108
Lithologlc
Character
sandstone
sandstone, shale fresh
Fluid
Character
fresh
sandstone
brine
4. Mineral Resources in Area: Oil and gas.
5. Location of Other Ifells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Coal tar processing and
coke manufacturing wastet containing sodium sulfate and phenol.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mgA:_ N/A
Cone. Dissolved Solids, mg/1:
Specific Gravity:
Temperature:
PH:.
B.
C.
D.
E.
N/A
N/A
N/A
N/A
(b)
-------
WIC PA-6
3. Toxicity: Total dose of 1.5 grams of phenol may be fatal to humans.
4. Reactivity with Surface• "feauipmentComponents: ft/A
5. Degradabillty Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Pre-injection WasteTreatment: N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 13-5/8 42
Intermediate 33 # H-40 10-3/4 435
5-1/2 2275
lection 2-3/8 1006
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Hor.*izcn:
10-3/4 inch casing - 150 sks Pozmix; 5-1/2 inch casing - 65>0 sks Pozmix.
3. fell Head Equipment (Name andModels); N/A
. Packers, Centrallzers, and Other Subsurface Equipment; otJic packer at 1006 ft
5. Bottom Hole Completion; Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.: Fractured - 3175 psi, 1942
gal water + 650Q# sand at 1907 ft; 3900 psi, 1700 gal water + 5000// sand @ 2160'
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Two 40,000 gallon holding; tanks.
2. Filters: Duel sand filters. "
(0
-------
WIC PA-6
3. Pumps: Duel Triplex plunger pumps w/3.fluid end constructed of_corrosion
resistant metal.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
it
11
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average Maximum
it
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoriirig Devices and Data; N/A
B. Sampling Irrequency and Water Quality Parameters Measured; N/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operation;
3. Regulatory Aspects
A. Construction Requirements; N/A
B. Monitoring Plequirements; N/A
C. Restrictions of Operation Procedures: N/A
(d)
-------
Well Id. Code; PA-?
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNITED STATES
Permit Status ;
PDF
Operational Status:
Operating Company Name and Address; Peoples Natural Gas Co., Rager Mnnnt-a-tn
Pifctsburg, Pennsylvania
I. GENERAL D3EMTIPICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 10
2. Latitude and Longitude: 78°55'/40°25'
(Year) 73
3. Well Location (Legal Description): N/A
County ; Cambria
State ;
Pennsylvania
SIC Classification: 1382
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Mining waste containing FeSOA and H9SOy
2. Date Well Permitted:
3. Injection Rate; 30 gpm
Completed; 12/22/70
4. Injection Pressure; 570 psi
5. Total Depth of Well; 1090 ft,
6. Name, Age, and Depth Of Injection Zone; Murrysville, Tennsylvanian
919 ft.
7. Date Injection Began: (Day) N/A (MonEhT (Year)
8. Total Volume Injected to Date; N/A
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal; N/A
(Gallons)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c)
Name Age Depth
0
10
90
205
407
409
637
672
854
(d)
Thickness
10
So
115
202
2
248
35
182
76
(e)
Lithologlc Description
clay
sand
red rock
sand
coal
sand
slate ,
sand
slate
lime
Murrysville
Pennsylvanian 930
55
sand
sate
(a)
-------
WIC
PA-7
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnine Bed
Cl) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(?) Age of Unit
(8) Porosity %
(9) Permeability, millldarcies
(10) Fteservoir Temperature, °C
(11) Character and Areal
Distribution
Murrysville
919
62
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Pennsylvania!!
14.0
sandstone
Unnamed
841
78
Pennsylvanian
shale
C. Chemical Characteristics of Formation Fluids: PH - 8.0; ci~ - 3118 ppm
Fe - 1 ppm; SOA - 8 ppm; Ca - 47 ppm
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Areal Lithologic
Depth Ihickness Extent Character
Fluid
Character
. Mineral Resources in Area: Coal
5. Location of Other Wells, Abandoned Wells, and Other-Penetrations in
Immediate Hydrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Fe - 10 ppm; ci~ - 11,911 ppm
Ca - 1196 qpm; Mg - 217 ppm; Na - 5942 ppm
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1; 19.566
C. Specific Gravity; N/A
D. Temperature:
E. pH; 6.8
N/A
(b)
-------
WIC PA-7
3. Toxiclty: None
ij. Reactivity with Surface Equipment Components; Possibly corrossive
5. Degradability Level and Rate: None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal
7« Pre-inJfaction Waste Treatment: Settling tank
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface "TTP1/2 steel 9-5/8 T5"
Intermediate
ection 8-1/2 ZW 6-5/8
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: Portland
3. Well Head Equipment (Name and Models);
. Packers, Centrallzers, and Other Subsurface quipment
5. Bottom Hole Completion: "pen noie yj.9 - mau tt.
6. Hydraulic Fracturing, Acidizing Programs, etc.; 919-1090' 10,000 gal &
11,500// 17 bb; 1508' fractured @1600 psi; 1482' fractured @3000 psi
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; 1,500,000 gal, holding pond
2. Filters:
(c)
-------
WIC PA-7
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19__ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operation; ~
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code:
PA-8
Permit Status:
COMPILATION OF pDUSTRIAL AND' MjDSIPAL
WELLS IN THE uwl'naj
PDR
Operational Status:
NOUP
Operating Company Name and Address: Hammermiii Paper Company
Erie, Pennsylvania
I. GENERAL IDENTIFICATION DATA
1.
2.
3.
n.
i.
2.
3.
5*
6.
7.
8.
9.
10.
Ehtry Date of Data: (Day) 01
Latitude and Longitude: 42°08'26"
Well Location (Legal Description1):
County: Erie
SIC Classification: 2611
GENERAL DATA ON WELL SITE
Type of Waste Injected: puip mill
Date Well Permitted:
Injection Rate: eoo^OOO^pd
Injection Pressure: 1600 psi
Total Depth of Well: 2354 ft.
Name, Age, and Depth of Injection
Date Injection Began: (Day)
(Month) 06 (Year) 73
/80°02'59"
N/A
State : Pennsylvania
liquor
Completed: 5/15/68
Zone: Bass Island. Silurian
1586 ft.
(Month) 05 (Year) 68
Total Volume Injected to Date: 353. 670.700 (Gallons)
Date Injection Ceased: (Day)
Previous Mode of Disposal: N/£
(Month) 06 (Year) 70
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Onondago
Bass Island
Salina
Lockport
Clinton
(b)
Age
Devonian
Silurian
Silurian
Silurian
Silurian
(C)
Depth
1385
1586
1737
(d)
Thickness
201
151
365
2102
218
2320
34
(e)
Lithologic Description
limestone
limestone, dolomite
evaporites
dolomite
sandstone
(a)
-------
WIC
PA-8
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confininn Bed
U) Name
2) Depth (Ft.)
3) Thickness (Pt.)
5) Formation Fluid Pressure, psi
5) Lithostatic Pressure, psi
l'6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millldarcies
(10} Reservoir Temperature, °C
(11) Character and Area!
Distribution
Bass Island
1586
151
0.45 psi/ft 'est.
1.0 psi/ft est.
1.0 psi/ft est.
Silurian
dolomite
widespread
Hamilton
1215
130
Devonian
shale
widespread
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Areal
Ihickness Extent
Lithologic
Character
Fluid
Character
. Mineral Resources In Area:
N/A
5. Location of Other Wells, Abandoned wells, and Other Penetrations in
Imnediate Hydrologically Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Pulp mill liquor containing
fiber, fiber compounds, and paper filter material.
2. PhysicaVChemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1; 50,000
C. Specific Gravity: 1.02
D. Temperature: ambient
E. pH; 5.3
(b)
-------
WIC PA-8
3. Tbxiclty: High BOD.
J». Reactivity with Surface Equipment Components; slightly corrosive.
5. Degradabillty Level and Rate: N/A -
6. Biological Level at Injection and Estimated Biological Level After Injection:
Bacterial activity possible due to presence of organic substrate.
7. Pre-lnJectlon Waste Treatment; N/A
V. WELL DESIGN AND CONS1BUCTION
1. Casing and Hibing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 13-3/8 58
Intermediate 9-5/8 1393
7 2179
Jection Fiberglass 5 1601
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 13-3/8
inch casing - 100 sks.; 9-5/8 inch casing - 300 sks.; 7 inch casing -
435 sks; 5 inch casing - 150 sks
3. Veil Head Equipment (Name and Models); N/A "
. Packers, Centralizers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion; N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.; 15.000 gal. HCI at 2150
jjsi
VI. DESCRIPTION OF SURFACE EQUIFMEMT
1. Holding lankS and Plow Lines; N/A
2. Filters: N/A
(c)
-------
WIG PA-8
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation:
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures
(d)
-------
Well Id. Code:
COMPILATION OP INDUSTRIAL AND MUNICIPAL
PA-9
Permit Status:
PDF
Operational Status:
DN
Operating Company Name and Address; Bethlehem Mines Corp.
Ellsworth. Pennsylvania
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 12 (Month) 08
(Year) 65
2.
3.
1.
5.
Latitude and Longitude: 40000Ioo"/80°05'00"
Well Location (Legal Description) : N/A
County: Washington State:
SIC Classification: 3311
Pennsylvania
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; N/A
2. Date Well Permitted:
3. Injection Rate: N/A~
Injection Pressure:
N/A
Completed: 2/22/68
____ __
5. Total Depth of Well: 1588 f t . _ "
6. Name, Age, and Depth of Injection Zone: Salt Sands, Pennsylvanian
7. Date Injection Began: (Day) N/A (MonEnT
8. Total Volume Injected to Date: N/A
9. Date Injection Ceased: (Day) (Month)
10. Previous Mode of Disposal; N/A "
(Year!
JYear).
(Gallons)
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
'N/A
(b)
Age
(c) (d) (e)
Depth Thickness Lithologic Description
(a)
-------
WIC
PA-9
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confininc: Bed
U) Name
(2) Depth (Ft.)
(3) Thickness (Pt.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7; Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Salt Sands
1431
86
Pennsylvanian
4.5 - 10
0 - 122
sand
C. Chemical Characteristics of Formation Fluids: saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Hame
N/A
>th
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
. Mineral Resources in Area: N/A
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): N/A
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1:]N/A
C. Specific Gravity:_
D. Temperature:
E. pH: N/A
N/A
N/A
(b)
-------
WIC PA-9
3. Toxlclty; N/A
1. Reactivity vflth Surface Equipment Components: N/A
5. Dsgradablllty Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-lnjection Waste Treatment; N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface Conductor 20 23
Intermediate H-40 IQ 530
lection J-55 ~7
Inject
Other
2. Type and Amount of Cement, Cement Additives, Errplacement Horizon; N/A
3. Vfell Head Equipment (Name and Models); Well capped w/2" dia vent line
' set approx. 10' above top of casing.
4. Packers, Centralizers, and Other Subsurface Equipment: N/A
5. Bat torn Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc.; isoo psi fracture (11/18/65),
1800 psi fracture (2/17/66)
VI. DESCRIPTION OF SURFACE BQUIFMENT
1. Holding Tanks and Plow Lines;
2. Filters: N/A
(O
-------
WIC PA-9
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
~ ~~~~~"~~~~~~~~~™ ""~~™"~
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19_
VIII. SAFEIY INFORMATION
1. Mcnltorlng Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation; ""
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code; TN-l
COMPILATION OP INDUSTRIAL AND MUNICIPAL
Permit Status: PDR Operational Status; NOUP
Operating Company Name and Address; E.I. DuPont de Nemours Company.,
P.O. Box 629 - New Johnsville. Tennessee
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
2. Latitude and Longitude; 36°02'57"/86°59'05"
(Month) 06
(Year) 73
3. Well Location (Legal Description): Sec 14. T6S. R19E
M. County; Humphreys
State: Tennessee
5. SIC Classification; 2816
n. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Waste effluent from the production of naint
2.
3.
5-
6.
7.
8.
9.
10.
pigment .
Date Well Permitted: 2/20/67
Injection Rate: 280 gpm
Injection Pressure: 200j&si^
Total Depth of Well: 6735 ft.
Name, Age, and Depth of Injection
Date Injection Began: (Day)
Completed:
Zone: Knoxr Cambrian
3000 ft.
(Month) 03 (Year) 67
Total Volume Injected to Date: N/A (Gallons)
Date Injection Ceased: (Day)
Previous Mode of Disposal: I^/A
(Month) 01 (Year) 72
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Alluvium
(b)
Age
Quaternary
Silurian
Ordovician
(c)
Depth
0
240
480
(d)
Thickness
240
240
3100
(e)
Lithologic Description
sand, gravel, clav
limestone
limestone, shale
Knox
Cambrian
3580
dolomite, shale
(a)
-------
WIC
TN-1
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confining Bed
U) Name
(2) Depth (Pt.)
3) Thickness (Pt.)
5) Formation Fluid Pressure, psi
5) Lithostatic Pressure, psi
6) Hydrofracturing Pressure, psi
7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Knox
3000
3734
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Cambrian
5-30
110
22°
dolomite
1400
1600
Ordovician-Cambrian
carbonates , shale
C. Chemical Characteristics of Formation Fluids; Saline water under
artesian conditions
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Fort Payne
Area! Lithologlc
Depth Thickness Extent Character
200 extensive limestone
Fluid
Character
saline
Mineral Resources in Area:
disposal well.
No mineral resources in the area of the
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Inmediate tfydrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Aqueous wastes from the
manufacturing operation to produce paint pigment. 13-15% aqueous solution
of ferric chloride.
2. I^slcal/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
Cone. Dissolved Solids, mg/1: N/A
Specific Gravity:_
Temperature:
pH:
B.
C.
D.
E.
1.1 - 1.12
N/A
1.5 - U
(b)
-------
WIG TN-1
3. Toxicity: N/A
M. Reactivity with Surface Equipment Components: Corrosive to metallic
components.
5. Degradablllty Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Fre-injectlon Waste Treatment: Sedimentation.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 13 10-3/4 60.0
Intermediate 9-5/8 steel 7 __ 1600
lection Chemtube 4-1/2 1800
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
Pozmix to the surface.
3. Vfell Head Equipment (Name and Models): N/A
Packers, Centralizers, and Other Susurface Equipment: Packer on 4-1/2
inch casing. •
5. Bottom Hole Completion; open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.: Acidized with 15.000 gal,
of HC1.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters:
(c)
-------
WIC TN-1
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
it
n
it
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Continuous rate and pressure recorders;
well pressure checked periodically.
B. Sampling Frequency and Water Quality Parameters Measured; N/A ..'.""
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation: N/A
3. Regulatory Aspects
_ A. Construction Requirements; Constructed, maintained and equipped in a
manner that will prevent pollution of fresh water or endanger anv
natural resources.
B. Monitoring Requirements t Monitor local water supply well and report
quarterly.
C. Restrictions of Operation Procedures: Must operate as permitted.
(d)
-------
Well Id. Code: TN-Z
COMPILATION OF INDUSTRIAL AND'MUNICIPAL
Permit Status; PDR Operational Status: p
Operating Company Name and Address; E.I. DuPont de Nemours Companyf inc.
P.O. Box 629 - New Johnsviller TanneBaee
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) Q6 (Year) 73
2. Latitude and Longitude: 36002'57"/86059'05"
3. Well Location (Legal Description): sw 1/4. SE 1/4. NW 1/4. Sec 14. T6S.
R19E.
4. County ; Humphreys State: Tennessee
5. SIC Classification; 2816 .
n. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Waste effluent from the production.of jaint
pigment.
2. Date Well Permitted: 2/70 Coirpleted;
3. Injection Rate; 450 gpm
M. Injection Pressure; 500 psi
5. Total Depth of Well; 7461 ft.
6. Name, Age, and Depth of Injection Zone; Knox. Cambrian
4100 ft.
7. Date Injection Began: (Day) (Month) 04 (Year) To"
8, Total Volume Injected to Date: N/A (GalloniT
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal; N/A
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologlc Description
N/A
(a)
-------
WIC
TN-2
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinlne Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) ftrdrofracturing Pressure, psi.
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Knox
4100
3361
2050 - 3000
1.0 psi/ft est.
1.0 psi/ft est.
Cambrian
10 at 4410 ft.
110
25"
dolomite
widespread
1400
2700
Ordovician-Cambrian
carbonates, shale
widespread
C. Chemical Characteristics of Formation Fluids; Highly saline : chlorides-
73,950 ppm
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Fort Payne
Area! Lithologic
Depth Thickness Extent Character
200
limestone
Fluid
Character
saline
Mineral Resources in Area; No mineral resources in the area of. the disposal
well.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area; N/A
IV. WASTE CHARACTERIS'nCS
1. Ttechnical Description (Including Radioactivity); 13 - 15% aqueous solution
of ferric chloride.
2, Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity: 1.l
D. Temperature: N/A
E. pH: 1.5
(b)
-------
WIG TN-2
3. Toxicity: N/A
4. Reactivity with Surface Equipment Components; Corrosive to metallic components
5. Degradablllty Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Ifre-lnjection Waste ^Jreatment; Sedimentation
V. WELL DESIGN AND OBSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Hole
Size
30
20
20
13-3/4
12
Casing or Tubing
Weight and Grade
J-55
J-55
J-55
Fibercast
J-55
Size
24
16
13-3/8
9-5/8
9-5/8
Depth
Set
72
445
606
4650
4100
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 9-5/8
inch casing - bottom 2000 ft. cemented; 9-5/8 inch casing (injection) -
latex cement; all other casing cemented to surface with Portland cement.
3. Well Head Equipment (Name and Models); N/A
M. Packers, Centrallzers, and Other Subsurface Equipment: Centraiizers -
16" and 13-3/8" casing - 2 on bottom 4 joints and 1 on every joint above;
1 on bottom of Fibercast and 1 every 4 joints to surface.
5. Bottom Hole Completion; Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.: Acidized with 15,000 gal.
HCl at 1000 psi.
VI. DESCRIPTION OF SURFACE EQUIIMEMT
1. Holding Tanks and Plow Lines; N/A
2. Filters: N/A
(c)
-------
WIC TN-2
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19__ C. 19__
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Continuous pressure recorders; pressure
checked periodically.
B. Sampling Frequency and Water Quality Parameters Measured; N/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements: Constructed, equipped, and maintained so as
to prevent pollution of fresh water or endanger any natural resources.
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures; Total disoived solids not to
exceed 10.000 ppm.
(d)
-------
Well Id. Code; TN-3
COMPHATION OP INDUSTRIAL AND MUNICIPAL
Permit Status ;
PDR
Operational Status:
o
Operating Conpany Name and Address; stauffer Chemical Co.f Agricuitruai
Div. . Mount Pleasant. Tennessee
I. GENERAL IDtM'lFlCATION DATA
1. Entry Date of Data: (Day) 01 (Month) p_6_
2. Latitude and Longitude: 35"31 '20"787° 14'10"
(Year) 73
3. Well Location (Legal Description); sec 16. T12S. R28E
County ;
Maury
State:
Tennessee
5. SIC Classification; 2819
GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Chemical brines.
2.
3.
1».
5.
6.
7.
8.
9.
10.
Date Well Permitted: 2/10/69
Injection Rate: 25 gpm
Injection Pressure: gravity
Total Depth of Well: 6473 ft.
Name, Age, and Depth of Injection
Date Injection Began: (Day) 10
Completed:
Zone: Knox, Cambrian
3150 ft.
(Month) 03 (Year) 69
Total Volume Injected to Date: N/A (Gallons)
Date Injection Ceased: (Day)
Previous Mode of Disposal: N/A
(Month) (Year)
III. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
171"
(b)
Age
(c) (d) (e)
Depth Thickness Llthologlc Description
(a)
-------
WIC
TN-3
B. Geologic Description of Injection Unit and Other Possible Units
Injection Uhit
Confinlrur Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(M) Formation Fluid Pressure, psi
(5) Lithostatlc Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Uhit
(8) Porosity %
(9) Permeability, ralllldarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Knox
3150
2500
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Cambrian
dolomite
widespread
C. Chemical Characteristics of Formation Fluids: Brine
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
"N/A"
Area!
Thickness Extent
Llthologic
Character
Fluid
Character
4. Mineral Resources in Area:_
of the disposal well.
No mineral resources reported in the vicinity
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Ifydrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Carbonate brine solution
containing sodium chloride, sodium bicarbonate, sodium carbonatef and
aranitrophenol.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity; l.08
D. Temperature:
E. pH; N/A
N/A
(b)
-------
WIG TN-3
3. Toxicity: Paranitrophenol may be harmful to fish.
M. Reactivity with Surface Equipment Components; Possible corrosion of metallic
components by brine solution.
5- Degradablllty Level and Rate: None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. ft?e-lnjectlon Waste Treatment; Settled and decanted in ~a 250,000 gal.
tank.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 17-3/4 16 is
Intermediate 13-3/4 10-3/4 1010
8-3/4 7 2956
feet ion Tubing 2-7/8 2986
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
16 inch casing - 300 sks Portland
3. Vfell Head Equipment (Name and Models); N/A
. Packers, Centrallzers, and Other Subsurface Equipment; Packer on 2-7/8
inch casing. •
5. Bottom Hole Completion; Open hole from 2986 to 6473 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; Acidized with 15,000 gal.
20° Be' HC1.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; 250,000 gal settling tank.
2. Filters:N/A
(c)
-------
WIC TN-3
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19__ C. 19_
VIII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; One monitor well, 3500 ft. north;
continuous rate and pressure recorders.
B. Sampling Frequency and Water Quality Parameters Measured; N/A
C. Frequency of Measuring water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation: N/A
3. Regulatory Aspects
A. Construction Requirements: Constructed, equipped, and maintained in
a manner that will prevent pollution of fresh water or endanger any
natural resources.
B. Monitoring Requirements; Continuous pressure - rate recorders used.
C. Restrictions of Operation Procedures; Must operate as permitted.
(d)
-------
Well Id. Code: TN-4
COMPILATION OP INDUSTRIAL AND MUNICIPAL
EJECTION WELLS IN THE UNITED STATES
Permit Status: DAP Operational Status: DN_
Operating Company Name and Address; E.I. DuPont de Nemours Co.
New Johnsville. Tennessee
I. GENERAL IDatTIPICATION DATA
1. Ehtry Date of Data: (Day) 01 (Month) 06 (Year) 73.
2. Latitude and Longitude: 36°02'57"/86°59'05"
3. Vfell Location (Legal Description); N/A
M. County; Humphreys State: Tennessee
5. SIC Classification: 2816
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: N/A
2. Date Well Permitted; N75T Completed:
3. Injection Rate: N/A
Injection Pressure; N/A
5. Total Depth of Well: 7641 ft.
6. Name, Age, and Depth of Injection Zone: N/A
7. Date Injection Began: (Day) N/A (MontET (Year)
8. Total Volume Injected to Date: N/A (Gallons)
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal; N/A
XII. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
"TT71
(a)
-------
WIC
TN-4
B. Geologic Description of Injection Hilt and Other Possible Units
(1) Kame
(2) Depth (Ft.)
(3) Thickness (Ft.)
(*1) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydro fracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Fteservoir Temperature , °C
(11) Character and Area!
Distribution
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
. Mineral Resources in Area:
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity)
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/l:_
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: ~
D. Temperature:
E. pH:
(b)
-------
WIC TN-4
3. Toxlclty:
l». Reactivity with Surface Equipment Components:
5. Degradablllty Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Pre-lnjectlon Waste Treatment:
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
Injection
Cthi
ler
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. VieU Head Equipment (Name and Models):
. Packers, Centrallzers, and Other Subsurface Equipment:
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs,
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(c)
-------
WIC TN-4
3. Pumps:
VII. _ OPERATION CHARACTERISTICS
1. 3hJaction Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ B. 19__ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation;
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code: TX-I
COMPILATION OP INDUSTRIAL AND MUNICIPAL
Permit Status:
PDR
Operational Status:
o
Operating Company Name and Address; Monsanto chemical Company
P.O. Box 711 - Alvin. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 13
2. Latitude and Longitude; N/A
(Month) 08
(Year) 72
3. Vfell Location (Legal Description); Perry and Austin League 2. Ab 107
County: Brazoria
State: Texas
5. SIC Classification; 2821
II. GENERAL DATA ON WELL SHE
1. Type of Waste Injected; Chemical wastes from the manufacture of cumene
phenol.
2. Date Well Permitted; 11/14/61
3. Injection Rate; 221.500 gpd
Completed:
Injection Pressure: 400 PSJ
5. Total Depth or well; 6409 f t. plugged
6. Name, Age, and Depth of ijjaction Zone:
back to 6320 ft.
Miocene Sands. Miocene
7. Date Injection Began: (Day)
8. Total Volume Injected to Date:_
9. Date Injection Ceased: (Day)
(Month)
(Year) 70
so 8A7oo
th
p
)
(Gallons)
10. PrevlOUS Mode Of Disposal: Two detention lagoons
.(Year).
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont
Lissie
Goliad
Laearto
Oakville
Catahoula
-------
WIG
TX-1
B. Geologic Description of Injection Unit and Other Possible Units
Injection ttilt
Confining B«i
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(14) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
f6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, mlllidarcles
U.O) Reservoir Temperature, "C
(11) Character and Area!
Distribution
6000
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
30
150 - 2400
49°
aanH
RniiflH-DflW-f HP
tono
5000
PI 1 OPPTIP— M"f OPPnP
r* 1 a\r caT-vrl
C. Chenjical Characteristics of Formation Fluids: IDS = 94,000 ppm
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Dei
Beaumont 0
Lissie
Area! Lithologic Fluid
pth Ihickness Extent Character Character
extensive clay fresh
1000 extensive sand, gravel fresh
Mineral Resources in Area: Oil in the immediate area.
5. Location of Other Wells, Abandoned Wells, and Other renetratlons In
Immediate HydrolOgically Affected Area: There are several abandoned oil wells
in the immediate area.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Wastes from Cumene phenol
manufacture including organics and inorganic salts.
49
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1:" N/A
C. Specific Gravity:
D. Temperature:
E. pH; 7.5
N/A
N/A
(b)
-------
WIC TX-1
3. TbXlCJty: Phenol highly toxic.
4. Reactivity with Surface Equipment Components; Slightly corrosive.
5. ' Degradatolllty Level and Rate; Phenol may degrade anaerobically .
6. Biological Level at Injection and Estimated Biological Level After Injection:
Bacterial activity unlikely due to presence of phenol.
7. Pre—Injection Waste Treatment: Sedimentation, skimming, pH adjustment,
and filtration.
V. WELL DESIGN AND CONSTRUCTION
I. Casing and Tubing
Surface
Intermediate
Jectlon
Inject
Other
Hole
Size
16
Casing or Tubing
Weight and Grade
40# H-40
26# J-55
11.34// N-80
4.7# J-55
Size
10-3/4
7
4
2-3/8
Depth
Set
20
2011
3541
3541
6174.84
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
10-3/4 inch casing - 860 sks cement; 7 inch casing - 1600 sks Pozmix 4-
4% gel.
3. fell Head Equipment |Name and Models");" Cameron Iron Works. Inc. Design'. "
10-3/4" Thd 8rd x 10" series 600 flange CIW 10" x 6" series 600 CIW LD head
2" series 600 upper section w/ 3-2" valves, 2" tee. 2" choke body. 6"x2" flange
4. Packers, Centralizers, and Other Subsurface Equipment: 3 ^as valve lifts at
841.20 ft, 1256 ft. and 1661.90 ft.; Baker model D packer at,3541.66 ft.j
TIW L.H. packer at 3531.66 ft.
5. Bottom Hole Completion; 3Q'-4" stainless screen undereamed_and gravel packed
6160 to 6365 ft. ; Bullet perforations, 8/ft_. at 6045 to 6294 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; 50.000 gal, sludge tank. pH mixing tank, and
300,000, gal._ surge tank.
2. Filters: 3 pressure sand filters.
(c)
-------
WIC TX-1
3. Pumps: Centrifugal - 400 gpm at 1500 psig
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 7/70 Average 77 Maximum 225
"
1/71 '198 259
7/71 246 369
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 7/70 Average 410 MaxJimm 880
t«
1/70
" 7/71 860 1060
it
3. Annual Volume Injected, gal.
A. 19_71 54,037,000 B. 1970_ 26,810,000 C. 19
VIII. SAPE3Y INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Well head and annulus pressure; injection
flow rate; injection flow volume.
B. Sanpling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous
monitoring.
2. Contingency Plan for Well Failure During Operation: 600,,000 gal, storage
tank. _____
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements: Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor well head and annulus pressure and
total volume; report biannually
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: TX-2
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN THE UNITED STATES
Permit Status; PNC Operational Status: PC
Operating Conpany Name and Address: Monsanto Company
P.O. Box 1311, Texas City, Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 07 (Month) 09 (Year) 73
2. Latitude and Longitude; N/A
3. Vfell Location (Legal Description); Located 8290 ft. west of the east line and
4093 ft. north of the south line on the Monsanto Chocolate Bayou site
4. County: Brazoria State: Texas
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; N/A
2. Date Well Permitted; 11/14/61 Conpleted:
3. Injection Rate: N/A "
Injection Pressure; N/A
5. Total Depth of Well: N/A
6. Name, Age, and Depth of Injection Zone: N/A
7. Date Injection Began: (Day) N/A (Month) (Year)
8. Total Volume Injected to Date: N/A (GallonsT
9. Date Injection Ceased: (Day) " (Month) (Year)
10. Previous Mode of Disposal: N/A
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
N/A
(a)
-------
WIC
TX-2
B. Geologic Description of Injection Unit and Other possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(*0 Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
6) ffydrofracturing Pressure, psi
7) Age of Unit
8) Porosity %
(9) Permeability, ndllidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Depth
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area:
5. Location or Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity):
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/l:_
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: ~
D. Temperature:
E. pH:
(b)
-------
WIG TX-2
3. Toxicity:
. Reactivity with Surface Equipment Components:
5. Degradabillty Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Ejection:
, *
7. Pre-lnjectlon Waste Treatment;
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Ilibing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
lection
Ihji
Otto
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Name and Models):
. Packers, Centralizers, and Other Subsurface Equipment:
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(0
-------
WIC TX-2
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During life of Well to Present)
Date(s) Average Maximum
it
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19.
VIII. SAFETY IKPORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation:
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures;
(d)
-------
Well Id. Code; ix-3
COMPILATTON OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNiltU STATES
PDR
Operational Status:o
Permit Status: .
Operating Company Name and Address; Potash Company of America
P.O. Box 1178 ^ Dumas. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 14
(Month) 08
2. Latitude and Longitude: 35°56'll"/101057'll"
(Year) 72
3. Well Location (Legal Description); Section 362, Block 44. H.&T.C.R.R. Co.
Survey,. 850 ft. FEL and 1050 ft. FSL. ___
County; Moore
State:
Texas
5. SIC Classification; 1474
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Excess 20° Baume hydrochloric acid produced by
sulfate conversion.
2.
3.
H.
5.
6.
7.
8.
9.
10.
Date Well Permitted; 12/61
Injection Rate; 2,100,000 gpy
Completed:
Injection Pressure; gravity
Total Depth of Well: 1265 ft.
Name, Age, and Depth of Injection Zone: Glorietta. Permian
Date Injection Began: (Day)
1250 ft.
(Month) iT
15.483.559
Total Volume Injected to Date:_
Date Injection Ceased: (Day)_J
Previous Mode of Disposal; Surface pits.
(Month)
(Year) 64
((salons)
JYear).
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Alluvium
pgallala
Red Beds
Glorietta
(b)
Age
Recent
Tertiary
Permian
Permian
(c)
Depth
_o
210
465
1110
(d) (e)
Thickness Lithologic Description
210 sand, clay
255 sand, caliche
645 shale, gypsum
555 limestone, dolomite, sand
(a)
-------
WIC
TX-3
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Confining Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Llthostatic Pressure, psi
w
(7
(B
ftrdrofracturing Pressure, psi
Age of Unit
Porosity %
(9) Permeability, minidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Glorietta
1250
155
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Permian
20
limestone, dolo-
mite
Red Beds
465
645
Permian
shale , gvpsum
C. Chemical Characteristics of Formation Fluids: High chloride ion
concentration
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Ogallala
Red Beds
Area!
Thickness Extent
255
465
645
Lithologic
Character
sand
shale, gypsum brackish
Fluid
Character
potable
. Mineral Resources In Area: N/A
5.
Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate ifydrologlcally Affected Area; 17 water wells within 4 mile
radius, depth range from 310 to 515 ft.; Shamrock Oil and Gas Corporation
has two wells 2 miles east and one well 5 miles east of the disposal
well.
IV. WASTE CHARACTERISTTCS
1. Technical Description (Including Radioactivity); 31.45% hydrochloric acid
solution.
N/A
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
Cone. Dissolved Solids, mg/1:
Specific Gravity:
Temperature:
N/A
B.
C.
D.
E.
1.16
N/A
pH:
(b)
-------
WIG TX-3
3. ToxicIty: Exceedingly corrosive to tissue; concentrated hydrochloric acid
with accompanying irritating; vapors of chlorine gas.
H. Reactivity with Surface Equipment Components: Exceedling corrosive to all
metals.
5. Degradablllty Level and Rate: None "~
6. Biological Level at Injection and Estimated Biological Level After Injection:
No bacterial activity likely. .
7. Pre-lnjection Waste Treatment; N/A. I
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Hole
Size
11
7-7/8
7-7/8
Casing or Tubing
Weight and Grade
24// J-55
Fibercast
Fibercast screen
Size
8-5/8
3-1/2
3-1/2
'Depth
Set
insa
1150
1150-1250
,
Other
2. "type and Amount of Cement, Cement Additives, Emplacement Horizon: 8-5/£
inch casing - 900 cu. ft. of Pozmix #1 with 2% CaCl9Jn 750 of the sacks.
3. Vfell Head Equipment (Name and Models); A Nominal 3 inch fibercast well head
with a 50 psi, Falls Industry rupture disk and a 2 inch Nominal polyethylene
inset pipe.
4. Packers. Central!zers, and Other Subsurface Equipment: 264.6 gallons of acid
resistant Hydromite pumped between 8-5/8" and 3-1/2" casing to form plug
(set at 1013 ft.). Two centralizers use.
5. Bottom Hole Completion; Fibercast screen was gravel packed from 1135 - 1265^
feet with 45 cu. ft. of 8-1/2 mesh frac sand.
6. Hydraulic Fracturing, Acidizing Programs, etc.: None
VI. DESCRIPTION OF SURFACE EQUIFMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters: N/T
(c)
-------
WIC TX-3
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 12/64-12/71 Average 40 Maximum 50
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 12/64-12/71 Average vacuum Maximum
3. Annual Volume Injected, gal.
A. 19_71 2.462,684 B. 19_70 2.074.981 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Biannual report with monthly data of
in.-jection pressure, rate, and total volume.
B. Sampling Frequency and Water Quality Parameters Measured: Periodically
monitored.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation: Surface pits.
3. Regulatory Aspects
A. Construction Requirements: Shall not be constructed to a depth
less than 1250 ft. below the surface of the ground and as specified by
the Texas Water Commission No. WDW-13.
B. Monitoring Requirements: Casing pressure tests; bottom hole pressure
tests; somplete chemical analysis of waste water; monitor annulus and
well head pressure and rates; report biannually. _
C. RestMctions of Operation Procedures; permit allows 157.QOQ gal, per
month or maximum of 1.900.000 gal, per year. Well head pressure no to
exceed 250 psi .
(d)
-------
Well Id. Code: TX~4
COMPILATION OP DEXJSTRIAL ANDi MUNICIPAL
INJECTION WELLS IN THE UNI'Itl) STATES
Pennit Status:
PDR
Operational Status:
o
Operating Company Name and Address: E.I. DuPontde Nemours, victoria Plant
P.O. Box 2626 - Victoria, Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 17
(Month) 08
2. Latitude and Longitude; 2Er39'30"/96°56'l~
(Year) 72
3. Vfell Location (Legal Description): Desideria Oarcia League, Ab. A-38.
4250 ft. from the northwest line and 18,650 ft.from the northeast line.
County: Victoria
State: Texas
5. SIC Classification; 2818
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Salt water with ..minor amounts of corner and
cvanide.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Date Well Permitted:_
Injection Rate: N/A"
2/63
Completed:
Injection Pressure: 170
Total Depth of Well: 4800 ft.
Name, Age, and Depth of Injection Zone: Lower Catahouia. Miocene
Date Injection Began: (Day) 27 (Month) 12
3960-4636 ft.
588 515.000
(Month)
(Year) 63
Total Volume Injected to Date:_
Date Injection Ceased: (Day)
Previous Mode Of Disposal: ' Disposal into the Guadalune River.
(GailonsT
_(Year).
PI. GEOLOGIC INFORMATION
1. Ldthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(e)
Lithologic Description
sand, clav, pravel
clav
sand, gravel
sand
clav
sand
sand
sand
(a)
Name
Alluvium
Beaumont
(b)
Age
Recent
Pleistocene
(c)
Depth
0
(d)
Thickness
1600
Lissie
Lagarto
Oakville
Catahouia
Greta
Pleistocene
Pliocene
Miocene
Miocene
Miocene
Miocene
3000
3700
4400
700
700
300
(a)
-------
WIG
TX-4
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Catahoula
3960
676
2001
1.0 psi/ft est.
1.0 psi/ft est.
Miocene
28
300 '
sand
Ooliad-Oakville
1600
2100
Pliocene-Miocene
sand^ clav
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Alluvium
Beaumont
Lissie.
Area! Lithologic
Depth Thickness Extent Character
variable sand, pravel
extensive clav
extensive sand, gravel
Fluid
Character
^resh
fresh
fresh
4. Mineral Resources in Area: °il and natural pas.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; Three water supply wells, two
abandoned oil wells, and three other disposal wells on DuPont pronertv.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Brine with minor_amounts^
of copper, cvanide, amnonla, chlorides and orpanics.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity: 1.12 - 1.14
D. Temperature: N/A
E. pH: 7.5 - 8.5
(b)
-------
WIC TX-4
3. Toxiclty: Cyanide hifthlv toxic.
l». Reactivity with Surface Equipment Components; Little corrosion due to
of lines and basins with rubber,
5. Degradablllty Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Verv little bacterial activity iJkelv due to presence of cvanjde.
7. Rre-injection Waste Treatment; Waste cooled bv heat exchange, aoueous NaOH
added to neutralize, run into baffled settling basin, solids removed,
"""then polished in a perculator packed filter. •-•--,
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Surface 15
Intermediate
Casing or Tubing Depth
Weight and Grade Size Set
J-55 10-3/4 2011
J-55 7 4800
Injection
Other
4.7# J-55 ETTF 2 4700
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 10-3/4
inch casing - 1000 sks + 4% pel.: 7 inch casing - 515 sks Portland + 4%
__
3. Well Head Equipment (Name and Models); N/A
. Packers, Centralizers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion; Perforated 3960 - 4636 Ft. with crack-jet charges.
6. Hydraulic Fracturing, Acidizing Programs, etc.: 4o'no.gal.' Halliburton 15%
inhibited HC1 at least once vearlv.
VI. DESCRIPTION OP SURFACE EQUIFMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters:
(c)
-------
WIC TX-4
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s)_6/W Average HO Maximum 205
" 6/66 175 235
" 6/70 115 225
11 6772TT5 225
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 6/64 Average 170 Maximum 270
" 6/66 " 105 180
" 6/70 170 345
" 6/72 175 350
3. Annual Volume Injected, gal.
A< W_72 43,866,000 B. 19_71 100.707.000 C. 19_70 72.094.000
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus nressure: inlaction
flow rates and volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured.
C. Frequency of Measuring Water Levels and Hydrostatic Heads: Continuous
monitoring.
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; All casing should hold within a 57. variation
for one hour pressure test at 1500 nsi.This test is performed
annualIv.
B. Monitoring Requirements; Report anv significant changes in operation
immediately and report bimonthly.
C. Restrictions of Operation Procedures; Not ot exceed 1000 psi infection
nump pressure at a rate not greater than 310 ?»pm.
(d)
-------
Well Id. Code:
TX-5
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Operational Status: g_
Permit Status: PDR
Operating Company Name and Address: Northern Natural Cas Company
Star Route #1, Box 27A - Spearman, Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 1A
(Month) 08
2. Latitude and Longitude; 36"04'30I7101°04A54T^
(Year)
72
3. Well Location (Legal Description): Section 23, Block R. B&B Survey,
AOO ft. FEL and 350 ft. FSL.
1|. County. Ochiltree
State:
Texas
5. SIC Classification; 1321
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Industrial waste from natural gas compressor and
purifier plant.
2.
3.
1.
5.
6.
7.
8.
9.
10.
Date Well Permitted; 4/3/63
Injection Rate: 3,600,000
Completed:
Injection Pressure: pravitv
Total Depth of Well: 4050 ft.
Name, Age, and Depth of Injection Zone: Hoiienburg. Permian
Date Injection Began: (Day)
3500 - 3850 ft.
(Month) 01
(Year)
64
Total Volume Injected to Date: 30.588.240
Date Injection Ceased: (Day) (Month)
Previous Mode Of Disposal; Disposal to surface pit located on_ plant
propertv.
JYear)
(Colons)
Hi. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Alluvium
Ogallala
Limarron
Red Beds
Wichita
Hoiienburg
Wolrcamp
(b)
Age
Recent
Pliocene
Permian
Permian
Permian
rermian
Permian
Permian
(c)
Depth
2330
2650
3180
3284
3820
4500
(d) (e)
Thickness Lithologlc Description
950 sand, gravel, clay
710 sandstone
320 evaporites
530 ~ shale
104 shale, evaporites
536 dolomite
680 dolomite
limestone, snhvdrite
(a)
-------
WIC
TX-5
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Confinine Bed
U) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturlng Pressure, psi
(7; Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Fteservolr Temperature, °C
(11) Character and Areal
Distribution
Hollenburg
3284
536
l.n psi/ft est.
1.03 nsi/ft est.
Permian
dolomite
Cimarron-Wichita
2330
950
Permian
shale, evaporites
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Al luvium
Opallala
Depth
0
Area! Lithologlc
Thickness Extent Character
sand, pravel
extensive sandstone
Fluid
Character
fresh
fresh
. Mineral Resources in Area:
field
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate IfydrolOgically Affected Area; Three shallow water supply wells and
14 gas wells within 2-1/2 miles.
IV. WASTE OiARACTERISTTCS
1. Technical Description (Including Radioactivity): Hydrocarbons, iron,
chromate, chloride, and sulfate.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, m&/l: 19,943
C. Specific Gravity: N/A
D. Temperature: N/A
E. pH; 5.7
(b)
-------
WIG TX-5
3. Toxlcity: Mav be slightly toxic due to presence of acid conditions.
4. Reactivity with Surface Equipment Components: midiy corrosive on metallic
fixtures.
5- Degradability Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity ninirial.
7. Pre-injection Waste Treatment: Separator and settling basin with oil sump.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Surface
Intermediate
Casing or Tubing
Weight and Grade Size
32# H-40, R-2 Younpstown
15. 5^ J-55 Younsstovn
8-5/8
5-1/2
Depth
Set
986
4047
Injection
6/5-* J-55 Younestown
2-7/8
3688
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 8-5/8
inch casinp - 700 sks 50-50 Pozmix with l/4ft Flocel per sack and 2% CaCl2;
5-1/2 inch casing - 250 sks Encor, 50% Pozmix with 12-l/2ft Oilsonite
3. Well Head Equipment (Name and Nkxiels); N/A
. Packers, Centralizers, and Other Subsurface Equipment:3 centralizers on
8-5/8 inch casinp and 9 on the 5-1/2 inch casing; Raker model "D" packer
on wire line at 35lo ft.
5. Bottom Hole Completion: Perforated with 2 lets per . ft at 7 intervals between
3623 and 4016 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.: Tractured at 2100 nsi and
1400 psi; acidized with 300 gal 15% RIA acid at,1150 psi.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Storage and surge .tank with 1000 barrel
capacity.
2. Filters: None
(c)
-------
WIC TX-.S
3. Pumps: Lavne centrjifuffaj. 14 stage with R inch bowels.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6/64 Average 13.8 Maximum 190
11 6/66 6'. 6 190
" 6/69 __iil 80
ii
6/72 18.5 8n
2. Injection Pressure, psl (During Life of Well to Present)
Date(3) 6/64-6/72 Average 18" Hft vacuum Maximum 24" H% vacuum
It ————— _
II
It
3. Annual Volume Injected, gal.
A. 19_7J 2,443,590 B. 19_71 5,669,560 C. 19.70 1 .618.022
VIII. SAFBIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Continuous pressure readings at well
head of annulus.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
monitored.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous
monitoring.
2. Contingency Plan for Well Failure During Operation: Surface pits.
3. Regulatory Aspects
A. Construction Requirements; Test pressure ^.t IQOO nsj for casing
leakage.
B. Moaiitoring Requirements: Casing and bottom hole pressure test ; complete
chemical analysis of waste; monitor rates and volume of flow; report
biannuallv.
C. Restrictions of Operation Procedures; Not to exceed well head pressure
of 1000 psi.
(d)
-------
Well Id. Code: TX-6
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN THE UNITED STATES
Permit Status; PDC Operational Status: NQUP
Operating Company Name and Address: Pan American Petroleum Corporation
P.O. Pox 660 "- Tvler. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) OR (Year)
2. Latitude and Longitude: 32°57'i8"/95e52'33"
3. Well Location (Legal Description); 5175 ft. PEL and 1425 TNL of the Oscar
Enp.ledow Survey, Ab. - 181.
4. County: Wood State: Texas
5. SIC Classification; 2911
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Cooling tower blowdown water, gas field produced
salt water, and other minor wastes from a gasoline plant.
2. Date Well Permitted; 4/3/63 Completed:
3. Injection Rate: N/A
4. Injection Pressure: 400 PSJ
5. Total Depth of Well; 5231 Ft.
6. Name, Age, and Depth of Injection Zone: Woodbine, Cretaceous
4775 - 5160 ft.
7. Date Injection Began: (Day) (Month) 05 (Year)
8. Total Volume Injected to Date: N/A (GallonsT
9. Date Injection Ceased: (Day) ~ (Month) 03 (Year) 72
10. Previous Mode of Disposal: N/A
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologlc Description
N7A~
(a)
-------
WIG
TX-6
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, ^C
(11) Character and Area!
Distribution
Woodbine
4775
385
Cretaceous
400
sand
350
4350
Terti arv-Cretaceous
sand . clav
C. Chemical Characteristics of Formation Fluids: N/A
3. Gteohydrology of Fresh Water and Other Useful Aquifers
Name
Wilcox
Depth
o
Area!
Thickness Extent
Lithologic
Character
350
extensive sand
Fluid
Character
potable
. Mineral Resources in Area: Oil and sas occur in the area.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate fydrologically Affected Area; AH wells are stated to be
sufficientlv nlucped.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Cooling tower hlowdo^m and
boiler blowdown water - fresh water with dissolved minerals at 5 times
their original concentration plus chronates and phosphates,.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1: 8000
C. Specific Gravity: N/A
D. Temperature: N/A
E. pH; N/A
(b)
-------
WIC TX-6
3. Toxic It y: Slowdown water plus chromates may be toxic; chromate limited. _tp
0.05 mg/1 in drinking water.
M. Reactivity with Surface Equipment Components: N/A
5. Degradability Level ana Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection: bacterial activity
7. P^e-lnlection Waste Treatment; None
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Surface 15
Intermediate
Casing or Tubing
Weight and Grade Size
10-3/4
7
Depth
Set
460
5231
Injection
Other
Plastic tubinp; 4-1/2
4716
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
10-3/4 inch casinp - cemented to top; 7 inch casing - 970 sks.
3. Well Head Equipment (Name and Models); N/A
Packers, Centralizers, an Other Subsurface Equpment: Packer set at 4700
feet.
5. Bottom Hole Completion; Perforations at 4940 to 5090 feet,
6. Hydraulic Fracturing, Acidizing Programs, etc.: 300 gal. Fe acid at 500?
pressure (6/30/69), 500 gal. 20% Fe acid (6/18/69). 3000 gal. 25% Fe acid
(8/9/68)
VI. DESCRIPTION OP SURFACE EQUIFMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters: NTT
(c)
-------
WIC TX-6
3. Pumps: Fairbanks, rated maximum of 350 gpm.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 7/66 Average no Maximum iso
11 '7/JT7 155 200
" 7/68 100 165
11 7/69 155 200
2. Injection Pressure, psl (During Life of Well to Present)
Date(3) 7/66 Average 200 Maximum 250
" T/67 375 375
11 7/68 300 400
11 7/69 400 400
3. Annual Volume Injected, gal.
A. 1969. 10,237,685 B. 19 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure; injection
flow rate and volume.
B. Sampling Frequency and Water Quality Parameters Measured; periodically"
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads: Continuous"
monitoring
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected bv wastes,.
B. Monitoring Requirements: Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor well head and annulus pressure
rates and total volume; report biannually.
C. Restrictions Of Operation Procedures; Maximum operating surface
pressure of 1250 psi and a volume not greater than 10,000 barrels per
dav.
(d)
-------
Well Id. Code: TX-7
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNlTfcl) STATES
Permit Status:
PDR
Operational Status:
Operating Company Name and Address: Western Ammonia Corporation
P.O. Box 1008 - Piramitt. Texas
I. QENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 16
(Month)
08
2. Latitude and Longitude; 34°3lf45'7l02el7'i8"
(Year) 72
3. Well Location (Legal Description); Castro County. Block M-IO-A. Section
22.
County; Castro
State: Texas
5. SIC Classification; 2819
II. GENERAL DATA ON WELL SHE
1. Type of Waste Injected; Cooling tower and boilter blowdown water.
2. Date Well Permitted: W64
3. Injection Rate; 149,683.300 gpy
Completed:
Injection Pressure; 390 psi
5. Total Depth of Well; 4600 ft.
6. Name, Age, and Depth of Injection Zone: Santa Rosa. Triassic
951 - 980 ft.
(MonthT
05
7. Date Injection Began: (Day) 03 __
8. Total Volume Injected to Date; 274.296.530
9. Date Injection Ceased: (Day) (Month)
10. Previous Mode Of Disposal; Disposal into an unlined pit.
(Year) 65
(GalTonsT
_(Year)
XII. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Ogallala
Dockum Group
Chinle
Santa Rosa
(b) (c) (d) (e)
Age Depth Thickness Lithologic Description
Pliocene _0 393 clav. sand, gravel
_ 393 307 shale
_ 700 250 sandstone
Triassic 950 30 sandstone
Triassic
Triassic
(a)
-------
WIC
TX-7
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Confining Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hirdrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, mlllidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Santa Rosa
950
30
1.0 psi/ft est.
1.0 nsi/ft est.
Triassic
10 - 30
300
sandstone
widespread
540
400
Triassic
shale, sandstone
widespread
C. Chemical Characteristics of Formation Fluids: TDS = 25.400 pnm
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Ogallala
Chinle
Depth
0
Ihickness
393
Area!
Extent
Lithologlc
Character
Fluid
Character
extensive sand. gravel fresh
extensive sandstone
usable
Mineral Resources in Area: Extensive oil production in the area.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; TWO oil tests; 2-1/2 miles southeast
with wooden plugs set at 3100, 2430, and 150 ft. : 4 miles southwest,
temporarily abandoned hole with all casing left in.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Cooling tower biowdown and
water treating, plant wastes containing chloride, chromate. sulfide and
nitrate.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; 1440
Cone. Dissolved Solids, mg/1:
Specific Gravity:
Temperature:
pH:
B.
C.
D.
E.
2300
N/A
N/A
3.0
(b)
-------
WIG _ TX-7
3. Toxicity: Chromate may be toxic to humans.
4. Reactivity with Surface Equipment Conponents: Possibly corrosive to steej
components .
5. Degradability Level and Rate: Possible chronate reduction bv heat'.
6. Biological Level at Injection and Estimated Biological Level After Injection :
Prohablv not sterile at injection; bacterial activity minimal. _
7. Pre-injection Waste Treatment; Concrete hiock APT separator. ~~~
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Surface IB
Intermediate 12-1/2
Casing or Tubing Depth
Weight and Grade Size Set
3o_33# 14 417
36? J-55 9-5/8 1042
Infection
2.1A' Fiberglass tubinp 3 930
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 14 inch
casing - 310 sks Pozmix plus 27. CaCl2 and 4? p,el. + 100 sks Pozmix plus
^2% CaCl2; 9-5/8 inch casing -_300 sks Pozmix + 200 sks Neat cement w/_l/4/~
Plocele per sack.
3. Well Head Equipment (Name and Models): N/A
. Packers, Centralizers, and Other Subsurface Equipment: Baker tension nacker;
55 gallons of Dov;ell "Carban" corrosion inhibitor in annul us,
5. Bottom Hole Completion: Perforated vTth A holes rer foot. 951 . - ._98Q ft
6. Hydraulic Fracturing, Acidizing Programs, etc.: i.ono gallons of arid
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Tiro earthen nits.
2. Filters: N/A
(c)
-------
WIC TX-7
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 12/65 Average Maximum 50
" 12/67' 35 90
" 12/69 139 139
11 12/71 128 128
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 12/65 Average 350 Maximum 375
" 12/67 150 175
" 12/69 180 390
" 12/71 390 390
3. Annual Volume Injected, gal.
A. 1921 4lr275.000 B. 19lQ_ 66,060.000 C. 19
VIII. SAFEOT INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Automatic shut-off valve set at 400 psi.
B. Sampling Frequency andwater Quality Parameters Measured: Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous"
monitoring.
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected bv wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor well head and annulus pressure
rates and total volume; report biannually.
C. Restrictions of Operation Procedures; Well head pressure not to exceed
400 psi.
(d)
-------
Well Id. Code: TX-8
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN TOE UNTIED STATES
Permit Status; PDR Operational Status: o
Operating Company Name and Address: Celanese Chemical Company
P.O. Box 509 - Rav Citv, Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 14 (Month) oa (Year) 22.
2. Latitude and Longitude: 28°52'Ql'796eOl'02"
3. Vfell Location (Legal Description); James Moore League. Abs. No. 62
*•• County: Matagorda State: Texas
5. SIC Classification; 2818
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Natural gas production, cooling tower and boiler
waste.
2. Date Well Permitted; 6/26/64 Conpleted:
3. Injection Rate: 163,000.000
. Injection Pressure; 415 psi
5. Total Depth of Well: 3728.96 ft.
6. Name, Age, and Depth of Injection Zone: Miocene sands. 3400 - 36QQ ft~
7. Date Injection Began: (Day) (Month) 08 (Year) 64
8. Total Volume Injected to Date: N/A (GallonsT
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode Of Disposal: Holding ponds and a large rice field
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologlc Description
~ —
(a)
-------
WIC
TX-8
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(*0 Formation Fluid Pressure, psi
(5) Llthostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7; Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Miocene
3400
300
0.45 psi/ft est.
1.0 psi/ft est.
1.0 Dsi/ft est.
Miocene
27.2 - 35.7
193 - 1389
63° at 3491 ft.
sand
1300
2000
Pliocene-Miocene
shale, clav, sand
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumont
Depth
0
Area!
Ihickness Extent
Lithologic
Character
Lissie
1300
extensive clav, sand
extensive sand
Fluid
Character
fresh
fresh to saline
. Mineral Resources in Area: oil and gas production.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; 29 shallow wells (135-150 ft.) within
3 miles; 26 drv and abandoned holes; 33 oil tests have been made; 4
abandoned producers:
8000 to 11,000 ft.
3 currentlv producing wells- depthsranpefrom
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Cooiinp tower and boiler
water with orpanics, nitrate, vanadium , copper and ash.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/l:~
C. Specific Gravity: N/A
D. Temperature:
E. pH; 3.Q
50
N/A
N/A
(b)
-------
WIC TX-8
3. Toxicity: High vanadium content and presence of chlorinated hydrocarbons
tnav produce some toxicity to humans. _________
4. Reactivity with Surface Equipment Components; Corrosiv^^o^etalTic~com[on~_
ents.
5. Degradability Level and Rate: Organic fraction is 6xidizabl'e7' ""'""~~~'_.'''^"~
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity, minimal. _
7. Pre-injection Waste Treatment;Process run-off sump, settler-skimmer,
caustic add neutralization, coarse filtration, polishing filters.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Surface
Intermediate
Injection
Other
Casing or Tubing
Weight and Grade
32. 75# H-AO ST&C
20# 8 thd J-55 ST&C
Fiberglass w/epoxv
Hastellav "C"
Size
15
10-3/4
7
4-1/2
4-1/2
Depth
Set
1534
1481
3729
3385
3625
2. Type and Anoint of Cement, Cement Additives, Bnplacement Horizon:
10-3/4 inch casing - 594 sks common cement plus 8% gel.
3. Well Head Equipment (Name and Models): N/A
A. Packers, Centralizers , and Other Subsurface Equipment; Diesal oil in annulus;
10-3/4'' ST&C Larkin Guide shoe at 1526 ft.; float valve at 1495 ft.; _
centrallzers on 10-3/4" casing at 1495, 1434. 1471. 1378. 1315. and
~Tl55 ft.
5. Bottom Hole Completion: Perforations shot wj.th a swinp jet at 3352-3302 f t .
Ping on bottom, gravel pack, jetted with high pressyre nltropgn and
6. Hydraulic mtcturing, Acidizing Programs, etcT: N/A ----„.-,-
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Sump tank, skimmer-sett ling tank.
2. Filters; Polishing filters and coarse-grained filter.
(0
-------
WIC TX-8
3- Pumas: 2-stage centrifugal pump rated at 400 gpm at 1150 foot head.
200 HP electric motor powered.
VII.._OPEHATiOM CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6/68
" 6/69
" 6/70
" 6/71
2. Injection Pressure,
Date(s) 6/68
6/69
" 6/70
6/71
Average 338
318
311
332
psl (During Life of Well
Average 330
282
434
415
Maximum 360
370
360
364
to Present)
Maxinum 357
380
500
455
3. Annual Volume Injected, gal.
A. 19.71 138.000,000 B. 19_70 163.373.000 C. 19^2 ifii,Rin,nno
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Well head and annulus pressure: injection
rate and volume.
B. Saiqpling Frequency and Water Quality Parameters Measured; Periodically'
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous""
monitoring.
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected bv waste.
B. Monitoring Requirements; Casing and bottom hole pressure tests;
complete chemical analysis of wastes; monitor well head and annulus
pressure rates and total volume; report biannuallv.
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: TX-9
CCMPIIATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNTIED STATES"
Permit Status:
PDF
Operational Status:
NOP
Operating Company Name and Address: BP on corporation
P.O. Box 849 - Port Arthur, Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 14
(Month) 08
2. Latitude and Longitude; 29057'27"/93°53'20"
(Year) 72
3. Well Location (Legal Description); Hiram Brown Sruvev, Abstract No. 6
County: Jefferson
State: Texas
SIC Classification:_29ii
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Hydrochloric acid from gas production.
2. Date Well Permitted:_
3. Injection Rate: N/A~
6/22/64
Completed:
Injection Pressure; N/A
5. Total Depth of Well: 3417 ft.
6. Name, Age, and Depth of Injection Zone; MjOCene sand. 2760-2834 TtT
7. Date Injection Began: (Day) 03
8. Total Volume Injected to Date:_N/A
9. Date Injection Ceased: (Day) 11
10. Previous Mode of Disposal; N/A
12
(Month) 05
(Year)
64
(Gallons)
JYear),
66
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont
Lissle
Miocene sand
(b)
Age
Pleistocene
Pleistocene
Miocene
(c) (d) (e)
Depth Thickness Lithologlc Description
_0 sand, clav, silt
1500 sand , gravel
1500 7400sand, silt, clav
(a)
-------
WIC
TX-9
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confining Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Miocene
2800
100
0.45 psi/ft est.
1.0 psi/ft est.
1.0 nsi/ft est..
Miocene
sand
1500
1300
Miocene
sand, silt, clav
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumont
Depth
0
Lissie
Thickness
1500
Area!
Extent
Llthologic
Character
extensive clay, sand
extensive sand, clay
Fluid
Character
fresh
potable
A. Mineral Resources in Area: Numerous producing gas wells in the area.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Ifydrologically Affected Area; Numerous pas wells.
IV. WASTE CHARACTERISTTCS
1. Technical Description (Including Radioactivity); 16.97 hydrochloric acid
(by weight) chloride, magnesium, calcium sulfate. iron and organics are
other constituents.
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: 16
Cone. Dissolved Solids, mg/1; 130,000
Specific Gravity:
Temperature:
pH: 1.0
B.
C.
D.
E.
1.092
M/A
(b)
-------
WIC TX-°
3. Toxic 11y : Highly toxic due to presence of very hi?.h concentration hydro-
chloric acid and resulting chlorine gas vapors. '__._
i|. Reactivity with Surface Equipment Components; Verv corrosive to metals.
5. Degradabllity Level and Rate: N/A ~
6. Biological Level at Injection and Estimated Biological Level After Injection:
None. Bacteria cannot survive at such low pH.
7. Pre-injection Waste treatment; None
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Surface
Intermediate
Casing or Tubing
Weight and Grade
54.54
20/< T-55 and 23/> N-80
Size
13-3/8
7
Depth
Set
M
2036
Injection
Other
Fiberglass v/epoxv
2-1/2
3360
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 13-3/3
inch casing - 15 sks cement, 350 sks Lite Vate cement and 100 sks common:
2 gallons common cement on "bottom plug 2^02-2911 ft.
3- Vfell Head Equipment (Name and Models); Cameron Tron Works Euhinp hearf
v±th WK>T Teflon lined ball valve
M. Packers, Centralizers, and Other Subsurface Equipment; Hast;alloy, "c"
packer at 1455 ft. on 2-1/2 inch casing.
5- Bottom Hole Completion; Perforations: 2834 - 2758 ft.: plug at 2911 ft.;
abrasive jetted 2758-2762 and 2826-2834 feet.
6. Hydraulic Fracturing, Acidizing Pragrarre / etc.; None
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Surge tank
2. Filters: None
(c)
-------
WIC TX-9
3. Pumps: Two
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date (s) NM Average Maximum
it
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) N/A Average Maximum
3. Annual Volume Injected, gal.
A. 19_ KM B. 19_ C. 19_
VIII. SAFBIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Annulus pressure
B. Sampling Frequency and Water Quality Parameters Measured: Periodically
measured and reported if a 57 variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous""
monitoring.
2. Contingency Plan for Well Failure During Operation;
3. Regulatory Tepects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi: Injection tubing must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor veil head and annulus pressure
rates and total volume;report blannuallv.
C. Restrictions of Operation Procedures; Mot to exceed inno psi.
-------
Well Id. Code:
rx-in
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN THE UNITED STATES
Permit Status: PDC Operational Status: NOUP
Operating Company Name and Address: Pan American ^etroleum Company
Fdgewood, Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 1A
(Month) OP
2. Latitude and Longitude: 32°4l'27"/95050t18"
3. Well Location (Legal Description): N/A
(Year) _ 72_
County
Van Zandt
State : Texas
5. SIC Classification; 1321
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected:
formation x
-------
WIG
TX-io
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure , psi
(6) tferdrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(lO) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Woodbine
4500
200
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Cretaceous
20
800
sand
widespread
Midvav-Fagle Ford
?50
4000
Cretaceous
clav, sand
widespread
C. Chemical Characteristics of Formation Fluids: ?aline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Wilcox
Depth
50
Area!
Thickness Extent
Lithologic
Character
200
extensive _s_and_
Fluid
Character
fresh
4. Mineral Resources in Area; Oil and gas field on and surrounding disposal
site.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Ffydrologlcally Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Coolinp; tower
and waste water.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity:_
D. Temperature:
E. pH; N/A
N/A
N/A
(b)
-------
WIG TX-1"
3. Ibxiclty; N/A
i*. Reactivity with Surface EquipmentComponents:
5. Degradabillty Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Inject Ion:
Probably not sterile at injaction; bacterial activity minimal.
7. Pre-lnjectlon Waste Treatment: oil skimming and solids settling.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface WA
Intermediate
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. Well Head Equipment (Name and Models): N/A
. Packers, Centralizers, and Other Subsurface Equipment: Packer
Chen-Lok at 4581 ft.
5. Bottom Hole Completion: Perfo rat i on s
6. Hydraulic Fracturing, Acidizing Programs , etc . ; 2000 gal, 15 y acid
VI. DESCRIPTION OF SURFACE EQUIFMENT
1. Holding Tanks and Plow Lines; two un' x 150' x 50' holding
6' x 42' x 3' skimming pits; and one 30' x_30' x 5' burn pit.
2. Filters :
(c)
-------
WIC _ TX-10
3« njtiyS : TVQ pums rated 215 Rn>
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 11/64 _ Average 125 _ Maximum 205
" 7/65 145 210
" 7/66 140 200
" 6/69168 189
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 11/64 Average 50 Maximum 130
" 7A65' '285' 335
" 7/66250 285
6/69 310 320
3. Annual Volume Injected, gal.
A. 19 N/A B. 19 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure: injection
flow rate and volume.
B. Sanpling Frequency and Water Quality Parameters Measured; Periodically"
measured and reported if a 57 variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous"
monitoring.
2. Contingency Plan for WeH Failure During Operation: N/A
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psl- injection tubing must be unaffected by wastes.
B. ffonitoring Requirements; Casing and bottom hole pressure tests: complete
chemical analysis of wastes; monitor well head and annulus pressure.
rates and total volume: report biannually.
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: rx-12
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status; PDP Operational Status: MOP
Operating Company Nome and Address: E.I. DuPont de Nemours and Company
P.O. Box 1089 - Orange, Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 17 (Month) 08 (Year) 7J_
2. Latitude and Longitude; 30°03'26'793°44'3l"
3. Well Location (Legal Description); W.H. Stark Survey, Abstract No. 505
M. County; Orange State: Texas
5. SIC Classification; 2R18
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Waste from hydrocarbon oxidation process and
process vessel wastes.
2. Date Well Permitted; 8/24/64 Completed:
3. Injection Rate; 270
Injection Pressure; 158 psi
5. Total Depth of Well; 5200 ft.
6. Name, Age, and Depth of Injection Zone: MjOCene, ?24Q - 29QQ ft.
7. Date Injection Began: (Day) 01 (Month) 04 (Year) 65
8. Total Volume Injected to Date: 350, OOP.OOP (GalloniT
9. Date Injection Ceased: (Day) 25 (Month) 08 (Year) 7T
10. Previous Mode Of Disposal: Discharged into surface bio-oxidation lagoons,
and then ,into the Pabine P>iver,
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologic Description
Beaumont Pleistocene 0 900 clay, silt, sand
Lissie Pleistocene 900 50 sand, silt
Willis Pliocene sand
Oakville Miocene sandstone
Catahoula Miocene sand, sandstone
-------
WIC
rx-12
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Conflninflr Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hbrdrofracturing Pressure^ psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, dC
(11) Character and Area!
Distribution
2900
660
Miocene
sand, sandstone
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Nairn
Beaumont
Lissie
Depth
_0
900
Tnickness
900
5(5
Areal
Extent
Lithologic
Character
extensive clay
Fluid
Character
fresh
extensive sand, gravel saline
. Mineral Resources in Area; oil and gas.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Inmediate Ifydrologically Affected Area; Three oil and gas tests located
on plant site, two other injection wells, 29 oil and gas tests within
2 miles, and 9 within one mile.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Vaste from hydrocarbon
oxidation process and process vessel wastes containing monstlv nitric,
acetic formic and other organic acids.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1:
C. Specific Gravity: N/A
D. Temperature: 54° c
E. pH; l.o - 2.0
(b)
-------
WIC
TX-12
3. Toxiclty : Toxic due to presence of acid
4. Reactivity with Surface Equipment Conponents: corrosive to iron and
aluminum.
__
5. Degradabillty Level and Rate; None
6. Biological Level at Injection and Estimated Biological Level After Injection:
The low pH provavly insures the initial sterility of the waste solution.
7. Pre-injection Waste Treatment; 18000 gallon stainless steel holding tank;
polishing filters to remove suspended solids greater than 1 micron. _
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
fection
Hole
Size
15-1/2
8-3/4
Casing or Tubing
Weight and Grade
H-40
SST casinp
Size
9-5/8
5-9/16
Depth
Set
1600
5250
SST tubing
3-1/2
2730
Other
2. Type and Anoint of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Tfeme and Models); N/A
4. Packers, Centralizers, and Other Subsurface Equipment; check valve at 2730 ft
collar intermittent down 5-9/16 inch casing; centralizers on. bottom of
9-5/8 inch casing.
5. Bottom Hole Completion: Perforated 2550-2580'ft. 2648-2690 ft,2833-2878 ft.
2904-2920 ft.: plug at 2944 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; None
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: 18,000 gallon holding tank.
2. Filters: Pre-coat filter: two polishing filters.
(c)
-------
WIC TX-12
3. Punps: 2 stage centrifugal pump rated ur> to 450 psi.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 8/65 Average 285 Maximum 320
" 4/67 179 263
" 3/69 170 ?15
" 3/71 15R 237
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 8/65 Average 330 Maximum 435
" 4/67 183 210
" 4/69 86 250
" 3/71 158 217
3. Annual Volume Injected, gal.
A. 197^ 15.450.000 B. 1970. 60.709.000 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure: iiH action
flow and volume.
B. Sampling Frequency and Water Quality Parameters Measured; peripcjUggiTT
measured and reported if 57 variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads: Continuous""
monitoring.
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi: injection tubing must he unaffected by wastes.
B. Monitoring Requirements: Casing and bottom hole pressure tests: complete
chemical analysis of wastes; monitor well head and annulus pressure.
rates and total volume: report biannuallv.
C. Restrictions of Operation Procedures; >T/A
(d)
-------
Well Id. Code: TX-13
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNlTfcl) STATES
Permit Status:
PDR
Operational Status:
Operating Company Name and Address : Monsanto company
Box 711 - Alvln. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 14 (Month) OR
2. Latitude and Longitude: 22014'44"/95012'21"
(Year) 72
3. Vfell Location (Legal Description): Perrv and Austin League 2 , Abs. - 107
County: Brazoria
State: Texas
5. SIC Classification: 2814
II. GENERAL DATA ON WELL SHE
1. Type Of Waste Injected: Petrochemical wastes containing significant
concentrations of organic nitropen, nitriles, and other solubles.
2.
3.
1.
5.
6.
7.
8.
9.
10.
Date Well Permitted: 0/16/64 Completed:
Injection Rate: 352.500.000 er>v
Injection Pressure: 400 - 900 j>si
Total Depth of Well: 6936 ft.
Name, Age, and Depth of Injection Zone: Miocene sands
Date Injection Began: (Day) 26 (Month) 03
Total Volume Injected to Date: N'/A
Date Injection Ceased: (Day) (Month)
Previous Mode of Disposal: N/A
. 6926 ft.
(Year) 72
(Year)
(Gallons)
HI. GEOLOGIC DTORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont
Lissie
Rolled
Lagarto
Oakville
Catahoula
(b)
Age
Pleistocene
Pleistocene
Pliocene
Pliocene
Miocene
Miocene
(c) (d) (e)
Depth Thickness Lithologic Description
0 clav. sand
1000 sand, gravel, clay
. _ . sand, gravel, clay
clay
sand
sand , sandstone
(a)
-------
WIC
TX-13
B. Geologic Description of Injection Unit and Other Possible Units
Injection
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(H) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %•
(9) Permeability, millidarcies
CIO) Reservoir Temperature, bC
(11 ) Character and Area!
Distribution
Catahoula
692*
670
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Miocene
150 - 2400
50°
sand
OoIiad-OaTcville
1000
5000
Miocene
clay, sand
C. Chemical Characteristics of Formation Fluids: saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumont
Depth
0
Lissie
Ihickness
1000
Area!
Extent
Lithologic
Character
extensive clav. sand
extensive sand, gravel
Fluid
Character
fresh
fresh
. Mineral Resources in Area: oil in the area.
5. Location of Other Wells, Abandoned Wells, and .Other Penetrations in
Immediate Hydrologically Affected Area; 350 feet south of disposal well
is plant fresh water supply - depth 1213 ft.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Nitriiesr phenol
nitrogen, soluble ether, sulfates and Uranium prior to 10/7/66.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1: 25,000
C. Specific Gravity : l .01
D . Temperature :
E. pH;
N/A
6.9 - 7.5
(b)
-------
WIG TX-13
3• Toxic1ty: Phenol may he toxic to humans: uranium very toxic to humans.
1*. Inactivity with Surface Equipment tatponents: None
5. Degradabillty Ijevel and Rate; None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. ft*e-iryjection Waste Treatment: Pretreated in earthen, diked storage ponds
and the pH is adjusted.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
Hole
Size
18-1/2
15
Casing or Tubing
Weight and Grade
H-40
S-80, N-80, J-55
Size
30
16
10-3/4
Depth
Set
60
1547
74P7
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 16 inch
casing -1346 sks 50-50 Pozmix with 4% gel plus 200 sks common cement;
'10-3/4 Inch" casing - 1400 sks trinity Lite-Wate; 1060 sks of TLW and 200
sks common +40% CaCl2 spotted1 between ln'''T and 10-3/4" casing (0-250 ft.) ~
3- Well Head Equipment (Name and Models); Casing head 10-3/4'r Rrd female Cameron
type WF with 2-series 1500 F.E. outlets and 10" series 1500 flange: 2-2"'
series 1500 T*.E. Cameron'T" gate valves 500 FWP
4. Packers, Centralizers, and Other Subsurface Equipment: Halliburton'DV"
tool set in 10-3/4': casing at 1995 ft.; Betz inhibitor at 708 and 808 ft.
5- Bottom Hole Completion: 10-3/4 inch casing perforated with 2400. 1/2" bullets
between 6256 and 6936 feet.
6. Hydraulic Fracturing, Acidizing Programs. etc.; Acidized with snoo
of mud acid and 4000 gallons of 157 HC1 and brine.
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Flow Lines; Three ponds
2. Filters; Fine gravity sand filter.
(O
-------
WIC Tx-13
3. Pumps: Cent rifugal.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 1/66 Average 395 Maximum 480
" 1/68 785 1040
" 1/70 736 888
" 1772 919 94~5~~
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 1/66 Average 463 Maximum 500
" l/6« 930 1000
11 1/70 460 540
1/72 590 670
3. Annual Volume Injected, gal.
A. 19_72 233,975,000 B. 19_71 4?a.596.QQQ C. 1972 458.316,000
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head pressure; injection flow rate
and volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if 57* variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; continuous
monitoring.
2. Contingency Plan for Well Failure During Operation; Divert flow to
hoIdinn ponds. .
3. Regulatory Aspects
A. Construction Requirements; N/A
B. Monitoring Requirements: Casing and bottom hole pressure tests; complete
chemical analysis of wastes: monitor well head and annulus pressure
rates aqd total volume: report biqnnuallv.
C. Restrictions-.of Operation Procedures: Not to exceed 38.850.OOP gallons
monthly
(d)
-------
Well Id. Code:
TX-1A
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Permit Status:
PDR
Operational Status:p_
Operating Company Name and Address: ceianese chemical
I. GENERAL IDENTIPICATION DATA
P.O. Box 5QQ - Bav Citv. Texas
1. Entry Date of Data: (Day) 17
(Month)
2. Latitude and Longitude: 28052'oi"/96°0i'02"
(Year) 72
3. Well Location (Legal Description); James Moore League. Abs. No. 62
County :___Madagorda
State: Texas
5. SIC Classification; 2sis
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Waste from production of petroleum chemicals:
acetaldehyde, adipic acid, hutanol and others.
2. Date Well Permitted: 6/28/65
Completed:
3. Injection Rate; 12B,402,673 gpy
Injection Pressure; 200 - 450 psi
5. Total Depth of Well; 3780 ft...
6. Name, Age, and Depth of Injection Zone: Tertiary sands. 3300 ft.
(Month) 02
(Year) 65
7. Date Injection Began: (Day) ___
8. Total Volume Injected to Date: 808.Q36.opo
9, Date Injection Ceased: (Day) (Month)
10, Previous Mode Of Disposal; Aeration pond treatment to Colorado River
(GalionsT
_(Year)
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont
LissTe
Miocene sand
(b)
Age.
Pleistocene
Pleistocene
Pliocene
Miocene
(c)
Depth
_o
1300
(d)
Thickness
1300
2400
3700
(e)
Llthologlc Description
clay, sand
sand, gravel, clay
sand, clay
sand, clav
(a)
-------
WIG
TX-14
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confininflr Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
C*i) Formation Fluid Pressure, psi
C5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7; Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
3. ion
0.45 psi/ft est.
1.0 psi/ft est .
1.0 psi/ft. est.
Tertiary
27.2 - 35.7
193 - 138Q
63° at 3491 ft.
sand
•
linn
2000
Tertiarv
shale, clav
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumont
Depth
0
Lissie
Areal
Thickness Extent
Lithologic
Character
extensive clay
Fluid
Character
fresh
1300
extensive sand, gravel fresh tobrackish
Mineral Resources in Area: Oil and gas deposits in the area.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; 34 oil test wells within 3 mile
radius -26 are dry and ababdoned, 4 are abandoned producers and 4
currently are producing; depth of these holes ranges from 8^.000 to 11,000
feet.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Wastes from production
2.
of acetaldehyde, adipic_ acid_, butanol, and other petrochemicals from
hydrocarbon feed stacks.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; 50
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity; N/A
D. Temperature; 120° F
E. pH; 5.0 - 9.0
(b)
-------
WIC TX-14
3. Toxicity: N/A
4. Reactivity with Surface Equipment Components: Mlnor corrosion due to pH
fluctuations.
5. Degradability Level and Rate; Npt\e
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at inject j-on: bacterial activity mip-fmal.
7. Pre-injection WasteTreatment: 500,000 gallon surge tank equipped with a
skimmer, _tht ee_ carbon filters and three polishing filters.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing
Size Weight and Grade
Surface H-AO
Intermediate 12-1/4 4n# J-55
Size
13-3/8
9-5/8
Depth
Set
1357
3750
Injection 15.5* J-55
Other
5-1/2
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 13-3/8
inch casing - 200 sks common with 27 CaCl- and 460 sks Longhorn common with
lb7, gel and'5% CaCl ; 9-5/8 inch casing - 501 sks Lone Statlncor and 501 sks
50-50 rozmix "A" cefflent with 2t gel.
3. Well Head Equipment (Name and Models);T 7" nct type ni5A
4. Packers, Central!zers, and Other Subsurface Equipment: Float collar at 3717
ft.; T1W Seal and packer at 3208 ft.; 20 spaced centralizers and 37
scratchers on 9-5/8" casing; plugging on bottom - 10^ SW plug. ~
5. Bottom Hole Completion; Jet perforated 3520 - 3550"(240 shots per 8 ft .T "
6. Hydraulic Practuring, Acidizing Kpograms, etc.: M/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: 500,000 gallon surge tank
2. FiltersT Three carbon filters; three polishing filters.
(c)
-------
WIC TX-14
3. Punps: N/A
VII. OPERATION CHARACTSRISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 5/65 Average 172 Maximum 205
" 6/68 378 470
11 6/69 377 476
" 6/71136 202
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 5/65 Average 2on Maximum 256
" 6/68 344 449
" 6/6Q 315 376
" 6/71 284 348
3. Annual Volume Injected, gal.
A. 197_1 3Q. 398, 840 _ B. 19_70 136.255.000 C. 19_69 181.450.000
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Veil head and annulus pressure; inlection
flow rate and volume. _
B. Sampling Frequency and Water Quality Parameters Measured; Periodically"
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads: Continuous"
monitoring. _
2. Contingency Plan for Well Failure During Operation; N/A _
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi: injection tubing must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor well head and annulus pressure,
rates and total volume; report biannually.
C. Restrictions Of Operation Procedures; Permitted at 200 gpm at maximum
1000 psi.
(d)
-------
Well Id. Code: TX-15
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Permit Status; PNC Operational Status: PC
Operating Company Name and Address: BP oil Corp.
P.O. Box 849. Port Arthur. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 18 (Month) 8 (Year) 22.
2. Latitude and Longitude: N/A
3. Well Location (Legal Description): Hiram Brown Survey. Abstract 6
i|. County: Jefferson State: Texas
5. SIC Classification: N/A
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: N/A
2. Date Well fterndtted;IQ729/R Conpleted:
3. Injection Rate;
Injection Pressure:N/A
5. Total Depth of Well: N/A
6. Name, Age, and Depth of Injection &one: N/A
7. Date Injection Began: (Day) N/A (Month) (Year) ~
8. Total Volume Injected to Date; N/A" (Gallons)'
9. Date Injection Ceased: (Day) ~~~ (Month) (Year)
10. Previous Mode of Disposal:
HI. GEOLOGIC D^RMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
N/A
(a)
-------
WIC
TX-15
B. Geologic Description of Injection Unit and Other Possible Hilts
Injection Unit
Confinlne Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Area!
Ihickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area:
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity)
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, "
C. Specific Gravity:
D. Temperature:
E. pH:
(b)
-------
WIC TX-15
3. Ibxlcity:
4. Reactivity with Surface Equipment Components;
5. Degradability Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7- Pre-lnJ action Waste Treatment;
V. WELL DESIGN AND OONSOEUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
lection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Name and Models):
. Packers, Centralizers, and Other Subsurface Equipment:
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc.:
VI. DESCRIPTION OF SURFACE EQUIIMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(c)
-------
WIC TX-15
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
II
If
II
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average Maximum
it
3. Annual Volume Injected, gal.
A. 19__ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operation: ~
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code:
TX-16
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION
Permit Status:
PDK
Operational Status:
Operating Company Name and Address: n Paso Petroleum chemical Complex
Nylon Plant, Box 398^ - Odessa, .Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) r? (Month) 21
2. Latitude and Longitude: 3i°4o'25"/i02°2o'To7n"
(Year) 72
3. Well Location (Legal Description): Tf.r RR survey, Block /,2. T-25, Section
'»7 located 2'"^ ft. sotitli of the north line and 2,500 feet west of the cast line
T.ctor
*\. County:
5. SIC Classification:
State: Texas
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: NVIon production wast_es with ammonia, _adipic acid.
nitric- acidy and hexaeth'.'l cnedi ar^inc- in low concentrations - the rest mixed
with the Odessa t re.it nt-nt nl ant effluent into'Monahans Draw
2. Date WellPermltted:
3. Injection Rate:
3/3osal .
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Dock urn
Orhoa
upe
San Andres
(b)
Age.
Tort iarv
PC rm i a n
Permian
(C) (d)
Djepth Thickness
Trot accous
SO
150
,000
50
100
1 ,220
1,370 1,250
:,*20 2,280
000
(e)
Llthologic Description
Alluvium
Sand, limestone
Sandstone
Limestone, salt, dolomite
Limestone, dolomite
Limestone, dolomite
(a)
-------
WIC
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Llthostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(?) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcles
tlD) Reservoir Temperature, °C
(11) Character and Area!
Distribution
San Andres
4900
900
"> ,500
Permian
12
7
Li nest one, do Ion it
verv extensive
Huad a 1 upe- Do ckum
150
4,750
Permian & Triassic
p Extensive with
massive limestone
layers
C. Chemical Characteristics of Formation Fluids: IDS 22,000
nWl C1-. 6.000 mr/L N'a-K 1.300 rip, /I Ca-H-. _ _
, II ,000
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Alluvium
Depth
0
Cornanche
Area!
Thickness Extent
(Combined-
125 ft.)
Lithologic Fluid
Character Character
sand, limestone Ires'h "used for
municipal , .indus-
trial
omestc
svippl
4. Mineral Resources in Area:
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area; XQ unpiu^ed wells reaching down to
p San Andres f grmal ion . in the Odessa area; 5 L&P storage cavities in
'
Salt (2,200-2,SOn ft.) p
xTC Products Company ; Hcadiee Field
approximately -4 mi. \TE; Foster
NU' of Odessa; South Covdon Oil Field
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity)! Or^anics, chloride, sulphates,
chromium, copner, iron, and zinc, nitric and adipic acid.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity; K/A ~
D. Temperature:
E. pH: 3.3-q.o
16-95
3,600-208,000
x/A
(b)
-------
WIC _ Ty-ir'
3. Tbxlc Ity : Kif*a s.ilinitv makes its willful invest, ion unlikely. iiovever,
t. he h i p,h saiinitv nlso confers toxic i t v on Lhis v.TsLe'.'ate'r .
4. Reactivity with Surface Bgvdpment Conponents ; VonJu at. le.'st -mvp tne
corrosive properties of st-.water.
5. Degradability Level and Rate: :.'ono; the oxi-JaUve des>rrulat'um of t;-.e sma'J i
organic component is not _yerv_ _1 ikrlv la the deep we.] 3 context. _
6. Biological Level at Injection and Estimated Biological Level After Injection :
Unknown, hut not VPTV encouraiiin" in its , strong v sal ine 'environment . _
7. Pre-injection Waste T^eatmait ; C<^llected in Oulf Fk-a Poua, riltcre.! a
sent to a lifldinp, tank nriur to injection.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 17-1/2 j-is M-" steel n-V.^
Intermediate 12-1/4 l-"^5 3^-^ "^oTP
action 7-13/16 .]~5ri Penton Coated Steel 5-1 /2
Other TuMrt<>, O.in-; inch wnll \~
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon : 13-3 / s -
, 50n.sks neat ccimnt with 27, CaCU 0-5/C - 82^ sks Incor cenent plus 12°:
N'aCI.- 1,100 sks. Inror^to^gu:;^'":'' :'*" r"-'1 1 • 6 l^ >'aCl / ^nck inhibitor fluid
in between 9-5/B and 5-1/2 c.yfjiut'. _ t _ _
3. Vfell Head Equipment (Name and Models): 6 inch 'nastor control, 2,000 psi
working pressure T>;ell he.ati . _
b. Packers, Centrallzers , and Other Subsurface ^uipment: 13-^/3 lialli'nur ton
insert float_cgl]ar set at 469 Ft., 4 central i y.ors _S-1' n-3^ ' nih^er packer
at 4,^00 ft ~77stape tool at 3 ,^0 ft . 3-1 /? 'packer "set i n 'shoe "(ui nt ol
9-5/8 inch car,i ng set at /4 ,000 ft.
. _
5. Bottom Hole Completion: ._7-_n/i6 open hole ^et to 5,^^ ft. _
6. Hydraulic Fracturing. Acidizing Programs, etc.: enn J.M OF ?"' uri ' }f^ P.PH.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; 50, nr\r, r,ai . hoi^inr: pund v'-iirh is line with
asbestos and cenent. _ _____ _
2. Filters : T/T~
(c)
-------
WIG TX-16
3. PUUPS: Three triplex pumps
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 10/71 Average 31 Maxlnuni__896
" 10/70 £35I,072
" 10/67 660 SQO
11
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 10/71 Average 790 Maximum 900
in/70 900 1,210
" 10/67 400 680
n " __———— _____
3. Annual Volume Injected, gal.
A. 19 B. 1971 157,825 C. 19 7° 388,861
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Pressure gap.es installed on well head and
on the tublnft-caslnp, atvnulus,
B. Sanpling Frequency and Water Quality Parameters Measured; ^Periodically
measured and reported if n 57. variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; continuous
with reports submitted bi-yearly within the limits of 57, error.
2. Contlnggncy Plan for Wen Failure During Operation: N/A
3. Regulatory Aspects
A. Construction Requirements: All casinp, must be tested for 1,000 psi
minimum.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
chemical analysis o£ wastes; monitor wellhead and annulus pressure rates
and total volume; report hi-annually; 5% deviations report immediately.
C. Restrictions of Operation Procedures; Operating surface pressure not t°
exceed 2 ,500, psi. _^___
(d)
-------
Well Id. Code:
TX-17
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION
THE UNITED STATES
Permit Status: PDR
Operational Status:
Operating Company Name and Address; Culf oil Corporation
P.O. Box 72 - Kilgore, Texas* 75662_,
I.
1.
2.
3.
5*
II.
1.
2.
3.
5*.
6.
7.
8.
9.
10.
GENERAL IDENTIFICATION DATA
Entry Date of Data: (Day) 16
Latitude and Longitude: 32°59'3i
Well Location (Legal Description):
Hopkins County, Texas
County: Hopkins
SIC Classification: 1321
GENERAL DATA ON WELL SITE
Type of Waste Injected: Cooling
produced Smackover water.
Date Well Permitted: 5/3/65
Injection Rate: 15,044,900 ^py
Injection Pressure: 450-700 _psi
Total Depth of Well: 5,213 ft.
Name, Age, and Depth of Injection
Date Injection Began: (Day) is
(Month) 08 (Year) 72
"/95°29'30"
Nacoadaches University Survev, Ah. No.
State: Texas
tower and boiler blovdown, process vaste
Completed :
Zone: Woodbine Sand. Cretaceous , 4450
(Month) "5 (Year) 65
73
water
f±^
Total Volume Injected to Date: 105,314,297 (Gallons)
Date Injection Ceased: (Day) N/A
Previous Mode of Disposal: N/A
(Month) (Year)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
"TTTTcox
(b)
F.oc
.ocenc
Midway
Eocene
wavarro
Taylor
Aus tin
Eagle Ford
Woodbine
Washita
Cretaceous
Cretaceous
Cretaceous
Cretaceous
Cretaceous
Cretaceous
(c)
Depth
420
1300
2000
2900
3900
4450
5150
(d)
Thickness
4^0
Sso
/no
900
1000
550
700
1000
(e)
Llthologlc Description
shale, sandstone
shale, sandstone
shale
shale ,1inestone
shale, limestone, sandstone
sandstone, shale
sandstone
limestone, shale
(a)
-------
WIC
TX-17
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Conflnin
(1) Name
(2) Depth (Ft.)
G) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifcrdrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
TJoodMne
4450
|700
1,0 psi /ft. est.
1.0 nsi /ft:, est.
Cretaceous
4,000
sandstone-sand \-ii t h
thin discontinuous
intercalated shale
'"'"idVrT'-F.ap'
ig Bed
If *ofd
4^0
400Q
Cretaceous
shale and
sand
C. Chemical Characteristics of Formation Fluids: Salinewater,, IDS =
Ch Lori do. = 27.00
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
WiJcox
Depth
Surf.
Area!
Thickness Extent
420
Lithologic
Character
Fluid
Character
sands tone, sha 1 e Fresh
4. Mineral Resources in Area: The veil is in the Como oilfield area. Oil
production .he.turn in the _Comu. field in 1947 from the Coker sand at about
4200 ft.. Subsequent production has been found at,4,000 i't. and at 8,000 ft.
Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; Yantis riant (6 mi. sw_o_{:_ injection
.site). Injects into l.'oodbine zone as well as Edp.ev;ood Plant (30 tni. -'-^p ?
5 wells are plu;;,i;ed that reach the l.'oodbine zone that are in the imnediate
area.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity):
Amlne..backwash (10 . KP"Q t coo linn to\.'cr hlowdown
Caustic \.-ash treatment (r' °,!
(30 f^pm) , desalting treatment
(18 r.pm) boi ler uater blo^down (5
format ion salt water (2-30) gprn)
Physical/Chemical Description
A. Cone. Suspended Solids, mgA:
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: N/A "
D. Temperature:
E. pH: N/A
N/A
(b)
-------
WIC _ TX-17
3 • TOXicity ' The extremely high salt content would make the water difficult to
drink. For the same reason, however, it would be toxic.
*J. Reactivity with Surface Equipment Components: Would at
as seawater. Additionally, its alkalinity would attack aluminum verv readiJv.
5. Degradablllty ^evel and Rate; None, 'although the loss '"of the bicarbonalc'Tu'nc-
tion would cause solids precipitation. _
6. Biological Level at Injection and Estimated Biological Level After Injection:
_ Unknown, although hardly likely to be sterile. _
7. Pre-lnjectlon Waste Treatment; fril skimminp: and settling of solids.
V. WELL DESIGN AND OONSTHJCTION
1. Casing and TUblng
Surface
bermec
lection
Hole
Size
TT^l/4
Casing or Tubing
Weight and Grade
H-40 2f
J-55 15. 5/<
Size
TP578
5-1/2
Depth
Set
T7960.8
5,140
Internal plastic coated
2-7/8
4,726
steel tubing
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 8-5/8 inch
casing - 515 sacks common cement with 87 Cel. and 200 sacks Neat common
cement w/2% CaCl?; 5-1/2 inch casinp, - 430 sacks common cencnt with 3,°^ Gel, and
300 sacks of Neat cement.
3- Vfell Head Equipment (Name and Models); N/A
A. Packers, Centrallzers, and Other Subsurface Equipment: Packer set at 4,726 ft
8-5/8 in P.P. Larkin Co. mb F.O. Shoe w/8 Rncl.Thrd. and w/t'&F 3 RND. Thrd.
Flat Collar; 5-1/2" casing - 54 ccntralizers 1,900-5,200 ft. 8-5/3" casing
5 ccntralizers-34° API Gravity Kerosene in TB6-CSG Annulus-water interface
5. Bottom Hole Completion: Perforated 4940-5140
6. Hydraulic Fracturing, AcidizingIfrograire, etc.; N/A"
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and PlOW T.lnes; 8,00n barrel gunitc-lined storage pic used
for oil skimming and settling of solids and a plastic lined pit is used "Cor
storage of v;ater.
2. Filters: N/A
(c)
-------
WIC TX-17
3. Pumps; N/A
VII. OPERATION CHARACTERISTICS
I. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6/72 Average is Maximum 65.058
2.
11
ii
n ™
Injection
Date(s)
«
n
n
7/71
7/67
7/66
Pressure,
6/72
7/71
7/67
7/66
32
39
54
psi (During Life of Well
Average 443
451
583
761
80
33
116
to Present)
Maximum
.346
,664
,046
563
617
725
904
3. Annual Volume Injected, gal*
A. I9j2 7,054,238 B. 1921 12,359,142 C. 19_70 8.544,632
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: 'Wellhead and annulus pressure; Injection
flow rate: injection flow volune.
B. Sampling Frequency and Water Quality Parameters Measured; Per LodicaiTy"
measured and reported i T a 5T' variance occurs. _
C. Frequency of Measuring Water Levels and Hydrostatic Heads; continuous
monitor inp,. _
2. Contingency Plan for Well Failure '"During Operation: N/A
3. Regulatory Aspects
A. Construction Requirements; All casinr; must he tested for leakage at
1,000 psi.; injection tuMng must he unaffected bv wastes.
B. Monitoring Requirements: Caslnc and bottom hole pressure tests; complete
chemical analysis of wastes; monitor_wellhead and annuius pressure rates
and tota^. volume; report biannually; 3% deviations report inmedlntely.
C. Restrictions Of Operation Procedures: 'V.'ell head 'pressure shall not exceed
3."00 nsi.
(d)
-------
Well Id. Code:
TX-18
COMPILATION OP ypusTRiAL Aiy MUNICIPAL
INJECTION WELLS IN 'ink UNITED
Permit Status: PDR
Operational Status:
Operating Conpany Name and Address: shell on Company
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
2. Latitude and Longitude: N/A
N.T-7. Ozona Cas Plant - P.O.Box 1509
Midland, Texas
(Month) 06 (Year) 73
3. Well Location (Legal Description): 700 ft. south of the north line and 1750
ft. west of the cas t 1 ine _qf _the _sec_ . 46, F.R. Henderson Lease _
County Crockett
State:
Texas
5. SIC Classification:
2911
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected:
waste water.
Coolinp, tower hlowdown and zeolite regeneration
2. Date WellRsrmltted:
3. Injection Rate:
Conpleted:
M. Injection Pressure;
5. Total Depth of Well!" _1_'5Tr~~~ _ '~~
6. Name, Age, and Depth of Injection Zone:
San /fndres , Permian , lli'-l'V
(MonEhT
7. Date Injection Began: (Day)
8. Total Volume Injected to Date:
9. Date Injection Ceased: (Day) N/A (Month)"
10. Previous Mode of Disposal; N/A "
05
N/A
(Year)
jYear).
(canons)
PI. GEOLOGIC INPORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Iftiits Penetrated by Well
(a)
Name
Cotnanche
Will tehorse
Snn Andres
(b) (c) (d) (e)
Age Depth Thickness Lithologic Description
Cretaceous _______ _______«__ sand, sandstone
Permian 250 sand, shale
Permian 1000 1500 limestone, dolomite
(a)
-------
WIC
TX-18
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
($") Formation Fluid Pressure, psi
5) Lithostatic Pressure, psi
(6) Hydrofracturlng Pressure, psi
7) Age of Unit
8) Porosity %
(9) Permeability, raillldarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
San Andres
1000
1500
Permian
15.0
limestone, dolomit
P
C. Chemical Characteristics of Formation Fluids; N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Hare
Edwards
Area! Lithologic
Depth Thickness Extent Character
limes cone
Fluid
Character
ppm
. Mineral Resources in Area: Oil is produced from the Canvon Hroup at 6,675 ft.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Cooling tower biowdown and
zeolite regeneration wash water with magnesium, calcium, sodium, bicarbonate,
chloride,
2. Physical/Chemical Description
A. Cone. Suspended Solids, mgA; N/A
B. Cone. Dissolved Solids, mg/1; 2230
C. Specific Gravity: N/A
D. Temperature; N/A
E. pH: 8,5
(b)
-------
WIG TX~-1R
3. Toxicity: N/A
1. Reactivity with Surface Equipment Ccngxanents: X/A
5. Degradabllity Level and Rate; K/A
6. Biological Level at Injection and Estinated Biological Level After Injection:
_ _N/A
7. Ppe-iryjection Waste Treatinent; Sedimentation
V. WEIL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface J-55 9.5// \-H7 1094
Intermediate
lection i1084
Inject
Other"
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; Sur. 3no
sks.
3. Well Head Equipment Ofame and Models): X/A
. Packers, Centralizers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion: p^n hoIP inaa - 17so ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and PlOW Mires; 33' x 27' polvvjnvl lined scttlinr, tank plus
' plastic tubing.
2. Filters :
(c)
-------
WIG
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) i_2-?n _ Average 7 .5 _ Maximum
it
2. Injection Pressure, psl (During life of Well to Present)
Date(s) 1.2-7^ Average 500 Maximum
it
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; N/A
B. SanpllngPrequency and Water Quality Parameters Measured; N/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation; X/A
3. Regulatory Aspects
A. Construction Requirements; :; /A
B. Monitoring Requirements:
C. Restrictions or Operation Procedures ; Sur faro j nj ec-t i on
1 imi rtv! t-o 6r]0 nsi .
(d)
-------
COMPILATION OP INDUSTRIAL AND MUNICIPAL
THE
INJECTION
Well Id. Code:
«K
SB
Permit Status:
Operating Company Name and Address:
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day)
2. Latitude and Longitude:
Operational Status:
Diamond Shamrock Oil and r-.-iq Company
P.O.
- AnnriTlo. Texas 79.10.5
(Month)
;0r>7I23"/101°5?"n "
(Year)
72
3. Well Location (Legal Description): H&T c T?R Survov, section 399. Block 44,
ft. from north line nrvl 1,931 ft. from the west line
County:
State:
Texas
5. SIC Classification:
II. GENERAL DATA ON WELL SHE
1. Type Of Waste Injected; Coulinp, towpr and boiler blowdovn water with
traces of nitrogen, hydrocarbons, and chromates.
2. Date Well Permitted; 572 ^
3. Injection Rate; 16'yyji .
Completed:
Injection Pressure:
200
5. Total Depth of Well; 1.620
6. Name, Age, and Depth of Injection Zone: cjorietta Sand, Persian, iios
7. Date Injection Began: (Day)
8. Total Volume Injected to Date: 3.0/.2.A43.B75
(Month)
(Year)
(Gallons)
9. Date Injection Ceased: (Day) X/A (Month) (Year)
10. Previous Mode Of Disposal: Surfact- discharge around Palo Duro Creek from
earthen pits and direct discharge to creek.
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Alluv Luni
Ugallala
Doclcun Croup
Glorlet ta
(b)
Age
Recent
PI ioceiie
Trlass ic
Per "linn
Permian
(c) (d) (e)
Depth Thickness Lithologic Description
Surface _________ Alluv iu:n
45n Sandstone, silt, clav
Shale
] 10?)
Cypsure, anhvdrlte
Seme's tone
(a)
-------
WIC
TX-20
B. Geologic Description of Injection Unit and Other Possible Units
Injection Uhit
(1) Name
(2) Depth (Ft.)
i3) Thickness (Ft.)
(U) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) fadrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
f-loriet ta
mr.
120
.45 nsi/ft. pst.
1.0 psi/ft. est.
1.0 psi/ft. est.
Pernian
Sandstone ,
widespread
A 50
650
Triassic & Permian
red shale & evaporite
'widespread
C. Chemical Characteristics of Formation Fluids: salt
,.ine
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
Ogallala
Area!
Thickness Extent
Lithologic
Character
sand, silt,
clav, prove1
Fluid
Character
fresh water
A. Mineral Resources in Area: Oiland _»as /ron numerous wells in the area
5. Location of Other Wells, Abandoned Wells, and Other-Penetrations in
Iirmedlate Hydrologlcally Affected Area;TWO shamrock veils in the Giorietta
sand used for disposal V7DK-3 (TX-3) 4 mil. SV?
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Coolinp tower and
boiler blowdown water with traces of nitrogen, hydrocarbons, and chrnniate.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity; N/A
D. Temperature:_
E. PH: 7.5-8.5"
(b)
-------
WIC TX~2n
3« TOXldty' Non-toxir . but undouhticun v unnleasant to taste.
H. Reactivity with Surface Efridpment Components; 'essentially unreact.ive7
although slight alkalinity could have sorae slight effect on alurnnum
5. Degradablllty Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. ft^e-lnjectlon Waste Treatment; Flotator and clarlfier tank to a concrete
sett] trip, basin where cooling tower and butler water effluent arc added.
pH control to 7.5 to 8.5.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 32.3^' n-40 .13-3/3 603
Intermediate 20? 1^55 7 1,425-1,620
ectlon 32.3? H^TO 9^57S 1,551
OthCT* 20-'! j_55 7 TTTWT
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 13-3/3 inch
casliiK - 400 cu. ft. Fozmx .cc-ncnt witli IQ.OOn.^s r,j isonitc 9-5/3 inch
casing - cement 66^ - ],3B2 ft. at least (450 sacks c orient.) _
3. Well Head Equipment (Name and Models); ?;/A
^1. Backers, Centrallzers, and Other Subsurface Equipment: TWO foot Baker cast
iron bridge plug set in 9-5/8 inch casing from 1,30^-1,302 ft. 7 inch ceisinp
Brown tvpe PL Packer.
5» Bottom Hole Completion; Lane Veils Co. perforating p,un forms a 0.489 inch
hole one hole per Coot - 1,11^-1.,236 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; 1 ,000 gal, of'i^z mud acid.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and PlOW Lines; Unllned earthen pit 800' x 1,000' x 50' concrete
settling basin and concrete mixing b.-isin.
2. Filters:xTA
(0
-------
WIC TX-20
3. Punps; s/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 12/71 Average 132 Maximum 235
" 12/70 191 210
11 12/6Q 293 470
11 12/66 458 742
2. Injection Pressure, psi (During life of Well to Present)
Date(s) 12/71 Average 132 Maxinum 210
" 12/70, 178 210
11 12/69 144 175
" 12/66 64 125
3. Annual Volume Injected, gal.
A. 197^. 102,311,600 B. 19_70 148,013,612 C. 19
VIII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Wellhead and anmilus pressure; injection
flow rate; injection flow volume.
B. Sanpllng Frequency and Water Quality Parameters Measured; 1'eriodicaiiv
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; continuous
ninn i t or.in 3 .
2. Contingency Plan for Well Failure During Operation: N/A
3. Regulatory Aspects
A. Construction Requirements; All casing must he tested for leakage at
1,000 psi; injection tubing nust be unaffected hv wastes.
B. Monitoring Requirements: Caslnp. and "hottori hole pressure tests; complete
chemical analysis of wastes; monitor wellhead and annulus pressure rates
and_ total volume; jcrort biannually; 57 deviations report immediately.
C. Restrtctions Of Operation Procedures; Operating surface equipment'shall
not exceed a maximum of 300 psi.
(d)
-------
Well Id. Code:
TX-21
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNI'itev STATE§
PDF
Permit Status:
Operating Company Name and Address:
I. GENERAL IDENTIFICATION DATA
11
Operational Status:
NOP
Mob13e Chemical Company
P.O. Box 631. Ariarillo. Texas 7Q105
(Month) 10
1. Entry Date of Data: (Day)
2. Latitude and Longitude: 29°58li9"/9/4°03I/49"
(Year) 72
3. Well Location (Legal Description); W.N. sigier Survey, Ab. 48, 4560 ft.
from the north line arid 3480 ft. from the west line.
5.
n.
i.
County; Jefferson
State: Texas
SIC Classification:
2 si a
GENERAL DATA ON WELL SITE
"type Of Waste Injected: Acetic acid, terephthalic acid, xylene, methyl ethyl
ketone, paratoluic acid, and other hvdrocarhons.
2.
3.
5*.
6.
7.
8.
9.
10.
Date Wellltennitted:_
Injection Rate; N/A
67/1/05
Conpleted:
Injection Pressure; N/A
Total Depth of Well:
Name, Age, and Depth of
Date Injection Began: (Day)
Total Volume Injected to Date:
Date Injection Ceased: (Day)
Previous Mode of Disposal:
Zone: Catahoula. Miocene. 3.500-5.700 ft
(Month) 01"
05
N/A
(f
Month)
03
N/A
(Year) 67
(Gallons)
(Year) 70
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont Clay
Li ssic
Willis
Poliad
Catahoula
(b)
Age
PIeistocene
Pleistocene
Pliocene
Pliocene
Miocene
(c) (d) (e)
Depth Thickness Lithologic Description
J2 600 sand and clay
600 400 sand and clay
sand
3,500sand, gravel, silt
(a)
-------
WIC
TX-21
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Conflnii
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
W
(1
(B
flydrofracturlng Pressure, psi
Age of Unit
Porosity %
(9) Permeability, millidarcies
(10) Fteservoir Temperature, °C
(11) Character and Area!
Distribution
Miocene sands
3,500
.45 psi/f t . est.
1.0 psi /ft. est.
0.4-0.8 Dsi/ft.
Miocene
30
500
sand, silt & grave
1,000
4,500
>fiocene & Pliocene
L clays and sands
-
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Area! Lithologic
Name Depth Thickness Extent Character
Beaumont Clav T) 600 extensive sand, clay
Lissie 600 400 extensive sand, clay
Fluid
Character
fresh
slightlv saline
. Mineral Resources in Area: Oil and p;as in general area.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate fydrologically Affected Area: Spindletop Oilfield 2 miles north;
TX-9 is 13 miles S.E. ; TX-12 30 miles'E;""Love11 Lake Oil and Has Field Ts~
2-1/2 miles" WSW.
IV. WASTE OIARACTERISTICS
1. Technical Description (Including Radioactivity); Acetic acid 2.240
tcrephthalic. acid 150 ppm, xylene 55 ppm, methvl ethvl ketone 50 ppm
paratoluic acid 40 ppm, benzoic acid 20 ppm, other hydrocarbons 24 ppm.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1: 2"ooo-30QO
C. Specific Gravity: N/A
D. Temperature; N/A
E. pH; 3-4
(b)
-------
WIC TX-21
3• Toxic1ty: While none of the above components is a systemic noison, tfoe
mixture is undoubtedly toxic and irritating to tissue in its degree of
acidity. Dilution will reduce the toxicity. but not of the water-insoluble xylene
M. Reactivity with Surface Equipment Components: corrosion of liner Caused well
to be abandoned.
5. Degradability Level and Rate: Organic materials will eventually bq altered
by oxidation; minimally under the subject conditions.
6. Biological Level at Injection and Estimated Biological Level After Injection:
Unknown. The paratoluic acid in particular_is a strong acid unfriendly
the growth of organisms. _ _^_
1. Pre-lnjection Waste Treatment: pll control, biological treatment -BOD
removal, and settling.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Inject
Other
Hole
Size
Casing
Weight
or Tubing
and Grade
surface casing
Size
10-3/4
7-5/8
Depth
Set
1014
5999
tubinp
4-1/2
5950
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 10-3/4
inch casing - 765 sks. Lite Wate; 7-5/8 inch casing - 1800 sks 50/50 Pozmix
plus 2% gel; 4-1/2 inch casing - 900 sks Pozmix plus 2% gel.
3. Vfell Head Equipment (Name and Models); N/A
Packers. Centralizers, and Other Subsurface Equipment:Armco Seal Lock @
5950 ft. -it-
5. Bottom Hole Completion; Perforations 5468-5890 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; 7000 gal, of 3% HF and
15% HCl.
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; 2 - 10,000 barrel welded aluminum holding
tanks, concrete basin 12'xl5'xl2'
2. Filters:Fixed bed anthracite filter.
(c)
-------
WIG
3« Pumps: Centrifugal.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) _ Average _ Maximum
it
it
2. Injection Pressure, psl (During life of Well to Present)
Date(s) Average Maximum
it
3. Annual Volume Injected, gal.
A. 19_L° 10.471,532 Bt 19 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Wellhead and annulus pressure; injection
.flow, rate: injection flow volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; ContinuouT"
monitoring.
2. Contingency Plan for Well Failure During Operation;
3. Regulatory Aspects
A. Construction Requirements: hll casing must be tested for leakage at
1,000 psi; injection tubing mustbe unaffected bv wastes.
B. Monitoring Requirements: Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor wellhead and annulus pressure
rates and total volume; report bi-annuallv; 5% deviations report immed.
C. Restrictions of Operation Procedures; Well plugged according to TWOS
regulations - injection ceased 3/5/70.
-------
Well Id. Code:
TX-22
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNTIED STATES
PDC
Permit Status:
Operating Company Name and Address:
I. GENERAL IDENTIFICATION DATA
Operational Status; NOUP
Mr. B. C. Auflhtry - Aught.ry Flowers
F/)2 S. Clements - Caiasviile, Trxas 76240
(Month)
1. Entry Date of Data: (Day)
2. Latitude and Longitude: 30°37'4f,"/c)7007TTrT
10
(Year) 72
3. Well Location (Legal Description): 2400 ft. from the south line and sno fFT
from the cast line of the M.K. Clark Survey. Ah. 231.
County; Cooke
State:
Texas
5. SIC Classification: 5900
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Acidic (H^SO ) backwash water used to regenerate
a hydrogen zeolite bed for conditioning raw water.
2. Date Well Permitted:_
3. Injection Rate: N/A
7726/65
Completed:
M. Injection Pressure; gravity
5. Total Depth of Well: _37"Teet"
6. Name, Age, and Depth of Injection Zone:
Alluvial deposit, Recent,'28-42 ft,
(MonthT
7. Date Injection Began: (Day)
8. Total Volume Injected to Date:
9. Date Injection Ceased: (Day) N/A (Month)
10. Previous Mode of Disposal; N/A "
16,686
TYearT
_(Year)_
(Gallons)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Alluvial deposits
Alluvial deposits
Denton
Kiamichi
Goodland
(b)
Age
irinitv group
Cretaceous
Cretaceous
Cretaceous
Cretaceous
(c)
Depth
15
2P
ZOO
220
(d)
Thickness
ATT
IhO
(e)
Llthologic Description
p,ravel bed
p,ravel hed
clay
limestone
lificstone
TOT)
(a)
-------
WIC I
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(M) formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, minidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
p.ravcl zone
28
1/t
Recent
r.ravel
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
Trinitv
Area! Lithologic Fluid
Depth Thickness Extent Character Character
nu'i3s i vc sandstone
n r i n c i p a I fresh, aquifer
. Mineral Resources in Area: *I/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area: Crovind water wells which roach the
Trinity formation for fres'i i.Mtor.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Sodium, bicarbonate
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1: 593
C. Specific Gravity: N/A
D. Temperature: *:/A
E. pH; Q.2
(b)
-------
WIC__ TX-22
3. Tbxicity: Non-toxic
M. Reactivity with Surface Equipment Ccnponents: Relatively high nH soiutipn
may corrode aluminum fixtures through continued application.
5. Degradabllity Level and Rate: N/A ""
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection and biological activity minimiy.^A hv
anaerobic conditions and lack of organic substrat-p.
7. Pre-inJection Waste Treatment; N/A
V. WELL DESIGN AND CONSTOUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
lection Steel3-1/229
Inject
Other
2. Type and Arnault of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Name and Models);
. Packers, Centralizers, and Other Subsurface Equipment
5. Bottom Hole Completion; on c n
6. Hydraulic Fracturing, Acidizing Programs, etc.
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters: N/A
(0
-------
WIC TX-22
3. Pumps: ^/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_72 2,052 B. 19_71 3,348 C. 19.™ 5,071.5
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Wellhead and annulus pressure; injection
floi.' rate; infection flow volume.
B. Sampling Frequency and Water Quality Parameters Measured: Periodically"
measured and reportc-tl jf n S? variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous
morii coring.
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; MI casing must fre__ti?sti<-H For ip.ik.ipp .it
psi: injection {.ubinp must be unaf fprt-fd hv
B. Monitoring Requirements : Casing ami bottom hole pressure tests; complete
chemical analysis of wastes; monitor wellhead and annulus pressure rates
and total volume; report bi-annual ly;_5_^ deviations report immediately.
C. Restrictions of Operation Procedures ; N/A
(d)
-------
Well Id. Code:
1A-23
Permit Status: PDF
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNITED STATE?
Operational Status:
NO?
Operating Company Name and Address: E.T. DuPont DC Nemours and
P.O. Bo>: 108^ - Oran^o., Texas 77^30
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 16 (Month) 08
2. Latitude and Longitude: •300oV2^"/tn°44'3i"
(Year) 72
3. Vfell Location (Legal Description); 0.M. Thomas Survov., Ah, 433. 440 ft
from the southwest Vine and 343 ft. fro:n the southeast line.
5.
n.
i.
County; .°ram>e.
State: Texas
SIC Classification; 2B21
GENERAL DATA ON WELL SITE
Type Of Waste Injected: A dilute anueous solution of aminoniun sulfato,
sulfuric acid, orp.anJr nitn'les and trace quantities of l7vdrop,cn cvanidc,
2.
3.
5*.
6.
7.
8.
9.
10.
Date Well termltted; 873r
Injection Rate: 34o ftpm
Completed:
Injection Pressure; 7nn-R3n
Total Depth of Well: 5,204
Name, Age, and Depth of Injection Zone: Catahoula, Miocene -
Date Injection Began: (Day) 25 (Month) 10
Total Volume Injected to Date: 7A9.8l7,qo3
Date Injection Ceased: (Day) 19
Previous Mode of Disposal:
(Month)05
N/A
(Year)
(Ganons)
(Year) 7?
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont Clav
Lissie
Willis
Oakville
(b)
Age
Pleistocene
Pleistocene
Pliocene
Miocene
(c) (d)
Depth Thickness
0 combined
thiekness-1,010 ft.
(e)
Llthologlc Description
clayt sand
sand, gravel
sand
sand
Catahoula
Miocene
4,550
300
sand
(a)
-------
WIC
TX-23
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confining Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) tfydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Catahoula
A, 550
800
.45 psi/ft. est.
1.0 psi/ft. est.
1.0 psi/ft. est.
Miocene
sand
1,000
3,500
Tertiary
sands and clays
C. Chemical Characteristics of Formation Fluids: Brine
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumont clav
Lissie
Depth
o
Area!
Thickness Extent
Lithologic
Character
cor.ih irvcd
thickncss-lOOP
extensive sand ,c.lav
extensive gravel,sand
Fluid
Character
freshwat'er in top
400 ft. with 3000
ppm TDS
These two formal ions are often referred to as the T.ulF. Coast aquifer.
. Mineral Resources in Area: oil and ^
in area.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate HydrolOglcally Affected Area: Phoenix Pake oil and gas field three
miles east; Orange MeU three miles west of the disposal well.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); The waste fluid contains
17, nitric acid, 2. Yf, organic acids, and 0.01% heavy metal salts.
2. Physical/Chemical Description
A. Cone. Suspended Solids, m&^L:
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity; N/A "
D. Temperature: >;/A
E. pH; N/A
(b)
-------
WIG _ TX-23
3 . Toxic 1 1 y : Heavy metals and cyanides are toxic if ingested.
4. Reactivity with i Surface Equipment Components; Sulfuric. nitric, and organic
acids may corrode metal fixtures with continued contact. _
5« Degradability Level and Rate: Organic material may break down r.hpmi rally
arid through bacterial degradation. _
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection. Possibl some breakdown nf
compounds with oxygen supplied through decomposition of SO^, NOo. and CO..
7. Pre-injection Waste Treatment: N/A — -y
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
jection
Inject
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. tell Head Equipment (Name and Models):
*. Packers, Centralizers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion: »M
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A"
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: "/A
2. Filters: N/A
(O
-------
WIC TX-23
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During life of Well to Present)
Date(s) 12/70 Average 255 Maximum 355
it
it
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 12/70 Average 723 Maxlnum 83°
it
3. Annual Volume Injected, gal.
A. 19 N/A B. 19 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Wellhead and annulus pressure; injection
flow rate; injection flow volume. ~"
B. Saiqpllng Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous
monitoring;.
2. Contingency Plan for Well Failure During Operation: Pump wastes to other
company wells in immediate vicinity.
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1,000 psi; injection tubing must be unaffected by wastes. ~
B. Monitoring Requirements! Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor wellhead and annulus pressure rat'es
and total volume; report biannually; '5% deviations report immediately.
C. Restrictions of Operation Procedures; Plugged.
-------
Well Id. Code:
TX-25
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNTIED STATES
Pennlt Status:
.PDF
Operational Status:
NOP
Operating Company Name and Address: :v,hiip On
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 16 (Month) QQ
2. Latitude and Longitude: 3i°ir''32"/i03°oi'./t9"
633 - Mi.ll'nnrl Tnv.-
(Year) 72
3. Vfell Location (Legal Description); T.T. RV Survey .
48.
nw 2090
ft.. From the north line and 721 ft. from the smith lino.
County:
State:
Texas
5. SIC Classification:
1321
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Produced brine, waste water from desalting and
regeneration, .ulvcul . caustic soda, and boiler blowdovm.
2. Date Well Permitted; 2/23/66
3. Injection Rate: 56 gnn
Conpleted:
Injection Pressure; 650-800 rs_i
5. Total Depth of Well: 6,250 Ft.
6. Name, A^, and Depth Of Injection Zone:
Cherry Canyon. Permian. 5.631 ft
7. Date Injection Began: (Day) 19 (Month)
8. Total Volume Injected to Date: 87,225,965'
08
(Year)66
9. Date Injection Ceased: (Day) ~ (Month)
10. Previous Mode of Disposal: X/A "
03
(Year) 72
PI.. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Rustler
Laraar
lie 11 Canyon
(b)
Age
Permian
Pernian
perriian
(c)
Depth
1,825
-'i ,680
A ,7AO
(d)
Thickness
2,200
60
300
(e)
Lithologic Description
Anhydrite
limestone
Chcri'y Canyon
Pt-rrtu an
5.631
600
sandstone, dolomite.
(a)
-------
WIC
TX-25
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
tfr) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Cherry Canyon
5,631
600
Pernian
sandstone, dolomit
E;
C. Chemical Characteristics of Formation Fluids: 15,646 mg/l chloride
ions, total solids - 21,833 TOR/!.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Alluvium
Rustler
Depth
1,850
Areal Lithologic
Thickness Extent Character
extensive sand, gravel
400 sandstone
Fluid
Character
f resh
saline
. Mineral Resources in Area: Oil and gas in five zones from 4,700 ft. to
15.700 ft.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate ffydrologlcally Affected Area; Irrigation wells of area arc 1,000
Ft. depth at. maximum, most ground water from alluvial and gravel deposits
of Tertiary Age. This area has vast oil and f>as wells.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Tota1 Alkalinity -552 ppm,
total hardness - /4»2^°PPra» Ca -2Q32 ppm, Mg - 1/309 pnm 'K - I J , "421" ppm,
_
SOA - 36 ppm, Cl - 39,987 ppm, Fe-15.2 ppm, CO-? -
ppm.
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/l:
B. Cone. Dissolved Solids, mg/l:"
Specific Gravity; 1.0318 at"
Temperature:
pH; N/A
N/A
C.
D.
E.
N/A
(b)
-------
WIC _
3. Toxlclty: High alkalinity and solids precludes willful im'.estion because of
bad tar.te, similar to seawater. Would have phvsic effect because of high
Mg content. Fe would have heavy metal effect. No systemic poisons.
M. Reactivity with Surface Equipment Components; Alkalinity and high r
would corrode iron and aluminum in an action similar to that of sea water.
5. Degradability Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection;
N/A
7. Pre-iryjection Waste Treatment; N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Surface
Intermediate
Casing or Tubing Depth
Weight and Grade Size Set
3-5/8 1355
J-55 5-1 [2 f>245
Injection
Other
J-055 4.71.-' 2-3/4 5036
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 8-5/8 inch
casing - 868 sks Tncore ccrnpnt plus 4% r.el . , 1/4/,-' Celfo hole per sack and
27, CaCl2 and 10H sks neat Incore and 27. CaCl9
3- Well Head Equipment (Name and Models); N/A
Packers, Centralizers, and Other Subsurface Equipment: One centraiizer on
8-5/8 inch casinp, on bottom joint. Packer - Brown Oil Tool Huslev Tvpe set
at SOttfS ft.
5. Bottom Hole Completion: Perforations at 5168-5594 ft., 5693-6046 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters:
(c)
-------
WIC TX-25
3. Punps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During life of Well to Present)
Date(s) 6/72 Average 58 Maximum SB
" 6/71 58 53
" 6/70 56 60
" 6/69 54 56
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 6/72 Average 650 Maxinum 700
" 6/71 725 750
" 6/70 700 750
11 6/69 750 900
3. Annual Volume Injected, gal.
A. 19_72 6.734.490 B. 19_71 8.524.444 C. 19J70 17.979.976
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Wellhead and annulus pressure; injection
flow rate; in lection flov; volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically"
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; continuous"
monitoring. ______________—«_____________
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; All casing must he tested Eor leakage at
1,000 psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
chemical analysis of vastes; monitor wellhead and annulus pressure rates
and total volume; report biannuallv; 5% deviations report immediately."
C. Restrictions Of^ Operation Procedures; Maximum operational surface pressure
injection of 2,500 psip, - well operation ceased August 14, 1972. ~
Well plugged under TWQR regulations.
(d)
-------
Well Id. Code:
IX-2 6
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNlltu STATES
PDF
Operational Status:
Permit Status:
Operating Company Name and Address:
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 09
MOP
Phillips Petroleum Company
P.O. Box 1967 - Houston. Texas
(Year) 72
2. Latitude and Longitude; 3203n'36"/990A3'iO"
3. Well Location (Legal Description); Five feet east of west line which trends
N1A°25'W of 2.48 acre tract in west part of Sec. 48, Rlk. 16, T&P RR Co. Survey
*J. County; Jones State; Texas
5. SIC Classification; 53A1
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Wastewater from truck washings at service station.
detergents, and small amounts of gasoline, kerosene, motor oil, and
grease.
2. Date Well Perndtted:
3. Injection Rate: N/A"
7/26/f>6
Corrpleted:
Injection Pressure; N/A
5. Total Depth of Well; AOO Ft.
6. Name, Age, and Depth of Injection Zone; Tnipa Limestone - 250-500 ft.
7. Date Injection Began: (Day) N/A (Month!"
8. Total Volume Injected to Date; N/A
9. Date Injection Ceased: (Day)
10. Previous Mode of Disposal:
(Year)
(Gallons)
(Month) 03
.(Year).
Crave* 1 pit drainage ditch covered with soil
after settleable solids had been removed.
HI. GEOLOGIC INFORMATION
1. LLthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Clear Fork
(b)
Age
Permian
Wichita
(c)
Depth
o
Permian
Talpa Limestone
Coleruan Junction
Limestone
Permian
(d)
Thickness
100
Permian
7r>0
(e)
Llthologlc Description
11mes t one, shalc
limestone
limestone
(a)
-------
WIC
TX-26
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, "C
(11) Character and Area!
Distribution
Talpa
Limestone
300
101
Permi
an
T.iTipxsl- nnA
C. Chemical Characteristics of Formation Fluids: N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Coloman Junction
Area!
Thickness Extent
600
7TO
Lithologic
Character
limestone
Fluid
Character
brackisn - artesian
sufficient to reach
surface
Mineral Resources in Area: Oil and gas fields surround the disposal well
site location. Sayles field, 1 mile north, at a depth of 2,000 ft.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate fydrologlcally Affected Area; Sayies oil field, l mile north
produces oil from Flippen limestone (2,000 ft): seven abandoned wells
within one mile radius (nearest 900 ft. south).
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Effluent from truck washing
facility.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1: 443
C. Specific Gravity:
D. Temperature; N/ A
E. pH; 7-8
(b)
-------
WIC TX"26
3. Toxiclty: N/A
M. Reactivity with Surface Equipment Conponents:
5. Degradabillty Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection, biological activity minimal due to
anaerobic conditions and lack of substrate.
7. Pre-injection Waste Treatment: Wash bays run to 6'x6'x6' cement lined settling
box equipped with a baffle. Overflow runs into a steel holding tank 6* diameter
"and 7-8' deep. A_drainficld 10'x65'xlO' filled with gravel and covered with
soil takes the not injected waste fluid.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
lection Casing 9.5#J-554-1/2400
Inject
Ctner
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 50 sks cement
from 400 ft. to 3 ft. below ground level. Class H cement was used.
3. Vfell Head Equipment (Name and Models):
4. Packers, Centrallzers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion;
yo^ 25n-/iOp gt.
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; 6'x6'x6' cement lined settling box: 6' diameter
x 7 to 8' deep steel holding tank: and 10'x65'xlO' gravel filled and dirt
covered drainage field.
2. Filters: N/A
(c)
-------
WIC TX-26
3. Pumps: Elcc t rip pump .
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
it
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Wellhead and annulus pressure; injection
flow rate; injection flow volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous"
monitoring.
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; Abandoned well reworked to permit
specifications - now plufip.cd to permit specifications.
B. Monitoring Requirements: Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor wellhead and annulus pressure rates
and total volume; report biannually; 5% deviations report immediately. ~
C. Restrictions of Operation Procedures; Operating pressure not to exceed
1/2 psi/ft. permit cancelled and well plugged according to TWOB ""
regulations - injection ceased March 14, 1972.
(d)
-------
Well Id. Code:
TX-27
COMPILATION OF INDUSTRIAL AM) MUNICIPAL
PDR
Permit Status:
Operating Conpany Name and Address:
I. GENERAL IDENTIFICATION DATA
Operational Status:
Ca 1 a lien T independent School
4602 Cornell Drive - Corpus Christ!, Texas 78410
1. Entry Date of Data: (Day) 17 (Month) 10.
2. Latitude and Longitude: 27051'15"/97°38112"
(Year) 72
3. Well Location (Legal Description); sin ft. west of the line and 307 ft.
north of the 30 acre tract of the F.J. Smith 225.2 acre tract.
1|. County; Nueces
State: Texas
5. SIC Classification :
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Effluent from septic tank system.
2.
3.
1.
5.
6.
7.
8.
9.
10.
m
1.
Date Well Permitted: 9/19/66 Completed:
Injection Rate: 5,6on SPd
Injection Pressure: gravity
Total Depth of Well: 349 f"t.
Name, Age, and Depth of Injection Zone: Ooliad, Pliocene, 3^o ft.
Date Injection Began: (Day) N/A (Month)
Total Volume Injected to Date: N/A
Date Injection Ceased: (Day) N/A (Month)
Previous Mode of Disposal: 2 - 4,000 Ballon septic t
and two 600 gallon septic tanks connected in series,
flow to a drainage field consisting of 24 wells.
. GEOLOGIC INFORMATION
Litnology and Stratigraphy
(Year)
(Gallons)
(Year)
auks connected in seriec
whose effluents v^ravitv
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont Clay
Lissie
C^olaid
(b)
Age
Pleistocene
Pleistocene
Pliocene
(c)
Depth
(d) (e)
Thickness Lithologlc Description
sand , shale
sand, shale
"315 sand
(a)
-------
WIC
TX-27
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatlc Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Co 11 ad
300
50
PI iocene
Fine3, coarse, hrok
sand, and sandston
with shale
Lower Beaumont clay
& Lissie vm.
Pleistocene
?n sand , shale
->
C. Chemical Characteristics of Formation Fluids; Water with hipfn chloride
coiu'.eut rat ions.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Area! Lithologic
Depth Ihickness Extent Character
Picauriont
sand/shale
Fluid
Character
usable water
. Mineral Resources in Area;
Field 7 miles southwest.
'' oil Field five niles north and SAXET on
>. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area; Hells drilled deeper than 100 ft.,
vith qualitv suitable for dories tic use, arc more than three miles Irora the
disro.aL well site.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): nop's - 170
2. PhysicaVChemical Description
A. Cone. Suspended Solids, mg/1; X/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity; "/A
D. Temperature: x/A
E. pH: s.2
(b)
-------
WIC TX-27
3. Tbxiclty: Possible pollution bty_ hfirfprial pnn.iiati>n
4. Reactivity with Surface Equipment Components; ' N/A ' """
5. Degradability Level and rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
BacteriologicaJly detrimental to quality of potable ground water - Inrftp.
bacterial count.
7. Pre-injection Waste Treatment: 3 septic tanks for anaerobic dieestion of
raw waste and .settling of suspended solids.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Welgfrt and Grade Size Set
Surface r.a«in* - _4 349
Intermediate
Injection Tubing _2 291
OthOT
2. Type and Anoint of Cement, Cement Additives, Emplacement Horizon; 4 inch
casing cemented 300 ft. to surface.
3. Well Head Equipment (Name and Models); N/A
. Packers, Centrallzers , and Other Subsurface Equipment: A"X2" parkpr at ?q ft
5. Bottom Hole Completion; 4 inch casing slotted 303-349 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Three - concrete septic tanks with total
capacity of 9,200 gallons.
2. Filters: ^7A
(0
-------
WIC TX-27
3. Pumps: ? ii.P. Klectric Motor and a Myers Piston Pump.
VIL._. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) io/A/71 Average IPO Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 1Q/4/7I Average Vacuum Maximum Jr'
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19
SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Pressure gauge on injection tubing.
B. Sampling frequency and Water Quality Parameters Measured; Periodically
nnd reorted if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous
monitoring.
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1.000 PS!; injection tubing must_be unaffected by wastes.
B. Monitoring Reojllrements; Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor wellhead and annulus pressure "
rates and total volume; report biannually; 5% deviations report immed.
C. Restrictions Of Operation Procedures; Surface injection pressure shall
not exceed 1/2 pound per foot oF depth.
(d)
-------
Well Id. Code:
TX-28
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Permit Status:
PDR
Operational Status:
Operating Company Name and Address: E.T. DuPont de Nemours and company
P.O. Box 2626 - Victoria, Texas 77901
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 17
(Month)
10
2. Latitude and Longitude: 28"3913n"/96°5fiti5ir
(Year) 72
3. Well Location (Legal Description): 3B35 ft. from the northwest line and
21,340 ft. from the northeast line of the Disideria Garcia League Survey.
1|. County; Victoria
State: Texas
5. SIC Classification:
"2821
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Aqueous wastes from manufacturing of nylon
intermediates. Small quantities of nitric acid, orp.anic acids, and sa]ts.
2. Date Well Permitted; 8/28/69
3. Injection Rate: 300
Completed:
Injection Pressure; 230
5. Total Depth of Well; 4230
6. Name, Age, and Depth of Injiction Zone: Catahouia, Miocene. 3920-4092
(Month)
06
(Year) 68
(Gallons)
_(Year)
7. Date Injection Began: (Day)
8. Total Volume Injected to Date: 490.024.000
9. Date Injection Ceased: (Day) N/T (Month)
10. Previous Mode Of Disposal: Disposal into four injection wells at the
Victoria plant site. Well it I . 2. 3 and 4 .
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont
(b)
Age
Pleistocene
(c)
Depth
n
(d)
Thickness
(e)
Llthologlc
Combined thick- sand,
Description
clav
ness 1,600'
Lissie
Ooliad
Lagarto
Oakville
Pleistocene
Pliocene
Miocene
Miocene
3,000
700
sand^
sand
clay
sand
gravel
Catahouia
Miocene
3,700 500
sand
(a)
-------
WIC
TX-28
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
C6) ftrdrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Catahoula
3,000
'1,300
1 psi/t t . est .
1 psi /ft. est.
Miocene
30
1045 to 1560
Sand
1 ,600
2 ,600
riiocene
Clays and sands
C. Chemical Characteristics of Formation Fluids; specific gravity 1.052;
pll 6.9; ^2.200 ppm Cl/, 69,000 ppm equivalent NaCl', 71,000 ppm TDS.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumont
Depth Thickness
o Combined
Area! Lithologic
Extent Character
extensive clay
Fluid
Character
fresh
thickness
1,600
Li ss it1
Co Had
extensive sand, gravel
extensive sand
fresh
fresh
. Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations In
Immediate fydrologlcally Affected Area; well »i, 2, 3, 4, 6, 7
IV. WASTE CHARACTEBISTTCS
1. Technical Description (Including Radioactivity); Nitric acid, organic acids,
sodium salts, some chloride and metals.
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A_
B. Cone. Dissolved Solids, mg/1: \T/A
C. Specific Gravity; N/A
D. Temperature: 50-60"c
E. pH; 1-4 Inject.ion nil 7.5 to K.5
(b)
-------
WIC
3 . Toxicity :
N/A
Reactivity with Surface Equipment Components; All equipment corrosion-
resistant construction.
5. Degradablllty Level and Rate; Possible degradation of organic acids.
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at in.-ject.lqn; mininal biological Activity due t-n _
anaerobic conditions and lack of substrate. _
7« Pre-lnjectlon Waste Treatment; Fioccuintfon
to
or degradation of organic materials, settling fnr ininipinm nf ?lr bmn
filtration, and injection^
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
inTt.Tfp5 ,
Surface
Intermediate
lection
Inject
Other
Hole
Size
is
Casing or Tubing
Weight and Grade
£04
Size
9-s/£ _
Depth
Set
2011
8-5/8
174 H-55
5-1/2
4230
2. Type and Amouit of Cement, Cement Additives, Emplacement Horizon: 9-5/8 inch
casing - 913 sks of cement plus 47 ael . and 27, CaCl 2 and 150 sks of ccnenr
with 22 CaCl2; ~5-lJ'2 casing - 1000 sks of Pozmix '"5" plus 4? oel. """"L^-
3. Well Head Equipment (Name and Models): N/A
Packers, Centralizers, and Other Subsurface Equipment;.._Ji.iii ihnrt-nn RTT
packer - 3900 ft.
5. Bottom Hole Completion;
_ 7000
fshot) ffivivel p,TrkpH pprfor^finn A .c;hnf.q per f
6. Hydraulic Fracturing, Acidizing Programs, etc.:
fnol.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and PlOW Lines; 50 ft. diameters and 32 Ft. hi^h, covered settling
tank of steel construction, lined with fiberglass reinforced epoxv resin,
organic oil" separation tank - 60 ft. diane'ter and 12 ft. high.
2. Filters; Two 800 sq. ft. Parallel-arranged nressure leaf horizontal filters
of Inconel and stainless steel construction; 3 - 250 sg. ft. pprocarbon tub" filters
(O
-------
WIC TX-28
3. Pumps: Precoated with dlatomaceous earth. 1^00 ft. head
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6/72 Average 335 Maximum 475
" 6/71 230 280"
" 6/70 190 250
" 1/70 185 IZfT
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 6/72 Average 230 Maximum 365
" 205' 250
" 6/70 130 170
" 1/70 240 350
3. Annual Volume Injected, gal.
A. 19_7_2 112.957.000 B. 19_71 137,245,000 C. 19_71 103,927,000
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure; injection
£lo_w rate; injection Flow volume
B. Saiqpling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 57, variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; continuous
monitoring.
2. Contingency Plan for Well flailure During Operation; Possible pumping ot" wastes
to other company wells in immediate vicinity.
3. Regulatory Aspects
A. Construction Requirements; As permitted - to pressure test casing at
1500 psi within a 5% variation _for one hour.
B. Monitoring Requirements; Casing^and bottom hole pressure tests; complete
chemical analysis of wastes; monitor wellhead and annulus pressure, rates
and'total volume; report' biannuallyj"5% deviations report immediately.
C. Restrictions Of Operation Procedures; Maximum surface injection pressure
of 1000 PBJ.
(d)
-------
Well Id. Code:
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STffJ
PDR
Permit Status:
Operating Company Name and Address:
I. GENERAL IDENTIFICATION DATA
Operational Status:
o
F.T. DuT'ont Do Norn ours and Company
r.O. F.ox 2626 - Victoria. Texas 77901
1. Entry Date of Data: (Day) T_TL_
2. Latitude and Longitude: 2R03CT'30"/96°56'1 s'7
(Month)
in
(Year)
3. Well Location (Legal Description): Pe.siderJa Garcia I.c-ngue Purvey, 3835 ft
from the NW line and 22,340 ft. fron the ME line.
1|. County; Victoria
State:
Texas
5. SIC Classification: 2821
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Aqueous vostos from manufacturing, of nylon
intermediates. Small quant itJos of nitric acid, organir acids, and salts.
2. Date Wellltermltted; 11/30/6 6
3. Injection Rate: 3Qn gpln
Completed:
Injection Pressure:
26(1
_
5. Total Depth of Well; 4205
6. Name, Age, and Depth of Injection Zone:
Catnhoula, Miocene, 3^15-3969 ft.
or,
(Year)
7. Date Injection Began: (Day) (Month)
8. Total Volume Injected to Date: 482,10],noo
9. Date Injection Ceased: (Day) X/A (Month)""
10. Previous Mode Of Disposal: Disposal into veils -'1 , 2. 3,
6Q,
(Gallons)
tYear)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont
Lissie
Goliad
Lagarto
Oakville
Catahoula
(b)
Age
PIelstocenp
Pleistocene
Pliocene
Miocene
Miocene
Miocene
(c) (d) (e)
Depth Thickness Lithologlc Description
_0 Combined thick- clnv
ness - 1,000 ft. sand, gravel
sand
3, OOP
3,700
700
500
clay
sand
sand
(a)
-------
WIG
TX-29
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnincr Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psl
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Fteservoir Temperature, °C
(11) Character and Area!
Distribution
Oakville-Catahoula
3000
1300
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Miocene
30
1045 - 1560
sand
1600
2400
Miocene
clay . sand
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Depth
Beaumont-Lissie 0
Area!
Ihickness Extent
Goliad
1600
Llthologlc
Character
extensive sand, clay
extensive sand
Fluid
Character
fresh
fresh
. Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area;
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Nitric acid, organic acj.ds,
sodium saltsf some fyeavy metals.
2. Physical/Chemical Description
A Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity: N/A
D. Temperature:
E. pH:
N/A
N/A
(b)
-------
WIG TX~29
3. Tbxiclty: X/A
. Reactivity with Surface Equipment Components; 'X/A
5. Degradablllty Level and Rate: possibip. tWradaMnn OF
- i /-j_
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; minimal biological activity due tn
anaerobic conditions and lack of substrate.
7. Pre-lnJaction Waste Treatment; N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 15 32it/ft. o-5/a
Intermediate
ection S-5/R L7/'/ft. 5-i/?
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 9-5/8 inch
casing - 1217 sks cement - 5-1/2 inch casing - °65 sks Pozmix 4- 4% Gel.
3. Vfell Head Equipment (Name and Models):
. Packers, Centrallzers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion: Perforations •wis-'WAn anri ^055-3969 (u
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: X/A
2. Filters:
(0
-------
WIC TX-29
3. Punps: N/A
VII. OPERATiat'CHARACTHlISnCS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6/72 Average -no Maximum
11 6/71 230 300
" 6/70 190 265
n 6769240 350
2. Injection Pressure, psl (During Life of Well to Present',
Date(s) 6/72 Average 260 Maximum 450
" 6/71 175 195
11 6/70 120 150
" 6/69 215 320
3. Annual Volume Injected, gal.
A. 19 J2 93.674.000 B. 19_71 141.681.000 C. 1922 99.828.000
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Wellhead and annulus pressure; injection
flow rate; injection flow volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads ; Continuous
monitoring.
2. Contingency Plan for Well Failure During Operation; Pump wastes to other
company wells in immediate vicinity.
3. Regulatory Aspects
A. Construction Reojilrements ; All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements ; Casing, and bottom hole pressure tests;
pnmplete chemical analysis of wastes; monitor wellhead and annulus
pressure, rates and total volume; report biannually; 5% deviations report
C. Restrtctlcns of Operation Procedures; Maximum surface infection
of 1 000 sj.. _ . _ . - -
(d)
-------
Well Id. Code:
TX-30
COMPILATION OP INDUSTRIAL AND MUNICIPAL
Permit Status: PDR
Operational Status:
DN
Operating Company Name and Address: E.I. DuPont de Nemours
P.O. Box 2626 - Victor. Texas
1.
2.
3-
I. GENERAL IDENTIFICATION DATA
Entry Date of Data: (Day) 18 (Month) 09
Latitude and Longitude: 28"39I30'796°561T5ir~
(Year) 72
Well Location (Legal Description); 4215 ft. from the NW line and 197AO ft.
from the NE line of Desideria Garcia League Survey
county; victoria
State: Texas
5. SIC Classification; zrci
DATA ON WELL SITE
1. Type of Waste Injected; Aqueous waste from manufacture of nylon inter-
mediates; small quantities of nitric acid, organic acids, and salts.
2.
3.
H.
5.
6.
7.
8.
9-
10.
Date Well Permitted; 11/30/66
Injection Rate; 300 gpm
Completed: 1/15/69
Injection Pressure; N/A
Total Depth of Well; 4356
Name, Age, and Depth of Injection Zone; Qakville-Catahouia, Miocene
3000 - 4300
Date Injection Began: (Day) N/A (Month) (Year)
Total Volume Injected to Date; N/A "
Date Injection Ceased: (Day) (Month) (Year)
Previous Mode of Disposal; Other injection wells at plant.
(Gallons)
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(e)
Lithologic Description
sand, clay
sand, gravel
~sand
clay
sand
sand
(a)
Name
Beaumont
Lissie
(b)
Age
Pleistocene
Pleistocene
(c)
Depth
0
(d)
Thickness
1600
Goliad
Pliocene
Lagarto
Miocene
Oakville
Miocene
Catanoula
Miocene
3000
3700
700
0
(a)
-------
WIC
TX-30
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(M) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
C6) Hydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Oakville-Catahoula
3000
1300
0.45 £si/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Miocene
30
1045 - 1560
sand, tuff
1600
2400
Miocene
clavt sand
C. Chemical Characteristics of Formation Fluids; saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumont
Depth
0
Area!
Thickness Extent
Llthologic
Character
extensive clay
Fluid
Character
fresh
Lissie
1600
Goliad
extensive sand, gravel
extensive sand
fresh
fresh
. Mineral Resources in Area: N/A
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Nitric acid, organic
acids, sodium salts, and some heavy metals (Cu, Va, Ti)
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/l; N/A
C. Specific Gravity:
D. Temperature:
E. pH; N/A
N/A
N/A
(b)
-------
WIG TX-30
3. Toxlclty: N/A
i\. Reactivity with Surface Equipment Components; Possibly corrosive from
nitric and organic acids. ^ _
5. Degradablllty Level and Rate; Possible degradation of organic acids
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection, minimal biological activity
7. Pre-lnjectlon Waste Treatment: N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Surface
Casing or Tubing Depth
Weight and Grade Size Set
83# H-40 9-5/8 2002
Intermediate
Injection
Other
Stainless steel J-55 5-1/2 4356.45
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
9-5/8" casing - 1150 sks Trinity type H + 4% gel
5-1/2" casing - 960 sks Pozmix + 4% gel
3. Well Head Equipment (Name and Models): N/A
. Packers, Centrallzers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion; open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A~
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters: Parallel leaf filters
(c)
-------
WIC TX-30
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psl (During life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure: injection
flow rate; in.1 action flow volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads: ContinuousT"
2. Contingency Plan for Well Failure During Operation: Pump to other company
wells
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom bole pressure tests:
complete chemical analysis of wastes; monitor well head and annulus
pressure rates and total volume; report biannuallv
C. Restrictions Of Operation Procedures; Maximum surface injection
pressure of 1000 psi. ____
(d)
-------
Well Id. Code: TX-31
COMPILATION OP INDUSTRIAL AND MUNICIPAL
THE
INJECTION
Permit Status:
PDR
Operational Status:_
Operating Company Name and Address: Mobile chemical Company
I. GENERAL IDENTIPICATION DATA
P. 0. Box 386ft - Beaumont, Texas
1. Entry Date of Data: (Day) 11
(Month)
10
2. Latitude and Longitude; 29° 58'19'794° 03'
(Year) 72
3. Well Location (Legal Description); William Sipler Survey, Abs. 48, 4100 ft,
FWL and 5430 ft. FNL.
5.
II.
1.
2.
3.
5-
6.
7.
8.
9.
10.
County; Jefferson
State:
Texas
SIC Classification; 2821
GENERAL DATA ON WELL SITE
Type of Waste Injected: Liquid consisting of acetic acid and organic
salts.
11/30/66
Date Well Permitted;
Injection Rate: 190,700,000
Completed:
Injection Pressure; 400 - 750 psi
Total Depth of Well: 6030 ft.
Name, Age, and Depth of Injection Zone: Miocene sand, 5932-5978 ft.
(Month!oT
Date Injection Began: (Day)
Total Volume Injected to Date: 953,515.450 (6/72)
Date Injection Ceased: (Day) (Month)
Previous Mode of Disposal: TWO surface pits.
(Year) 67
(Gallons)
.(Year).
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
"Beaumont
Lissfe
Willis
Rolfaa
Catanoula
(b)
e
eistocene
-Pleistocene
Pliocene
Pliocene
Miocene
(O
5T
(d)
Thickness
" 600 "
3500
Lj/thologlc Description
clav, sand
sand
sand, silt ~
sand
sand, silt, clay
(a)
-------
WIG
TX-31
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(B) Porosity %
(9) Permeability, millldarcles
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
5930
48
2900
1.0 psi/ft est.
0.78 psi/ft
Miocene
33.7
31^0
52°
sand, silt
widespread
1200
4700
PHocene->fiocene
clav, sand
widespread
C. Chemical Characteristics of Formation Fluids: chloride ion = 37,OQQ ppm
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumont
Lissie
Areal
Thickness Extent
600
600
600
Lithologic
Character
extensive clay,sand
extensive sand, gravel fresh
Fluid
Character
fresh
Mineral Resources in Area; Oil and gas in the area.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area: Spindle top oil field two wiles
north.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Acetic acid = 2240 ppm;
terephthalic acid = 150 ppm: xvlene = 55 ppp; methyl ethyl ketone = 50 ppin:
paratoluic acid = 40 ppm; benzoic acid
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1:
C. Specific Gravity:
D. Temperature:
E. pH: N/A
20 ppm; other hydrocarbons =24 ppm
2600
N/A
N/A
(b)
-------
WIG _ TX-31
3 . Toxic ity : May be toxic from acids.
^. Reactivity with Surface Equipment Components; AH surface piping is stainless
steel and tanks are aluminum to reduce corrosion. _
5. Degradability Level and Rate: Oxidation of acids to carbon dioxide and water"
may occur. _
6. Biological Level at Injection and Estimated Biological Level After Inject ion:
N/A _
7. Pre-inJection Waste Treatment; r»n control, biological treatment -
removal, and settling.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
tole
Size
Casing
Weight
24#
or Tubing
and Grade
J-55
Size
8-5/8
Depth
Set
2521
17#
Type 304 ss
5-1/2
6030
Qtl
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 8-5/8 inch
casing - 630 sks class 11 w/8% gel. + 100 sks Densified Incor w/0.5%
CF12-2; 5-1/2 inch casing - 1800 sks Densifled Incor w/1% CF12-2 +
0.2% HR-4 r^^__
3. Vfell Head Equipment (Name and Models); nil Center Tool Co. 4" stainless
steel tree.
1. Packers, Centralizers, and Other Subsurface Equipment: Plup, at fiopo ft.
5. Bottom Hole Completion: Perforations: 5932-5978 ft. with 3 Sch. screen;
jet cluster/ft. (4 - O7l" diameter jets/ cluster)
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A ~
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Two IQ.OOO barrel xjelded aluriinim holding
tanks, concrete basin - 12* x 15* x 12*
2. Filters:Fixed bed anthracite filter
(c)
-------
WIC TX-31
3. Pumps: Centrifugal
VTI. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6/68 Average 253 Maximum 282
6/70 257 336
6/71 317 360
6/72 129 276
2. Injection Pressure, psi (During life of Well to Present)
Date(s) 6/68 Average 693 Maximum 720
6/70 415 450
6/71 489 590
6/72 748 815
3. Annual Volume Injected, gal.
A. 1922. 561630 r 100 B. 19H. 157.704,100 C. 197_0_ 137.312.040
VIII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Veil head and annulus pressure; inlection
_flow rate and volume.
B. Sampling Frequency and Water Quality Parameters Measured: Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads: Continuous
monitorlnp. _____________
2. Contingency Plan for Well Failure During Operation; Two 8 acre surface
ponds.
3. Regulatory Aspects
A. Construction Requirements: All casinp must be tested for leakage at
1000 psi; injection tubinp must be unaffected by wastes.
B. Monitoring Requirements; Cas.in.g and bottom hole pressure tests.; complete
chemical analysis of wastes; monitor well head and annyilus pressurer
rafr.p.s and t-nfal vnliimp; report biannual 1v.
C. Restrictions Of Operation Procedures; ^aximum permitted surface
inlection pressure of 2000 nsipr.
(d)
-------
Well Id. Code: TX-32
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED
Permit Status:
Operating Company
I. GENERAL IDENTIFICATION DATA
Operational Status:
PDR
Name and Address: Celanese Chemical Company
P.O. Box 509 - Bay City. Texas
1. Entry Date of Data: (Day) 01
(Month)
10
(Year) 72
2. Latitude and Longitude: 28°5l'45"/960oit04"
3. Well Location (Legal Description): James Moore League, Abs No. 62
County; Madagorda
State:
Texas
5. SIC Classification; 2818
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Chemical plant wastes.
2. Date Well Permitted; 7/3/62
3. Injection Rate: 100,000^000 gpv
Completed:
Injection Pressure; 200 - 700 psi
5. Total Depth of Well; 3553 ft.
6. Name, Age, and Depth of Injection Zone: Tertiary. 3300 ft~
7. Date Injection Began: (Day) 26 (Month) 07
8. Total Volume Injected to Date: 533.301.688
9. Date Injection Ceased: (Day) (Month)
10. Previous Mode of Disposal: N/A
(Year) 67
(6/72)
(Gallons)
JYear)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock IMits Penetrated by Well
(a)
Name
Beaumont
Lissie
(b)
Age
Pleistocene
Pleistocene
Pliocene
Miocene
(c)
Depth
0
600
1300
(d)
Thickness
600
700
2450
3750
(e)
Llthologlc Description
clay._ sand
sand, sandstone.
sandstone, clay
s_and, clay
(a)
-------
WIC
TX-32
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(*i) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
C6) Itydrofracturing Pressure, psi
(7; Age of Unit
(8) Porosity %
(9) Permeability, millidarcles
tlO) Reservoir Temperature, °C
(11) Character and Area!
Distribution
3300
253
0.45 psi/ft est.
1.0 psi/ft est.
1.0 nsi/ft est.
Tertiary
27.2 - 35.7
193 - 1389
61° at 3491 ft.
sand, sandstone
widespread
1300
3000
Tertiary
shale, clay
widespread
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumont
Llssie
Depth
fc'iu
Thickness
600
J 3'.'"
Area!
Extent
extensive
T-tensive
Llthologlc
Character
sand, clay
sand
Fluid
Character
fresh
fresh
Mineral Resources in Area; There arc some producing oil and fas wells
in the vicinity of the disposal veil. _____
5. Location of Other Wells, Abandoned Wells, and Other Penetrations In
Immediate Hydrologically Affected Area; N/A
IV. -WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); chemical plant wastes
containing - organic acids, cyclohexane, ammonia, nylon salt, nitrate
and nitrite.
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity: N/A
D. Temperature: 100° F
E. pH:
6.5 - 7.5
(b)
-------
WIG
3. Toxiclty: M/A
4. Reactivity with Surface Equipment Components: N/A
5. Degradabllity Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity miniinal.
7. Pre-inj ectlon Waste Treatment: Trash screen ing,, water skimmer to remove
oil, pll adjustment, coarse s^nd filtration,, nolishing filters.
V. WELL DESIGN AND CONSTOUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 48# H-40 13-3/8 1292
Intermediate 4n# j -55 9-5/8 3245
40# J-55 4-1/2 3553
Injection J-55 5-1/2
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. Well Head Equipment (Name and Models); N/A
4. Packers, Centralizers, and Other Subsurface Equipment: stainless steel
packers on 9-5/8" casing at 3302 ft. TIU "S" packers on 9-5/8" casing
at 3195 ft.
5. Bottom Hole Completion: Gravel packed and screened from 3245 to 3553 feet.
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VI. DESCRIPTION OF SURFACE EX3UIFME3TT
1. Holding Tanks and Plow Lines; 90' x 30' x 8' contaminated water skimmer,
400 million gallon surge tank.
2. Filters: Sand filters, polish filters pre-coated with a volcanic ash filter
aid.
(c)
-------
WIC TX-32^
3- PunfJS: Two stage centrifugal pump.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 7/67 Average 207 Maximum 286
" 6/68 238 287
11 6/70 297 400
" 6/72 133 282
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 7/67 Average 162 Maximum 186
" 6/68 548 682
11 6/70 372 454
" 6/72 243 360
3. Annual Volume Injected, gal.
A. 19_72 52.503.840 B. 19 11 99.591.840 C. 19.70 145,756,000
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure; injection
flow rate and volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically"'
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous"
monitoring.
2. Contingency Plan for Well Failure During Operation;
3. Regulatory Aspects
A. Construction Requirements: Pressure tested at 1000 psi on all casing;
injection tubing must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor well head and annulus pressure, ~
rate and total volume, report biannually. ,—,-rm
C. Restrictions of Operation Procedures; Maximum injection rate ot 400 ppm
and; injection pressure of 1000 psift.
(d)
-------
Well Id. Code: TX-33
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNTIED STATES
PDR
Operational Status:o
Permit Status:
Operating Company Name and Address: Ceianese Chemical Company
P.O. frox 58009 - Houston. Texas
I. GENERAL IJENTIPICATION DATA
1. Bitry Date of Data: (Day) 12 (Month) 09
2. Latitude and Longitude: 29°37'40"/950Q3'2A"Fr
(Year) 72
3. Well Location (Legal Description); George B. McKinstry Abs. No. A-47.
10,200 ft, PEL and 2,850 ft. FSL.
. County: Harris
State: Texas
5. SIC Classification: 2818
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Chemical plant wastes.
2. Date Well Permitted; 7/27/67
3. Injection Rate:
190
Completed:
Injection Pressure; 450 psi
5. Total Depth of Well: 5512 ft.
6. Name, Age, and Depth of Injection Zone: Miocene, 4600 - 5400 ft.
7. Date Injection Began: (Day) 31 (Month)
10
8. Total Volume Injected to Date:
9. Date Injection Ceased: (Day)
10. Previous Mode of Disposal:
353,941,090
(Month)
(Year) 67
((mlons)
JYear)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont
Altaloma
Lissie
(b)
eistocene
^'leistocene
Pleistocene
Tertiary
(c) (d)
Depth Thickness
(e)
Lithologlc Description
clay, sand
sand
sand, clay
sand, clay
(a)
-------
WIC
TX-33
B. Geologic Descrlpticm of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) fydrofracturing Pressure, psi
(7) Age of Unit
(») Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
5250
300
2276
1.0 psi/ft est.
0.46 psi/ft est.
Miocene
31.3
333
71°
sand
widespread
1450
3500
Pliocene-Miocene
sand, clay
widespread
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Depth
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
. Mineral Resources in Area: Clear Lake Oil Field is 1-1/2 miles west.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Ifydrologlcally Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Several aldehydes and
Rlycols. acetate, acetic acid, and methyl alcohol
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: 50
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity:_
D. Temperature:
E. pH: 3.2
N/A
N/A
(b)
-------
WIG
TX-33
3. Toxiclty; N/A
Reactivity with Surface Equipment Coinponents; N/A
5. Degradability Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Inject ion:
Probably not sterile at injection; bacterial activity minimal.
7. Pre-injection Waste Treatment: Filtration and pii adjustment
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
Jjnjeg
Other
ection
Hole
Size
15
9-7/8
Casing or Tubing
Weight and Grade
32.75# H-40 ST&C
23# J-55 LT&C
Size
10-3/4
7
Depth
Set
1567
5490
Fibercast tubing
Stainless steel liner
4-1/2
4-1/2
5201
5201-5450
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 10-3/4
inch casing - 650 sks Howco Lite Wate + 100 sks cement w/2% CaCl?j
7 inch casing - 550 dkd Howco Lite Wate + 850 sks Mary Neal Incor mixed
with 50-50 Pozmix "A"
3. Well Head Equipment (Name and Models): N/A
Packers, Centralizers, and Other Subsurface Equipment: TIW type s liner
packer set at 5201 ft.; 10-3/4" Davis type 600 guide shoe; 10-3/4"
Davis fill-up float collar type 700; 4 Bemoco type E centralizers; 7"
Davis fill-up float collar type 704; 23 centralizers.
5. Bottom Hole Completion; Perforations; 5349-5389 ft. and 5325-5345 ft.
(4 shots/ft.)
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OF SURFACE EQUIFMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters; Plate type and cartridge type filters.
(c)
-------
WIC TX-33
3. Putqps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 12/68 Average 189 Maxlmim 276
11 12/69 167 167
" 12/70 194 308
12/71 298 369
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 12/68 Average 460 Maximum 505
" 12/69 327 425
" 12/70 450 600
12/71 458 507
3. Annual Volume Injected, gal.
A. 19_71 103.312.320 B. 19.70 113.825.000 C. 19
VIII. SAFETC INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Well head and annulus pressure; injection
flow rate and volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; continuous
monitoring.
2. Contingency Plan for Well Failure During Operation; Pump waste to other
company well. ,____^_________________._______________________
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements; Monitoring well; casing and bottom hole pressure
tests; monitor well and annulus pressure, rates and volume; complete
chemical analysis; report biannually.
lysis;
jf Opei
C. Restrictions Of Operation Procedures; Maximum surface injection pressure
of 1500 psi% and rate of 400 Rpm.
(d)
-------
Well Id. Code: TX-3A
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Operational Status: o_
Permit Status:
Operating Company Name and Address: General Aniline and Film Corporation
P.O. Box 2141 - Texas City. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 09
2. Latitude and Longitude: 29"32'00"/95C
(Year) 72
3. Vfell Location (Legal Description); John Lytle Survey, 2800 ft. FNL and
2060 ft. PEL.
|. County; flalyeston
State: Texas
5. SIC Classification; 2818
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Aqueous effluent from chemical manufacturing
2. Date Well Permitted: 10/16/67
Completed:
3. Injection Rate: 76,000,000 gpy
l». Injection Pressure; 430 psi
5. Total Depth of Well; A1A5 ft.
6. Name, Age, and Depth of Injection Zone: oakville. Miocene
3800-4200 ft.
7. Date Injection Began: (Day) (Month) 6T
8. Total Volume Injected to Date; 217.705.042 (7/72)
9. Date Injection Ceased: (Day)
10. Previous Mode of Disposal; N/A
(Year) 68
(Month)
(Gallons)
_(Year)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont
Lissie
Goliad
Lagarto
(b)
Oakvirie
Pleistocene
Pleistocene
Pliocene
Miocene
Miocene
(c) (d) (e)
Depth Thickness Llthologlc Description
0 950 sand, clay
950 750 sand
1700 sand
clay
3800 55T) sandstone
(a)
-------
WIC
TX-34
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confining Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) ftrdrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
CIO) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Oakville
3800
400
1835
1.0 psi/ft est
1.0 psi/ft est.
Miocene
30
23 - 1478
sand, sandstone
widespread
Lissie-Laparto
950
2700
Pleistocene-Miocene
sand, clay
widespread
C. Chemical Characteristics of Formation Fluids: TDS = 116,832
Cl" = 71,000 pptn; Na = 40,430 ppm; Mp = 986 ppm; pll = 6.87
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumont
Area! Lithologic
Depth Thickness Extent Character
Q 950 extensive clay, sand
Fluid
Character
potable
U Mineral Resources in Area: Two oil producing fields within 3 miles.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Imnediate Hydrologically Affected Area: OAF water well 663 ft. deep on
plant site; Humble Oil and Refinery water well 1-1/2 miles west.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Primarily organics
including alcohols, aldehydes and acetates; sodium hydroxide and
sulfuric acid.
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1: N/A~
C. Specific Gravity: N/A
D. Temperature:
E. pH: N/A
N/A
(b)
-------
WIC
TX-34
3. Toxicity: N/A
Reactivity with Surface Equipment Components; Possible corrosion of metallic
fixtures.
5- Degradabllity Level and rate: Organics may be degraded chemically or
biologically.
6. Biological Level at Injection and Estimated Biological Level After Injection;
Probably not sterile at injection; bacterial activity nininal.
7. Pre-inJeCtion Waste Treatment: pH control, storage for settling and
filtering.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Surface
Intermediate
Injection
Other
Casing or Tubing
Weight and Grade Size
48# 13-3/8
. ii-40 9-5/8
J-55 4-1/2
Stainless Steel 5-9/16
Screen
Depth
Set
1043
3624
3351
3370-4070
3686-4016
2. Type and Anoint of Cement, Cement Additives, Emplacement Horizon: 13-3/3
Inch casing - 520 sks cement; 9-5/8 inch casing - 717 sks cement
3. Well Head Equipment (Name and Models): standard Christmas tree with
pressure gauges.
M. Packers, Centralizers, and Other Subsurface Equipment: 20 hinged centralizers,.
2 positive grip stop collars in 9-5/8 inch casing. 50 pipe wipers on 13-3/8
inch casinp.
5. Bottom Hole Completion: Travel Backed screen.
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Two small apitation tvnks and one storage
pond lined with hydromat.
2. Filters: Polishinp rilter
(c)
-------
WIC TX-34
3. Pumps: Centrifugal.,
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6/68 Average 10 Maximum 135
" 6/69 85 120
11 6/70 155 180
11 6/72 145 182
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 6/68 Average 135 Maximum 240
" 6/69 450 500
" 6/70 425 450
11 6/71 430 . 500
3. Annual Volume Injected, gal.
A. 1922 38.286.640 B. 1971 65.635.402 C. 1970. 56.699.000
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure; injection
flow rate and volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads: continuous
monitoring.
2. Contingency Plan for Well Failure During Operation:
3. Regulatory Aspects
A. Construction Requirements; A11 casing must be tested for leakage at
1000 psi; injection tubing must be unaffected by wastes.
B. Monitoring Recjuirements: Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor well head and annulus pressure.
rate and total volume; report biannuallv.
C. Restrictions Of Operation Procedures; Permitted maximum rate of
150
-------
Well Id. Code: TX-TS
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNITED STATES
PDF
Operational Status: NOP
Permit Status:
Operating Company Name and Address: Phillips Petroleum Company, Cactus Plant
P.O. Box 358 - Phillips. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 09_
2. Latitude and Longitude: 36°01'42'V
(Year) 72
3. Well Location (Legal Description); 84.16 ft. FWL and 836.22 ft. FSL
of Texas and New Orleans RR Survey. Block 2-T. Section 38
County: Moore
State : Texas
5. SIC Classification: 2871
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Waste effluent from the production of ammonia,
nitric acid, ammonium nitrate^
and nitrogen fertilizers
2. Date Well Permitted: 2/29/68
Completed :
3. Injection Rate: N/A
1. Injection Pressure: N/A
5. Total Depth of Well: 4270 ft.
6. Name, Age, and Depth of Injection Zone: Council Grove, Permian
7. Date Injection Besm: (Day)
b. Total Volume Injected to Date:
9. Date Injection Ceased: (Day) \i
3882 ft.
(Month) 07 (Year) 68
32,857.515 (Gallons)
(Month) 09 (Year) 70
10. Previous Mode of Disposal: N/A
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
Qgallala
Red Beds
Blaine
Glorietta
Clearfork
Cimarron
Red Cove
(b)
Age
Recent
Pliocene
Permian
Permian
Permian
Permian
Permian
Permian
Panhandle Lime
Brown
Neva
Council Grove
Permian
Permian
Permian
Permian
(c)
Depth
0
200
600
950
1250
1470
1700
2000
2760
3100
3740
(d) (e)
Thickness Lithologic Description
200 caliche, sand
400 sand
350 shale
300 gypsum, shale
220 sand
230 shale, evaporites
300 anhydrite, dolomite
7~6l5shale, salt, sand
340anhydrite, dolomite
740 dolomite
142limestone
limestone, shale
(a)
-------
WIC
TX-35
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
(2) Depth (Ft.)
(3) Ihickness (Pt.)
C*0 Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
C6) Ifydrofracturing Pressure, psi
(7) Age of Uhit
(B) Porosity %
(9) Permeability, millidarcies
CIO) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Council Grove
3882
400
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Permian
8-16
limestone, shale
600
3600
Permian
carbonates, shale
evaporites
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Ogallala
Depth
200
Area!
Ihickness Extent
Llthologlc
Character
400
uxtensive sand
Fluid
Character
fresh
Mineral Resources in Area; The Brown Dolomite is a gas producing formation
in the area of the disposal well. _____
5« Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area; Gas wells surround the disposal
site (21 within 2-1/2 miles), domestic and stock water wells and irrigation
wells found within 2-1/2 miles.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); chemical plant wastes
including ammonia, nitric acid, ammonium nitrate and fluoride.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, m&/l: 5730
C. Specific Gravity: N/A
D. Temperature:
E. pH; 7.2
N/A
(b)
-------
WIC TX-35
3» TOXJClty' Possible methemoglobinemia and gaatonintestinal problems due
to excessive Nfl".
Reactivity with Surface Equipment Conponents: None
5. Degradability Level and Rate; None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection and bacterial activity minimized by
lack of substrate and anaerobic conditions.
7. Pre-lnjectlon Waste Treatment; A flocculating agent (Powell NP20 or
Halliburton FR-8) will be added to settle out the suspended solids.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Surface 13-3/4
Intermediate 9-7/8
Casing
Weight
40. 5//
20//
or Tubing
and Grade
J-55
J-55
Size
10-3/4
7
Depth
Set
1617
4270
Injection
Other
Fiberglass
3-1/2
3975
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 10-3/4
inch casing - cemented to surface; 7 inch casing - cemented to 3050 ft.
3. Well Head Equipment (Name and Models):
. Packers, CentralizersV and Other Subsurface Equipment: N/A
5. Bottom Hole Completion: Perforated 4220 - 3932 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A"
VI. DESCRIPTION OF SURFACE EQUIFMENT
1. Holding Tanks and Plow Lines: Settling pond, asphalt lined. 60* x 60' x 6'
2. Filters: N/A
(0
-------
WIC _ TX-35
3. Pumps: N/A _
CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) _ Average _ Maximum
it
it
it
2. Injection Pressure, psl (During life of Well to Present)
Date(s) Average Maximum
it
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure; injection
flow rate and volume
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. frequency of Measuring Water Levels and Hydrostatic Heads; Continuous
monitoring.
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements: Casing and bottom hole pressure tests; "complete
chemical analysis of wastes; monitor well head and annulus pressure,
rate and total volume; report biannually.
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: Tx-36
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNlllflJ STATES
Permit Status:
PDR
Operational Status:
0
Operating Company Name and Address: Arco Chemical Company
P.O. Box 777 - Channelview. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 12
(Month) 09
2. Latitude and Longitude; 29e51t05"/95007'2l"
(Year) 72
3. Well Location (Legal Description); N/A
County; Harris
State:
Texas
5. SIC Classification: 2821
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Manufacture of metaxylene, 150 phthalic acid,
MEK. SMA resins.
2. Date Well Permitted; 1/25/68
3. Injection Rate; 400 gpm
Completed :
Injection Pressure: 1000 psi
5. Total Depth of Well; 6983 ft.
6. Name, Age, and Depth of Injection Zone; Frio Sand, Eocene
4300 ft.
(Month!03
7. Date Injection Began: (Day)
8. Total Volume Injected to Date:
9. Date Injection Ceased: (Day)_
10. Previous Mode of Disposal:
(Year) 69
401.167.800 (7/72)
(Gallons)
(Month)
N/A
JYear)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont-Lissie
Willis
Goliad
Lagarto
Oakville
^afahoula
(b)
Age
Pleistocene
Pliocene
Pliocene
Miocene
Miocene
Miocene
(c)
Depth
0
4100
(d)
Thickness
1000
200
(e)
Llthologic Description
sand, clay
sand
sand, clay
clay
sand
sand, clay
Frio
Eocene
4300
2600
sand, clay
(a)
-------
WIC
TX-36
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
00 Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psl
(6) Itydrofracturlng Pressure, psl
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Frio
4300
2600
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Eocene
16 - 35
22 - 3400
sand, clay
widespread
3200
1000
Miocene
sand, clay
widespread
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Beaumont-Lissie 0
Willis
Ihickness
Areal
Extent
Llthologic
Character
extensive sand, clay
Fluid
Character
fresh
extensive sand
fresh
Mineral Resources in Area; Oil is produced in the area in the North
Channelview Oil Field located one mile southeast of the well site.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate tfydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity);Waste liquid from a petro-
chemical plant operation containing sodium phthalate, methyl ethyl ketone,
acetic acid, sulfuric acid, sodium hydroxide
N/A
Physical/Chemical Description
A. Cone. Suspended Solids, mgA:
B. Cone. Dissolved Solids, mg/l:~:T/A
C. Specific Gravity:_
D. Temperature:
E. pH; N/A
N/A
N/A
(b)
-------
WIG TX-36
3. Toxicity: N/A
i|. Reactivity with Surface Equipment Components: Corrosive; all equipment"
constructed of Alloy 201 or fiberglass.
5. Degradabllity Level and Rate; None
6. Biological Level at Injection and Estimated Biological Level After InJection:
Probably not sterile at injection; possible anaerobic degradation of
organics.
7. Pre-injection Waste Treatment: pH adjustment and storage in plastic lined
pond after filtering in a metal tank, oil skimming, and addition of
""^Sinclair 5011 to prevent calcium and barium sulfate scale. ~
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
Jection
Ihjc
Othe
Ptole
Size
22
14-3/4
9-3/4
Casing or Tubing
Weight and Grade
65# J-55
45. 5// J-55
29. 7# N-80
12. 75# Hvdril
Size
16
10-3/4
7-5/8
4-1/2
Depth
Set
2013
3850
6960
6494
ier
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. Vfell Head Equipment (Name and Models): N/A
Packers, Centralizers , and Other Subsurface Equipment: D.V. tool; Baker
model "DA" packer with latch in seal assembly. _
5« Bottom Hole Completion: Perforations - 64 shots @ 6756 - 6772 ft. and
40 shots (3 6865 - 6875 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OF SURFACE EQUIFMENT
1. Holding Tanks and Plow Lines: Plactic lined pond (300' x 350').
metal tank (70* x 110')
2. Filters:N/A
(0
-------
WIC TX-36
3. Punps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6/6Q Average 105 Maximum 430
" 6/70 204 250
" 6/71 188 485
" 6/72 295 385
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 6/69 Average 575 Maximum 770
" 6/70 1162 1320
11 6/71 420 930
n
6/72 810 985
3. Annual Volume Injected, gal.
A. 19 jy. 133.967.120 B. 192P_ 129.287.960 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure; injection
flow rate and volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous
monitoring.
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested at 1000 psi
for leakage; injection tubing must be unaffected by wastes.
B. Monitoring Requirements: Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor well head and annulus pressure,
rate and total volume; report biannually.
C. Restrictions of Operation Procedures; Maximum operating pressure of
1300 psi.
(d)
-------
Well Id. Code: TX-37
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WETJ-S IN THE UNITED STATES
Permit Status; PND Operational Status: PND
Operating Company Name and Address: Arco chemical Co.
P.O. Box 777, Chanrielview. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 10 (Month) 09 (Year) 73_
2. Latitude and Longitude; 29°51'05f'/95a07'21"
3. Well Location (Legal Description); N/A
4. County: Harris State;
5. SIC Classification: zs?i
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Manufacture of metaxylene, 150 phthalic acic,
MEK, SMA ZIIIZZIIIZZIIZZZZZZIIIIIIZZIIZZZIIIIZI
2. Date Well Permitted; iu////u Completed;
3. Injection Rate: N/A
4. Injection Pressure; N/A
5. Total Depth of Well: N/A
6. Name, Age, and Depth of Injection Zone: N/A
7. Date Injection Began: (Day) N/A (Month) (Year)
8. Ibtal Volume Injected to Date: N/A (Gallons)
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal: N/A
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
N/A
(a)
-------
WIC TX-37
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
5) Lithostatlc Pressure, psi
6) Ifydrofracturing Pressure, psi
7) Age of Unit
8) Porosity %
(9) Permeability, raillidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
•
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area:
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity)
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/l:_
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: ~
D. Temperature:
E. pH:
(b)
-------
WIC_
3. Ibxlcity:
. Reactivity with Surface Equipment ConponentsT
5. Degradabi lity Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Rre-injection Waste Treatment;
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
lection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Wen Head Equipment (Name and Models):
. Packers, Centrallzers, and Other Subsurface Equipment:
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc.
VI. DESCRIPTION OP SURFACE EQUIFMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(c)
-------
WIC TX-37
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
it
it
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average Maximum
it
it
it
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19_
VIII. SAFETY DEFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation:
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code; TX-39
COMPILATION OF INDUSTRIAL AND
INJECTION WELLS IN THE UNITED
Permit Status ; PDR _ __ Operational Status : DN
Operating Company Name and Address; San Patricio Municipal Water
P.O. Drawer 5 - Ineleside. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 16 (Month) 09 (Year)
2. Latitude and Longitude: 27°53'30"/97°15'00"
3. VfeU Location (Legal Description); T.T. Williamson Survey Ab. 293. 2300 ft,
from the north line and 30 ft. from the west line
I). County: San Patricio State; Texas
5. SIC Classification; 4952
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Wash dewn operation water in water treatment plant
plus some excess chlorine that may spill from the chlorinator.
2. Date Well Permitted; 6/11/69 Completed;
3. Injection Rate; 50 gpd
i». Injection Pressure; gravity
5. Total Depth of Well; 20 ft.
6. Name, Age, and Depth of Injection Zone: Beaumont. Pleistocene
0-20 ft.
7. Date Injection Began: (Day) N/A (MonEn) (Year)
8. Total Volume Injected to Date; N/A (Gallons)'
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal; N/A
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologic Description
Dune deposits Recent 0 sand
Beaumont Pleistocene 0 sand, clay
(a)
-------
WIC
TX-39
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(I) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Beaumont
0
20
Pleistocene
sand, clay
C. Chemical Characteristics of Formation Fluids: None
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
None
Area! Lithologic
Depth Thickness Extent Character
Fluid
Character
4. Mineral Resources in Area: N/A
5. Location of Otherwells, Abandoned wells, and Other renetrations in
Immediate Jfydrologlcally Affected Area; N/A
IV. WASTE CTARACTERISTICS
1. Technical Description (Including Radioactivity): Fresh water
occasionally contains some excess chlorine that may spill from t-he
chlorinator. .
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity:_
D. Temperature:
E. pH; N/A
N/A
N/A
(b)
-------
WIC TX-39
3. Itaxlclty; Non-toxic except when chlorine contint is transiently excessive,
Probably irritating rather than toxic.
i». Reactivity with Surface Equipment Components: When chlorine is present.it
will corrode iron, stainless steel, aluminum, etc.
5- Degradablllty Level and Rate; None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably none when the chlorine level is appreciable.
7. Fre-lnjection Waste Treatment; Grit basin in treatment plant to catch
large material.
V. WELL DESIGN AND INSTRUCTION
1. Casing and TUblng
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 24 _2Q
Intermediate
Injection Perforated tubine 4 20
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; None
3. Well Head Equipment (Name and Models); None
. Packers, Centralizers, and Other Subsurface Equipment: None
5. Bottom Hole Completion: Perforations in tubing with annulus filled with
very coarse aggregate.
6. Hydraulic Fracturing, Acidizing Programs, etc.; None
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Cast iron pipe to well (underground).
2. Filters: None
(0
-------
WIC TX-39
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psi (During life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operation:
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures;
(d)
-------
Well Id. Code: TX-40
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN THE UNITED STATES
Permit Status: PNC Operational Status: PC
Operating Company Name and Address: Texas Eastern Trans. GO.
.1. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 12 (Month) 05 (Year) 73
2. Latitude and Longitude: N/A
3. Well Location (Legal Description): N/A
M. County: Chambers State: Texas
5. SIC Classification; N/A
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; N/A
2. Date Well Permitted: N/A Completed:
3. Injection Rate; N/A
Injection Pressure; N/A
5. Total Depth of Well; N/A
6. Name, Age, and Depth of Injection Zone: N/A
7. Date Injection Began: (Day) N/A (Month) (Year)
8. Total Volume Injected to Date; N/A (Gallons)'
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal: N/A
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness LithologicDescription
N/A
(a)
-------
WIC
TX-40
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) tame
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, bC
(11) Character and Areal
Distribution
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
4. Mineral Resources in Area:
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Iirmediate Hydrologically Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity)
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:.
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: ~
D. Temperature:
E. pH:
(b)
-------
wic TX-AQ
3. Toxicity:
H. Reactivity with Surface Equlpnent Components;
5. Degpadabllity Level am Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Pre-injection Waste Treatment;
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
Injection
(5th€
ler
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3- Well Head Equipment (Name and Models):
Packers, Centralizers, and Other Subsurface Equipment:
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc"!
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(c)
-------
WIC TX-AO
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
it
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuringwater Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation:
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code: TX-41
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status: PDF
Operational Status:
MOP
Operating Company Name and Address: Duvaii Corporation
P.O. Box 1507 - Fort Stockton. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 16 (Month) 09
2. Latitude and Longitude: 31°06'12"/102°A81ioTr
(Year) 72
3. Well Location (Legal Description); GC & SF RR Survey, Abs. NO. 3008.
1500 ft. FSL and 1077.8 ft. FEL of section 589.
it. County: Pecos
State: Texas
5. SIC Classification: 1477
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Calcium carbonate and water slurry from water
2.
3.
5*.
6.
7.
8.
9.
10.
softening.
Date Well Permitted: 8/23/68
Injection Rate: 350 - 400 eom
Injection Pressure: ti/A
Total Depth of Well: 650 ft.
Name, Age, and Depth of Injection
Date Injection Began: (Day)
Total Volume Injected to Date: u
Date Injection Ceased: (Day)
Previous Mode of Disposal: N/A
Completed :
Zone: Castile, Permian
425 - 650 ft.
(Month) 09 (Year) 68
7 A (Gallons)
(Month) (Year)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Pecos Aquifer
Red Beds
Rustler
Castile
Tansil
Yate
(b)
Age
Cretaceous
Permian
Permian
Permian
Permian
(c)
Depth
Q
112
300
425
638
830
(d)
Thickness
112
188
125
213
192
(e)
Lithologlc Description
sand, caliche, gravel
shfele
anhydrite, limestone
limestone, sulfur
(a)
-------
WIC
TX-41
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Confinine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(*0 Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Uhit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Castile
425
213
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est
Permian
limestone
t
widespread
Red Beds-Rustler
112
313
Permian
shale, anhydrite
limestone
widespread
C. Chemical Characteristics of Formation Fluids:
pounds in solution.
Abundant sulfur com-
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Alluvium
Pecos
Rustler
Depth
0
_Q
300
Thickness
112
125
Area!
Extent
Lithologic
Character
variable ^and,gravel
extensive
extensive
sand, gravel
limestone
Fluid
Character
IDS * 50dO ppm
IDS = 5000 ppm
IDS = 5000 ppm
l». Mineral Resources in Area: Sulfur deposits, oil fields; Reiner -
1/2 mile NW; Heiner South Field - 3/4 mile S; Pecos Valley field -
1-1/2 miles NE; Henderson - Pecos Field - 3 miles W.
Location of Other Wells, Abandoned Wells, and Other Penetrations in
Inmediate Hydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Water is a slurry consisting
of an estimated 10-20% CaCCL suspension with sulfate, sodium and chloride.
B.
C.
D.
E.
32,900
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
Cone. Dissolved Solids, mg/1;' 5,100
Specific Gravity:_
Temperature:
pH; 7.9
N/A
N/A
(b)
-------
WIG TX-41
3. TbxlcIty : None
i|. Reactivity with Surface Equipment Components: None
5. Degradability Level ana Rate: None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Pre-injectlon Waste Treatment: Soda ash is mixed to precipitate dissolved
calcium as calcium carbonate. Sodium sulfate is the soluble by-product.
The process decreases hardness but does not lower suspended solids.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Inject
Other
Hole
Size
Casing or Tubing
Weight and Grade
28# J-55 T&C
Size
8-5/8
Depth
Set
400
24# J-55 T&C
6-5/8
425
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
8-5/8 inch casing - cemented to surface.
3. Well Head Equipment (Name and Models): N/A
. Packers, Centralizers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion; Open hole completion.
6. Hydraulic Fracturing, Acidizing Programs, etc.; ' N/A"
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters: NTT
(0
-------
WIC TX-41
3. Pumps: N/A
VII. OPERATION. jGHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19 N/A B. 19 C. 19
VTII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Well head and annulus pressure; injection
flow rate and volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous
monitoring.
2. Contingency Plan for Well Failure During Operation: N/A
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 osi: injection tubing must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor well head and annulus pressure.
rate and total volume: report biannually.
il volume:
:>f Operatii
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: TX-42.43
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN THE UNTIED STATES
Permit Status; PNC Operational Status: PC
Operating Company Name and Address: Petro-Tex Chemical Corp
I. GENERAL HgMnFICATION DATA
1. Entry Date of Data: (Day) 10 (Month) 09 (Year)
2. Latitude and Longitude: N/A
3. Well Location (Legal Description): N/A
H. County: Harris State: Texas
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; N/A
2. Date Well Permitted: N/A Completed:
3. Injection Rate: NTT
M. Injection Pressure; N/A
5. Total Depth of Well: N/A
6. Name, Age, and Depth of Injection Zone; N/A
7. Date Injection Began: (Day) N/A (Month) (Year)
8. Total Volume Injected to Date: N/A' (Gallons)'
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal: N/A
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
J»- —
(a)
-------
WIC
TX-42
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confining Bed
U) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raillidareles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area:
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity)
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: "
D. Temperature:
E. pH:_
(b)
-------
WIC TX-42
3. Tbxlcity:
4. Reactivity with Surface Equipment Components;
5. Degradabillty Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Pre-lnjection Waste Treatment:
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
lection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Name and Models):
*. Packers, Centralizers, and Other Subsurface Equipment:
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(c)
-------
WIG TX-42
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
it
it
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation;
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures;
(d)
-------
Well Id. Code: ix-44
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Permit Status:
PDR
Operational Status:
NOI1P
Operating Company Name and Address: u.s. Peroxy^en Division, Argus chemical Co
P.O. Box 458 - Marshall. Texas 75670
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
(Month) 09
2. Latitude and Longitude; 32°35'48"/94°22'l2"
(Year) 72
3. Well Location (Legal Description); 2883 ft. FEL and 500 ft. FSL of J.E.
Fields Survey
1. County; Harrison
State: Texas
5. SIC Classification; 2841
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Waster by-product of a peroxide manufacturing
process.
9/30/68
2. Date Well Permitted:
3. Injection Rate; 2.600.000 gpy
Completed:
Injection Pressure; 800 psi
5. Total Depth of Well: 3900 ft., plugged back to 2542 ft.
6. Name, Age, and Depth of Injection Zone: Blossom, Cretaceo'us'
2410 ft.
(Month) 11
7. Date Injection Began: (Day) 20
8. Total Volume Injected to Date:_
9. Date Injection Ceased: (Day)
10. Previous Mode of Disposal:
3.676.000
(Month)
N/A
(Year) 68
(Gallons)
_(Year)
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Clairborne
Wilcox
Midway
Nacatoch
Blossom
Paluxy
(b)
Age
Cretaceous
Cretaceous
Cretaceous
Greatceous
Cretaceous
Cretaceous
(c)
Depth
450
2410
3T70~
(d) (e)
Thickness Llthologic Description
sandstone
450sandstone
1000 shale
shale, sandstone
sandstone
(a)
-------
WIC
TX-44
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Confinlrwr Bed
U) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Fteservoir Temperature, °C
(11) C!haracter and Area!
Distribution
Nacatoch-Blossom
2410
0.45 psi/ft eat.
1.0 psi/ft est.
1.0 psi/ft est.
Cretaceous
20 - 25
1 - 100
40° - 62°
sand, shale
Midway
450
1000
Cretaceous
shale
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Wilcox
Depth
387
Area!
Thickness Extent
Llthologic
Character
extensive sand
Fluid
Character
potable
4. Mineral Resources in Area; The plant is located in the Woodlawn Gas Field.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Hydrogen peroxide, organic
peroxides, ketones, ^sterq, sulfuric acid, hydrochloric acid, organic acids.
sodium Chloride, sodium sulfatQ, and alcohol
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1:
C. Specific Gravity: N/A '
D. Temperature:
E. pH;
N/A
176.740
N/A
(b)
-------
WIC _ TX-44
3. Toxiclty: N/A
M. Reactivity with Surface Equipment Components: Corrosive due to presence
of acids, peroxides and sodium chloride. _
5. Degradability Level and Rate: Possible chemical degradation and oxidation
of organics. _
6. Biological Level at Injection and Estimated Biological Level After Injection:
Possibly sterile at injection. _
7. Pre-lnJ action Waste Treatment; Oil skimmer and clear filter.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 8-5/8
inch casing - 283 sks cement w/12% gel and 2% CaCL,; 5-1/2 inch casing -
950 sks 50-50 Pozmix w/10# Gilsonite per sack and 1% CFR-2.
3. Well Head Equipment (Name and Models): N/A
Hole
Size
Casing or Tubing
Weight and Grade
20# J-55
14# J-55
17# with TK-75
4.7# J-55 EUE
Size
8-5/8
5-1/2
5-1/2
2
Depth
Set
670
3922
2312-2567
3663
Packers, Centrallzers, and Other Subsurface Equipment; Baker model "AD"
fiberglass Hybrid tension packer.
5. Bottom Hole Completion: Perforated at 2453 - 249A ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Polymer storage tanks (3)
2. Filters: Clear filters.
(C)
-------
WIC fX
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpra (During Life of Well to Present)
Date(s) 12/69 Average 30 Maximum 30
" 12/70 30 30.
" 12/71 30 30
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 12/69 Average 750 MaxJnum soo
" 12/70 750 850
" 12/71 750 850
n ' - ———
3. Annual Volume Injected, gal.
A. 19_71 2.660.000 B. 19_70 1.016.000 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure; injection
flow rate and volume.
B. Sanplirig Frequency and Water Quality Parameters Measured: Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads:Continuous
monitoring.
2. Contingency Plan for WeH Failure During Operation: N/A
3. Regulatory Aspects
A. Construction Requirements: Minimum 12 hour test of all casing
at 1000 psi; injection tubing must pe unaffected bv wastes.
B. Monitoring Requirements; Casing and bottom hole pressure testsi complete
chemical ananlysis of washes I monitor well I^ead pressure, rates and
total volume; report biannualIv.
C. Restrictions Of Operation Procedures; Maximum operational surface
injection pressure! 3-5,00 pai fPaJ.uxy Saqd) ( 1QOQ psi ( Blossom'),
700_psi (Nacatoch Sand).
-------
Well Id. Code: ix-45
COMPILATION gF .MySgRlAL AND. MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status:
PDR
Operational Status:
JL.
Operating Company Name and Address: Celanese Chemical Company
P.O. Box 58009 - Houston. Texas
I. GENERAL KefTIFICATION DATA
1. Qitry Date of Data: (Day) 01 (Month) 09
2. Latitude and Longitude; 29°37>40"/95°03'24"
(Year) 79
3. Well Location (Legal Description); George B. HcKinstry Survey. Abs. No. 47
l\. County; Harris
State: Texas
5. SIC Classification: 2818
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Acetaldehyde, acetic acid, chlorinated acetaldehyde.
and water.
2. Date Well Permitted; 12/9/68
3. Injection Rate: 35,000,000 gpy
Completed:
Injection Pressure; 500 psi
5. Total Depth of Well; 5512 ft.
6. Name, Age, and Depth of Injection Zone: Miocene, 4600 - 5444 ft.
(Month) 06
7. Date Injection Began: (Day)
8. Total Volume Injected to Date:
9. Date Injection Ceased: (Day)
10. Previous Mode of Disposal; N/A
(Year)69
468,068,859
(Gallons)
(Month)
JYear)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont
Altaloma
Lissie
(b)
Age
Pleistocene
Pleistocene.
Pleistocene.
Pliocene
Miocene
(c)
Depth
0
(d)
Thickness
(e)
Lithologic Description
clay
sand
sand, clay
sand
sand
Frio
Oligocene
6050
400
sand
(a)
-------
WIC
TX-45
B. Geologic Description of Injection Unit and Other Possible Units
Infection Unit
Confinine Bed
U) Name
127 Depth
5000
1450
Thickness
3650
{TQ Formation Fluid Pressure, psi
2285
Lithostatic Pressures psi
1.0 psi/ft est.
(6) Hydrofracturing Pressure^ ps 1
0.464 psi/ft est.
(7) Age of Unit
Miocene
Pliocene-Miocene
Porosity %
28 - 33
Permeability, mlTliaarcies
400 - 500
Reservoir Temperature, °C
55'
Character and Area!
Distribution
sand
clay
C. Chemical Characteristics of Formation Fluids: IDS = 105,300 ppm;
Cl"_= 63.000 ppm; Na._-^ 35.200 ppm; Ca » 35.000 ppm; Mg = 930 ppm
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Area! Lithologic Fluid
Depth Thickness Extent Character Character
Mineral Resources in Area: Clear Lake oil field is 1/2 mile west. The
oil and gas from this field is produced from a salt dome.
5- Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Acetaldehyde, acetic acid,
chlorinated acetaldehyde, glycols, acetate, methyl alcohol.
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity:
D. Temperature:
E. pH: N/A
N/A
N/A
(b)
-------
WIC
TX-45
3. Ibxicity: N/A
J*. Reactivity with Surfiace EJqulpment Components: N/A
5. Degradabillty Level am Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection, minimum bacterial degradation due
to anaerobic environment.
7. Ppe-injectlon Waste Treatment: PH adjustment. filtration.
V. WELL DESIGN AND CONSTKUCTION
1. Casing and Tilting
Surface
Intermediate
ectlon
Hole
Size
18-5/8
12-1/2
12-1/2
Casing or Tubing
Weight and Grade
54// H-40
40. 5// J-55
Carpenter 20
Fibercast
Carpenter
Size
13-3/8
9-5/8
8-5/8
6-5/8
4-1/2
Depth
Set
1562
5130
5191
5140
5148-543C
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
13-3/8 inch casing - 1100 sks IIowco Lite Wate w/2% CaCL,; 9-5/8 inch
casing - 1100 sks Pozmix A w/2% CaCl.,; 8-5/8 inch casing - 476 sks.
3. Vfell Head Equipment (Name and Models); N/A
Packers, Centralizers, and Other Subsurface Equipment; 8-5/8" Genco
centralizers @ 5180 ft. and 5150 ft.; 14 Turbilizer centralizers on 9-5/8"
casing; TIW Cap 20 packer for 4-1/2" liner at 5140.65 ft.
5. Bottom Hole Completion; N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A"
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters: Filter coated with diatomaceous earth; cartridge filter.
(c)
-------
WIC TX-45
3. Pumps: 3 pumps.
VII, OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6/69 Average 121 Maximum 205
" 12/69 93 190
11 12/70 126 204
" 12/71 102 114
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 6/69 Average 550 Maximum 630
" 12/69 475 600
" 12/70. 443 670
11 12/71 461 501
3. Annual Volume Injected, gal.
A. 19 _71 35.045.416 B. 19_70 45.560.000 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure; injection
flow rate and volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous
monitoring.
2. Contingency Plan for Well Failure During Operation; Pump wastes to
other company well.
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested at 1000 psi;
injection tubing must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure testa; complete
chemical analysis of waster; monitor well head and annulus pressure,"~
rate, and total volume; report biannually.
C. Restrictions of Operation Procedures; Operating surface injection
pressures shall be limited to 1500 psig.
(d)
-------
Well Id. Code: Tx-46
COMPILATION OF INDUSTRIAL AND| MUNICIPAL
INJECTION WELLS IN TOE UNnteb STATES
Permit Status; PNC Operational Status; PC
Operating Company Name and Address; Pan American Petroleum Corp.
P.O. Box 5038. Beaumont. Texas
I. GENERAL IDENnPICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 10 (Year)
2. Latitude and Longitude: N/A
3. Well Location (Legal Description): N/A
J|. County; Calves ton State: Texas
5. SIC Classification; 1477
II. GENERAL DATA ON WELL SUE
1. Type of Waste Injected; N/A
2. Date Well Permitted; 12/23/68 Completed:
3. Injection Rate; N/A
Injection Pressure; N/A
5. Total Depth of Well; N/A
6. Name, Age, and Depth of Injection Zone: N/A
7. Date Injection Began: (Day) N/A (Month) (Year)
8. Total Volume Injected to Date; N/A (Gallons)
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal; N/A
El. GEOLOGIC INFORMATION
1. Litnology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
N/A
(a)
-------
WIC
TX-46
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
f6) Ffydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area:
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Inmediate Hydrologlcally Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity)
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/l:_
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: ~
D. Temperature:
E. pH:
(b)
-------
WIC TX-46
3. Toxicity:
1. Reactivity with Surface Equipment Components:
5. Degradabillty Level ana Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Pre-injection Waste Treatment;
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
Jection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Wen Head Equipment (Name and Models):
. Packers, Centralizers, and Other Subsurface Equipment:
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc.
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(cl
-------
WIG TX- Afi
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date (s) Average Maximum
it
it
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average Maximum
tt
it
tt
3. Annual Volume Injected, gal.
A. 19__ B. 19_ C. 19_
VIII. SAFETY DEFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. SampllngFrequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation:
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code: xx-47
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status; PDR Operational Status: o_
Operating Company Name and Address; Mobile chemical Co.
P.O. "Box 3868 - Beaumont, Texas
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) 01 (Month) 10 (Year) 72.
2. Latitude and Longitude: 29°58'i9"/94°03t49"
3. Well Location (Legal Description); William N. Sigler Survey. Abs. 48.
3570 ft. FWL and 4244 ft. FNL.
1). County; Jefferson State; Texas
5. SIC Classification:
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Acetic acid, terenhthalic acid, xylene. methyl
ethyl ketone. paratoluic acid, and other hydrocarbons.
2. Date Well Permitted; i/is/69 Completed;
3. Injection Rate: 62.260.088 gpy
i|. Injection Pressure; 750 psi
5. Total Depth of Well; 6218 ft.
6. Name, Age, and Depth of Injection Zone: Miocene sand. 5950 - 5990 ft.
7. Date Injection Began: (Day) 08 (Month) 03 (Year) 70
8. Total Volume Injected to Date: 95.792.540 (6/72) (Gallons)"
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal; N/A
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
Beaumont-Lissie Pleistocene 0 1000 sand, gravel, clay
Willis Pliocene 1000 sand
Goliad Pliocene clay
Catahoula Miocene 3500 sand
(a)
-------
WIC
TX-47
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Pt.)
(4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
16) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
tlO) Reservoir Temperature, °C
til) Character and Area!
Distribution
Catahoula
3500
0.45 psi/ft est.
1.0 psl/ft est.
1.0 psi/ft est.
Miocene
30
500
sand
Willis-Goliad
1000
2500
Pliocene
clay, sand
C. Chemical Characteristics of Formation Fluids: Chloride - 1700-2000 ppm
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumont
Lissie
Depth Thickness
Area!
Extent
Lithologic
Character
600
600
400
2500
3500
extensive sand, clay
extensive sand, gravel
sand, silt
Fluid
Character
fresh
slightly saline
saline
Mineral Resources in Area; Oil and gas produced in the area.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Ifydrologically Affected Area; spindletop Oil Field is 2 miles
north; Lovell Lake Oil Field is 2-1/2 miles WSW.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Acetic acid = 2240 ppm;
terephthalic acid a 150 ppn; xylene = 55 ppm; me"thyl ethyl ketone • 50 ppm;
paratoi&ic acid = 40 ppm. benzoic acid = 20 ppm; other hydrocarbons = 24 ppm
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
Cone. Dissolved Solids, mg/1:"
Specific Gravity: N/A
Temperature:
pH:
0
B.
C.
D.
E.
2000 - 3000
N/A
N/A
-------
WIC
TX-47
3. Toxicity; The mixture would be toxic and irritating to tissue. Dilution wi-11
reduce the toxicity but not of the water-insoluble xvlene.
H. Reactivity with Surface Equipment Components;will be corrosive to aluminum
and iron. Methyl ethyl ketone and xylene will weaken rubber.
5. Degradability Level and Rate: Organic materials will eventually be
altered by oxidation; minimally under the sublect conditions.
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably sterile; paratoluic acid is a strong acid harmful to bacteria and
xvlene also would also kill bacteria.
7« Pre-lnjectlon Waste Treatment; PH adjustment, biological treatment- remove
BOD. and settling.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
Inject
Other
ection
Hole Casing or Tubing
Size Weight and Grade
24# J-55
Size
8-5/8
Depth
Set
2535
17# Stainless Steel
5-1/2
6218
type 304
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
8-5/8 inch casing - 1000 sks Class H with 8% gel and 150 sks densified
Incor with 1% CFR-2; 5-1/2 inch casing - 3A5 sks Trinity Lite Wate and
790 sks densified Incor with 2% HR-4
3. Vfell Head Equipment (Name and Models); N/A
Packers, Centralizers, and Other Subsurface Equipment: Float collar -
PBTD 6190 ft.; 40 centralizers on the 5-1/2 inch tubing.
5. Bottom Hole Completion: Perforations; 5950-5990 ft., 4 shots per foot hyper-
Jet (0.41 inch diameter)
6. Hydraulic Fracturing, Acidizing Programs, etc.; Gyp-Lignosulfonate
acid mud.
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: 2 - 1000 barrel welded aluminum holding tanks;
concrete basin, 12* x 15* x 12' ~
2. Filters:Fixed bed anthracite filter.
-------
WIC TX-47
3. Pinqps: Centrifugal
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6/70 Average 54 Maximum 81
" 6/71 134 155
" 6/72 115 155
ii
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 6/70 Average 754 MaxLnum 754
6/71 415 470
_ _
6/72 _ 751 820
3. Annual Volume Injected, gal.
A. 19n_ 46.807.832 B. 19 70 25.538.734 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure; injection
flow rate and volume.
B. Saiqpling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads: continuous
monitoring.
2. Contingency Plan for Well Failure During Operation: TWO surface storage
ponds
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 j>si; injection tubing must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor well head and annulus pressure,
rates, and total volume; report biannually.
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: ix-48
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNTIED STATES
Penult Status; PNC Operational Status: PC
Operating Company Name and Address; LTV Electrosy$temsf inc.
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) 10 (Month) 09 (Year) 73
2. Latitude and Longitude: N/A
3. Well Location (Legal Description); N/A
l|. County: Hunt State; Texas
5. SIC Classification; N/A
II. GENERAL DATA ON WELL SHE
1. Type of Waste Injected; N/A
2. Date Well Permitted: N/A Completed:
3. Injection Rate; N/A
Injection Pressure; N/A
5. Total Depth of Well: K/A
6. Name, Age, and Depth of Injection Zone: N/A
7. Date Injection Began: (Day) N/A (Month) (Year)
8. Total Volume Injected to Date: N/A (Gallons)'
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal: N/A
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologic Description
N/A
(a)
-------
WIC
TX-48
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinlnflr Bed
(1) Name
(2) Depth (Ft.)
H) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatlc Pressure, psi
(6) ftrdrofracturing Pressure, psi
(?) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area:
5. Location of Other wells, Abandoned wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity):
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:.
B. Cone. Dissolved Solids, mg/lf
C. Specific Gravity: ~
D. Temperature:
E. pH:
(b)
-------
WIC TX-48
3. Ibxlcity:
4. Reactivity with Surface Equipment Components:
5. Degradability Level ana Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Pre-injection Waste Treatment;
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
lection
Inject
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Name and Models):
. Packers, Centralizers, and Other Subsurface Equipment:
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(c)
-------
WIC TX-A8
3. Pumps:
VII. OPERATION CHARACTEKLSTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operation: ~
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code:
TX-49
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status:
PDR
Operational Status:
Operating Company Name and Address; Ceianese chemical Company
P.O. Box 5QQ - Ray City. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
(Month)
in
2. Latitude and Longitude: 28°5l.'45"/9600i'o4"
(Year)
72
3. Well Location (Legal Description); MataRorda Co. Texas, beginning at SW corner
of James Moore League, Ah. #62.
County: Madagorda
State: Texas
5. SIC Classification:
2818
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Chemical plant wastes.
2. Date Well Permitted; 4/8/69
3. Injection Rate: 103,000,000 gpy
Completed:
Injection Pressure: 300 psl
3630
5. Total Depth of Well; _
6. Name, Age, and Depth of Injection feone: :tiocene Sands. 3350- 35 TO"
7.
8.
9-
10.
Date Injection Began: (Day) (Month) 06
Total Volume Injected to Date: 364,106,240
Date Injection Ceased: (Day) N/A (Month)
Previous Mode of Disposal: N/A
(Year)
(Year)
69
(Gallons)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont Clay
Lissic
Tertiary Sand
Tertiary Sand
(b)
Age.
Pleistocene
Pleistocene
_Pliocene
Miocene
(C)
Depth
(d)
Thickness
Combined 1300 ft.
1300
3750
(e)
Lithologic Description
sand and clay
sand, sandstone
sands and clays
sands and clays
(a)
-------
WIC
TX-49
B. Gteologlc Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) thickness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(B) Porosity %
(9) Permeability, millidarcies
(1U) Reservoir Temperature, °C
(111 Character and Area!
Distribution
Tertiary sands
3368
262
.45 psi/ft. est.
1 .0 psi/ft. est.
Est. 3300 psi 0330C
Tertiary
30-35?
1000-1500 md
Well developed, fir
grained sand with
saline water
1300
3000
ft.
Tertiary
e Relative impervious
shale and/or clay
beds , ranging from
10-240 ft.
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Bpa union |-
Depth
Surface
Area!
Thickness Extent
About 1250'
Llthologic
Character
sand, clay
Fluid
Character
usable fresh
water
Lissie
Mineral Resources in Area; Oil production in the Buckeye field. 1-1/2 miles
north nf the well site.
5' Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); organic acids, hydrocarbons,
nitric acidr nylon salt, nitrate, nitrite.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1: 30.000
C. Specific Gravity: N/A
D. Temperature: 1QO°F
E. pH; 6.5-7.5
(b)
-------
WIC TX-49
3. Ibxlclty; N/A
>\. Reactivity with Surface Equipment Components; N/A
5. Degradablllty Level and Rate; Possible degradation of organics through
biological activity.
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; biological activity minimal due to
anaerobic conditions.
7. Pre-lnjectlon Waste Treatment; Filtration
V. WELL DESIGN AND OBSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Inject
Other
Hole
Size
15"
9-5/8"
Casing or TUblng
Weight and Grade
32. 75// H-40
26. 4# J-55
Steel casing
Size
10-3/4"
7-5/8"
5-1/2"
Depth
Set
1389'
3368'
3316'
316 stainless steel
4-1/2"
3372'-357
2. Type and Anoint of Cement, Cement Additives, Emplacement Horizon; in-3/4"
casing - 525 sks of Howco Lt. vt. + 200 sks common with 2% CaCl0
7-5/8" casing - 481 sks Lone Star Incor + 200 sks Howco Lt.xvt.
3« Vfell Head Equipment (Name and Models); N/A
Packers, Centrallzers. and Other Subsurface Equipment; Centralizer - Baker
Model "m"; Packer - 316 T1W Type "S" v?ith Teflon; Pack element.
5. Bottom Hole Completion: Screened and gravel packed 3368-3630 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters': 2 - primer filter and polishing filter; single filter system for
wells WDW 14, 32 and 49.
(0
-------
WIC TX-49
3. Putqps: "/;•
VII. OPERATION CHARACnERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) r.'?? Average m Maximum 206
136202
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) "y'7? Average "V^ Maximum 370
"
r, ' 7 1 28ft
3U, 330
3. Annual Volume Injected, gal.
A. 19_L" ' V^0r2/." B. 1971. 103.451,920 C. 19_70 153,453,000
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; 'Vllbrnd and annul us pressure; injection
r1.v ri(>-; iV '<•-•,'? {,i:, r]o": volu'^p.
B. Sanpling Frequency and Water Quality Parameters Measured; Periodically"
>t':f.urv -l -•r\'] ro''.T'"-f' ^r n ^ variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads: Continuous"
•"on \ t . • i" in-; .
2. Contingency Plan for Well Failure During Operation; ">/^
3. Regulatory Aspects
A. Construction Requirements; AM cnpln^ must be tested for leakage at
1. ™<"v .- i ; in :. .- t :"ti tn'-.-iv;; r.ust be- unaffertcd by wastes.
B. Monitoring R&quirementS I ".-'.rin,: ,-;;->-! 1.otti"'m hole pressure tests; complete
,,1,.,, ,;^,i .in--'1'";? '''' '•••; ~rt-:: ; r-.onftor ^t-llhend and anmilus pressure,
i-,^,.- ;i!1(' tct.il ••I'lin-o; rrn,)rr 1' i annual"1 v ; 3'v deviations renort immed.
C. RestMctions of Operation Procedures; ::/A
(d)
-------
Well Id. Code:
COMPILATION OP INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN THE UNTIED STATES~
Peradt Status ; PNC _ Operational Status : re
Operating Company Name and Address; oxivane chemical Company
I. GENERAL IDENTIFICATION DATA
1. -Entry Date of Data: (Day) 10 (Month) 09 _ (Year) 73
2. Latitude and Longitude:
3. Well Location (Legal Description):
M. County: State:
5. SIC Classification: "
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected:
2. Date WellRsrmitted: Completed:
3. Injection Rate:
Injection Pressure:
5. Total Depth of Well;
6. Name, Age, and Depth of Injection Zone:
7. Date Injection Began: (Day) (Month) (Year) ~~
8. Total Volume Injected to Date: (GallonsT
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal:
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologlc Description
(a)
-------
WIC
TX-50
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(*0 Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(?) Age of Unit
(8) Porosity %
(9) Permeability, millidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area:
5. Location of Other VfeHs, Abandoned Wells, and 0]bher Penetrations in
Immediate Hydrologically Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity):
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:.
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: ~
D. Temperature:
E. pH:
(b)
-------
WIG TX-50
3. Tbxiclty:
H. Reactivity with Surface Equipment Components;
5. Degradability Level ana rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Pre-injection Waste Treatment:
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
lection
Inject
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Name and Models):
. Packers, Centralizers, and Other Subsurface Equipment:
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc.
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(c)
-------
WIC TX-50
3. Pumps:
VII. OPEIUVTIONSCHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
it
2. Injection Pressure, psi (During Life of Well to Present)
Date (s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuringwater Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operation:
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code:
TX-51
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
FDR
Permit Status:
Operating Company Name and Address:
I. GENERAL IDENTIFICATION DATA
Operational Status:n_
Dm; Badishe Company
nuZ Coiiper Road - Freeport, Texas 77541
1. Entry Date of Data: (Day) ift (Month) 0_8_
2. Latitude and Longitude: 29°oo'04"/95024'09"
(Year)
72
3. Well Location (Legal Description): Alexander Calvlt League, Ab. 49
County; Brazoria
State: Texas
5. SIC Classification:
281 rj
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Chenical plant wastes - aqueous solution of organic
acids, alcohols, and uremia tics.
2. Date Well Permitted: 6/9/69
3. Injection Rate: 30.000,000 gpy
Completed:
Injection Pressure:
'
350-80Q nsi
__________ ___
5. Total Depth of Well'; 6220
6. Name, Age, and Depth of Injection Zone: Miocene sands, L. Miocene, 6 OOP"
(Month)04
7. Date Injection Began: (Day) 26
8. Total Volume Injected to Date: ni 987,814'
9. Date Injection Ceased: (Day) N'/A (Month)
10. Previous Mode of Disposal:
(Year) 70
(Gallons)
_(Year)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock IMlts Penetrated by Well
(a)
Name
Alluvium
(b)
Age
.'ecent
Beaumont Clav
Pleistocene
1'liocene
Miocene
(C)
Depth
_o
300
3JOP
(d)
Thickness
3PP
1000
Wi
4040
(e)
Llthologic Description
sand, gravel, clay
clay, sand
interbedded sands and clays
interbeddcd sands and clavs
(a)
-------
WIC
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinincr Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Miocene sands
6000
.45 psi/ft. est.
1 .0 psi/ft. est.
] .0 psi/ft. est.
Lover Miocene
28-32
200-1^00
83°
sand ami clay
substantial areal
1300
A 7 00
Tertiary
extent clays & sands
C. Chemical Characteristics of Formation Fluids; Non-commercial saline
formation water.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Recent
be a uinon I Cl ay
Depth
_o
300
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
300
1000
usable quality water
4. Mineral Resources in Area: Dearest production is found In the Strat ton Ridge
South Field located 3 raili-s east. Production if from the 4500-5700 ft. in ~
depth. ~~
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologicalty Affected Area; JX-5?. 71,76,31,90,51 are all in
the same area.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Volume 150 ^pp* - 300 gpm
maximum. K'astc from chei.'ical plant processes witnorganic aci d, coprolactam,
butonal, benzene, cyclohexane.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: -;'/A
B. Cone. Dissolved Solids, mg/1: '14,000
C. Specific Gravity: l.Q'.l-l.OS?
D. Temperature:
E« pH: 6.3-7.0
(b)
-------
WIG
TX-51
3. Toxlcity: N/A
Reactivity with Surface Equipment Components: N/A
5. Degradability Level and Rate: Possible biological breakdown of organics
anaerobicall.v.
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; biological activity minimal due to
anaerobic conditions.
7. Pre-injection Waste Treatment; Storage in metal tanks, filtered, and injected,
pll neutralization by blending acid waste stream with an alkaline waste stream.
V. WELL DESIGN AND CONSTHJCTION
1. Casing and Tubing
Surface
Intermediate
IhJ(
Obh<
Hole Casing or Tubing
Size Weight and Grade
32.75///ft. 11-40 STC
23r/ft. J-55 STC
Size
10-3/4
7
Depth
Set
1327
6195
9.5#/ft. J-55 STC
5.5 wire liner wrapped
4-1/2
4
6046
6046-6184
ection
Otfier___^__n
on ribbed 4" op 11.6 lb/ft.
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 10-3/4 inch
casing - 528 sks TLW + 280 sks Class H 2/2% CaCl ; 7-inch casing -
345 sks TCW and 325 sks Class "E".
3. Well Head Equipment (Name and Models); N/A
i». Packers, Centralizers, and Other Subsurface Equipment; ]0-3/4 inch casing -
5 centralizers and 5 scratchers - 7 inch casing - 17 centralizcrs and 23
wipers - Baker Model "A-Z ' Lok-set Packer and 4-1/2 inch casing.
5. Bottom Hole Completion; Gravel packed 6034-6184 ft.
6. Hydraulic Fracturing, Acidizing Programs, etcT; 15% HCI (1500 gal. 7/13/70;
5000 gal. 7/15/70)
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters:
(0
-------
WIC TX-51
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6/72 Average 76 Maximum P.7
11 6/71 76 97
11 12/70 63 94
" 7/70 96 147
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) fi/72 Average 341 Maximum 654
II -I 771 / r -> 71 i
12/70 367 683
TJW !>37> ~ 77
3. Annual Volume Injected, gal.
A. 19J^_2 19,562.688 B. 191}_ 34,476,194 C. 19?_2_ 27,021,632
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: ''cllheud and annul u» pressure; injection
flow rate; injection flow volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a j"' variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; continuous
monitoring.
2. Contingency Plan for Well Failure During Operation: fiooxGOx? feet clay-lined
pit. _ _ _
3. Regulatory Aspects
A. Construction Requirements t Ml casing must be tested fur leakage at
rn ; injection tuMn£ 7*ust l)e unaffected by wastes.
B. Mr>nlt-"T*1"g Rpqul TvmMainf-g - Casing and hot ton hole pressure tests;
complete chemical analysis of wastes; nonitor wellhead and annul us
pressure , rates and total volume; report b [annually ; 5'" deviations report
C. Restrictions Of Operation Procedures; Suriacc injection pressure piaxi^ur.
2500 psij;.
(d)
-------
Well Id. Code; TX-52,53
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN THE UNTIED STATES
Permit Status; PNC Operational Status: PC
Operating Company Name and Address; Phillips Petroleum Co.
Box 391. Boreer. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 09 (Year)
2. Latitude and Longitude; 35°44fl7"/ioi°i8t20"
3. Well Location (Legal Description): N/A
^. County; Hutchinson State: Texas
5. SIC Classification; 2911
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; N/A
2. Date Well remitted: N/A Completed:
3. Injection Rate: N/A
Injection Pressure; N/A
5. Total Depth of Well: N/A
6. Name, Age, and Depth of Injection Zone: N/A
7. Date Injection Began: (Day) N/A (Month) (Year)
8. Total Volume Injected to Date; N/A (Gallons)'
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal: N/A
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologlc Description
R7A
(a)
-------
WIC
TX-52
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinlncr Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psl
(6) Itydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raillidarcies
(10) Fteservolr Temperature, °(J
(11) Character and Area!
Distribution
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
4. Mineral Resources In Area:
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity)
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: "
D. Temperature:
E. pH:
-------
WIC TX-52
3. Tbxlcity:
4. Reactivity with Surface ESgulpmoit Components:
5. Degradability Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Pre-injection Waste Treatment:
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
lection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Name and Models):
. Packers, Centralizers, and Other Subsurface Equipment:
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc.:
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(0
-------
_ TX-52
3. Pimps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and liydrostatlc Heads:
2. Contingency Plan for Well Failure During Operation:
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
-------
Well Id. Code: TX-53
COMPILATION OP INDUSTRIAL AND MUNICIPAL
Permit Status: PNC Operational Status: PNC
Operating Company Name and Address: Phillips Petroleum company
P.O. Box 391 - BorRer. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 10 (Month) 09 (Year) 73.
2. Latitude and Longitude: 3504A'17"/101018T20"
3. Well Location (Legal Description); N/A
l\. County; Hutchinson State: Texas
5. SIC Classification: 2911
II. GENERAL DATA ON WELL SHE
1. Type of Waste Injected; N/A
2. Date Well Permitted; N/A Completed:
3. Injection Rate: N/A
Injection Pressure; N/A
5. Total Depth of Well; N/A
6. Name, Age, and Depth of Injection Zone: N/A
7. Date Injection Began: (Day) N/A (Month) (Year)
8. Total Volume Injected to Date; N/A (Gallons)'
9. Date Injection Ceased: (Day) ~" (Month) (Year)
10. Previous Mode of Disposal: N/A
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
- ^i_
(a)
-------
WIC
TX-53
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
U) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) ftrdrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(91 Permeability, millidarcles
(10) Reservoir Temperature , °C
(11) Character and Area!
Distribution
• • »^»— •••
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Depth
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
. Mineral Resources in Area:
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Pfydrologically Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity)
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: ~
D. Temperature:
E. pH:
(b)
-------
WIG TX-53
3. Tbxlcity:
. Reactivity with Surface Equipment Components:
5. Degradability Level and Rate :
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Pre-injection Waste Treatment:
V. WELL DESIGN AND CONSOKUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
Injection
(She?
2. Type and Anoint of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Name and Models):
Packers, Centralizers, and Other Subsurface Equipment:
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etiT
VI. DESCRIPTION OF SURFACE EQUIFMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(c)
-------
WIC TX-.S3
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maxlnum
2. Injection Pressure, psi (During life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19.
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation:
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures
(d)
-------
Well Id. Code:
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNllEU STATES
PDR
Penult Status:
Operating Company Name and Address:
I. GENERAL IDENTIFICATION DATA
16
Operational Status:o
r.I. Dul'ont de Nempurs Company
P.O. Cox 1089 - Oranue. Texas
(Month)
1. Entry Date of Data: (Day)
2. Latitude and Longitude; 30~°oV26"/93°44'3i"
08
(Year) 72
3. Well Location (Legal Description): 3248 ft. west and 417 ft. north of SW
corner of W.1I. Starkey Survey, Ab. 505 (located in Stephen Jett Surv. Ab.16)
*». County: Orange State; Texas
5. SIC Classification; 2821
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: A dilute aqueous solution of ammonium sulfate,
su]furic acid, and trace quantitios of hydrogen cyanide and organic nitriles
8/7/69
2. Date Well Permitted:
3. Injection Rate: & o . OOP . OOP gpv
Completed:
Injection Pressure; 170-650 psi
5. Total Depth of Well: 5QQQ ft.
6. Name, Age, and Depth of Injection Zone; catahoula. Miocene, AAQQ ft.
7. Date Injection Began: (Day) 28 (Month)
8. Total Volume Injected to Date; RI.441.900
(Year) 7i
9. Date Injection Ceased: (Day) N/A (Month)
10. Previous Mode of Disposal; Well /'23 "
(Oallons)
TYear).
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont
Lissie
Willis
Oakville
Catahoula
(b)
eistocene
Pleistocene
PIiocene
Miocene
Miocene
(C)
Depth
(d) (e)
Thickness Lltholpglc Description
Combined thick-clay and sand
ness of 1000
4400
sand and gravel
sand
sandstone
sandstone
(a)
-------
WIC
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinlnc Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(i|) Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psi
C6) Hydrofracturing Pressure, psl
(7) Age of Unit
(8) Porosity %
(9) Permeability, millldarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Catalioul a
4400
.45 psi/ft. est.
1 .<"> psi/ft. est.
1 .0 psi/ft. est.
Miocene
33.1
2100
55
poorlv consolidatec
sand
1000
Tertiary
interbedded clays &
sands
C. Chemical Characteristics of Formation Fluids: Rrine with 1.05 specific
Gravity. Calcium in the formation rn.iv combine with snlfates in the waste
vatcr and ppt. at the interface causing a decrease in permeability.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumont
Depth
Lissie Fm
Thickness
11)00
Areal
Extent
Lithologic
Character
extensive clay
extensive sand,gravel
Fluid
Character
1000 ppirTTDS up to 720'
I'lUU-'JUOU ppm from 720'
to 1UUO
4. Mineral Resources in Area; Producticn of oil in the area is found at approxi-
mately 7600 ft. to 8100 ft. in the Phoenix Lake Field, three miles cast of
the well. Orange Field is three miles west of the well_.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; TX-12, ix-23, TX-55, ix-56, and ix-57.
All wells within 2-1/2 mile radius are either properly constructed and
maintained or pluKRed properly.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); A dilute aqueous solution
of ammonium sulfate, sulfuric acid, and trace quantities of hydrogen cyanide
and organic nitriles.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/l:__£/A _
B. Cone. Dissolved Solids, mg/1: ^TM
C. Specific Gravity; N/A _
50" c
D . Temperature :
E. pH; 2-3
(b)
-------
WIC TX-54
3. TOXldty: Possible IlCX tnxir.it V (flip t n ar-i'H-fp mprHnm
*». Reactivity with Surface Equipment Components ; Possible corrosion from
u-Ith H2SO/ , .
5. DegradaBllity Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection
Probably not sterile at injection; biological., activity minimized by _
anaerobic conditions. _
7. Pre-lnjectlon Waste Treatment; Pressure filtration after hold-up tanks
settle solids out.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and TUblng
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface _ .T-SS sa.sf/ft-. s-rr 13-3/8 in. 1610 ft.
Intermediate
J-55 SO///ft. LTC 9-5/8 in. 4884 ft.
)eCtlon Bottom 120 ft. 9-5/8 in. Carpenter
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 13-3/8 in.
casing^- 1100 sks of 50/50 Fozmix 4- 27, Gel + 37, CaCl + 155.saks of Class H.
9-5/J3 inch casing - 1705 sks of Pozmix + 50sks of LR-ll. ~"
3. tell Head Equipment (Name and Models): r;/A
^. Packers, Centrallzers, and Other Subsurface Equipmentt TIW Packer seal unit
4820 ft., 9-5/8" x 5-1/2" TIW liner packer. ..
5. Bottom Hole Completion; Gravel packed screen and liner 4820-4987 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; 5000 gai. T>Z nr.i + innn~i
_?:ri + 5000 ;?ai. 3" nr.
VI. DESCRIPTION OP SURFACE EQUIIMENT
1. Holding Tanks and Plow Lines; %T/A
2. Filters; Pressure filters pre-coated with diatomaceous earth.
(0
-------
WIC TX-54
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6/72 Average 245 Maximum 250
it
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 6/72 Average 325 Maximum 140
3. Annual Volume Injected, gal.
A. 197_2_ 32,259,400 B. 197J_ 48,775,000 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Wellhead an annulus pressure; injection
flow rate; injection flow volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically"
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous"
monitoring.
2. Contingency Plan for Well Failure During Operation; Pump wastes to other
company wells in immediate vicinity.
3. Regulatory Aspects
A. Construction Requirements! All casing must be tested for leakage at
1000, psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements I Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor wellhead and annulus pressure, rates
and total volume; report biannuallv; 5% deviations report immediately.
C. Restrictions Of Operation Procedures; Not to exceed 500/-'/day of. a water
solution containing 0.17 metal and 5% HC1. Surface infection pressure
to he limited to L500 nsig.
-------
Well Id. Code:
TX-55
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
I'PR
Penult Status:
Operating Company Name and Address:
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 16
Operational Status:n
I!. I. DuPont de N'amours and Company
P.O. Box 1089 - Orange. Texas 77630
(Month)
2. Latitude and Longitude: 30°03'26"/93°44'3l"
(Year) 72
3. Vfell'Location (Legal Description): Orange Co., Tex., beginning at SW corner
of W.li. Stark Sury. , Ab. 505, proceed west 2842 ft. and then north 126 ft.
4. County ; 0range State: Texas
5. SIC Classification: 2821
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: A dilute aqueous solution of ammonium sulFate,
suIfuric acid, and trace quantities of hydrogen cyanide and organic nitrilcs.
2. Date Well Permitted; 8/7/69
3. Injection Rate: 38,000,000 gpy
Completed:
Injection Pressure: 300 psi
5. Total Depth of Well: 5060 ft.
6. Name, Age, and Depth of Injection Zone: . Catahoula, Miocene, 4400
7. Date Injection Began: (Day) 06 (Month) 08 (Year) 71
8. Total Volume Injected to Date: 87.327.500 (GallonsT
9. Date Injection Ceased: (Day) ~A (Month)
10. Previous Mode of Disposal: ::/A "
TYear)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Peaunont
Lissic
Willis
Oakvillc
Catahoula
(b)
Age
PIei stocene
Pleistocene
Pliocene
Miocene
Miorene
(c)
Depth
o
(d)
Thickness
1000
4400
(e)
Lithologlc Description
sand and clay
sand and gravel
sand
sand:stone
sandstone
(a)
-------
WIC
TX-55
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnlne Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) flydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Catahoula
4400 ft.
.45 psi/ft. est.
1 .0 psj /ft . est.
1 .0 psi/ft. est.
Miocene
33.1
2109
55
Poorlv consolidatec
sandstone
1000
3400
sand, gravel
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumont
Depth
0
Area!
Ihlckness Extent
900 ft.
Llthologic
Character
Lissie
Fluid
Character
1000 ppm TDS up to 720'
1UUU-30UU ppm up to 1000*
These two formations are sometimes referred to as the Gulf Coast aquifer. At tne
well site, only to 400 ft. thick section contains fresh water with 3000 ppm TDS,
4. Mineral Resources in Area; Nearby oil production in the Phoenix Lake Field,
3 miles east. Orange Field is 3 miles vest o£ the disposal well.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Inmediate Hydrologlcally Affected Area: TX-12, TX-23, TX-54, TX-56 with
2-1/2 mile radius.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity)
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1:
C. Specific Gravity:_
D. Temperature:
E. pH: 2-3
N/A
50°C
(b)
-------
WIC TX~55
3. Toxicity: HCN toxicitv due to acidic medium.
lJ. Reactivity with Surface Equipment Components:
rnr rn<; f nn fr
5. Degradablllty Level ana rate: X/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; biological activity. niininnzRd by
anaerobic conditions.
7. Pre-injection Waste Treatment; Pressure filtration after hold-up tanks settle
solids.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 54.5 /-'/ft. J-55 STC 13-3/8 1616
Intermediate AfWft. J-55 T,TC 9-37p, 4882
lection
Other Bottom 120 ft. of casin;; is made up of carnenter rasi'ne.
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 13-3/8 jnrh
casing - 1345 sks of Poznn'x + 155 sks connon + ?."' Gel + T', CaTI • 9-5/8
inch casing - 1595 sks of Pozmix + sks of T.Pv-n + 3/47 of CFr^-2.
3- Vigil Head Equlpnent (Name and Models); X/A
. Packers, Centrallzers , and Other Subsurface Equipment: ? s-3 Cent rail zers on
13-3/8 inch casin?; 26 S-3 Tentralizerq on 9-5/8 inch casing;.
5. Bottom Hole Completion; C ravel packed screen and liner 4820-4881 ft
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters: Pre-coated with diatomaccous earth.
(O
-------
WIC TX-55
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6/72 Average 420 Maximum 445
2RR
8/71 _ ' 235 _ 461
i
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) _.f/?2 Average 350 Maximum 490
" 12/71 "267
11 8/71 302 550
n
3. Annual Volume Injected, gal.
A. 19^2 43.945,500 B. 19.71 37,982,000 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Wellhead and annul us pressure; Injection
flow rate; injection flow volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 51 variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads: Continuous
monitoring.
2. Contingency Plan for Well Failure During Operation; Pump wastes to other
company v;ells in immediate vicinity.
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000, nsi ; injection tubing must be unaffected by wastes.
B. Monitoring Requirements ; Casing and bottom hole pressure, annul.us and
weJJ. head pressure-, rate and volume, report 5". deviation.
C. Restrictions of Operation Procedures; Injection pressure limited to 1500
psig.
(d)
-------
Well Id. Code:
TX-56
COMPILATION OP INDUSTRIAL AND MUNICIPAL
Permit Status: PDR
Operating Company Name and Address:
I. GENERAL IDENTIFICATION DATA
Operational Status: o
E.I. DuPont de Nemours Company
P.O. Box 1089 - Orange. Texas 77630
1. Entry Date of Data: (Day) 01 (Month) 10
2. Latitude and Longitude; 30003'26"/93°44'3i"
(Year) 72
3. Well Location (Legal Description); Orange Co., Tex., beginning at SW corner
of W.H. Stark Surv., Ab. 505, proceed west 3095 ft.
1|. County; Orange
State: Texas
5. SIC Classification; razr
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: A dilute aqueous solution of ammonium sulfate,
sulfuric acid, and traces of hydrogen cyanide and organic nitriles.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Date Well Permitted: 8/7/69
Injection Rate: 400.000 gpy
Injection Pressure: 1000 psi
Total Depth of Well: 4762
Name, Age, and Depth of Injection
Date Injection Began: (Day)
Total Volume Injected to Date: i,,
Date Injection Ceased: (Day) N/A
Previous Mode of Disposal: N/A
Completed:
Zone: Catahoula, Miocene,
(Month) 10 (Year)
466,906
(Month) (Year)
4400 ft.
71
(Gallons)
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont
Lissie
Willis
Oakviile
Catanoula
(b)
Age
Pleistocene
Pleistocene
Pliocene
Miocene
Miocene
(c) (d) (e)
Depth Thickness Lithologic Description
surface Combined thick- sand and clay
ness 1000 sand and gravel
sand
sandstone
440CJ
sandstone
(a)
-------
WIC
TX-56
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Llthostatic Pressure, psi
(6) ftrdrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Catahoula
4400
Est. .45 psi/ft.
Est. 1.0 psi/ft.
Est. 1.0 psi/ft.
Pliocene
33
2109
55
poorlv consolidate
sand
,
1000
3400
Tertiary
\ Cl ays and sands
C. Chemical Characteristics of Formation Fluids;
3. Geohydrology of Fresh Water and Other Useful Aquifers
feme
Beaumont Clay
Liasie
Area!
Depth Ihickness Extent
Combined thick-
ness 1000 ft.
Lithologlc
Character
Fluid
Character
1000 ppm IDS to 720'
1000-3000 ppra - 720'
to. 1000'
Mineral Resources in Area; Nearby production of oil is at 7600* to 8100* in
the Phoenix Lake Field 3 miles east. The Orange Field is3 miles west of
well.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; injection wells xx-12, ix-23, TX-54
TX-55 within 2-1/2 miles.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); N/A
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity: N/A '
D. Temperature: 50"c
E. pH; 2-3
(b)
-------
WIC
3. Toxiclty: IICX toxicity due to acidic medium
. Reactivity with Surface Equipment Components; Possible
nso/ . _
_
> Degradablllty Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimized by anaerobic
conditions.
7. Pre-injectlon Waste Treatment: .settling, filter.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface o-s/a" • isnn ft-,
Intermediate 17/Vft. J-55 LTC 5-1/2" AS?? ft-.
lection Bottom 120 ft. - 5-1/2" carpenter metal rasing.
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 5-1/2 inch
casing - 1385 sks of Pozmix + 30 sks of LR-11 + 3/4% of CFR2.
3. Well Head Equipment (Name and Models); N/A
. Packers, Centrallzers, and Other Subsurface Equipment: 28 s-3 Centralizers on
5-1/2 inch; T).V. Tool at 3638 ft.
5. Bottom Hole Completion: Crave] packed with a slotted liner,
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters:
(c)
-------
WIC TX-56
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During life of Well to Present)
Date(s) 6/72 Average 7 Maximum 12
" 10/71 5 16
2. Injection Pressure, psl (During Life of Vfell to Present)
Date(s) 6/72 Average 950 Maximum 1375
it
it
it
3. Annual Volume Injected, gal.
A. 19 72 1 ,466,9(16 B- 19 71 607,500 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Wellhead and annulus pressure; injection
flow rate; injection flow volume.
B. Sanpllng Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous
monitoring.
2. Contingency Plan for Vfell Failure During Operation; P'""P wastes to other
company wells in immediate vicinity.
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor wellhead and annulus pressure,rates
and total volume; report biannually; 57, deviations report immediately.
C. Restrictions Of Operation Procedures; Maximum surface pressure 1500 psig
for injection.
(d)
-------
Well Id. Code:
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
PDR
Permit Status:
Operating Company Name and Address:
I. GENERAL IDENTIFICATION DATA
Operational Status:
F..I. DuPont DeNenours and Company
P.O. Rox 1089..- Oranr.e. Texas
1. Entry Date of Data: (Day) 01 (Month) 10
2. Latitude and Longitude; 3n°03'2P"/93°44t3l"
(Year) 72
3. Well Location (Legal Description):
Survey, A-15. ..
Located at a point in the Stephen Jott
5.
II.
County:
SIC Classification:
Orange
State:
282.1
GENERAL DATA ON WELL SITE
1.
2.
3.
M.
5.
6.
7.
8.
9.
10.
Type Of Waste Injected; A dilute aqueous solution of ammonium sufate, _
sulfnric acid, and trace quantities of hydrogen cyanide and organic nitriles ,
Date Well Permitted; 8/7/69
Injection Rate: N/A
Completed:
Injection Pressure; M/A
Total Depth of Well; 4750
Name, Age, and Depth of Injection Zone: Miocene Sands, 4300-;
Date Injection Began: (Day) "/A (Month)
Total Volume Injected to Date IN/A
(Year)
Date Injection Ceased: (Day) ?:/A (Month)
Previous Mode of Disposal; :;/A "
(Gallons)
jYear)
HI. GEOLOGIC PffORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont
Lissic
VJillis
Oakvillc
Catahoula
(b)
Age
Pleistocene
Pleistocene
Pliocene
Miocene
Miocene
(O
Depth
0
4400
(d) (e)
Thickness Llthologic Description
1000 combined clay, sand
sand, gravel
sand
sandstone
(a)
-------
WIC
TX-57
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
(2) Depth (Ft.)
G) Thickness (Ft.)
(M) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Catahoula
4750
250
Miocene
33.1
2109
sandstone
1000
3400
Tertiary
clay, sand
C. Chemical Characteristics of Formation Fluids: Brine
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumont
Depth
0
Area!
Thickness Extent
Lissie
1000
exten.
exten.
Lithologic
Character
clay
Fluid
Character
1000 ppm IDS to 720'
sand, gravel 1000-3000 ppm trom /20*
to 1UOU'
. Mineral Resources in Area: Production of oil from 7600 ft.-8100 ft. in the
Phoenix Lake Field, three miles east of the well.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations In
Immediate Hydrologically Affected Area: TX-12, ix-23. ix-54, ix-55, ix-56,
with 2-1/2 rules.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): nixed organic nitriles 907,
organic nickel and phosphorous compounds 1.0%, appearance - clear, dark brown.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: '|M
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity: »/A
D. Temperature; 5Q"C
E. pH:
(b)
-------
WIG TX-57
3. Toxicity: ':/A
a
. Reactivity with Surflace Equipment Components: 'N/A
5. Degradability Level and Rate: ::/.\
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal due to
anaerobic conJilions.
7. Pre-inJectlon Waste Treatment: Hulling wastes from the nanufacturinK operation
will be mixed with another distillate vaste stream to -control, viscosity.
The mixture is sent to a hold-up tank where it is pressure filtered and inlected,
V. WELL -DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Surface
Intermediate 8-5/8"
Casing or Tubing Depth
Weight and Grade Size Set
!'-4n 32.31;''/ft. 9-5/8 1637
J-55 171/f/ft. 5-1/2 4630
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: lOOQ sacks
of 50/50 Poznlx + ?."' Ce3 + TL CnCl9 + 155 sacks of class A c.onmon to surface.
2'1'j sacks oi coi.unon and Jii sacks of" LR-11; 1400 sacks of Pozmix + 57' gilsonite.
3. Well Head Equipment (Name and Models); ::/A
. Packers. Centrallzers , and Other Subsurface Equipment: 7 centralizers on the
9-5/8 inch casing; 28 centralizers on the 5-1/2 inch casing. _
5. Bottom Hole Completion; Open hole completion.
6. Hydraulic Fracturing, Acidizing Programs, etc.; v/~
VI. DESCRIPTION OP SURFACE EQUIIMENT
1. Holding Tanks and Plow Lines; x/.\
2. Filters: Pressure filter
(0
-------
WIC TX~57
3. Pumps; >-/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average Maximum
it
it
it
3. Annual Volume Injected, gal.
A. 19_ x/A _ B. 19_ _ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; '-.'el] head and annul us pressure; Injection
flow rate; inject Lou flow volume.
B. Sampling Frequency and Water Quality Parameters Measured; periodically
I'.easiire'J and reported if a 5"' variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads: Continuous
no a 5 l
2. Contingency Plan for Well Failure During Operation; Pump wastes to other
company wcl.la in immediate vicinity. _ ^
3. Regulatory Aspects
A. Construction Requirements; A1.1 casing must he tested for leakage at
1000 _ nsi ; injection tubing must he unaffected by wastes. _
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
clie'i.ic^l analysis of \mstes ; monitor wellhead and annul us pressure, ~
rates and total volume; report biannually ;_ 57 deviations report ImmecU
C. Restrictions of Operation Procedures; X/A
(d)
-------
Well Id. Code:
TX-58
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Permit Status: PDR
Operational Status:
Operating Company Name and Address: ceianese Chemical Co.
P.O. Box 428 - Bishop. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
(Month) 10
2. Latitude and Longitude: 2r34'25"/97°50'23"
(Year) 72
3. Well Location (Legal Description): Section 149TF.Z. Bishop subdivision
of the Weil Ranch in Mathis Garcia Survey.
County :__Nueces
State: Texas
5. SIC Classification; 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Aqueous effluent from petrochemical manufacturing
2.
3.
M.
5.
6.
7.
8.
9.
10.
Date WellPernAtted: 08/18/69
Injection Rate: N/A
Completed:
Injection Pressure: N/A
Total Depth of Well: 4720 ft.
Name, Age, and Depth of Injection Zone: Anahuac. oiigocene
4000 - 4650 ft.
Date Injection Began: (Day) N/A (Month) ~
(Year)
Total Volume Injected to Date:
Date Injection Ceased: (Day)
Previous Mode of Disposal:
N/A
(Gallons)
(Month)
N/A
_(Year)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont
Lissie
Goliad
Largarto
Oakville
Catahoula
Anahuac
(b)
Age
Pleistocene
Pleistocene
Pliocene
Miocene
Miocene
Miocene
Oiigocene
(c)
Depth
_o
300
1200
1800
4000
(d)
Thickness
300
900
600
250
(e)
Llthologic Description
clay, sand
sand, clay
sand
clay
sandstone
tuff, clay
sand
(a)
-------
WIC
TX-58
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confining Bed
U) Name
(2) Depth (Ft.)
G) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Anahuac
4000
250
Oligocene
24
sand
C. Chemical Characteristics of Formation Fluids: N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumont
Lissie
Goliad
Depth
0
600
900
Thickness
300
100
Area! Lithologic
Extent Character
variable sand, clay
extensive sand, clay
extensive sand
Fluid
Character
fresh
fresh
frresh
Mineral Resources in Area: Oil and gas in the area.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area: City Of Bishop water wells;
Humble Oil and Refining Co. have nine water wells 9000 ft. SW.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Sodium formate - 400,000 ppm
organic acids, aldehydes
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity: N/A
D. Temperature: N/A
E. pH: N/A
(b)
-------
WIC TX-58
3. Toxicity: N/A
4. Reactivity with Surface Equipment Components; Possible corrosion
5. Degradablllty Level and Rate: None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal
7. Pre-injection Waste Treatment: Oil skimmer, emergency storage pond, toxic
materials monitoring pond, an equalization pond, nutrient addition facilities.
two aeration basins, a clarifier, a sludge digestor, and a cooling tower.
V. WELL DESIGN AND INSTRUCTION
1. Casing and Tliblng
Surface
Intermediate
lection
Hole
Size
Casing or Tubing
Weight and Grade
40. 5# H-40
20# J-55
Schedule 40 stainless
11. 6# J-55
Size
10-3/4
7
6-5/8
4-1/2
Depth
Set
1550
4250
4250-4650
4300
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 10-3/4"
casing - cemented to surface; 7" casing - cemented to surface; 6-5/8"
casing - cemented to surface
3. Well Head Equipment (Name and Models): N/A
i). Packers, Centralizers, and Other Subsurface Equipment; Packer set at 4300 ft.
5. Bottom Hole Completion: Sand perforated 4550 - 4650 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters: N/A
(0
-------
WIC TX-58
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
n
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operation:
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code:
TX-59
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status: FDR
Operational Status:n_
Operating Company Name and Address: now chemical
J? .O. Box Dr;n
K —
75541
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
2. Latitude and Longitude: 28°59'4l"/95°23'54"
(Month)
10
(Year) 79
3. Well Location (Legal Description); 10467.01 feet southerly along west- 1-inP
from NW corner of Alexander Calv.it League. Ab. 49.
County: Brazoria
State; Texas
5. SIC Classification:
2818
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Organic and inorganic fluid waste from th_e
manufacture of glycerine.
2.
3.
M.
5.
6.
7.
8.
9.
10.
Date Well Permitted; 8/21/69
Injection Rate; 500,000,000 gpy
Completed:
595
Injection Pressure:
Total Depth of Well: 52T5~plugged back to~58'6T
Name, Age, and Depth Of Injection Zone: Miocene sands, L. Miocene 5780
(MonthT
07
Date Injection Began: (Day) ^^
Total Volume Injected to Date: 1,377,754,997 (7/727
Date Injection Ceased: (Day) N/A" (Month)
Previous Mode of Disposal; N'/A
(Year) 70
(Gallons)
(Year),
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Alluvium
Beaumont
(b)
(c)
Recent
310
3100
Pleistocene
Pliocene
Vdocene
Lower Miocene 5050
4050
(d)
(e)
Depth Thickness Lithologic Description
310
1000
950
1050
250
clay, sand
sands . cla
sands, clav
sands . clay
(a)
-------
WIC
TX-59
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
00 Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Miocene sands
5800
2R50 (at 6100 ft)
1.0 psi/ft. cst.
0.85 psi/ft.
Miocene
28-3J
200-1000
31° (at 6100 ft)
L'nconsoli.dated san
v'itli a lar^c areal
extent
1300
4500
Tertiary
i clavs and sands
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Alluvium
lie a u; urn L
Depth
Recent
Thickness
0
Pleistocene '300
Area!
Extent
300
950
Lithologic
Character
IDS-] 000 ppra
TDS-1000-3000
Fluid
Character
Public use
pnra Pub 1 ic
use
. Mineral Resources in Area; The nearest pctroleun production is at a depth
'',.)0''-57'.n ft. in t'.ie St rat I on Rld^c , South Field, 3-1/2 miles cast Or
d isposal
5.
Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area: stratum Ridee, South Field,
'3-1/2 miles east; TX-59, TX-7!, TX-81 are all on the same corap.inv plant
i neat L<->n •
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Volume 1250 gpn glycerine.
tetrachlorohexene, ethers, sodium hydroxide, sodium chloride and sodium
carbonate
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1;
C. Specific Gravity; .1.026 (at I75
-------
WIC TX-59
3. Toxicity: Possible toxicity from high Na£l concentration - f-nvi^ in^estion
Improbable due to taste effect.
1. Reactivity with Surface Equipment Components; M0t-oi
high salt concentration, also strong NaOH corrodes aluminum.
5* Degradabllity Level and Rate: Possible chemical breakdown of organics in
strong NaOH.
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection, possible breakdown of organics under
anaerobic conditions.
7. Pre-lnjectlon Waste Treatment; Sedimentation, filtration, and the addition
of anhydrous hydrochloric acid to reduce the oil to 7.0.
V. WELL DESIGN AND CONSTOUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Hole
Size
17-1/2
12-1/4
Casing or Tubing
Weight and Grade
H-40 48#/ft.
N-800 40tf/ft.
Size
13-3/8
9-5/8
Depth
Set
1.355
5,778
K-55 23#/ft.
7
5,676
Other
2. Type and Amouit of Cement, Cement Additives, Emplacement Horizon; 13-3/8
inch casing - 575 sks Trinity Lite Wate + 365 sks Lone Star Class "A" plus
2% Ca Cl . 9-5/8 inch casing - 635 sks TLW + 370 sks Texacore E then 550 sks
3. Vfell Head Equipment (Name and Models); N/A
Packers, CentralizeraV and Other Subsurface Equipment; EOT hydraulic set Huskey
H-l Packer set at 5677.89 ft.
5. Bottom Hole Completion: Ribbed screen 5778-5864 ft. with S.S. wire.
6. HydraulicFracturing, Acidizing Programs, eto.; Acidization: 5788-5864 ft.;
475 bbl. of 15% HC1.
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: A surge tank is used to hold the fluid and
control the rate of flow to the injection pumps.
2. Filters: N/A
(0
-------
WIC TX-59
3. Punps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6/7? Average__LL1Q Maximum 1250
7/7112191250
——
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 6/72 Average 595 Maximum 630
7/71 510 640
3. Annual Volume Injected, gal.
A. 19_72 295.986.000 B. 19_71 533.309.000 C. 19_70 158,131.000
VIII. SAFETY INFORMATION
1. Monitoring
A. Monitoring Devices and Data; Wellhead an annulus pressure; Injection
flow rajie: in1 action flow volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs. _
C. Frequency of Measuring Water Levels and Hydrostatic Heads ; Continuous
monitoring. _
2. Contingency Plan for Well Failure During Operation; Pump wastes to other
company well (WDW-81) in immediate vicinity. _
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at _
1000 psi; injection tubing must be unaffected by wastes. _
B. Monitoring Requirements t Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor wellhead an annulus pressure, raCes
and total volume; report biannually; 5% deviations report immediately.""
C. Restrictions Of Operation Procedures; Surface injection pressure
2500 psig max. _ _ _
(d)
-------
Well Id. Code:
TX-60
COMPILATION OF INDUSTRIAL AND MUNICIPAL
Penult Status ;
PDF
Operational Status:
Operating Company Name and Address; DuVal Corporation
DN
1.
2.
3.
P.O. Box 1512 - Pecos. Texas
I. GENERAL IDENTIFICATION DATA
Entry Date of Data: (Day) 01
Latitude and Longitude: 3l°40'/l04°50'
(Month) 09
(Year) 72
Vfell Location (Legal Description): 1262 ft. north along the west line of
section 19, Block 111, PSL Survey then 1300 ft. east
County: Culberson
State:
Texas
5. SIC Classification; 1321
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected:
Formation.
Sulfur mining plant bleed water frpm the Rustler
2.
3.
U.
5.
6.
7.
8.
9.
10.
Date Well Permitted:_
Injection Rate: N/A~
8/25/69
Completed:
Injection Pressure; N/A
Total Depth of Well: 2948
Name, Age, and Depth of Injection Zone: Cherry Canyon, Permian
2700 - 2725 ft.
Date Injection Began: (Day) N/A (MonEnT (Year)
Total Volume Injected to Date;
Date Injection Ceased: (Day)
Previous Mode of Disposal:
N/A
(Gallons)
(Month)
N/A
.(Year).
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Alluvium
(b)
Age
Recent
Rustler
Permian
Ochoa
Permian.
Castile
Permian
Delaware
Permian
Cherry Canyon
Permian
(c)
Depth
_o
70
595
880
2080
2700
(d)
Thickness
70
525
282
1200
860
25
(e)
Llthologlc Description
sand, gravel
limestone, dolomite
anhydrite
anhydrite, limestone
sandstone, shale
quartzite sand
-------
WIC
TX-60
B. Geologic Description of Injection Unit and Other Possible Units
Infection Unit
Confining Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raillidarcles
(10) Reservoir Temperature, WC
(11) Character and Areal
Distribution
Cherry Canyon
2700
25
1455
1.0 psi/ft est.
1.0 psi/ft est.
Permian
25
5000
Quartzite sand
•
C. Chemical Characteristics of Formation Fluids: Brine: IDS - 25.000 ppm.
Chloride - 15,000 ppm
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Alluvium
Rustler
Depth
_0
70
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
70
variable sand, gravel poor
525
extensive sand, limestone saline
. Mineral Resources in Area: Sulfur mining, oil and gas drilling.
5. Location ofOther WeHs, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Saline water with high
sulfates.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1: 33.500
C. Specific Gravity: N/A
D. Temperature: N/A
E. pH; N/A
(b)
-------
WIC TX-60
3. Toxlclty: N/A
. Reactivity with Surface Equipment Components: N/A
5. Degradability Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal
7. Pre-injectlon Waste Treatment; Sedimentation
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface &-5T8 705
Intermediate 7
ection 5-i/z 2TOTT
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 8-5/8"
casing - 150 sks cement to surface; 7" casing - 140 sks cement; 5-1/2"
casing - cemented from 1700 - 2100 ft.
3. Well Head Equipment (Name and Models); N/A
. Packers, Centrallzers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion: Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A~
VT. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; 440 ft. x 440 ft x 15 ft. sedimentation basin.
2. Filters:
(c)
-------
TX-60
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During life of Well to Present)
Date(s) N/A Average Maximum
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) N/A Average Maximum
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure; injection
flow rate and volume. '
B. Sampling Frequency and Water Quality^Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous"
2. Contingency Plan for Well Failure During Operation; ~
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected by"wastes.
B. Monitoring Requirements: Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor" wej.1head and annulus pressure,
rates and total volume; report bianriualTy'
C. Restrictions of Operation Procedures;
(d)
-------
Well Id. Code:. xx-61
JSTRIAL AND MUNICIPAL
Permit Status:
PDR
Operational Status:
DN
Operating Company Name and AddressV DuTai Corporation
P.O. Box 1512 - Pecos, Texas
I. GENERAL IDEMTIPICATION DATA
1. Entry Date of Data: (Day) 01
2. Latitude and Longitude:
(Month) 10
(Year)
72
3. Well Location (Legal Description); 660 ft. south of the north line and
660 ft. east of the west line of Sec J, Black III, PSL Survey
1|. County; Culberson
State: Texas
5. SIC Classification; 1321
II. GENERAL DATA ON WELL SflE
1. Type of Waste Injected: Sulfur mining plant bleed water (Frasch process)
2.
3.
1».
5.
6.
Date Well PfermlttedT~N7gr
Injection Rate: luud ggm
Conpleted:
N/A
Injection Pressure:^
Ttotal Depth of Well; 3uuu ft.
Name, Age, and Depth Of Injection Zone: Castile-Cherry Canyon, Permian
TTCJ-TOUcTand 21UO-3000 ft.
7. Date Injection Began: (Day) N/A (MonEnT
8. Total Volume Injected to Date: fl?A
9. Date Injection Ceased: (Day) ."^* (Month)"
10. Previous Mode of Disposal: fl'A "
(Year)
_(Year)_
(Gallons)
III. GE30LOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Alluvium
(b)
.ecent
Rustler
Permian
Ochoa
Permian
Castile
Permian
Deleware
Permian
Cherry Canyon
Permian
(0)
70
595
880
2080
2700
(d)
Thickness
7T3
525
1200
860
25
(e)
Lithplogic Description
sand, gravel
limestone, dolomite
anhydrite
anhydrite, limestone
sandstone, shale
quartzite sand
(a)
-------
WIC
TX-61
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Llthostatic Pressure, psi
6) fydrofracturlng Pressure, psi
7) Age of Unit
8) Porosity %
9) Permeability, raillidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Castile-Cherry Can}
970 2100
30 900
Permian
limestone, sand
on
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Alluvium
Rustler
Area! Llthologlc Fluid
Depth Thickness Extent Character Character
0 70 variable sand, gravel poor
70 525 extensive sand, limestone saline
. Mineral Resources In Area: Sulfur mining, oil and gas fields
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Saline waste water with
high gulf ides.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mgA: JN/A
N/A
B. Cone. Dissolved Solids, mg/1; 34,000
C. Specific Gravity:
D. Temperature:
E. pH: N/A
N/A
(b)
-------
WIC
TX-61
3. Toxicity; N/A
. Reactivity with Surface Equipment Components: Possible corrosion dae <-o
salts.
5. Degradability Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
?• Pre-injectlon Waste Treatment; Sedimentation
V. WEIL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Casing or Tubing
Weight and Grade
Surface
Intermediate
Size
22
IhJ(
Oth
Iection
er
16
9-5/8
Depth
Set
150
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
16" casing - 500 sks cement; 9-5/8" casing - 250 sks cement.
730
2191
2189
3. Vfell Head Equipment (Name and Models); N/A
. Packers, Centralizerst and Other Subsurface Equipment: N/A
J. Bottom Hole Completion: ppen hole
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A"
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding TankB and PlOW Lines: 440 ft x 440 ft x 15 ft. sedimentation hasii
2. Filters: N/A
(c)
-------
WIC TX-61
3. Pumps: N/A
VII. _ OPERATIQH CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) N/A Average Maximum
2. Injection Pressure, psl (During life of Well to Present)
Date(s) N/A Average Maximum
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19
VIII. SAFEH INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure; injection
flow rate and volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuously"
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor well head and annulus pressure,
rates and total volume; report biannually.
C. Restrictions Of Operation Procedures; Maximum permitted surface
injection pressure at 1000 psi.
(d)
-------
Well Id. Code:
TX-63
COMPILATION: OF INDUSTRIAL AND MUNICIPAL
STAGES
Permit Status:
PDR
Operational Status: p_
Operating Company Name and Address; DuVal Corporation
P.O. Box 1512 - Pecos, Texas 79772
I. GENERAL DJENTIPICATION DATA
1. Entry Date of Data: (Day) 01
(Month)
10
2. Latitude and Longitude; 3i°40'07"/io4°i3'r12^
(Year) 72
3. Well Location (Legal Description): IQOQ''ft. south of north line and 2050
ft. 'east of west line, Section 15, Block li, PSL Survey.
1|. County; Culberson
State: Texas
5. SIC Classification:
1321
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Sulfur mining plant bleed water.
2. Date Well Permitted; 8/25/69
3. Injection Rate; 200,000.000
Completed:
Injection Pressure; 70
1700
5. Total Depth of Well;
6. Name, Age, and Depth of Ihjl-ctlon Zone: cast lie. Permian. 1175
(Month) 06
7. Date Injection Began: (Day) _
8. Total Volume Injected to Date; 204.031.OOP
9. Date Injection Ceased: (Day) N/A (Monthf"
10. Previous Mode of Disposal; N/A
(Year) 70
(Gallons)
JYear)
PI.. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Alluvium
Rustler
Ochoa
(b)
Age
Recent
Permian
Permian
(c)
Depth
0
70
595
(d)
Thickness
70
525
282
(e)
lAthologic Description
sand, gravel
limestone, dolomite
anhydrite
Castile
Permian
880
1200
anhydrite, limestone
(a)
-------
WIC
TX-63
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
(2) Depth (R.)
(3) Thickness (Ft.)
(*0 Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millldarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Castile
1175
525
.45 psi/ft. est.
1.0 psi/ft. est.
1.0 psi/ft. est.
Permian
25
5000
Limestone ,
anhydrite
Ochoa
600
300
Permian
Anhvdrite
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Alluvium
Rustler
Area! Llthologic Fluid
Depth Ihickness Extent Character Character
0 70 variable sand, gravel poor
70 525 extensive sand, limestone saline
4. Mineral Resources in Area: Sulfur, oil, gas.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); volume - looo gpm, highly
saline with sulfate
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
- B. Cone. Dissolved Solids, mg/1: 34,000
C. Specific Gravity; N/A
D. Temperature: N/A
E. pH; N/A
(b)
-------
WIC TX-63
3. Toxicity: N/A
k. Reactivity with Surface Equipment Components; N/A
5. Degradabllity Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection, no biological activity due to lack of
substrate and anaerobic conditions.
7. Pre-injection Waste Treatment; Sedimentation.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 16 185
Intermediate _ 9-5/8 931
M
Otfi
ection i 1175
ier
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 16-inch
casing - 175 sks Pozmix + 2% CaCU - to surface, 9-5/8 inch casing - 700 sks
Pozmix + 27, CaCl? to 150 ft., 7 inch casing - 475 sks Pozmix + 4% CaCl?.
3. Well Head Equipment (Name and Models); N/A
. Packers. Centralizers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion: N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A~
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and PlOW Lines: 440 ft. x 440 ft. x 15 ft. sedimentation tank,
(c)
-------
WIC TX-63
3. Pumps: yyA
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) n /?] Average 250 Maximum 250
" 6/71 1100 1200
11 ft/7n 1200 uno
it '
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 11/71 Average TO Maxinum 90
" em "" ins IPS'
" 6/70 125 150
_______
3. Annual Volume Injected, gal.
A. 19.21 183.541.000 B. 1920 20.490.000 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Wellhead an annulus pressure; injection
_£low rate; Iniection flow volume
B. Sanpling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous
monitoring.
2. Contingency Plan for WeH Failure During Operation: N/A
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at 1000
psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements: Casing and bottom hole pressure tests;
complete chemical analysis of xjastcs; monitor wellhead and annulus ~
pressure, rates and total volume.
C. Restrictions Of^ Operation Procedures; Surface injection pressure
-------
Well Id. Code:
TX-64
COMPILATION OF INDUSTRIAL AND' MUJCTCIPAL
Permit Status:
PDR
Operational Status:
DN
Operating Company Name and Address: DuVal Corporation
P.O. Box 1507 - Fort Stockton. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
(Month)
09
2. Latitude and Longitude; 30°55'i6"/i02°59T30Tr
(Year)
72
3. Well Location (Legal Description): 126.4 ft. north of the south line and
154 ft. east of the west line Sec. 589,G.C.&S.F.R.R. Survey, Ab. 3008
County: Pecos
State:
Texas
5. SIC Classification: 1321
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Sulfur mining (Frasch process) - bleed water from
the Salado Formation.
2.
3.
i».
5.
6.
7.
8.
9.
10.
Date Well Permitted; 8/28/69
Injection Rate; 18,000 gpm
Completed:
Injection Pressure; N/A
Total Depth of Well; 2200 ft.
Name, Age, and Depth of Injection Zone:
Date Injection Began: (Day) N/A (Month)
Gravburg - San Andreas. Permian
1590 ft.
Total Volume Injected to Date:
Date Injection Ceased: (Day)
Previous Mode of Disposal:
N/A
(Year)
(GaTIonsT
(Month)
N/A
.(Year).
HI. GEOLOGIC DEFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Alluvium
(b)
Age
Recent
Comanone
Rustler
iTalado (Castile)
Tamsill
Yates ~
Grayburg '
San Andreas
Cretaceous
Permian
Permian
Permian
Permian
Permian
Permian
(c)
Depth
0
60
200
310
610
760
1590
1750
(d)
Thickness
60
140
110
300
150
830
160
450
(e)
Llthologic Description
sand, gravel
limestone
sandstone
limestone
limestone
(a)
-------
WIC
TX-64
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
C5) Lithostatic Pressure, psi
6) Hydrofracturing Pressure, psi
7) Age of Unit
8) Porosity %
9) Permeability, millidarcles
(10) Reservoir Temperature, °C
Cll) Character and Area!
Distribution
Grayburg-San Andrea
1590
610
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Permian
limestone
3
60
1500
Perm. - Cret .
carbonates, sandstone
evaporites
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
N/A
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area! Production of oil and gas in the area is found
at depths of 4900 - 5600 ft. in the Heiner field.
5. Location of Other wells, Abandoned Wells, and OtherPenet rat ions in
Immediate Hydrologically Affected Area; Heiner field located 1-1/2
miles from the injection well.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): High sulfide brines.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity; N/A
D. Temperature: N/A
E. pH; N/A
(b)
-------
WIC TX-64
3. Toxicity: N/A
H. Reactivity with Surface Equipment Ckanponents; Possible corrosion
5. Degradabllity Level and Rate: None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Pre-injection Waste Treatment; N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface ~~&~ 3PT
Intermediate
lection 11-3/4 1630
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
16" casing - 350 sks cement; 11-3/4" casing - 150 sks cement
3. Sell Head Equipment (Name and Models); N/A
. Packers, Centralizers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion: Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters: NTT"
(c)
-------
WIC TX-64
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation;
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code: TX-65
COMPILATION OP INDUSTRIAL AND MUNICIPAL
Permit Status:
PDR
Operational Status:
DN
Operating Company Name and Address; DuVal Corporation
P.O. Box 1507 - Fort Stockton. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
(Month) 10
2. Latitude and Longitude; 30055'16"/102°59'30"
(Year) 72
3. Well Location (Legal Description): 2540.7' east of the west line and 299.2'
south of the north line of Sec 16, Block 105, G.C. & S.F.R.R. Survey
i|. County; Pecos
State: Texas
5. SIC Classification; I3zr
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Sulfur mining (Frasch process) - bleed water from
the Salado Formation.
2. Date Well Permitted; 8/28/69
3. Injection Rate: N/A"
Completed:
Injection Pressure:
5. Total Depth of Well; 2850 ft.
6. Name, Age, and Depth Of Injection Zone; Grayburg - San Andreas, Permian
7. Date Injection Began: (Day) N/
8. Total Volume Injected to Date:
9. Date Injection Ceased: (Day)_
10. Previous Node of Disposal:
N/A
1590 ft.
(MonEKT
N/A
(Month)
(Year)
TYear).
(Gallons)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Alluvium
(b)
cent
Comanche
Rustler
Salado (Castile)
Tamsill
Yates
Grayburg
San Andreas
Cretaceous
Permian
Permian
Permian
Permian
Permian
Permian
(c)
60
200
310
610
760
1590
(d)
Thickness
60
140
110
300
150
830
160
(e)
Llthologic Description
Sand , gravel
limestone
sandstone
limestone
1750
limestone
(a)
-------
WIC
TX-65
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
(2) Depth (Ft.)
H) Thickness (Pt.)
CM) Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psl
(6) Hydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, mlllidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Grayburg-San Andrea
1590
610
0.45 psi/ft est..
1.0 psi/ft est.
1.0 psi/ft est.
Permian
Limestone
s
60
1500
Cret. - Perm.
Carbonates, sandstone
evaporites
C. Chemical Characteristics of Formation Fluids: saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
N/A
Areal
Ihickness Extent
Lithologic
Character
. Mineral Resources in Area toil and gas production.
Fluid
Character
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate fydrologically Affected Area: on and gas field 1-1/2 miles
away.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); High sulfide brine.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity: N/A
D. Temperature: N/A
E. pH; N/A
(b)
-------
WIG TX-65
3. Toxicity: N/A
H. Reactivity with Surface Equipment Components: Possible corrosion
5. Degradabillty Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile; bacterial activity minimal.
7. Pre-injection Waste Treatment; N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 13-3/8 410
Intermediate
ection 8-5/8 1655
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. Well Head Equipment (Name and Models);
. Flackers, Centralizers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion; Open hole - ibbu to 2^20 tt
6. Hydraulic Fracturing, Acidizing Programs, etc.;
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters:
(c)
-------
WIC TX-65
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
n
2. Injection Pressure, psi (During life of Well to Present)
Date(s) Average Maximum
II
II
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operation; ~
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code:
TX-66
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS
Permit Status:
PDR
Operational Status:
DN
Operating Company Name and Address; DuVal Corporation
P.O. Box 1507 - Fort Stockton. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 09
(Year) 72
2. Latitude and Longitude: 30"55'l6"/l02°59r30Tr
3. Well Location (Legal Description): 2151.3' north of the south line and 664'
east of the west line of Sec 589, G.C. & S.F.R.R. Survey, Ab. 3008
County:
State: Texas
5. SIC Classification: 3-321
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Sulfur mining (Frasch process) - bleed water from
the Salado Formation.
2. Date Well Permitted: 8/28/69
3. Injection Rate: N/A
Completed :
M. Injection Pressure: N/A
5. Total Depth of Well: "00 tt.
6. Name, Age, and Depth of Injection
7. Date Injection Began: (Day) N/A
Zone: Grayburg - San Andreas,
1590 ft.
(Month) (Year)
8. Total Volume Injected to Date: N/A
9. Date Injection Ceased: (Day)
10. Previous Mode of Disposal: N/A
(Month) (Year)
Permian
(Gallons)
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Alluvium
(b)
Age
Recent
Comanche Peak
Rustler ~
Salado(Castile)
Tamsill
Yates
Grayburg
San Andreas
Cretaceous
Permian
Permian
Permian
Permian
Permian
Permian
(c)
Depth
0
60
200
310
610
760
1590
1750
(d)
Thickness
60
140
110
300
150
830
160
450
(e)
Lithologic Description
sand, gravel
limestone
sandstone
limestone
limestone
(a)
-------
WIC
TX-6&
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raLllidarcies
(10) Fteservoir Temperature, °C
(11) Character and Areal
Distribution
Grayburg-San Andre
1590
610
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ ft est.
Permian
limestone
as
60
1500
Cret. - Perm.
carbonates.
sandstone, and
evaporites
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N7A
Areal Lithologic Fluid
Depth Thickness Extent Character Character
. Mineral Resources in Area: Oil and gas production 1-1/2 miles away.
5. Location of Other wells, Abandoned wells, and Other renetrations in
Immediate Hydrologically Affected Area; Oil wells
IV. WAS1E CHARACTERISTICS
1. Technical Description (Including Radioactivity); High suifide brine.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1; N/A"
C. Specific Gravity; N/A
D. Temperature: N/A
E. pH; N/A
(b)
-------
WIG TX-66
3. Toxlcity: N/A
H. Reactivity with Surface Equipment Ciomponents; Possible corrosion
5. Degradablllty Level and Rate; None ~
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile; bacterial activity minimal.
7. Pre-lnjection Waste Treatment; N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 16 410.57
lection 11-3/4 1553
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
16" casing - 4000 sks cement to surface; 11-3/4" casing - 275 sks cement,
3. Veil Head Equipment (Name and Models); N/A
Packers, Centrallzers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion: Open hole - 1553 to 2500 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A"
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Flow Lines: N/A
2. Filters:
(c)
-------
WIC TX-66
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Ejection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
it
2. Injection Pressure, psl (During life of Well to Present)
•
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19__ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation: ~
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code:
TX-67
COMPILATION OP INDUSTRIAL AND MUNICIPAL
THE UNITED STA1
Permit Status:__PDR Operational Status: o
Operating Company Name and Address: Phillips Petroleum Company
P.O. Box 391 - Borger, Texas 79007
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) Ql (Month) 09
2. Latitude and Longitude: 35^44 •i7"/ioi°i3r2irT~
(Year) 72
3. Vfell Location (Legal Description): 6714 ft. north of south line and 1177 ft.
east of west line of Sec. 70, Block 46, H&TC Surv, Hutchinson County, Texas,
County; Hut ch ins on
State: Texas
5. SIC Classification; 2814
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Waste fluid from a butadiene plant.
2.
3.
H.
5.
6.
7.
8.
9.
10.
Date Well Permitted; 12/2/69
Injection Rate: 160,000,000 gpy
Completed:
Injection Pressure; Vacuum
Total Depth of Well; 5075
Name, Age, and Depth of Injection Zone: Qranite wash., Permian,
(Month) IT
Date Injection Began: (Day)
Total Volume Injected to Date: 245,125,332"
Date Injection Ceased: (Day) N/A (Month)
Previous Mode of Disposal; N/A
(Year)
(Gallons)
JYear).
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Ogallala
Elaine
Clear Fork
Brown
Moore Co.
(b)
ertiary
Permian
Permian
Permian
Permian
Permian
Permian
Permian
Arkosic Lime
Granite Wash
Permian
Permian
(c)
Depth
1}
175
225
450
600
1880
2350
2610
2840
3840
(d)
Thickness
173
50
225
150
1280
470
260
230
1000
1200
(e)
Llthologlc Description
gvpsum
red shale
salt
shale, salt
anhvdrite
anhydrite, dolomite
limestone
limestone
arkosic sandstone
(a)
-------
WIC
TX-67
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confining Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psi
(6) Ifydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, "C
(11) Character and Area!
Distribution
Granite Wash
3800
1200
.45 psi/ft. est.
1.0 psi/ft. est.
1.0 psi/ft. est.
Permian
high
high
a:jrkosic sandstone
Blaine-Arkosic Lime
175
3600
Permian
carbonates , evaporite
and shale
C. Chemical Characteristics of Formation Fluids: saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Ogallala
Depth
0
Thickness
175
Area!
Extent
regional
aquifer
Llthologic
Character
Fluid
Character
sandstone and * fresh x^ater with a
conglomerate high concentration of
TDS
Mineral Resources in Area: There are numerous oil and gas x^ells reported in
the area. All producing oT"abandoned wells are suitably protected from any
communication with the disposal well.
Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): 2500 ppm hydrocarbons
(ketone, acrolein, aldehyde, alcohol) saline.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1; 441,600
C. Specific Gravity: 1.3
D. Temperature: N/A
E. pH; 7.3
(b)
-------
WIG _ TX-67
3 . Toxic Ity : Possible toxicitv from hip.h NaCl concentration
repelling effect of taste: nosgible toxtr.ltv nf
M. Reactivity with Surface Equipment Ciomponents; nnrmsinn HUP t-n
NaCl similar to seawater.
5. Degradability Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection, possible bacterial degradation nf
organics in anaerobic environment with oxvqen from nrpan-trg a SO/,. HCO^r and CO
7. Pre-injection Waste Treatment; Pressure filter system'.' ' ......"''. 3
V. WELL DESIGN AND COKSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Inject
Other
Hole
Size
20
14-3/4
Casing or Tubing
Weight and Grade Size
3-55 75ft/ ft. Ifi
J-55 45#/ft. 10-3/4
Depth
Set
700
S074
J-55 200/ft. 6-5/8
380S
internally plastic coated
2. Type and Arnault of Cement, Cement Additives, Emplacement Horizon;
660 sks of Incor + 1 Ib. of latex/sack + 10% NaCl - 2nd stage - 67S slfg nf
Class H -f- 20% Diaceld and 2%
3. Well Head Equipment (Name and Models); N/A
Packers, Centralizers, and Other Subsurface Equipment; Baker Model 190 -
DA-75 at 3797 ft.
5. Bottom Hole Completion; Perforated completion with 1864 holes from 3843 ft. to
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters: Pressure filter.
(0
-------
WIC TX-67
3. Purqps: N/A
VII. OPERATION GHARAgraKESTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 4/72 Average 434 Maximum 882
" 4/71 273 450
" 7/70 152 180
it " -
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 4/72 Average -7 Mstximan 28
" A/71 -5 1
" 7/70 -7 0_
-
3. Annual Volume Injected, gal.
A. 19_7_2 80.558.000 B. 19_71 124.952,950 C. 1922 35,033,432
VIII. SAFEIY INFORMATION
1. Mcnitoring Program
A. Monitoring Devices and Data; Wellhead and annulus pressure; injection
flow rate; injection flow volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous
monitoring.
2. Contingency Plan for Well Failure During Operation; Pump wastes to other
company well (WDW-68) in irnmedj.atc vicinitv.
3. Regulatory Aspects
A. Construction Requirements; All casing must he tested For leakage at
1000 psi; injection tubing must be unaffected hv wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor wellhead and annulus pressure,
rates and total volume; report biannuallv; 5% deviations report immed.
C. RestMctlonS Of Operation Procedures; Operational surface iniection ~
pressure maximum - 1250 psig.
(d)
-------
Well Id. Code:
TX-6S
COMPILATION OP INDUSTRIAL AND MUNICIPAL
THE UNTIE) STA1
Permit Status: PDR
Operational Status:
Operating Company Name and Address; Phillips Petroleum Company
P.O. Box 353 - Barker, Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) in_
2. Latitude and Longitude: 35044fi7"/ioi°i8T2nT
(Year)
72
3. Vfell Location (Legal Description); 7003 ft. from the south line and 143 ft,
from west line of Sec. 70, Block 46, H&TC Surv. , Hutchinson County, Texas
County; Hut chins on
State: Texas
5. SIC Classification: 2814
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Waste fluid from butadiene plant.
2.
3.
M.
5.
6.
7.
8.
9.
10.
Date Well Permitted: 12/2 /6« Completed:
Injection Rate: 300,000,000 gpy
Injection Pressure: Vacuum
Total Depth of Well : 5 , o / 4
Name, Age, and Depth of Injection Zone: r.ranite Wash,
Date Injection Began: (Day) 23 (Month) 05
Total Volume Injected to Date : 683,131, ooo
Date Injection Ceased: (Day) N/A (Month)
Previous Mode Of Disposal: Hill Creek-discharge site.
Permian, 3800
(Year) 70
(Gallons)
(Year)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Alluvium
Elaine
Clear Fork
Panhandle lime
Brown Dolomite
Moore County Lime
Arkosic Lime
Granite Wash
(b)
ecent
Permian
Permian
Permian
Permian
Permian
Permian
Permian
Permian
Permian
Permian
Permian
(c)
Depth
185
230
460
620
(d)
Thickness
i«i
45
230
160
690
131n 300
1610
1875
2345
2605
2850
3850
265
470
260
245
1000
225 (TD)
(e)
Lithologlc Description
Loose oetntai material
Red shale
Salt
Red shale, salt
Salt with shale stringers
Red shale
Anhvdrite with shale
Anhvdrite, dolomite
Fine med . crystal line lime
Lime w/some arkosic
Pink detrital material
(a)
-------
WIC
TX-68
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnincr Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Pt.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturlng Pressure, psi
(7; Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, bC
(11) Character and Area!
Distribution
Granite Wash
3800
1200
.45 psi/ft. est.
1.0 psi/ft. est.
1.0 psi/ft. est.
Permian
arkosic sandstone
Blaine-Arkosic lime
175
3600
Permian
carbonates, evaporites
shale
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Oeallala
Depth
0
Area!
Thickness Extent
175 regional
Lithologic
Character
sandstone
conglomerate
Fluid
Character
fresh water
IDS
high
. Mineral Resources in Area: oil and gas.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate fydrologicalty Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); 2,500 hydrocarbons (ketones,
acrolein, aldehydes, alcohol) sodium chloride.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1; 331,000
C. Specific Gravity: 1.2
D. Temperature:
E. pH:
N/A
7.3
(b)
-------
WIC TX-68
3 . Toxlcity : Posslhlp <-nv-irii-y fT-r.ni high M^rf conc
improbable due to taste effect; acrolein toxic!
*t. Reactivity with Surface Equipment Components; Corrosion due to high
concentration.
5. Degradability Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at in.iection, possible bacterial depradnt-inn nf
organics in anaerobic environment with oxygen from organlrs, SO HCO anH rn,
7. Pre-lnjectlon Waste Treatment; Pressure filter svstPm. 4 J J
V. WELL DESIGN AND CONSTKUCTION
1. Casing and TUblng
Surface
Intermediate
lection
Inject
Other
Hole
Size
14-3M
Casing or Tubing
Weight and Grade
75# J-55
Size
16
10-3/4
Depth
Set
720
5074
dual lined tubing
20# J-55 6-5/8
3780
2. Type and Amovnt of Cement, Cement Additives, Emplacement Horizon; 16 inch
casing -865 sks Incor + 27, CaCl ; 10-3/4 inch casing - 1st stage - 680 sks
Incor + J0% NaCl and 1 Ib. powdered latex per sack; 2nd stage - 625 sks of
"""Class H + 2J CaCl-.
3. Well Head Equipment (Name and Models); N/A
Packers, Centralizers, and Other Subsurface Equipment: Baker model "KB'
Packer.
5. Bottom Hole Completion; Perforated 3858-3969.
6. Hydraulic Fracturing, Acidizing Programs, etc.; 2100 gal, of 15% HCI & 7200
gal, of mud acid.
VI. DESCRIPTION OF SURFACE EQUIIMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters:
(c)
-------
WIC TX-68
3.
Pumps: N/A
VTI. OPERATIOH CHARACTERISTICS
1.
2.
3.
Injection Rate, gpm (During Life of V
Date(s) 6/72 Average 834
11 7/71
" 10/71
" 7/70
Injection Pressure, psi (During
Date(s) 6/72 Average
n n .
10/71
7/70
Annual Volume Injected, gal.
A. 1972 145.600.000 B.
748
463
610
Life
-7
0
-5
6
1971
VIII. SAFETY INFORMATION
fnl 1 ^*i HMtfin nmfr \
(en to rresenc;
Maximum 975
950
523
/*2d
of Well to Present)
Maximum 0
116
0
74
320,356.250 C. 1970 213r253.430
1. Monitoring Program
A. Monitoring Devices and Data; Wellhead and annulus pressure: injection
flow rate; injection flow volume. ....._•...
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; continuous
monitoring. _
2. Contingency Plan for Well Failure During Operation; Pump to other company
well (WDW-67) in immediate vicinity.
3. Regulatory Aspects
A. Construction Requirements ; All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected by wastes.
B. Mopf fcQrl"g Tfrvyil Torrents ; Casing and bottom hole pressure tests; complete
chemical analysis of wastes ; monitor vrellhead and annulus pressure , rates ,
and total volume; report biannually; 5% deviations report immediately.""
C. Restrictions Of Operation Procedures; Maximum surface injection pressure
1250 psig.
(d)
-------
Well Id. Code; TX 69
COMPILATION OP DTOSTRIAL AND> MUNICIPAL
INJECTION WELLS IN THE UKlliaj STATES
Permit Status; PDR Operational Status: o_
Operating Company Name and Address: Ceianese chemical Company
P.O. Box 58009 - Houston, Texas 77058
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 12 (Month) 09 (Year) 72
2. Latitude and Longitude; 29°37'40"/95003'2A7r
3. Well Location (Legal Description); George B. McKinstry Harris Co., Texas.
Abs. A-47. _
**• County. Harris ____ State: Texas
5. SIC Classification; 2818 _
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: °-2% acetaldehyde, 1.3% acetic acid, 1.9% chlorinated
acetaldehydes , and 96.6% water.
2. Date Well Perndttedt 1/21 ibi Completed;
3. Injection Rate; 250
. Injection Pressure; 450 PSJ
5. Total Depth of Well; 5.512
6. Name, Age, and Depth of Injection Zone; Miocene Sands. 4.500-5.4oo ft.
7. Date Injection Began: (Day) 31 (Month) 10 (Year) 67
8. Total Volume Injected to Date; 353,941.090 (GallonsT
9. Date Injection Ceased: (Day) N?A (Month) (Year)
10. Previous Mode of Disposal: N/A
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologlc Description
Beaumont Clay Pleistocene Outcrops outcrop-clavev soil
Altaloma Pleistocene _____ ___^____ sand
Lissie Pleistocene sand, sandy clay, clay
Pliocene & Miocene (well T.D. 5.512 in Miocene sands)
Frio Oligocene 6.050-6.450
(a)
-------
WIC
TX-69
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
C6) Jfydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Miocene Rands
5_,250
300
2,276
0.464 psi/ft.
Miocene
31.1
333
71"
sand, sandstone
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Areal Lithologic Fluid
Depth Thickness Extent Character Character
to 1450' Unconsolidated fresh to slightly
sand of Pleis. saline , may be hard
and Pliocenecontain iron
ape
j. Mineral Resources In Area: Clear Lake Oil Field as 1-1/2 miles west. Occurs
on a salt dome.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Inmediate Ffydrologically Affected Area: X/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Four aldehydes, three
glvcols. acetate, acetic acid, alcohol, some heaw metals.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: 20-150
X/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity:_
D. Temperature:
E. pH; 3-5 '
N/A
(b)
-------
WIG TX-69
3. Toxicity; N/A
J*. Reactivity with Surface ^ulptnent Ccnponents;
5. Degradabllity Level and Rate: possible aPrnhiV
1 TTtJl n 1 f'i^
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; minimum_ bacteria] de.qra_dafion due to
anaerobic environment.
7. Pre-lnjection Waste Treatment; Filtration and PH adjust to nhrmt- s.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Surface 15
Intermediate 9-7/8
Casing or Tubing
Weight and Grade Size
32.75# H-40 ST&C lfl-3/4
23* J-55 LTf.-C 7
Depth
Set
1567
5490
Injection
Other
Fibercast tubing 4-1/2
S.S. liner 4-1/2
5201
5201-5450
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 1Q-3/4
inch casing - 650 sks Howco Lite Wt. + 100 sks cement w/2% CaC12 - 7 inch'
CMSMnR ~ ^'J sks Howco Lite Wt. w/850 sks Mary Neal Incor mixed 50/50 Pozmix
3. Well Head Equipment (Name and Models); N/A
M. Packers, Centralizers, and Other Subsurface Equipment; TLW nvpn s
set 5201 ft; 10-3/4 inch Davis type 600 Guide shoe: 10-3/4 inrh nay-jj-J Fill up
Float Collar type 700; 4 Bemoco Type "E" Centrqlizers, V 1540, 1500) lAfiP.,
and 1439 ft: 7" David Fill UP Float Collar Tvpp 704, ?1 nnnfr.Tl i ?orQ
5. Bottom Hole Completion; Perforations - rj34Q-S3Rq f^) nnr| S^?S-S^S .fr
(4 shots/ft.)
6. Hydraulic Fracturing, Acidizing Programs', etc.; M
VI. DESCRIPTION OP SURFACE EQUIIMENT
1. Holding Tanks and Plow Lines;
2. Filters: Plate type and a cartridge tvpe filter.
(C)
-------
WIC TX-69
3. Pumps: N/A
VII. OPERATION. CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 12/71 Average 298 Maximum 369
" ""12/70"' 194 . 303
" 12/69 167 160
11 12/68 189 276
2. Injection Pressure, psl (During life of Well to Present)
Date(s) 12/71 Average 458 Maxlmm 507
" 12/70450 £00
" 12/69 327 425
" 12768460 505
3. Annual Volume Injected, gal.
A. 19_71 103.312,320 B. 1921? 113,825,000 C. 19
VIII. SAFEK INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Wellhead and annulus pressure; injection
£low rate; injection flow volume.
B. Sanpllng Frequency and Water Quality Parameters Measured: Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads: Continuous
monitoring.
2. Contingency Plan for Well Failure During Operation; Pump wastes to other
company well (WDU-45) in inncdiate vicinity.
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at 1000
psi; injection tubing mus~t be unaftectedbv wastes.
B. Monitoring Requirements:Monitoring well.Casing and bottom hole pressure
tests; complete chemical analvsis of wastes; monitor wellhead and
annulus pressure rates and total volume; report biannuallv.
C. Restrictions O^ Operation Procedures; Maximum surface injection pressure
oC 1500 pslg and rate of 400 gpm.
(d)
-------
Well Id. Code:
TX-70
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Penult Status:
FDR
Operational Status:
o
Operating Company Name and Address: international Pollution Control, inc.
P.O. r>ox 2546 - Houston, Texas 77001
I. GENERAL IDENTIFICATION DATA
ni
(Month) 10
1. Entry Date of Data: (Day) _
2. Latitude and Longitude: 27°42'30"/97°27 '54"
(Year) 72
3. Well Location (Legal Description): 3020 ft. from the north line and 260 ft.
from the east line of Sec. 15, ^oheman Colony Lands Subdivision, Nueces Cty.
County; Neuces
State: Texas
5. SIC Classification; 4952
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Cleaninp acid wastes, caustic neutralized
hydrofluoric acid wastes, alkaline wastes, oily wastes, Tetra-ethyl lead
wastes, other wastes.
2. Date Well Permitted; 12/2/50
3. Injection Rate; 12,000,000 ?,T
Completed:
so
4. Injection Pressure:
5. Total Depth of Well; 4800
6. Name, Age, and Depth of Injection Zone: Miocene sand, Miocene, 4600
7.
8.
9.
10.
Date Injection Began: (Day) 24
Total Volume Injected to Date:
Date Injection Ceased: (Day)
Previous Mode of Disposal: N/A
(Month)
4.279.888
(Month)
04
(7/72)
(Year)
(Year)
72
(Gallons)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(e)
(a)
Name
Beaumont
Lissic
Willis
Ooliad
Lagarto
Oakville
(b)
Age
Pleistocene
PI eistocenc
Pliocene
Pliocene
Miocene
Miocene
(c)
Depth
0
1900
(d)
Thickness
1500
2800
Llthologlc Description
sand, clay
sand, gravel
sand
sand, shale '
sand
sand, sandstone
Catahoula
Miocene
(a)
-------
WIC
TX-70
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinlnor Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
C6) Hydrofracturlng Pressure, psi
(7) Age of Uhit
(8) Porosity %
(9) Permeability, ndllidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Miocfne sands
4600
.45 psi/ft. est.
1.0 psi/ft. est.
1.0 psi/ft. est.
Miocene
30.7
1850
Thick unconsolidat
sand beds
400
4200
Pliocene & Miocene
;d clay, sands
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumont
Lissie
Depth
0
Area!
Thickness Extent
400
Lithologic
Character
clay, sand
sand , gravel
Fluid
Character
fresh water
for
municipal and industrial
use
4. Mineral Resources in Area; There are several oil and gas wells reported in
the vicinity of the disposal well.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Acids, hydrocarbons, bases,
mefals.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1: 72.000
C. Specific Gravity; 1,067
D. Temperature:
E. pH:_j "
N/A
(b)
-------
WIC TX-70
3. Toxicity: N/A
M. Reactivity with Surface Equipment Components; PossibieTorrosTon"due to
action of II SO and NaOH.
5. Degradability"'Level and Rate; Possible chemical degradation of organics bv
H SO^ and NaOH.
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection, biological activity minimized in _.
anaerobic environment.
7. Pre-injection Waste Treatment: Primary treatment by charcoal filtration,
cartridge filter (polishing).
V. WEIL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Inject
Other
Hole
Size
Casing or Tubing
Weight and Grade
H-40 32#/fr.
J-55 23///ft.
Size
in I/A-
7
Depth
Set
•^sr,
4770
fiberglass
1.95///ft.
2-7/8
4770
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 10-3/4 inch
350 sacks of Lite Pozmix + 2% CaCl2 + 100 sacks of Class H to the surface;
7 inch - 1000 sacks of Lite Pozmix + 18% NaCl + 750 gallons of resin cement
£o surface.
3. Vfell Head Equipment (Name and Models); N/A
. Packers, Centrallzers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion: Perforations 4632-4715 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A"
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Fiberglass holding tank fmm fnt-Prc
fiberglass pipes.
2. Filters: Charcoal filtrators (fiberglass steel containers'): cartridge
polishing filter.
(c)
-------
WIC _ TX-70
3. Pimps; N/A _
H CHAMCTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6/72 _ Average 35 _ Maximum 50
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 6/72 Average 80 Maximum
3. Annual Volume Injected, gal.
A. 19J_2 4,279,888 B. 19_ _ C. 19_ _
VIII. SAFBIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Wellhead and annulus pressure; injection
flow rate; injection flow volume. _
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
and reorted if a 5% variance occurs .
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous
monitoring . _
2. Contingency Plan for Well Failure During Operation; N/A
3» Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor wellhead and annulus pressure, rates
and total volume; reportbiannually; 5% deviations report immediately.'
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code; TX~71
COMPPATION OP INDUSTRIAL AND' MUjgCIPAL
INJECTION WELLS IN THE UNI'MJ STATES
Permit Status; PDR Operational Status:
Operating Company Name and Address: DOW chemical Company
Plant 13 - Freeoort. Texas 77541
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 10 (Year) 72
2. Latitude and Longitude; 28059'4i"/95°24'3l"
3. Well Location (Legal Description); 9565.7 feet from north line and 1.3 ft,
from west line of Alexander Calvit Survey, Ab. 49.
*l. County; Brazoria State; Texas
5. SIC Classification; 2818
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Organic and inorganic fluid waste from the
manufacture of glycerine.
2. Date Well Permitted; 2/27/70 Completed;
3. Injection Rate; 24.oao.OQQ
». Injection Pressure; 566 psi
5. Total Depth of Well; 6322
6. Name, Age, and Depth of Injection Zone; Miocene sands - Miocene - 6300
7. Date Injection Began: (Day) 19 (MonffyT 03 (Year) 71
8. Total Volume Injected to Date: 18,128,820 (Gallons)
9. Date Injection Ceased: (Day) N/A (Month) (Year)
10. Previous Mode of Disposal; N/A
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologlc Description
N/A
(a)
-------
WIC
TX-71
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Confinlnflr Red
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7; Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Miocene sands
6300
2800 (at 6200 ft.)
1.0 psi/ft. est.
0.85 psi/ft.
Pliocene-Miocene
28-32
1000
82° (at 6100 ft.)
unconsolidated san
large area] extent
1000
5300
1, clays and sands
C. Chemical Characteristics of Formation Fluids: saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
Area!
Thickness Extent
Lithologlc
Character
Fluid
Character
4. Mineral Resources in Area: oil and p,as.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations In
Iimediate Ifydrologlcally Affected Area;
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Organic and inorganic fluid
waste from the manufacture of glycerine. Phcnol'T^lycerine, expoxy resin,
epichlorohydrin.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity; 1.25
D. Temperature:
E. pH:
N/A
11.2
(b)
-------
WIC TX-71
3. Ttoxic 1 ty: Tngest-ion of high cnnccntrntions of NaCl and phpnnl inMMt-QH
bv strong taste .ind odor.
4. Reactivity with Surface Equipment Components; Cnrrn^nn H..O *n i,j/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface n-^o 32.75/'/ft. 10-3/4 1359
Intermediate J-55 23ft/ft. 1 6323
ectlon J-55 9.5#/ft. A-T/2 6322
ier
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; in-3/4 inch
casing - 390 sks Trinity Lite Mate, 200 sks Class A neat cement - to surface.
7 inch casing - 742 sks Trinity Lite Wate, 200 sks Type H and 405 sks Trinity
3. Well Head Equipment (Name and Models); -J/A
I. Packers, Centralizers, and Other Subsurface Equipment: Baker T.nrk SP<-
at the base of the injection tuhinfr.
5. Bottom Hole Completion: Screened at 6276-6318
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A"
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters: N/A
(c)
-------
WIC TX-71
3. Pumps: fl/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6/72 Average 91 Maximum 118
12/71 77
6/71 63 64
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 6/72 Average 566 Maxlnum ?An
" 12/71 369 5'30
_ _
" 6/71 _ 664 _ 700
|f - _ -
3. Annual Volume Injected, gal.
A. 19.72 12.251,040 _ B. 19_7_1 5.877,780 C. 19
VIII. SAFETY INFORMATION
1. Monitoring
A. Monitoring Devices and Data; Wellhead and annulus pressure; injection
flow rate; injection flow volume. _
B. Sampling Frequency and Water Quality Parameters Measured: Periodically
measured and reported if a 5% variance occurs. _
C. Frequency of Measuring Water Levels and Hydrostatic Heads: Continuous
mnnitorinp.
2. Contingency Plan for Well Failure During Operation; pump wastes to other
company well (WpW-76) in immediate vicinity. _
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at _
1000 PS i: injection tubing must be unaffected by wastes. _
B. Monitoring Requirements; Casing & bottom hole pressure tests ; complete
chgmical analysis of wastes; monitor wellhead and annulus pressure, rates
and total volume: report biannuallv; 5% deviations report immediately.
lume:
>Fop«
C. Restrictions Of Operation Procedures; Surface injection pressure
(d)
-------
Well Id. Code:
TX-72
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
PDR
Operational Status: Q_
Permit Status:
Operating Company Name and Address: Petronila Elementary Campus
Rt. 3, Box 49 - Robstown. Texas 78380
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 10
2. Latitude and Longitude; 27°40l08''/97°38'"*"
(Year) 72
3. Well Location (Legal Description); Vance Vannoy - SE/4 of Sec. 9 R&W S/D
of Hoffman Ranch Tract, Nueces County.
County; Nueces
State: Texas
5. SIC Classification: 4959
II. GENERAL DATA ON WELL SITE
1. TVpe of Waste Injected; Effluent from domestic aeration sewage treatment
plant.
2. Date Well Permitted: 5727/70
3. Injection Rate; 240,000 ga./yr.
Completed:
Injection Pressure; Gravity
5. Total Depth of Well; k shallow sand wells 25 to 35 ft,
6. Name, Age, and Depth of Injection Zone; shallow sands, 15
7. Date Injection Began: (Day)
8. Total Volume Injected to Date; 7,190,000
(MonEhlOT
(Year)
9. Date Injection Ceased: (Day) N/A (Month) (Year)
10. Previous Mode Of Disposal: Septic tank and drain field.
(Gallons)
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Alluvium
(b)
Age
Recent
Top Soil
Shale
Sand
(c) (d) (e)
Depth Thickness Ltthologlc Description
0 _15 sand
_7 _7 black soil
7 -25 7-25 tight clay
25-32 25-32 fine absorbent sand
(a)
-------
WIC
TX-72
B. Geologic Description of Injection Uhit and Other Possible Units
Injection Unit Confininc Bed
CD Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
t6) Hydrofracturing Pressure, psi
(7; Age of Uhit
(8) Porosity %
C9) Permeability, millidarcies
(10) Reservoir Temperature, °C
til) Character and Area!
Distribution
shallow sands
15
15
Recent
Atmospheric
none
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
gulf Coast
Aquifer
Depth
200
Area!
Thickness Extent
700
Lithologic
Character
sands
Fluid
Character
brackish water
. Mineral Resources in Area; Petroleum products (oil & sas
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Treated sewerage from the
school—not more than 20 mg/1 BOD. The effluent is chlorinated.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: 20
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity: N/A
D. Temperature; Amh i en t
E. pH; N/A
(b)
-------
WIC TX-72
3. Toxlcity: Possible toxicity from bacteria.
i|. Reactivity with Surface Equipment Components; N/A
5. Degradability Level and Rate; Possible breakdown of some organics in aerobic
environment. ————————————————————————_——
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection, degradation of organics minimal in
anaerobic environment.
7. Pfre-injectlon Waste Treatment: Aeration^treatment plant with 20 minute
detention, chlorination at a residual of 1.0 ppm.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface Concrete sewer tile 18 8
Intermediate perforated plastic tube j4 20
gravel to well depth
Injection All pipe is gravel packed.
OEhl
ier
2. Type and Anoint of Cement, Cement Additives, Emplacement Horizon; N/A
3. Wall Head Equipment (Name and Models); N/A
». Packers, Centralizers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion; Perforated completion
6. Hydraulic Fracturing, Acidizing Programs,~etc.; N77T
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Complete Wasp treatment plant.
2. Filters: N/A
(c)
-------
WIC TX-72
3. Pumps: Gardner-Denver Company air pump.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During life of Well to Present)
Date(s) 6/72 Average A.85 Maximum 5.90
" 7/71 4.S5 5.90
11 1/71 6.25 6.50
11 7/70 4.85 5.55
2. Injection Pressure, psi (During life of Well to Present)
Date(s) 6/72 Average gravity flow Maximum
" 7/71 gravityTlow
" 1/71 gravity flow
" 7/70 gravity flow
3. Annual Volume Injected, gal.
A. 19_72 1,240.000 B. 19_7_1 2,900,000 C. 1922 3,050,000
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Graduated cylinders 500cc for solid
measurement. Simple test equipment for chlorine content. Daily
inspection.
B. Sampling Frequency and Water Quality Parameters Measured; Daily
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous
monitoring.
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor wellhead and annulus pressure,
rates and total volume; report biannually; 5% deviations report Immed.
C. Restrictions of Operation Procedures; injection pressure must be
gravity flow.
(d)
-------
Well Id. Code:
TX-73
Permit Status:
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNl'itO STATE?
Operational Status: Q
P.O. Box 709 - Texas Citv. Texas 77590
Operating Company Name and Address: MaioneService Company
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 02 (Month) 10
2. Latitude and Longitude: 29°19'33"/9A°5A'07"
(Year) 72
3. Well Location (Legal Description); 5500 ft. from north line and 11,900 ft.
from west line of Samuel C. Bundich Survey. Ab. 7, Galveston County. Tex.
J». County; Galveston State; Texas
5. SIC Classification; 2899
n.
DATA ON WELL SITE
1. Type of Waste Injected:
plant.
Waste effluent from operation of a petrochemical
2. Date Well Permitted; 2/18/70
3. Injection Rate; 54.000.OOP gpy
Completed:
Injection Pressure; 850
5. Total Depth of Well; 5120
6. Name, Age, and Depth Of Injection Zone: Miocene sands, Miocene. A900
7. Date Injection Began: (Day) 01 (MonEhT 01 (Year) 71"
8. Total Volume Injected to Date; 69.053.075
9. Date Injection Ceased: (Day) (Monthf"
10. Previous Mode of Disposal; N/A "
(7/72)
(Gallons)
.(Year).
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
iieaumont
Lissie
Willis
Goliad
Lagarto
Oakville
(b)
eistocene
Pleistocene
Pliocene
Pliocene
Miocene
Miocene
(c)
Depth
1100
(d)
Thickness
1100
(e)
Llthologlc Description
sand,clay
sand, gravelc
undifferentiated sand, clay
and shale
sandstone
(a)
-------
WIC
TX-73
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confininc Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
16) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
til) Character and Area!
Distribution
Miocene sands |
4900
Est. .45 psi/ft.
Est. 1.0 psi/ft.
Est. 1.0 psi/ft.
Miocene
30
3000
70"
Massive sands
1100
3800
Tertiarv
Interbeddecl clays and
sands
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumont
Depth
0
Thickness
1100
Areal
Extent
Lithologic
Character
clay, sand
Fluid
Character
fresh water
domestic and
for both
industrial
use
4. Mineral Resources in Area; Petroleum is produced at 51QQ ft. from Hitchcock
Field which is three miles west of the disposal well.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); The waste effluent is from
n of a petrocheml.cal plant. (Sulfates, chlorides, sodium, iron)
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity: 1.025
Temperature:
D.
E. pH:
N/A
(b)
-------
WIC TX-73
3. Toxicity: N/A
J». Reactivity with Surface Equipment Components; N/A
5. Degradability Level and rette r N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection, biological activity minimal due t-n
anaerobic conditions and lack of substrate
7. Pre-injection Waste Treatment; Filtration and r>H
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 10-
casing - 490 sks of Class A + 12% Gel and 2% CaCl?X 7-inch casing
1120 sks of Class A + 10% NaCl + 8% Gel.
3. Vfell Head Equipment (Name and Models); N/A
Hole
Size
Casing or Tubing
Weight and Grade
H-40 32.75/'/ft.
J-55 26/'/ft.
Size
10-3/4
7
Depth
Set
1213
51 ?n
J-55 10.2#/ft.
3-1/2
. Packers. Centrallzers, and Other Subsurface Equipment; Otis retrievable
packer at 4865 ft. - 15 Centralizers on the 7 in.casing.
5. Bottom Hole Completion; Perforated 4912-4995.
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A"
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters; Filters are used - type unknown.
(0
-------
WIC TX-73
3. Punps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6/72 Average 138 Maximum 138
" 6/71 138 I-Ja
n 1/71 125
n _———^_—_ _—.—
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 6/72 Average 850 Maximum 900
" 6/71 1100 1225
" 1/71 *"250 250
ii ——_— - -
3. Annual Volume Injected, gal.
A. 19_72 26,997.500 B. 1£_J_1 42,055,575 C. 1922
VIII. SAFE3Y INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Wellhead and annulus pressure; injection
flow rate; injection flow volume.
B. Saiqpllng Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous"
monitoring.
2. Contingency Plan for Well Failure During Operation; N/A ~
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi ; injection tubinp, must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor wellhead and annulus pressure, rates
and total volume; report biannually; 5% deviations report immed.
C. RestrtCtlonS Of Operation Procedures; pH 4.5 to 6.6 maintained; maximum
surface injection pressure - 1500 psig; maximum rate - 150 gpm.
(d)
-------
Well Id. Code: TX-74
COMPILATION OF INDUSTRIAL AND MUNICIPAL
Permit Status; PPR Operational Status: 0
Operating Company Name and Address: city of Lamesa, city Hall
Latnesa , Texas 79331
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 02 (Month) IQ (Year) 72_
2. Latitude and Longitude; 32°AA'55"/lQl°A9r2Tr
3. Vfell Location (Legal Description); 2375 ft. from the west line and 280 ft.
from south line of section 7, Block 35, TEN
lJ. County; Dawson State; Texas
5. SIC Classification; A952
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Rain water pumped in for recharge to be able to
pump out for use.
2. Date Well Permitted; 6/16/70 Completed;
3. Injection Rate: 29,000.000 gpy
M. Injection Pressure; Gravity
5. Total Depth of Well; 205
6. Name, Age, and Depth of Injection Zone; Permian, 205 ft.
7. Date Injection Began: (Day) (MonEhT n (Year) 70
8. Total Volume Injected to Date: 28;722,800 . (Gallons)'
9. Date Injection Ceased: (Day) NTT" (Month) (Year)
10. Previous Mode of Disposal; N/A
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologlc Description
Permian 0 200 sand, clay, shale, caliche
(a)
-------
WIC
TX-74
B. Geologic Description of Injection Unit and Other Possible Units
Injection ttiit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6
(7
(B
Hydrofracturlng Pressure, psi
Age of Unit
Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
170
35
Permian
C. Chemical Characteristics of Formation Fluids: N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
Ogallala
Area!
Thickness Extent
Lithologic
Character
sanascone
Fluid
Character
rresti
. Mineral Resources in Area: No mineral resources reported in the area of the
injection well.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate fydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity);
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1: """"
C. Speci'fic Gravity,:
D. Temperature:
E. pH; 6.8
water. Volume - 160
(b)
-------
WIC TX-74
3. Toxicity: N/A
H. Reactivity with Surface Equipment Components: N/A
5. Degradabllity Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; no_biological activity due to lack of
substrate and anaerobic conditions.
7. Pre-lnJectlon Waste Treatment: N/A
V. WELL DESIGN AND (XlNSTRUCTION
1. Casing and TUblng
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
Injection ZZZHZZZI 12-3/4 2ns
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 12-3/4
inch casing - from surface to SO ft. rpmpnfoH.
3. Well Head Equipment (Name and Models):
Packers, Centralizers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion; Perforations In bottom 35 ft. of casing bottom 155 ft,
of casing gravel packed.
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters: NTT
(c)
-------
WIC TX-74
3. Pumps; N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 8/71 Average 14° Maximum
"
6771 1AO
11/70 138
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 8/71 Average gravity Maximum
" 6/71 gravity
" 11/70 gravity
~~~~———
3. Annual Volume Injected, gal.
A. 1971. B. 19_70 198,800 C. 19__
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Wellhead and annulus pressure; injection
flow rate; injection flow volume.
B. Sampling Frequency and Water Quality Parameters Measured; i'enoaicany
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous"
tqrvp _1_f" '"VfnJJU* n I,- _m__tL--,- ,_ _„__-lr T1 r _--,- . -L-- r. _ii
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi: injection tubing must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests;
complete chemical analysis of wastes; monitor wellhead and annulus
pressure, rates and total volume; report biannually; 5% deviations.
C. Restrictions Of Operation Procedures; Operating injection pressure shall
rint exceed - 50 psig.
(d)
-------
Well Id. Code:
TX-75
COMPILATION OF MXISTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNl'ivD STATES
PDR
Operational Status: NO-UP
Permit Status:
Operating Company Name and Address: Amoco Production company
P.O. Box 351 - Alvin. Texas 77511
I. QENERAL IPareglCATION DATA
1. Entry Date of Data: (Day) Ql (Month) 10_
2. Latitude and Longitude: 29022'2ii/95°56'45i'
(Year) 72
3. Well Location (Legal Description); 3507 ft. from the south line and 542 ft.
from east line of James Smith Survey, Ab. 176, Galveston County, Texas.
County; Calves ton
State: Texas
5. SIC Classification; 2911
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Waste is from a petroleum refinery operation.
2.
3.
Date Well Permitted; A/3/7 o
Injection Rate: 37,OOP ?,pd
Completed:
Injection Pressure; N/A
_
5. Total Depth of Well: 9780
6. Name,'Age, and Depth of Injection Zone: Coiiad, Miocene, 6180
7. Date Injection Began: (Day) 23 (MonEhl
8. Total Volume Injected to Date: N/A
9. Date Injection Ceased: (Day) N/A (Month)
10. Previous Mode of Disposal: N/A
(Year) 70
(Gallons;
TYear).
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont
Lissie
Willis
Goliad
(b)
Age
Pleistocene
Pleistocene
Pliocene
Pliocene
(c)
Depth
(d)
Thickness
1100
5080
(e)
Llthologic Description
fine grained
gravel
sands
t gra
5 , CL~i
ays
sand
(a)
-------
WIC
TX-75
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Conflnln* Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millldarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Col lad
6180
20
2850 psi @ 6500 ft
1.0 psi/ft. est.
1.0 psi/ft. est.
Miocene
34
2000
74°
gait water sands
fms. below "Beaumont
1100
5000
clavs , sands
C. Chemical Characteristics of Formation Fluids: ci - 80,00 mg/l,
Na - 46.689 tng/1, Ca - 3040 mg/1, TIC03 - 127 mg/1.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Area! Lithologic Fluid
Name Depth Thickness Extent Character Character
Beaumont Clav 0 llrtO
sand, clav
fresh water for
municipal & industrial
use
Alta Loma Sand Member
sand
fresh
4. Mineral Resources in Area: Oil or gas resources of the area.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Inmedlate fydrologlcally Affected Area; ix-34 4-1/2 miles NNW; TX-73 - 5
miles SE; Pan American Petroleum Corp well no. 86 injecting salt water into"
Erie section 10,000 ft. SE.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); The waste is from a
petroleum refinery operation.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity; i.noi
D. Temperature; N/A
E. pH: 9.4
(b)
-------
WIC_
3. Toxicity; N/A
M. Reactivity with Surface Equipment Components:
5. Degradability Level and Rate: \-/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Not, sterile at injection, MolnTi'cal activifv mi r. ir i zed b" nnneroMc roncMfi ons
and lark of substratre.
7. Pre-injectlon Waste Treatment: Pn tr
V. WELL DESIGN AND CONSTKUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 9-5/3
Intermediate 5-1/2 976?.
lection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon;
r* cpTTiontin? nbovo and below i ni
-------
WIC TX-75
3. Pumps: N/A
VII. OPHttTION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19 N/A B. 19 C.
VIII. SAFE3Y INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Wellhead and annulus pressure; injection
flow rate; injection flow volume. »
B. Sampling Frequency and Water Quality Parameters Measured; Periodically'
measured and reported it a 5% variance occurs. _
C. Frequency of Measuring Water Levels and Hydrostatic Heads ; Continuous"
monitoring. _ _
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at 1000
psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor wellhead and annulus pressure, rates
and total volume; report biannually; 5% deviations report immediately.
C. Restrictions Of Operation Procedures; Surface injection pressure shall
not exceed 2500 psig.
(d)
-------
Well Id. Code; TX-76
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNi'itJJ STATES
Permit Status; PDR Operational Status: o_
Operating Company Name and Address; DQW chemical USA, oyster creek Division,
Freeport, Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) pi (Month) IP (Year) 72
2. Latitude and Longitude; 28"59'43"/95°23r5Tn"
3. Well Location (Legal Description); 4220 ft. north" of" west-central interior
corner & 1068 ft east of west surv. line of Maurice Henry Surv. Ab. Ab-74
1|. County; Brazoria State; Texas
5. SIC Classification; 2818
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Organic and inorganic fluid waste from the
manufacture of glycerine '
2. Date Well Permitted; 5/13/70 Completed;
3. Injection Rate: 50,000,000 gpy
*4. Injection Pressure; 550 psi
5. Total Depth of Well; 6476
6. Name, Age, and Depth Of Injection Zone; Catahoula Pliocene-Miocene 3300-630"0"
7. Date Injection Began: (Day) 01 (Month) 01 (Year) 72
8. Total Volume Injected to Date: 23.303.504 (Gallons)
9. Date Injection Ceased: (Day) 1"7A (Month) (Year)
10. Previous Mode of Disposal: N/A
HI. GEOLOGIC INFORMATION
1. LLthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lltnologlc Description
N/A
(a)
-------
WIC
TX-76
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millldarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
>fiocene sands
3300
3200
Miocene
Sands and clays
1300
4700
Tertiary
Clays and sands
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Alluvium
Depth Thickness
Areal
Extent
Lithologic
Character
Fluid
Character
Beaumont
clay & gravel IDS 1000 ppm
sand & clay
fresh water
4. Mineral Resources in Area: Oil and p,as is produced from salt dome structures of
Miocene ap,e. Sulfur is being produced at nearby Bryand Mound Salt Dome. SaTt
is being produced from Stratton Ridge Salt Dome by Dow Chemical who also
operates a hydrocarbon storage facilities in the salt cavities. ~
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Imnediate Hydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Volume 50 gpm. Sodium hydroxide.
phenol, acetone, cumene sodium phenate.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1; 80,000
C. Specific Gravity: l.Q
D. Temperature: 150°F
E. pH; 12
(b)
-------
WIC TX-76
3. TOXlclty: NaOII are highly toxic.
b. Reactivity with Surface Equipment Components; NaQH corrodes Aluminum
5. Degradablllty Level and Rate; Possible degradation of oraani'cs bv NaOH.
6. Biological Level at Injection and Estimated Biological Level After Injection
Probably sterile at injection due to strong phenol biological degradation
or organics minimal under anaerobic conditions.
7. Pre-lnjection Waste Treatment; Clarification and filtration.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Surface 15
Casing or Tubing Depth
Weigit and Grade Size Set
H-AO 32.75 10-3/4 1297
Intermediate
Injection
Other
7 6218
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 10-3/4 inch
casing - 590 sks TLW and 200 sks Class A cement with 27, CaClj 7 inch
casing - 8UU sks Lite Wate + 200 sks common II and 1400 sks of Lite Wate.
3. Vfell Head Equipment (Name and Models); N/A
. Packers, Centrallzers,' and Other Subsurface Equipment; N/A
5. Bottom Hole Completion; Open hole completion - screened and gravel packed
through injection interval 6218-6288.
6. Hydraulic Fracturing, Acidizing Programs, eto.; N/A
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters:
(c)
-------
WIC TX-76
3. Punps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6/72 Average 126 Maxinum
2. Injection Pressure, psl (During Life of Well to Present)
Date(8) 6/72 Average 550 Maximum 780
3. Annual Volume Injected, gal.
A. 1972. 23.303.504 B. 19 C. 19
VIII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Wellhead and annulus pressure; injection
flow rate: injection flow volume. '
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported it a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous
monitoring.
2. Contingency Plan for Well Failure During Operation; Pump wastes to other
company we]1 (WDW-71) in immediate vicinity.
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor wellhead and annulus pressure, rates
and total volume; report biatinually; 5% deviations report immediately.""
C. Restrictions Of Operation Procedures; Not to exceed as surface injection
nressurp. 2500 nsi (6500 ft) and 1200 psi (3300 ft.)
(d)
-------
Well Id. Code: ix-77
COMPILATION OP INDUSTRIAL AM) MUNICIPAL
Permit Status: PNC Operational Status; PC
Operating Company Name and Address; Gulf chemical and Metallurgical Corp.
I. GENERAL lIMTi'iyiCATION DATA
1. Entry Date of Data: (Day) 10 (Month) 09 (Year) TJ_
2. Latitude and Longitude; N/A
3. Well Location (Legal Description): N/A
^. County; Galveston State: Texas
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SHE
1. Type of Waste Injected; N/A
2. Date Well Permitted: N/A Completed:
3. Injection Rate; N/A
M. Injection Pressure; N/A
5. Total Depth of Well; N/A
6. Name, Age, and Depth of Injection Zone: N/A
7. Date Injection Began: (Day) N/A (Month) (Year)
8. Total Volume Injected to Date; N/A (OallonsT
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal; N/A
in. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
N/A
(a)
-------
WIC
TX-77
B. Geologic Description of Injection Unit and Other Possible Units
Infection Unit
(1) Name
(2) Depth (Ft.)
(3) Ihickness (Ft.)
(4) Formation Fluid Pressure, psl
(5) Llthostatic Pressure, psl
(6) ffydrofracturing Pressure, psl
(7) Age of Unit
(8) Porosity %
(9) Permeability, ralllidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
Areal
Ihickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area:
5. Location of Other wells, Abandoned Wells, and Other renetrations in
Immediate ffydrologlcally Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity)
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/l:_
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: ~
D. Temperature:
E. pH:
(b)
-------
WIC TX-77
3. Toxicity:
H. Reactivity with Surface Equipment Components;
5. Degradability Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Pre-lnjectlon Waste Treatment;
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
lection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Name and Models):
|. Packers, Centralizers, and Other Subsurface Equipment:
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc.
VI. DESCRIPTION OF SURFACE EQUIFMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(c)
-------
WIC TX-77
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date (s) Average Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
tt
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19_
VIII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation; ~
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code: TX-78
OP INDUSTRIAL AND i MUNICIPAL
Permit Status: PDR
Operational Status : o
Operating Company Name and Address: Rohm and Haas Texas Incorporated
P.O. Box 672 - Deer Park. Texas 77536
I. GENERAL IDB/TIPICATION DATA
1. Entry Date of Data: (Day) 01
(Month)
10
2. Latitude and Longitude: 2904'/47"/95°06'ii"
(Year) 72
3. Wen Location (Legal Description): 7800 ft. from south line and 900 ft. frntn
west line of George Ross Surv. Ab..-646. Harris County, Texas.
M. County: Harris State; Texas
5. SIC Classification; 2821
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; _Ammonium sulfate cooling tower water.
2. Date Well Permitted:
3. Injection Rate; so
7/10/72
Completed:
Injection Pressure; J20 psi
5. Total Depth of Well; 6030
6. Name, Age, and Depth of Injection Zone: Frio Group, oiigocene. 5720-6080
01
(Month) 04
7. Date Injection Began: (Day)
8. Total Volume Injected to Date; 20.300.000'
9. Date Injection Ceased: (Day) N/A (Month)"
10. Previous Mode of Disposal; N/A "
(Year) 71
(Gallons)
_(Year)
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont
Montgomery
Bently
Willis
Goliad
Oakville-Catahoula
(b)
Age
Pleistocene
Pleistocene
Pleistocene
Pleistocene
Pliocene
Miocene
(c)
Depth
0
300
2650
(d)
Thickness
300
2350
2850
(e)
Llthologlc Description
clay w/sand
sand, eravel
clay, silt, sand
sandstone
sand, clay
sandstone
Frio
Oligocene
5720
360
sandstone
(a)
-------
WIC
TX-78
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Conflninir Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Pt.)
(5) Ponnation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
6) Hydrofracturing Pressure, psi
7) Age of Unit
8) Porosity %
(9) Permeability, millldarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Frio
5720
360
.45 psi/ft. est.
1.0 psi/ft. est.
1.0 psi/ft. est.
Oligocene
33
400
permeable sand
Fms. below "Willis
2350
3050
Tertiary
clays, sands
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
Beaumont
rin t- trr\mc* f\r
. Area!
Thickness Extent
300
Lithologlc
Character
sand, clay
Fluid
Character
potable grouadwater
300
Rentlv
2350
clay, salt,
sand, gravel
Mineral Resources in Area:
the injection well.
Oil and gas wells are reported in the area of
5.
Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; sbeli chemical Co., 2 miles west; 5
wells. 9 miles SE (industrial). Three improperly cased abandoned welis about
5000 feet from injection well and two shallower improperly cased wells JUOU
and 4000 feet from injection well.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Ammonium suifate cooling
tower water.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1:
C. Specific Gravity:_
D. Temperature: N/A
E. pH; N/A
N/A
(b)
-------
WIC IX-7 3
3. Toxiclty: '-/A
1. Reactivity with Surface Equipment Components: Corrosion of netai f !.x: ui-^s -: i
continued contact with H2S04.
5. Degradability Level and Rate: Possible chenical, do^raiint ion of sora~.or>.',...niTT;
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection, oxygen in (NII/.^SO/. wastes '-'ill ;i
aerobic breakdown of some organics.
7. Pre-lnjection Waste Treatment: Filtration ~
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Surface
Intermediate
injection
Other
Casing or Tubing
Weight and Grade
H-40
F-J
J-55
K-55
slot
32;'7ft.
34/Vft.
23?Vft.
11.6*/ft.
ted liner 10.5/-'/ft.
Size
10-3/4
9-5/8
7
4-1/2
4-1/2
Depth
Set
2007
2698
5634
5634 -
56T6-40'v;
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: i.xist in>;
casing 1) 380 sks of coninon + 1% CaCl . 2) 1st stage - 175 shs of 5°/3Q
Fozraix + \7, IIR-A, 2nd stap.e - 320 sks2o C Hall ihurton LiKhtvjei^lit + 10'.) sks of
Common.
3. Well Head Equipment (Name and Models); N
Packers, Centrallzers, and Other Subsurface Equipment; TTW Packer with s
assembly on 4-1/2 inch injection string.
5. Bottom Hole Completion; Slotted steel liner set 5696-5^07 and gravel packed.
6. Hydraulic Fracturing, Acidizing Programs, etc.: Routine cleaning and acidizing
operation every 3 to 6 months - 1000 pal, of 12% IIC1 and 37i HF acids.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: "M
2. Filters; Pressurized graded sand, unflow filter - U.S. Filter Corp., Model L'7
(0
-------
WIC TX-78
3. Pumps:
VII.
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6/72 Average 80 Maximum 110
11 7/71 47 60_
" 4/71 32 60
" ~
2. Injection Pressure, pel (During Life of Well to Present)
Date(s) 6/72 Average 220 Maximum 240
11 1/71 180 198
" 4/71 50 86
~~
3. Annual Volume Injected, gal.
A. 19_72 17.400,000 B. 19_71 12,900,000 C. 19
VIII. SAFEK INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Wellhead and annulus pressure; Injection
flow rate; injection flow volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported it a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous"
monitoring.
2. Contingency Plan for Well Failure During Operation; N/A ""
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
at 1000 psi; injection tuTTing must'be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor wellhead and annuius pressure, rates
and total volume; report biannually; 5% deviations report immediately7~
C. Restrictions Of Operation Procedurest Maximum surtace injection pressure
2000 psig; maximum injection rate - Z5U gpm.' _'
(d)
-------
Well Id. Code: TX-79
COMPILATION OP IMXJSTRIAL AM) MUNICIPAL
INJECTION WELLS IN TOE UNillaj STATES
Permit Status :___PDR Operational Status: DN
Operating Company Name and Address: E.I. DuPont de Nemours and Co.
Ingleside, Texas
I. GENERAL HJHTCIPICATION DATA
1. Entry Date of Data: (Day) 02 (Month) 10 (Year) 72_
2. Latitude and Longitude; 27°52'42"/970l4'50'
3. Well Location (Legal Description); T.T. Williamson Survey, Ab. 292. 614'
south of the north line and 1491' east of the west line.
i|. County: San Patrico State; Texas
5. SIC Classification;
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Anhydrous HCl gas with fresh water.
2. Date Well Ttermitted; N/A Completed:
3. Injection Rate; N/A
Injection Pressure; N/A
5. Total Depth of Well; 5308 ft.
6. Name, Age, and Depth of Ihjstttion Zone; Miocene sand. 5090 - 5308 ft.
7. Date Injection Began: (Day) N/A (Month) (Year) ~"~
8. Total Volume Injected to Date: N/A (Gallons)
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal; N/A
GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
Beaumont Pleistocene __0 400 - 500 sand, clay
. Lissie Pleistocene 400-500 sand, clay
Goliad Pliocene sand
Upper Miocene Miocene sand
Miocene Miocene 4000 sand, shale
(a)
-------
WIC
TX-79
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Confinlnc Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Miocene sand
5090
300
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Miocene
30
72"
sand
400
4700
Pleist - Miocene
clay, sand
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumont
Depth
0
Areal
Thickness Extent
400
Lithologic
Character
sand, clay
Fluid
Character
poor
Mineral Resources in Area: Oil and gas reservoirs in the area.
5. Location of Other Wells, Abandoned Wells, and OtherPenetratlons in
Immediate Hydrologlcally Affected Area: oil and gas wells
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Anhydrous HCI gas with
fresh water.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity:
D. Temperature:
E. pH; 1.0
N/A
N/A
(b)
-------
WIC TX-79
3. Toxiclty: N/A
H. Reactivity with Surface Equipment Ckarponents; Corrosive effect of aqueous
HCl
5. Degradability Level and Rate; None'
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; no biological activity.
7. Pre-lnjectlon Waste Treatment; Primary filtration, polish filtering.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Welgftt and Grade Size Set
Surface 17-1/2 48# H-40 13-3/8 1005
Intermediate 36# K-55 8-5/8 5107
Injection Fibercast tubing 4-1/2 5090
Other Zirconium liner 4-1/2 5090-5308
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. WeU Head Equipment (Name and Models); N/A
». Packers, Centrallzers, and Other Subsurface Equipment: 23 centralizers on
8-5/8 inch casing; 8 centralizers of 13-3/8 inch casing.
5. Bottom Hole Completion; N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.; N7A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters: N/A
(c)
-------
WIC TX-79
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) N/A Average Maximum
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) N/A Average Maximum
3. Annual Volume Injected, gal.
A. 19__ N/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure; injection
flow rate and volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous
2. Contingency Plan for Well Failure During Operation;
3. Regulatory Aspects
A. Construction Requirements: All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements: Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor well head and annulus pressure rates
and total volume; report biannually.
C. Restrictions of Operation Procedures; Maximum surface injection pressure
2000 psig; maximum rate - 350 gpm.
(d)
-------
Well Id. Code: TX-80
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNi'ltU STATES
Permit Status: PDR Operational Status:
Operating Company Name and Address: American Oil Company
P.O. Box 401 - Texas City. Texas
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) 01 (Month) 09 (Year) 72_
2. Latitude and Longitude: 29°22'3l"/95°5A>22"
3. Well Location (Legal Description): 6450 ft. FWL and 3120 ft. FNL of
John Grant Survey. Abs. No. 72
*l. County: Galveston State: Texas
5. SIC Classification; 2911
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Wastes from production of finished petroleum
products ranging jrom LPG to petroleum coke, anlizdrous ammonia, aromatics.
(benzine, toluene, xylene). styrene and sulfuric acids.
2. Date Well Permitted; 11/23/70 Completed:
3. Injection Rate: 72.000.000 gpy .
Injection Pressure: 350 psi
5. Total Depth of Well: 6960 ft.
6. Name, Age, and Depth of Injection Zone: Gollad, Pliocene
6500 - 6900 ft.
7. Date Injection Began: (Day) (Month) (Year) 70
8. Total Volume Injected to Date: 36.225.168(7/72) (Gallons)'
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal: N/A
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologlc Description
N/A
(a)
-------
WIG
TX-80
B. Geologic Description of Injection Unit and Other Possible Units
Injection
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(H) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Itydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability } millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Goliad
6500
400
2850 at 6500 ft.
1.0 psi/ft est.
1.0 psi/ft est.
Pliocene
30
2000
74°
sand
widespread
1100
5400
Pliocene
clav, sand
widespread
C. Chemical Characteristics of Formation Fluids; Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumont
Depth
0
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
1100
extensive clay, sand fresh
Mineral Resources in Area: Oil and gas resources in the area.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area: Four disposal wells within 4 miles;
40 abandoned oil and gas test wells within 3-1/2 miles.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): industrial aqueous _
consistin of rocess water including; mixed caustic, sour water,
anri anion rinae water.
ri an
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity: N/A
D. Temperature:
E. pH; N/A
N/A
(b)
-------
WIG TX-80
3. ToxicIty: Possible damage if ingested due to presence of acid and
caustic residues.
4. Reactivity with Surface Equipment Components; Possible corrosion of metal
fixtures.
5. Degradabllity Level and Rate; Breakdown of organics in acid solution.
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial acitivity minimal.
7. Pre-injection Waste Treatment; pH adjustment, hydrocarbon skimmed off
using oil-water separators (API separators).
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Surface
Casing or Tubing Depth
Weight and Grade Size Set
32. 75# H-40 10-3/4 1486
Intermediate
Injection
Other
J-55 7-5/8 6956
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:_10-3/4_
inch casing - 560 sks TLW w/4% gel, 7.5% salt + 200 sks Class H w/2%
CaCl2; 7-5/8 inch casing - 1250 sks Lite Wate + 510 sks 50-50 Pozmix
3. Well Head Equipment (Name and Models); N/A
Packers, Centralizers, and Other Subsurface Equipment: 26 centralizers
5. Bottom Hole Completion; Perforated; 6740-6820 and 6824-6844 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters:
(0
-------
WIG TX-8Q
3. Punps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 1/72 Average 141 Maxinmn A90
6/72 151 353
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 1/72 Average 260 Maximum 350
6/72 350 800
3. Annual Volume Injected, gal.
A. 19_72 36.225.168 B. 19 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Well head and annulus pressure: injection
flow rate and volume.
B. Sampling Frequency and Water Quality Parameters Measured: Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous"
monitoring.
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
chemical analysis of all wastes; monitor well head and annulus pressure,
rate and total volume; report biannually.
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: ix-81
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION
THE UNITED STATES
Permit Status:
PUR
Operational Status: Q_
Operating Company Name and Address: DOW chemical
Freenort. Texas 77541
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month)
2. Latitude and Longitude: 28°59'4i"/95°23t54"
10
(Year) 72
3. Well Location (Legal Description); 445.98 ft. west from the northeast
corner and 391.97 ft. south in the John A. Wharton Survey, Abs. 383.
1|. County :_Brazoria
State:
Texas
5. SIC Classification; 2818
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Organic and inorganic fluid waste from the
2.
3.
5*.
6.
7.
8.
9.
10.
manufacture of glycerine.
Date Well Permitted: N/A
Injection Rate: 28^000,000 gpy
Injection Pressure: 340 - 410 j>si
Total Depth of Well: 6507 ft.
Completed :
Name, Age, and Depth of Injection fcone: Miocene sand, 3300 -
Date Injection Began: (Day) 18
Total Volume Injected to Date: 50
Date Injection Ceased: (Day)
Previous Mode of Disposal: N/A
(Month) 04 (Year)
,692,484 (7/72)
(Month) (Year)
6306 ft.
71
(Gallons)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Alluvium
Beaumont
Lissie
Willis
Gpliad
Lagarto
Oakville
(b)
Age
Recent
Catahoula
Pleistocene
Pleistocene
Pleistocene
Pliocene
Miocene
Miocene
Miocene
(c)
Depth
o
1200"
(d)
Thickness
1200
(e)
Llthologlc Description
sand, gravel
clay, sand
sand, frr;, /el
sandstone
sandstone
clay, silt , Scind
sand
sand
(a)
-------
WIC
TX-81
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
(2) Depth (Ft.)
(•}) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) ttydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Fteservoir Temperature, °C
(11) Character and Area!
Distribution
6200
200
0.465 psi/ft est.
1.0 psi/ft est.
0.85 psi/ft est.
Miocene
30
70°
sand
1200
5000
Pliocene-Miocene
clay, sand
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Alluvium
Beaumont
Area! Lithologic
Depth Thickness Extent Character
variable sand, gravel
1200 extensive clay, sand
Fluid
Character
potable
potable
. Mineral Resources in Area; Oil and gas in the immediate area.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate ffydrologicaHy Affected Area: N/A
3V. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Glycerine, tetrachlorohexene,
ethers, sodium hydroxide, sodium chloride, and sodium carbonate.
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1: 100,000
Specific Gravity: 1.016
Temperature:
pH: 13.9
C.
D.
E.
100 °F
(b)
-------
WIC _ TX-81
3 . Toxic It y : Possible toxicity from high NaCl concentration,.
4. Reactivity with Surface Euipment Conponents ; Corrosion due to high
NaCl concentration; caustic corrosion of aluminum by NaOti. _
5. Degradabllity Level and Rate: Possible breakdown of organics in concentrated
NaOH. _ _______
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal. _
7. Pre-injectlon Waste Treatment: Filtration
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Inject
Other
Hole
Size
15
9-7/8
Casing or Tubing
Weight and Grade
Conductor pipe
32.72# 11-40
26. 4# K-55 ST&C
15. 5# K-55 Buttress
Size
16
10-3/4
7-5/8
5-1/2
Depth
Set
81
1301
6294
6167
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
10-3/4 inch casing - 590 sks Trinity Lite Wate + 200 sks Class A w/2%
CaCl ; 7-5/8 inch casing - 400 sks TLW + 200 sks Class H
_. ~ T: 'I M--T - mj . 1LJ L ... . -. _ . - — r — - -I . - . ' .1
3. Well Head Equipment (Name and Models); N/A
M. Packers, Centralizers, and Other Subsurface Equpment: Float shoe and collar
@ 6167 ft.; stage collar @ 3336 ft..Brow. Oil Tool 5-1/2" x 7-5/8" model
H-l-RSP; hydralic set packer (5.70')
5. Bottom Hole Completion: Open hole 6295-6356 ft. with gravel pack around
screen liner (10-12 mesh); 6295-6355 underreamed to 12 inches.
6. Hydraulic Fracturing, Acidizing Programs, etc.: 3000 gallons acid mud.
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Clear tank
2. Filters:N/A
(c)
-------
WIC TX-81
3. Punps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 7/71 Average 105 Maxinum 147
" 1/72 88 122
" 6/72 14 31
n
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 7/71 Average 370 Maximum 460
" 1/72 412 455
" 7/72 343 430
3. Annual Volume Injected, gal.
A. 19_7_2 28.000.000 B. 19 11 36.950.315 C. 19
VIII. SAFETY INFORMATION
1. Monitor ing Progran
A. Monitoring Devices and Data; Well head and annulus pressure; injection
flow rate and volume.
B. SamplingFrequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous
monitoring.
2. Contingency Plan for Well Failure During Operation: Pump wastes to other
company well.
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements I Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor well head and annulus pressure,
rate and total volume; report biannually.
rate and total volume; report blanni
C. Restrictions of Operation ProceduresT
N/A
(d)
-------
Well Id. Code: xx-82
COMPILATION OF INDUSTRIAL AND'MUNICIPAL
FDR
Operational Status: g_
Permit Status:_
Operating Company Name and Address: E.I. DuPont de Nemours and Company
P.O. Box 347 - LaPorte. Texas
I. GENERAL IDENTIFICATION DATA
1.
2.
3.
4.
5.
II.
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Entry Date of Data: (Day) 01
(Month) 10
(Year) 72
Latitude and Longitude: 29°41'59"/95°02I54"
Well Location (Legal Description):
of the Enoch Brinson League . Abs
County : Harris
SIC Classification: 2818
GENERAL DATA ON WELL SITE
Type of Waste Injected: chemical
Date Well Permitted: 10/7/70
Injection Rate: N/A
Injection Pressure: N/A
Total Depth of Well: 5350 ft.
Name, Age, and Depth of Injection
Date Injection Began: (Day) 28
Total Volume Injected to Date:
Date Injection Ceased: (Day)
Previous Mode of Disposal: N/A
3835 ft. FNL and 15
. No. 5
State : Texas
plant waste.
Completed :
Zone: Miocene sand,
(Month) 09
N/A
(Month)
.592 ft. FWL
5140 ft.
(Year) 72
(Gallons)
(Year)
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont
Mon t p omp ry
Bentlv
Willis
Goliad
Uakville-Catahoula
Anahuac
(b)
Age
Pleistocene
Pleistocene
Pleistocene
Pliocene
Pliocene
Miocene
Miocene
(c)
Depth
600
1200
5350
(d)
Thickness
600
1000
(e)
Lithologic Description
clay
clay, silt
silt, sand
sand
sand
sand
sand
Frio
Oligocene
6350
2350
sand, silt
(a)
-------
WIC
TX-R2
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(ij) Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psi
(6) Ifydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
tlO) Reservoir Temperature, °C
(11) Character and Area!
Distribution
4800
550
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Miocene
30
500
sand
•
1200
3600
Tertiary
clay. sand
C. Chemical Characteristics of Formation Fluids: saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
N/A
Areal
Thickness Extent
Llthologic
Character
Fluid
Character
4. Mineral Resources in Area: Oil and gas production in the vacinity of the
disposal well.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Acetic acid, acetate.
qiethanol, polyvinyl alcohol, cetra acetvlamine. alkyl polysilicon
defoamer.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1:
C. Specific Gravity: N/A
Temperature:
N/A
7.300
D.
E. pH;
N/A
(b)
-------
WIG TX-82
3. Toxic ity: Methanol highly toxic to humans.
M. Reactivity with Surface Equipment Components; None
5. Degradability Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Pre-inJection Waste Treatment: Sedimentation, filtration
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 15 32.75# H-40 1Q-3/4 1327
Intermediate 9-5/8 26. A// J-55 7-5/8 5170
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
600 sks Class 11 w/4% gel + 20% CaCl,, followed by 200 sks Class H w/2%
CaCl and 1920 cu. ft. Pozmix v/2% |el.
3. Well Head Equipment (Name and Models); N/A
. Packers, Centralizers, and Other Subsurface Equipment: u centralizers
on 7-5/8 inch casing.
5. Bottom Hole Completion: Screenad 5140-5170 ft.
6. Hydraulic Fracturing, Acidizing Programs,etc.: N/A"
VI. DESCRIPTION OF SURFACE EQUIFMENT
1. Holding Tanks and Plow Lines: All facilities stainless steel, fiberglass
or rubber lined.
2. Filters: 3 primary vertical leaf filters; 2 secondary polish filters.
(c)
-------
WIC TX-82
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
it
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure; injection
flow rate and volume.
B. Sampling Frequency and Water Quality Parameters Measured:Periodically ~
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads: Continuous
monitoring.
2. Contingency Plan for Well Failure During Operation; Pump wastes to
other company.
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi; injection tubing" must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
chemical analysis of waste: monitor well and annulus pressure, rate
and total volume' report biannuallv.
C. Restrictions of Operation Procedures:
N/A
(d)
-------
Well Id. Code:
TX-83
COMPILATION OF INDUSTRIAL ANDMUNICIPAL
Permit Status:
PDR
Operational Status:
DN
Operating Company Name and Address; E.I. Dupont de Nemours and Co.
P.O. Box 347 - LaPorte. Texas
I. GENERAL IDafTIPICATION DATA
1. Bitry Date of Data: (Day) 10
2. Latitude and Longitude; 29°4i'5l"/95°02'54"
(Month) 10
(Year) 72
3. Vfell Location (Legal Description); 2960' south of the north line and 14.975'
east of the west line of the Enoch Brinson League. Ab. 5
County; Harris
State:
Texas
5. SIC Classification: 2818
II. GENERAL DATA ON WELL SHE
1. Type Of Waste Injected; Chemical plant wastes.
2.
3.
1».
5.
6.
Date Well Permitted; 10/7/70
Injection Rate; N/A
Completed:
N/A
Injection Pressure:
Total Depth of Well; 5180 ft.
Name, Age, and Depth of Injection Zone; Miocene sand, 5141 ft.
7. Date Injection Began: (Day) N/A (Month)
8. Total Volume Injected to Date: N/A
9. Date Injection Ceased: (Day) (Month)"
10. Previous Mode of Disposal: N/A "
(Year)
(Gallons)
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont
Montgomery
Bently
(b)
Pleistocene
Pleistocene
(c)
Depth
0
600
(d)
Thickness
600
Willis
Go Had
leistocene
PJ.iocene
Pliocene
Oakville-Catahoula Miocene
Anahuac
Miocene
Frio
Miocene
1200
5350
6350
1000
2350
(e)
Lithologlc Description
clay
clay, silt
silt, sand
sand
sand
sand
sand
sand, silt
(a)
-------
WIC
TX-83
B. Geologic Description of Injection Unit and Other Possible Units
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndnidarcies
(10) Reservoir Temperature, PC
(11) Character and Area!
Distribution
Miccene sand
4800
380
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Miocene
30
500
sand
1200
4000
Tertiary
clay, sand
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Beaumont-Willis 0
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
1200
extensive sand, gravel
». Mineral Resources in Area: on and
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Kydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Acetic acid.f acetate,
methanol, polyvinyl alcohol, ceta acetylamine. alkyl polvsilicone
defearner.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/l; N/A
B. Cone. Dissolved Solids, mg/1; 7,000
C. Specific Gravity;
D. Temperature: N/A
E. pH; N/A
(b)
-------
WIC TX-83
3- Toxlcity: Methanol highly toxic to humans.
i». Reactivity with Surface Equipment Components: N/A
5. Degradabillty Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Pre-lnjectlon Waste Treatment; Filtration and sedimentation
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 15 10-3/4 1342
Intermediate 9-7/8 7-5/8 5180
Injection
Oh€
icr
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
900 sks Class H + 2% gel. + 20% CaCl9; 1500 sks Pozmix + 6% NaCl + 2% gel,
3. Well Head Equipment (feme and Models); N/A
4. Packers, Centrallzerst and Other Subsurface Equipment; n centralizers on
the 10-3/A" casing. 19 centralizers on the 7-5/8" casing.
5. Bottom Hole Completion: screened - 5145 to 5180 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A"
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; All facilities stainless steel, fiberglass.
or rubber lined.
2. Filters: 3 primary vertical leaf filters; 2 secondary polish filters
(c)
-------
WIG TX-83
3. Pumps; N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) N/A Average Maximum
II
II
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) N/A Average Maximum
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure; injection
flow rate and volume.
B. Sampling Frequency and Water Quality Parameters Measured; periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous
2. Contingency Plan for Well Failure During Operation; Pump waste to other
company well (TX-82) in immediate vicinity.
3. Regulatory Aspects
A. Construction Requirements; All easing must be tested for leakage at
1000 psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete"
chemical analysis of wastes; monitor well head and annulus pressure,
rates and total volume; report biannually.
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code:
TX-84
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNl'M) STAGES
Pennit Status:
PDR
Operational Status:
Operating Company Name and Address; Odessa Natural Corn.
DN
P.O. Box 3986 - Odessa. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
2. latitude and Longitude; 32050'oo"/ioi°20'24'
(Month) 10
(Year)
3. Vfell Location (Legal Description): 660' from the north line and 660'
the west line of Sec 1, Block 42, T. & P.R.R. Co. Survey
County; Ector
State: Texas
5. SIC Classification: 2999
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Odessa Petrochemical complex wastes - waste from
butadiene, olefir, styrene, and ammonia plants.
2.
3.
U.
5.
6.
7.
8.
9.
10.
Date Well Permitted:6/29/70
Injection Rate; 31,000 gpd
Completed:
Injection Pressure; N/A
Total Depth of Well: 6,000 ft.
Name, Age, and Depth of Injection Zone: San Andreas. Permian
4850 - 6000 ft.
Date Injection Began: (Day) N/A (Montti)
Total Volume Injected to Date;
Date Injection Ceased: (Day)
Previous Mode of Disposal:
N/A
(Year)
(Gallons)
(Month)
N/A
_(Year)
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Alluvium
Comanche
Dockum Group
Ochoa Series
Whitehorse Group
Grayburg
San Andreas
(b)
Age
Recent
(C)
Depth
(d)
Thickness
Cretaceous
Triassic
Permian
Permian
Permian
Permian
4800
900
(e)
Lithologic Description
sand, gravel
sand, limestone
sandstone ^ shale
shale^ evaporites. ss
evaporites, shale, ss
dolomite
limestone, dolomite
(a)
-------
WIC
TX-84
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confining Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(*0 Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psi
(6) ftrdrofracturing Pressure, psi
(?) Age of Unit
(8) Porosity %
(9) Permeability, raUlidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
San Andreas
4800
900
1947 (at 5000')
1.0 psi/ft est.
1.0 psi/ft est.
Permian
18
4
limestone
dolomite
widespread
125
4700
Triassic-Permian
limestone, dolomite.
sandstone, shale
widespread
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Comanche &
Depth
0
Area!
Thickness Extent
125
Lithologic
Character
sand, gravel
Fluid.
Character
IDS = 3000
ppm
Alluvium
4. Mineral Resources in Area: Oil and gas reservoirs located in the area.
5. Location ofOther WeHs, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; There are several oil and gas
wells reported in the area.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); N/A
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1; 14.000
C. Specific Gravity: 1.009
D. Temperature: 70° F
E. pH: 8.5
(b)
-------
WIC TX-84
3. Toxiclty: N/A
. Reactivity with Surface Equipment Components: None
5. Degradability Level and Rate; None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal
7. Pre-lnjectlon Waste Treatment; Sedimentation
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface g-s/8 ??Q
Intermediate 17 f K-55 5-1/2 6000
lection ~~~ ~~~~~~~ Tubing 2-7/8 4850
Ihjc
5th€
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. Wen Head Equipment (Name and Models); N/A
. Packers, Centrallzers, and Other Subsurface Equipment; Multiple stage
cementing tool @ 3000'
5. Bottom Hole Completion: Perforations 4850 - 6000 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A~
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Plactic lined retention pond.
2. Filters: N/A
(0
-------
WIC TX-84
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19__ B. 19__ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. SanplingFrequency ana Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation:
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions ofOperatlon Procedures:
(d)
-------
Well Id. Code: TX-85
COMPILATION OP INDUSTRIAL AND MUNICIPAL
Permit Status: PDR Operational Status: Q_
Operating Company Name and Address: Warren Petroleum Corporation
P.O. Box 1589 - Tulsa. Oklahoma
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 10 (Year) 72_
2. Latitude and Longitude; 2905lfll"/94052'5l"
3. Well Location (Legal Description); William Bloodgood Argumentation Survey.
Abs. No. 5, 775 ft. PEL and 1790 ft. FNL.
^. County; Chambers State; Texas
5. SIC Classification; 1311
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; 31.000 gallons of oilv disulfide plus 59.000
2.
3.
5.
6.
7.
8.
9.
10.
gallons neutral caustic and some
Date Well Permitted: 10/27770
Injection Rate: 200^000 gpy
Injection Pressure: gravity
Total Depth of Well: 1495 ft.
Name, Age, and Depth of Injection
Date Injection Began: (Day) 01
small amounts of mercaptons.
Completed:
Zone: Barber Hill
1105 - 1495
(Month) 01
Total Volume Injected to Date: 290.215 (7/72)
Date Injection Ceased: (Day)
Previous Mode of Disposal: N/A
(Month)
Salt Dome
ft.
(Year) 71
(Gallons)
(Year)
HI. GEOLOGIC INFORMATION
1. Litnology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
Beaumont-Lissie Pleistocene 0 1100 clay, sand
Berber Hill Cap Rock 1100 120 limestone, dolomite
(a)
-------
WIC
TX-85
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Barber Hill
1100
120
0.45_psi/ft est.
1.0 psi/ft.est.
1.0 psi/ft est.
90°
limestone
.
1000
100
limestone
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
Beaumont-Lissie 0
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
1100
extensive sand, clay fresh
. Mineral Resources in Area: Hone
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; 11 wells gravity flow into
the salt dome.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Organic disulfides, mercaptins
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1:"N/A
C. Specific Gravity:
D. Temperature: N/A '
E. pH; N/A
N/A
(b)
-------
WIC TX-85
3. Toxicity: N/A
. Reactivity with Surface Equipment Components: N/A
5. Degradability Level am Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Pre-injection Waste Treatment: pH adjustment
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate is#/ft J-55 5-1/2
Injection 2-7/8 103A
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. Well Head Equipment (Name and Models): N/A
. Packers, Centralizers, and Other Subsurface Equipment: -acker at 1042 ft.
5. Bottom Hole Completion: Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/_A~
VI. DESCRIPTION OF SURFACE EQmFMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters: N/A
(c)
-------
WIC TX-85
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 8/71 Average 3.5 Maximum 4
" A/72 5.2 10
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 8/71 Average 20" vac. Maximum 27" vac.
" A/72 20" vac. 27" vac.
3. Annual Volume Injected, gal.
A. 19_7_2 180fOOP B. 19 71 200.339 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure; injection
flow rate and volume.
B. Sanpling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads: Continuous
monitoring.
2. Contingency Plan for Well FailureT During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
IQQO-psi: injection tubing must be unaffected bv wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor well head and annulus pressuref
rate and total volume: report biannually
C. Restrictions of Operation Procedures; Maintain PH Qf 7.8 or lower;
only injected with gravity flow at a monthly mazimum of 75(QQQ
1 nns.
(d)
-------
Well Id. Code: TX-86
COMPILATION OF INDUSTRIAL ^O MUNICIPAL
INJECTION WELLS IN TOE UNI'M) STATES
Permit Status: PND Operational Status: PND
Operating Company Name and Address; Ethyl Corp.. Pasadena Plant
Harris Co, Texas
I. GENERAL HJEKnFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 10 (Year)
2. Latitude and Longitude: 290A4*20"/95°io*42"
3. Well Location (Legal Description): Thomas Earle Survey. A - 18
**• County; Harris State: Texas ~~
5. SIC Classification; 2899
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Sulfuric acid - ammonium sulfate wastes containing
cyanide and organic constituents.
2. Date Well Permitted; N/A Completed;
3. Injection Rate: 1.440.000 gpd
Injection Pressure; N/A
5. Total Depth of Well; 7000 ft.
6. Name, Age, and Depth of Injection Zone: Frio Croup, oiigocene
6380-7000 ft.
7. Date Injection Began: (Day) N/A (Month) (Year)
8. Total Volume Injected to Date; N/A (GallonsT
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal: None - new plant
PI. GEOLOGIC DEFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologlc Description
Beaumont Pleistocene sand, gravel, clay
Lissie Pleistocene sandj gravel, clay
Lager Miocene sand, gravel, clay
Anahuac Oiigocene sand, gravel, clay
^__ Oiigocene sand, gravel, clay
(a)
-------
WIC
TX-86
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
C5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(?) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Frio Group
6380
620
Olipocene
sanrl rl ay
C. Chemical Characteristics of Formation Fluids: saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Areal Llthologic
Depth Thickness Extent Character
Fluid
Character
. Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Sulfuric acid and ammonium
sulfate with cyanide and organics.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity:_
D. Temperature: N/A
E. pH: N/A
(b)
-------
WIC TX-86
3- Toxicity: HCN toxicity maximum in acidic medium, tissue destruction in
concentrated H.,50/
4. Reactivity with Surface Equipment Components: Corrosion due to presence
of sulfuric acid.
5' Degradablllty Level and Rate: Chemical breakdown of orpanics by sulfuric
acid
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection, bacterial degradation hy sulfate
reduction.
7» Pre-inJection Waste Treatment: N/A
V. WELL DESIGN AND (X)NSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Hole
Size
Casing or Tubing
Weight and Grade
Size
Depth
Set
48-61# K-55
23// K-55
14 ff K-55
13-3/8
7
5-1/2
2700
6380
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; N/A
3. Well Head Equipment (Name and ModeTs); N/A
. Packers, Centralizers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion; 4-1/27 OP or 6-5/8" OP slotted fibercast liner
set in interval with gravel pack.
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters: N/A
(O
-------
WIC TX-86
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) N/A Average Maximum
it
it
2. Injection Pressure, psl (During life of Well to Present)
Date(s) N/A Average Maxlnum
3. Annual Volume Injected, gal.
A. 19 N/A B. 19_ C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure; Injection
flow rate; injection flow volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads:Continuous
monitoring.
2. Contingency Plan for Well Failure During Operation;
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements":Casing and bottom hole pressure; complete
chemical analysis of wastes; monitor wellhead and annulus pressure,
rates and total volume.
C. Restrictions Of Operation Procedures; Maximim surface injection pressure
2500 psig and monthly volume injected 44 million gallons.
(d)
-------
Well Id. Code: xx-87
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNITED STATES
Penult Status; PND Operational Status: PND
Operating Company Name and Address: Phillips Petroleum Co.
Box- 358. Baker Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 . (Month) IQ (Year) 7?
2. Latitude and Longitude; 35°44'i7"/iQlal8t20"
3. Well Location (Legal Description): 7777 ft. from the south line and 1627 ft.
from the west line of section 70. Black 46 of H & TC survey
M. County: Hutchinson State: Texas
5. SIC Classification; 2814
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Waste water from butadiene plant.
2. Date Well Permitted; 8/17/70 Completed:
3. Injection Rate; N/A
Injection Pressure; N/A
5. Total Depth of Well: N/A
6. Name, Age, and Depth of Injection Zone: Granite Wash.
3840 - 4975 ft
7. Date Injection Began: (Day) N/A (Month) (Year)
8. Total Volume Injected to Date: N/A (Gallons)
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal; N/A
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologlc Description
N/A
(a)
-------
WIC
TX-87
B. Geologic Description of Injection Unit and Other Possible Wilts
Injection Unit
Confinlntr Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Pt.)
(5) Formation Fluid Pressure, psi
(5) Llthostatic Pressure, psi
C6) Ffyrdrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Areal
Thickness Extent
Llthologic
Character
Fluid
Character
Mineral Resources in Area:
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Inmediate Hydrologlcally Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity)
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/l:_
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: ]
D. Temperature:
E. pH:
(b)
-------
WIC TX-84
3. Ibxlclty:
4. Reactivity with Surface Equipment Components:
5. Degradability Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Pre-lnjection Waste Treatment:
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
lection
Inject
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Name and Models):
Packers, Centralizers, and Other Subsurface Equipment,
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc"!
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(O
-------
WIC TX-8A
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During life of Well to Present)
Date(s) Average Maximum
it
2. Injection Pressure, psl (During Life of Well to Present)
Date (s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuringwater Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operation: ~
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions ofOperatlon Procedures:
Cd)
-------
Well Id. Code: TX-88
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNl'M) STATES
Permit Status:
PDR
Operational Status:
o
Operating Company Name and Address: EI Paso Products Company
P.O. Box 3986 -Odessa. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 10
2. Latitude and Longitude; 31049'25"/102020'07"
(Year) 72
3. Well Location (Legal Description); 225 ft. FWL and 1890 ft. FSL of
Sec. 38. Block 42. T25. I&P RR Survey
4. County; Ector
State: Texas
5. SIC Classification: 2821
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Chemical production wastes of nylon
10.
Date Well Permitted; 10/22/70
Injection Rate: 800 gpm
Injection Pressure; 1200 psi
2.
3.
M.
5. Total Depth of Well: 5733 ft.
6. Name, Age, and Depth of Injection Zone:
Completed:
San andres. Permian
Date Injection Began: (Day)
7.
8. Total Volume Injected to Date:
9. Date Injection Ceased: (Day)_
Previous Mode of Disposal:
4863 ft.
(Month!03
(Year) 71
194.446.000
(Month)
(7/72)
(Gallons)
N/A
JYear),
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Comanche
Dockum Grou.r
Ochea Series
Whitehorse Group
Grayburg
San Andres
(b) (c) (d) (e)
Age Depth Thickness LJthploglc Description
Cretaceous sandstone
Triassic shale, sandstone
Permian shale, evaporite
Permian evaporite, shale
Permian dolomite
Permian 4808 dolomite
(a)
-------
WIC
TX-88
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
t*0 Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
tlO) Reservoir Temperature, °C
(11) Character and Area!
Distribution
San Andres
4808
1000 .
0.45 psi/ft est
1.0 psi/ft est.
1.0 psi/ft est.
Permian
18
4
dolomite
Dockutn-Whitehorse
125
4700
Triassic-Permian
dolomite, evaporite,
shale, sandstone
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Area! Lithologic
Depth Ihickness Extent Character
Fluid
Character
. Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Chemical plant wastes from
the production of nylon.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity: N/A
D. Temperature: N/A
E. pH: 8.5
(b)
-------
WIG
TX-88
3. Toxicity:
N/A
1. Reactivity with Surface Equipment Components: N/A
5. Degradabllity Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at infection; bacterial activity minimal.
7. Pre-injection Waste Treatment; sedimentation
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing
Size Weight and Grade
Surface 17-1/2 48# H-40
Intermediate 12-1/4 40# K-55
Depth
Size Set
11-1/8 714
9-5/8 4860
Injection 15. 5// K-55
Other
5-1/2 4791
2. Type and Amouit of Cement, Cement Additives, Emplacement Horizon:
13-3/8 inch casing - 250 sks class H; 9-5/8 inch casing - 1900 sks
Litepoz + 700 sks class C w/4% gel.
3. Well Head Equipment (Name and Models); N/A
. Packers, Centralizers",' and Other Subsurface Equipment: N/A
5. Bottom Hole Completion; Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A"
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters:
N/A
(O
-------
WIC TX-88
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 7/71 Average Maximum 400
11 1/72 880
" 6/72 910
ii —
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 7/71 Average Maximum loso
" 1/72 1200
11 6/72 1200
n " ~ _______
3. Annual Volume Injected, gal.
A. 19 J2 155.000.000 B. 19_7_1 117.508.000 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Well head and annulus pressure; injection
flow rate and volume.
B. Sampling Frequency and Water Quality Parameters Measured:Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous"
monitoring.
2. Contingency Plan for Well Failure During Operation: N/A
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000_psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor well head and annulus pressure,
rate and total volume; report biannually.
C. Restrictions of Operation Procedures; Maximum daily volume of
40 .ODD barrels at maximum pressure of 2QOQ psig.
(d)
-------
Well Id. Code:
TX-89
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN TOE UNITED STATES
Permit Status; PND Operational Status; PND
Operating Company Name and Address: Arco steel company
P.O. Box 1367. Houston. Texas
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) 01 (Month) io_
2. Latitude and Longitude: 29°45'09"/95<>10>58"
(Year) 72
3. Well Location (Legal Description): W. Harris and Robert Wilson survey
A-31
5.
II.
County; Harris
State: Texas
SIC Classification; 3315
GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Consists of two streams from napthalene sump
waste and ammonia.
2.
3.
5*.
6.
7.
8.
9.
10.
Date WellPermltted; 12/30/70
Injection Rate: N/A
Completed:
Injection Pressure; N/A
Total Depth of Well: 4805 ft.
Name, Age, and Depth of Injection Zone; Frio Group, oiigocene
Date Injection Began: (Day) N/A (MonthT
Total Volume Injected to Date: N/A
Date Injection Ceased: (Day) (Month)"
Previous Mode of Disposal; N/A "
(Year)
_(Year)
(Gallons)
PI.. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont
Lissie
Willis
Goliad
Lagerto
Anahuac
Frio Group
(b)
Age.
Plesitocene
Pleistocene
Pliocene
Pliocene
Miocene
Oiigocene
Oiigocene
(c)
Depth
0
4000
4700
(d)
Thickness
300
700
2000
(e)
Llthologic Description
sand, clay
sand, gravel, silt, clay
sand, gravel, clay
sand, gravel, clay
sand, gravel, clay
clay
sand, clay
(a)
-------
WIC
TX-89
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
("5) Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psi
i'6) Jfrdrofracturing Pressure, psl
,7) Age of Unit
8) Porosity %
(9) Permeability, raillidarcies
tlO) Reservoir Temperature, °C
til) Character and Area!
Distribution
Frio
Oligocene
sand, clav
C. Chemical Characteristics of Formation Fluids; Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Area! Lithologic Fluid
Depth Thickness Extent Character Character
4. Mineral Resources in Area: none
5. Location of Other wells, Abandoned Wells, and Other renetrations in
Immediate Hydrologically Affected Area; 9 wells in area none plugged
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); N/A
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity: N/A
D. Temperature: N/A
E. pH; N/A
(b)
-------
WIC TX-89
3. Toxicity: N/A
4. Reactivity with Surface Equipment Components: N/A
5. Degradability Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-lnjectlon Waste Treatment; EUtered through two up-flov sand filters
parties greater than 0.5 micron^ removed.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate 48-61# H-40 and K-55 13-3/8 2700
86-43# J-55 and N-80 9-5/8 6300
ection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; N/A
3. Vfell Head Equipment (Name and Models); N/A
4. Packers, Centrallzers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion: N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OF SURFACE
1. Holding Tanks and Plow Lines: Cone shaped settling tank to settle filter
backwash particles.
2. Filters: Two up-flow filters. ~~~
(c)
-------
WIC TX-89
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psi (During Life of Well to Present)
Date (s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation:
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. RestMctlons of Operation Procedures:
(d)
-------
Well Id. Code: TX-90
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED
Permit Status: PND Operational Status: PND
Operating Company Name and Address: Armco steel GO.
P.O. Box 1367. Houston, Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 10 (Year) 72
2. Latitude and Longitude: 29°45'09"/95010I57"
3. Well Location (Legal Description); N/A
*4. County Harris State: Texas
5. SIC Classification: 3315
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Consists of two streams from napthalene sump
and the ammonia liquor _
2. Date Well Permitted; 12/3/70 Completed:
3. Injection Rate; N/A _
M. Injection Pressure: N/A
5. Total Depth of Well; N/A
6. Name, Age, and Depth of Injection Zone; Frio Group .^
6300-7000 ft.
7. Date Injection Began: (Day) N/A (Month) (Year)
8. Total Volume Injected to Date: N/A (Gallons)
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal: N/A
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
N/A
(a)
-------
UTTf*
V? l\s TY—9 Q
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Pt.)
(5) Formation Fluid Pressure, psi
C5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Perneability , itdUldarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Depth
Area!
Thickness Extent
Lithologlc
Character
Fluid
Character
. Mineral Resources in Area:
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologicalty Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity)
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/l:_
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: ]
D. Tenperat ure:
E. pH:
(b)
-------
WIC TX-90
3. Toxicity:
4. Reactivity with Surface Equipment Components;
5. Degradability Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Inject ion:
7. Pre-injection Waste Treatment:
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
lection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Name and Models):
Packers, Centrallzers, and Other Subsurface Equipment:
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(c)
-------
WIC TX-90
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psi (During life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19 B. 19 C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation:
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code: xx-91
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN THE UNITED STATES~
Permit Status; FDR Operational Status: DN
Operating Company Name and Address; Monsanto Co.
_P.O.,Box 1311 - Texas Citv. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 02 (Month) 10 (Year) 22.
2. Latitude and Longitude: 29°22'39"/95°53'29"
3. Well Location (Legal Description); 58.4' FWL and 225.4' FSL of "The
Terminal Land" within the Sylvester Bower Survey. Ab. - 24.
**• County; Calves ton State: Texas
5. SIC Classification; 2819
II. GENERAL DATA ON WELL SITE
1.
2.
3.
i».
5.
6.
7.
8.
9.
10.
Type of Waste Injected: Aqueous solution of organic and inorganic compounds
from production of organic trisodium salt formulation
synthetic detergents.
Date Well Permitted: 10/21/70 Completed:
Injection Rate: N/A
Injection Pressure: N/A
Total Depth of Well: N/A
to be
Name, Age, and Depth of Injection Zone: Miocene Sands, 5000
Date Injection Began: (Day) N/A (Month)
Total Volume Injected to Date: N/A
Date Injection Ceased: (Day) (Month)
Previous Mode of Disposal: N/A
(Year)
(Year)
used in
- 7500 ft.
(Gallons)
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologlc Description
Beaumont Pleistocene __0 120 sand, clay
Lissie Pleistocene 120 sand, clay
WillisPliocene
Goliad Pliocene sand
Miocene Sand Miocene sand
(a)
-------
WIC
TX-91
B. Geologic Description of Injection Unit and Other Possible Units
Injection lW«t
Confinine Bed
U) Name
(2) Depth (Ft.)
G) Thickness (Pt.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
i'6) Hydrofracturing Pressure t psi
i 7) Age of ttiit
(8) Porosity %
(9) Permeability, ndllidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Miocene Sand
Miocene
sand
C. Chemical Characteristics of Formation Fluids: N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Area!
Thickness Extent
Lithologic
Character
Mineral Resources in Area: Oil and gas resources.
Fluid
Character
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; oil and gas.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Cyanide, nitrate,
sulfate, chloride, sodium
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1; 286,000
C. Specific Gravity; N/A
D. Temperature: I40b F
E. pH:
5.8 - 7.6
(b)
-------
WIC TX-91
3. Tbxicity: N/A
4. Reactivity with Surface Equipment Components; N/A
5. Degradablllty Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7'• Pre-injectlon Waste Treatment; pH adustment, dual mechanical filtration.
V. WELL DESIGN AND CONSTKUCTION
1. Casing and TUblng
Hole Casing or TUbing Depth
Size Weight and Grade Size Set
Surface Conductor pipe 20 100
Intermediate Surface casing13-3/8
Long string 9-5/8 2700
CCtion Tubing 5 5000-7500
Other
2. Hype and Amount of Cement, Cement Additives, Emplacement Horizon; N/A
3. Well Head Equipment (Name and Models);
. Packers, Centrallzers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion;
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters: Dual mechanical filtrators
(C)
-------
WIC TX-91
3. Pumps: Centrifugal pumpq
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) N/A Average Maximum
it
it
2. Injection Pressure, psi (During life of Well to Present)
Date(s) N/A Average Maximum
3. Annual Volume Injected, gait
A. 19__ N/A B. 19_ C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure; injection
flow rate and volume.
B. Sampling Frequency and Water Duality Parameters Measured; Periodically
measured and reported if a 5% varianc occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuously
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi; injection tubing must be unaffedte.d. by wastes.
B. Monitoring Requirements ? pH monitors, casing and bottom hoj-e pressure
tests, complete chemical analysis of wastes, monitor well head and
annulus pressure, rates and total volume; report biannuallv.
C. Restrictions Of Operation Procedures; Surface iniectipn pressure
maximum - 2000 psig; maximum _ln1ection rate - 3400 barrels per
(d)
-------
Well Id. Code: TX-92
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status:
PDR
Operational Status:
o
Operating Company Name and Address: cities Service on Company
P.O. Box 300 - Tulsa. Oklahoma
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 02 (Month) 10
2. Latitude and Longitude: 29051'18"/94°54'00"
(Year) 72
3. Well Location (Legal Description): Henry Griffith League. A-12
. County; Chambers
State:
Texas
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Petrochemical plant wastes.
2. Date Well Permitted; 3/71
3. Injection Rate: 60.000
Completed:
Injection Pressure; 40 psi
5. Total Depth of Well; 2203 ft.
6. Name, Age, and Depth of Injection Zone: Pliocene. 2000-2200
7. Date Injection Began: (Day)
8. Total Volume Injected to Date
9. Date Injection Ceased: (Day)
10. Previous Mode of Disposal:
(Month) 04
: 75.646 (7/72)
(Month)
N/A
(Year) 71
(Gallons)
(Year)
HI.. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont-Lissie
Willis
Goliad
Salt beds
(b)
Age
Pleistocene
Pliocene
Pliocene
Pliocene
(c) (d) (e)
Depth Thickness Lithologic Description
0 sand, clay
sandstone
sandstone
halite
(a)
-------
WIC
TX-92
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinlnflr Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Itydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millldarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
2000
100
0.45 psi/ft est.
1.0 psi/ft, est.
1.0 psi/ft est.
Pliocene
30
1000
43"
sandstone
1450
650
Pliocene
clay, sand
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Beaumont-Lissie 0
Area!
Thickness Extent
Lithologic
Character
1450
extensive clay.sand
Mineral Resources in Area: Oil and gas production.
Fluid
Character
fresh
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Jfydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Petrochemical wastes
including disulfide and oil
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity:
Temperature:
N/A
0.995
D.
E. pH;
100'
(b)
-------
WIC TX-92
3. Toxiclty: N/A
H. Reactivity with Surface Equipment Components; Non(T
5. Degradabillty Level am Rate: Possible breakdown of oreanics with heat.
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Pre-injection Waste Treatment: None
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Hole
Size
12-1/2
Casing or Tubing
Weight and Grade
24// II- 40
14// J-55
Size
8-5/8
5-1/2
Depth
Set
134
2203
6#
2-3/8
2030
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
8-5/8 inch casing - 50 sks Class A w/2% CaCl?; 5-1/2 inch casing -
400 sks Class H w/4% gel.
3. Well Head Equipment (Name and Models); N/A
. Packers, Centralizers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion: Perforated; 2104 to 2120 feet.
6. Hydraulic Fracturing, Acidizing Programs, eto.; N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters:
(c)
-------
WIC TX-92
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6/72 Average 8 Maximum
it
it
2. Injection Pressure, psl (During life of Well to Present)
Date(s) 6/72 Average 40 Maximum
it
it
it
3. Annual Volume Injected, gal.
A. 19_72 52.000 B. 19_71 49.354 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and atmulus pressure; injection
flow rate and volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically"
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuous
monitoring.
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psig; injection tubing must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure testiT; complete
chemical analysis of wastes; monitor well head and annulus pressure,
rate and total volume; report biannually.
C. Restrictions of Operation Procedures; Surface injection pressure
maximum - 800 psig, monthly maximum volume - 90,000 gallons.
(d)
-------
Well Id. Code: TX-93,94,95,96
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN THE UNITED STATES
Permit Status: PND Operational Status: PND
Operating Company Name and Address: Jefferson Chemical company, inc.
P.O. Box 847. Port Neches. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 14 (Month) 08 (Year) ?2_
2. Latitude and Longitude: 29"57'53"/93°55"38"
3. Well Location (Legal Description): N/A
1». County: Jefferson State: Texas
5. SIC Classification; 2818
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Brines, gycols. amines, and hydrocarbons from
chemical plant
2. Date Well Permitted: 8/5/71 Completed:
3. Injection Rate: N/A
M. Injection Pressure; N/A
5. Total Depth of Well; N/A
6. Name, Age, and Depth of Injection Zone: itiocene Sands
5300-5600 ft.
7. Date Injection Began: (Day) N/A (Month) (Year)
8. Total Volume Injected to Date: N/A (GallonsT
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal:
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologic Description
Beaumont Pleistocene clay
Lissie Pleistocene
Catahoula Miocene
Frio Oligocene
(a)
-------
WIC
TX-93.94.95.96
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnina: Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raLllidarcies
(10) Fteservoir Temperature, °C
(11) Character and Areal
Distribution
N/A
C. Chemical Characteristics of Formation Fluids; N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Mame
N/A
Areal Lithologic
Depth Thickness Extent Character
Fluid
Character
Mineral Resources in Area: N/A
5. Location of Other wells, Abandoned Wells, and Other renetraticns in
Immediate Ifydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): 5%CaCl2> 1% Nad. 1% cycols
0.05% amines, 0.05% hydrocarbons
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; 100
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity; 1.039
D. Temperature: 190° F
E. pH:
11.5 - 12.0
(b)
-------
WIC TX-93,94,95,96
3. Toxicity: N/A
M. Reactivity with Surface Equipment'Ckxnponents: No-ie
Degradablllty Level and Rate: None
6. Biological Level at Injection and Estimated Biological Level After Injection;
Probably not sterile at injection; bacterial activity minimal due to
anaerobic conditions and lack of substrate.
7. Pre-lnjection Waste Treatment; Centrifuge, high rate sand filters, two
42,000 gallon steel storage and surge vessels.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
Hole
Size
Casing or Tubing
Weight and Grade
conductor casing
conductor casing
65 # H-40
51? K-55
23# K-55 ST&C
Size
TT-
2o
16
To-3/4
7
Depth
Set
TT5fl
1306
3. Well Head Equipment (Name and Models): N/A
. Packers, Centralizers, and Other Subsurface Equipment: Packer and overchot
combination at bottom of injection pipe
5. Bottom Hole Completion: 6-5/8" OP screen and blank riser filled with
gravel pack (stainless steel wire and schedule 40 perforated pipe.)
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow T.ines: Two 42,000 gallon steel tanks
2. Filters:Rapid sand filters
(c)
-------
WIC TX-93.94.95.96
3- Pumps: Two quintuplex pumps at 700 gpm
VII. OPERATION CHARACTERISTICS
1. Injection. Rate, gpm (During Life of Well to Present)
Date(s) N/A Average Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) N/A Average Maximum
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19 C. 19
VIII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Well head and annulus pressure; injection
flow rate; injection flow volume. _
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 57 variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads: continuous
2. Contingency Plan for Vfell Failure During Operation: *JU™P wastes to other
company wells in immediate vicinitv. _
3. Regulatory Aspects
A. Construction Requirements: All casing must be tested for leakage at
1000 _psig; injection tubing must be una . fected bv wastes. _
B. Monitoring Requirements : Casing and bottom hole pressure tests; complete
chemical, analysis of wastes; monitor wellhead and annulus pressure rates
and total volume; report biannuallv _
C. Restrictions Of Operation Procedures: Maximum surface injection pressure
1750 psip,; maximum rate of injection 1 million gallons per day. _
(d)
-------
Well Id. Code: xx-97
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNITED STATES
Permit Status; PND Operational Status: PHD
Operating Company Name and Address: Coastal states Petrochemical CQ.
P.O. Drawer 521 Corus Christl
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 02 (Month) 10 (Year) 72_
2. Latitude and Longitude; 27°49f06l797027t2Tr
3. Well Location (Legal Description): McBride Partition, Block D' from the I
corner proceed N 20°E 3480 ft. to a point in the J.L. Russel Farm tracts
**• County: Nueces State: Texas
5. SIC Classification:
II. GENERAL DATA ON WELL SITE
1.
2.
3.
H.
5-
6.
7.
8.
9.
10.
Type of Waste Injected: Five waste streams - one each
desalter, kerosene fractionator,
and the phosphoric acid settler.
Date Well Permitted: 3/31/72
Injection Rate: N/A
Injection Pressure: N/A
Total Depth of Well: 6200 ft.
Name, Age, and Depth of Injection
Date Injection Began: (Day) N/A
diesel fractionator,
Completed :
Zone: Miocene Sands
5000-6200 ft.
(Month)
Total Volume Injected to Date: N/A
Date Injection Ceased: (Day)
Previous Mode of Disposal: N/A
(Month)
from the crude
cat cracker overhead,
(Year)
(Gallons)
(Year)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock IMts Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
Beaumont Pleistocene 400 """ clay
Lissie Pleistocene sand, gravel
Goliod Pliocene sand
Logarto Miocene clay
Oakville Miocene sandstone
Catahoula Miocene tuff, clay, bentonlte
(a)
-------
WIC
TX-97
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Hame
(2) Depth (Ft.)
H) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
T6) Ffydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, rainidarcies
(10) Reservoir Terrperature , °C
(11) Character and Area!
Distribution
Miocene sand
2200
Miocene
30
2000
60°
sand
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumouc
Depth
0
Area!
Thickness Extent
Llthologlc
Character
400
extensive sand
1|. Mineral Resources in Area: oil and gas
Fluid
Character
potable
5. Location of Other Wells, AbandonedWells, and Other Penetrations in
Immediate Hydrologlcally Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): phenols, organic nitrogen
cvanide. phosphoric acid., and other hydrocarbons.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, rcg/1: N/A
C. Specific Gravity:
D. Tenperat ure: ^A'
E. pH: 7-a s
N/A
(b)
-------
WIC TX-97
3. Toxiclty: N/A
lj. Reactivity with Surface Equipment Components; Possible corrosion or metal
fixtures due to phosphoric acid.
5. Degradabllity Level and Rate; Pos.sible degradation of organic nitrogen
compounds and phenols may degrade slowly even under anaerobic conditions.
6. Biological Level at Injection and Estimated Biological Level After Injection;
Probably not sterile at injection
7. Pre-injection Vfaste Treatment; Filtered after goinp through API separator.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface N/A
Intermediate
lection
Inject
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; N/A
3. well Head Equipment (Name and Models);
. Packers, Centralizers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion: N/A
6, Hydraulic Fracturing, Acidizing Programs, etc.; N/A"
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters: Sand and anthracite filters
(O
-------
WIC TX-97
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date (s) Average Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
it
it
3. Annual Volume Injected, gal.
A. 19__ B. 19__ C.
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency andwater Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation: ~
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code:
TX-98
COMPILATION OF INDUSTRIAL AM) MUNICIPAL
Permit Status: PND
Operational Status:
PND
Operating Company Name and Address: coastal states petrochemical Co.
P.O. Drawer 521. Corpus Christ!. Texas
I. GENERAL IDENTIFICATION DATA
02
(Month)
1. Entry Date of Data: (Day)
2. Latitude and Longitude: 27049'06"/97027'27'1
10
(Year) 72
3. Well Location (Legal Description): N/A
County: Nueces
State: Texas
5. SIC Classification:
2911
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Waste from crude desalter, kerosene fractionator,
diesel fractionator, cat cracker overhead, and phosfiporic acid settler.
2. Date Well Permitted:
3. Injection Rate: N/A"
3/31/72
Completed:
Injection Pressure; N/A
5. Total Depth of Well: N/A
6. Name, Age, and Depth of Injection Zone: Miocene Sands
5000-6000 ft.
7. Date Injection Began: (Day) N/A (Month)
8. Total Volume Injected to Date: N/A
9. Date Injection Ceased: (Day) (Month)"
10. Previous Mode of Disposal: N/A '
(Year)
_(Year)
(Gallons)
XII. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont
Lissie
Goliod
Logarto
Oakville
Catahoula
(b)
Age
Pleistocene
Pleistocene
Pliocene
Miocene
Miocene
Miocene
(C)
Depth
0
(d)
Thickness
400
(e)
Lithologic Description
Clay
sand, gravel
sand
clay
sandstone
tuff, clay, bentonite
(a)
-------
WIC
TX-98
B. Gteologlc Description of Injection Unit and Other Possible Units
Injection Unit Confinine Bed
U) Name
(2) Depth (Ft.)
G) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raillidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Miocene sand
2200
Miocene
30
2000
60°
sand
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
N/A
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
. Mineral Resources in Area: Oil and Gas
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Immediate Pfydrologically Affected Area;
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Phenol, organic nitrogen
cyanide, phosphoric acid, other hydrocarbons.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: NM
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity: N/A
D. Temperature; N/A
E. pH:
(b)
-------
WIC _ TX-98
3. Toxlclty: N/A
H. Reactivity with Surface Equipment Congponents: Possible corrosiosion of
metal fixtures handling phosphoric acid. _
5. Degradability Level and Rate: Possible degradation of organic nitrogen
compounds, and phenols may degrade slowly even under anaerobec conditions.
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; minor biological degradation of _
organic nitrogen compounds and phenols under anaerobic conditions. _
7. Pre-inJ action Waste Treatment: N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface "X/A
Intermediate
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Name and Models); N/A
. Packers, Centrallzers, and Other Subsurface Equipment
5. Bottom Hole Completion: N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters:
(c)
-------
WIC TX-98
3. Pumps:
VII. OPERATIOH CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average Maximum
n
ti
3. Annual Volume Injected, gal.
A. 19_ B. 19__ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation; "~
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restttctlons of Operation Procedures:
(d)
-------
Well Id. Code: TX-99
COMPILATION OP INDUSTRIAL AM3 MUNICIPAL
INJECTION WELLS IN THE^ UNITraAJ STATES
Permit Status: FDR Operational Status; DN
Operating Company Name and Address: Dow-Bodische Co.
602 Cooper Rd. - Freenort. Texas
I. GENERAL mfaM'JJ/ICATION DATA
1. Entry Date of Data: (Day) 14 (Month) 08 (Year) 72.
2. Latitude and Longitude; 29°00'34"/95°24'Q9"
3. Well Location (Legal Description): 7310.38' south of the north line and
1901.67' east of the west line of the Alexander Calyit Survey. Ab. - 49.
**• County: Brazoria State: Texas 7
5. SIC Classification; 2818
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Aqueous solution of organic and inorganic constituents
from a caprolactum plant - purification of caprolactum to apolymer grade
material
2. Date Well Permitted: 7/16/71 Conpleted;
3. Injection Rate; 150 gpm
Injection Pressure; 400 psi
5. Total Depth of Well; 6100 ft.
6. Name, Age, and Depth of Injection Zone; Miocene sands. 5000 - 6100 ft7
7. Date Injection Began: (Day) N/A (Month) (Year) ~
8. Total Volune Injected to Date; N/A (Gallons)
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode Of Disposal; Discharge into the Dow Chemical Company canal
PI. GEOLOGIC INFORMATION
1. LLthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
Alluvium Recent 0 300 gravel, sand, clay
Beaumont Pleistocene sand, clay
Lissie Pleistocene ——~ ______ san(j) clay
Lagarto Pliocene sandstone, shale
Oakville ~ Miocene sandstone, shale
Catanoula Miocene sandstone, shale
(a)
-------
WIC
TX-99
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinlne Bed
(1) Name
2) Depth (Ft.)
3) Thickness (Pt.)
5) Formation Fluid Pressure, psi
5) Lithostatic Pressure, psi
6) Ifydrofracturing Pressure, psi
7) Age of Unit
8) Porosity %
(9) Permeability, ndllidarcies
(10) Reservoir Temperature, '"C
(11) Character and Area!
Distribution
Oakville-Catahoula
5470
85
0.85 psi/ft est.
Miocene
28 - 32
200 - 1000
67°
sand
extensive
C. Chemical Characteristics of Formation Fluids: sal
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Alluvium
Depth Thickness
Areal
Extent
Llthologic
Character
Beaumont
variable sand. gravel
extensive sand, clay
Fluid
Character
poor
potable
. 'Mineral Resources In Area:
N/A
5. Location of Other Wens, Abandoned Wells, and Other Penetrations in
Immediate Ifydrologically Affected Area: Three other injection wells;
TX-51. TX-71. and TX-59
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); 10.000-30.OOP ppm ammonium
sulfate; 100.000 ppm sulfonated hydrocarbons: 3.000-5.000 ppm caprolactum;
2..000-3-.00.0 PPm aromatic compounds (predominately benzene cvclohexane).
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
Cone. Dissolved Solids, mg/1:
Specific Gravity:
Temperature:
pH:
B.
C.
D.
E.
N/A
1.01
N/A
4.0 - 8.0
(b)
-------
WIC
TX-99
3. Toxicity; N/A
Reactivity with Surface Equipment Components; Readily attacks carbon steel,
surface equipment lined with stainless steel.
5. Degradability Level and rate; Possible bacterial breakdown of organic
compounds.
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably .not sterile at injection; little bacterial activity.
7. Fre-lnjection Waste Treatment; Filtered, transferred to clear tank and then
to injection pumps.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Surface
Intermediate
Injection
Other
Casing or Tubing
Weight and Grade
32.75# H-40
26#
304 s.s.
304 s.s.
K-55
schedule 40
schedule 40
Size
10-3/4
7
6-5/8
4-1/2
Depth
Set
1300
5085
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
Multiple stage cementing tool at 3300 ft.; Trinity Lite-Wate cement
0 - 1300 ft. followed by API Class "A" common cement with 2% CaCl.
3. well Head Equipment (Name and Models); N/A
». Packers, Centralizers, and Other Subsurface Equipment; Packer inside s.s.
tail pipe at depth below 5085 ft.; centralizers used on surface casing.
5. Bottom Hole Completion: Gravel packed open hole.
6. Hydraulic Practur&ig, Acidizing Programs, etc.; N/A"
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Clear tank; stainless steel lines, rubber-
lined.
2. Filters:
N/A
(O
-------
WIC TX-99
3. Punps; N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) N/A Average Maxiirum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) N/A Average Maximum
3. Annual Volume Injected, gal.
A. 19__ N/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure; injection
flow rate and volume
B. Sanpling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuously
2. Contingency Plan for Well Failure During Operation: 6QQ' * 60' x 7' clay
lined pit.
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements;Casing and bottom hole pressure; complete
chemical analysis of wastes; monitor well head and annulus pressure,
rates, and total'volume;report biannually.
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code:
TX-100
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION
Permit Status:
PDR
Operational Status:
DN
Operating Company Name and Address; E.I. DuPont de Nemours Co., Beaumont Works
P.O. Box 3269 - Beaumont, Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 14
(Month) 08
2. Latitude and Longitude: .30000'15"/94°00'25"
(Year) 72
3. Vfell Location (Legal Description): J. S. Johnson Survey A-34
County; Jefferson
State: Texas
5. SIC Classification: 2818
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Nitrogen compound production wastes.
2. Date Well Permitted:_ 7/26/71
3. Injection Rate; N/A"
Completed:
Injection Pressure: N/A
5. Total Depth of Well; 5015 ft,
6. Name, Age, and Depth of Injection Zone: Frio, Miocene
4960 ft.
7. Date Injection Began: (Day) N/A (MonthT
8. Total Volume Injected to Date: N/A
9. Date Injection Ceased: (Day) (Month)
(Year)
(GallonsT
TYear),
10. Previous Mode of Disposal: Barged to the Gulf of Mexico and discharged
beyond the Continental shelf.
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont
Montgomery
Bentley (Lissie)"
Willis
Anahuac
FrTo
(b)
Age
Pleistocene
Pleistocene
Pleistocene
Pliocene
Miocene
Miocene
(c)
Depth
0
1000
(d)
Thickness
(e)
Lithologlc Description
clay, sand
clay,sand
clay,sand
sand
sand
(a)
-------
WIC
TX-100
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confining Bed
(1) Name
(2) Depth (Ft.)
3) Thickness (Ft.)
*1) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcies
(10) Reservoir Temperature, dC
(11) Character and Area!
Distribution
Frio
4960
143
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Miocene
28 - 34
2052 - 2307
sand
widespread
1000
4000
Miocene
clav, sand
widespread
C. Chemical Characteristics of Formation Fluids; Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumont
Lissie
Area! Lithologic Fluid
Depth Ihickness Extent Character Character
0 extensive clav. sand fresh
800 extensive clav. sand fresh
4. Mineral Resources in Area: N/A
5. Location of Other wells, Abandoned wells, and Other Penetrations in
Irrmediate Hydrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Ammonium
Nitrils - 40,000 ppm, acrolein.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
- ?n.nnn
B. Cone. Dissolved Solids, mg/1; 120,000
C. Specific Gravity; N/A
D. Temperature; N/A
E. pH; 6-0 -7.Q
(b)
-------
WIC TX-100
3. Toxiclty: HCN highly toxic, limit 0.2 ppm; acrolein also toxic; ammonium
sulfate may oe hazardous becouse ot pH shift.
M. Reactivity with Surface Equipment Components: Corrosive
5. Degradabllity Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection;
Bacteria probably destroyed by HCN
7. Pre-lnJection Waste Treatment: Bio-pond with 14 day detention time.
V. WELL DESIGN AND CONSTOUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Hole
Size
Casing or Tubing
Weight and Grade
54. 5# K-55
40# K-55
Size
13-3/8
9-5/8
Depth
Set
1627
4807
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 13-3/8"
casing - 1000 sks Halliburton Lite-Wate, 600 sks 50-50 Pozmix w/ 2% CaCl?,
100 sks Class A w/ 2% CaCl?; 9-5/8" casing - 1460 sks Halliburton Light
cement w/ gilsonite followed by 200 sks common cement."~"~
3. Vfell Head Equipment (Name and Models); N/A
i|. Packers, Centrallzers, and Other Subsurface Equipment: Guide show, float
collar above 1st joint of 9-5/8" casing, 14 centralizers and two cement
bashets were placed into the well.
5. Bottom Hole Completion: Gravel packed screen 4817 - 4960 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A '
VI. DESCRIPTION OF SURFACE EQUIFPENT
1. Holding Tanks and Plow Lines; 4.1 million gallon (4.7 day retention) steel
settling tank.
2. Filters: Primary and polishing filters.
(c)
-------
WIC TX-1QQ
3. Pumps: N/A
VII. OPERATION CHARACTCTtlSTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) N/A Average Maximum
2. Injection Pressure, psl (During life of Well to Present)
Date(s) N/A Average Maximum
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure; injection
flow rate and volume,.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuously
2. Contingency Plan for WellFailure During Operation; Pump wastes to other
company well (TX-101) .
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure test; complete
chemical analysis of wastes; monitor well head and annulus pressure,
rate, and total volume; report biannually.
C. Restrictions of Operation Procedures; Surface injection pressure shall
not exceed 1500 psi.
(d)
-------
Well Id. Code:
TX-101
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Permit Status:
PDR
Operational Status:
DN
Operating Company Name and Address; E.I. DuPont de Nemours Co., Beaumont Works
P.O. Box 3269 - Beaumont, Texas
j. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 14 (Month) 08
2. Latitude and Longitude: 30"00'13"/94°00'22"
(Year) 72
3. Well Location (Legal Description): J.S. Johnson Survey A-3A
County; Jetterson
State:
Texas
5. SIC Classification; 28is
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Nitrogen compound production wastes.
2. Date Well Permitted; 7/26/71
3. Injection Rate: N/A
Completed:
M. Injection Pressure; N/A
5. Total Depth of Well; 5008 ft.
6. Name, Age, and Depth of Injection Zone; Frio, Miocene
4960 ft.
(Year)
(GallonsT
7. Date Injection Began: (Day) N/A (Month)
8. Total Volume Injected to Date: N/A
9. Date Injection Ceased: (Day) (Month)
10. Previous Mode of Disposal; Barged to Gulf of Mexico and discharged bevond
the Continental shelf.
JYear)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont
Montgomery
Bentley (Lissie)
Willis
Anahuac
Frio ~
(b)
Age
Pleistocene
Pleistocene
Pleistocene
Pliocene
Miocene
Miocene
(c)
Depth
0
(d)
Thickness
1000
1000
(e)
Lithologic Description
clay, sand
clay, sand
clay, sand
sand
sand
(a)
-------
WIC
TX-101
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Confinlne- Bed
(1) Name
2) Depth (Ft.)
3) Thickness (Ft.)
5) Formation Fluid Pressure, psi
5) Lithostatic Pressure, psi
(6) ftrdrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Frio
4960
143
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Miocene
28 - 34
2052 - 2307
sand
widespread
1000
4000
Miocene
clay, sand
widespread
C. Chemical Characteristics of Formation Fluids: saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumont
Lissie
Depth
0
Thickness
Areal
Extent
Lithologlc
Character
extensive clay, sand
Fluid
Character
fresh
extensive clay, sand
fresh
4. Mineral Resources in Area:N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area: TX-100
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Ammonium sulfate - 70,000 ppm
nitriles - 40,000 ppm, acrolein
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1: 120,000
C. Specific Gravity:
D. Temperature :
N/A
N/A
_
E. pH; 6.0 -7.0
(b)
-------
WIC TX-101
3. Toxiclty: HCN highly toxic; acrolein also toxic; ammonium sulfate may be
hazardous due to pH shift.
1. Reactivity with Surface Equipment Components; Corrosive
5. Degradabillty Level and Rate; Possible bacterial degradation of organics
6. Biological Level at Injection and Estimated Biological Level After Injection:
Bacteria probably destroyed by HCN
7. Pre-injection Waste Treatment: Bio-pond with 14 day retantion
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface "T7^l/2 si.Sff J-55 13-3/8 1620
Intermediate
lection :
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
950 sks Halliburton light coment with gilsonite followed by 200 sks of class
"TTcommon cement; 125 sks class A common cement with 2% CaCJ2.
3. Vfell Head Equipment (Maroe and Models); N/A
Packers, Centrallzers, and Other Subsurface Equipment; Float shoe, six
centralizers.-
5. Bottom Hole Completion; Gravel packed screen
6. Hydraulic Fracturing, Acidizing Programs, etc.; N?A"
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters:N/A
(c)
-------
WIC TX-101
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads
2. Contingency Plan for Well Failure During Operation;
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code:
TX-102
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Permit Status:
PDR
Operational Status:
DN
Operating Company Name and Address: Diamond shamrock Corp.
P.O. Box 631 - Amarillo. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 13 (Month) os
2. Latitude and Longitude: 35°59'16"/101°45'15"
(Year) 72
3. Well Location (Legal Description): H&TC Survey, slock 44. Sec 399. 2000'
FSL and 770' FEL.
County; Moore
State: Texas
5. SIC Classification: 2911
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Wastes from refinery, gasoline plant, and ammonia
2.
3.
M.
5.
6.
7.
8.
9.
10.
plant.
Date Well Permitted: 11/23/71
Injection Rate: N/A
Injection Pressure: N/A
Total Depth of Well: 5763 ft. (pluj
Name, Age, and Depth of injection 2
Date Injection Began: (Day) N/A
Completed :
?ged back to 5130
ft.)
lone: Granite Wash, Permian
4790 - 5080
(Month)
Total Volume Injected to Date: N/A
Date Injection Ceased: (Day)
(Month)
Previous Mode Of Disposal: Three Glorietta disposal
ft.
(Year)
(Gallons)
(Year)
wells.
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Alluvium
Ogallala
Dockum
(b)
Age
Recent
Pliocene
Triassic
Red shale zone
Elaine
Glorietta
Cimarron
Red Cave
Panhandle
Brown
Moore County
Granite Wash
Permian
Permian
Permian
Permian
Permian
Permian
Permian
Permian
Permian
(c) (d) (e)
Depth Thickness Lithologic Description
__0 silt, sand
clay, silt, sand, gravel
450 shale
shale, clay, sandstone"
^__^_____ gypsum, anhydrite
1100 120 "~ sandstone
^ anhydrite
limestone, dolomite
dolomite
limestone, dolomite
4786300sandstone
(a)
-------
WIC
TX-102
B. Geologic Description of Injection Unit and Other Possible Units
Injection Uhit
Confinincr Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7; Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Granite Wash
4786
300
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft. est.
Permian
25
150
52°
arkosid sandstone
widespread
450
4300
Triassic-Perraian
evaporipes^ sa^dstpn
carbonates
widespread
C. Chemical Characteristics of Formation Fluids: saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Ogallala
Depth
0
Areal
Thickness Extent
Lithologic
Character
450
extensive sand. gravel
i|. Mineral Resources in Area: Oil and gas production
Fluid
Character
fresh
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; injection well TX-20
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Ammonia, organic acids,,
phenol, nitrate, chromate^ and other inorganics.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1; 10.000
C. Specific Gravity:
D. Temperature:
N/A
N/A
E. pH; 7.5-8.8
(b)
-------
WIG
TX-102
3. Toxicity: N/A
*». Reactivity with Surface Equipment Ckxiponents: Possibly corrosive due to acid
5. Degradablllty Level and Rate: None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Pre-lnjection Waste Treatment: N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Surface
Intermediate
ection
Other
Casing or Tubing Depth
Weight and Grade Size Set
94 # 20 598
36# J-55 and 40# N-80 9-5/8 5766
54.5# H-40 13-3/8 1997
20# K-55 tubing _7 4775
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 20"
casing - 1200 sks Halliburton Lite w/2% CaCl9 + l/4# Floclae/sack; 13-3/8"
casing - 540 sks Halliburton Lite w/4% salt + 400 sks class H + 205 sks HLC;
9-5/8" casing - 625 sks HLC w/18% salt + l/4# Elecele/sack
3. Vfell Head Equipment (Name and Models): N/A
». Packers, Centrallzers, and Other Subsurface Equipment: Baker 9-5/8'"
5.5 packer at 4755 ft.; Baroid Kote inhibitor
5. Bottom Hole Completion; Iron plug at 5130 ft., perforations 5080 - 4790 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters:
(c)
-------
WIG TX-102
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and water Quality Parameters Measured:
C. Frequency of MeasuringWater Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operation:
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions or Operation Procedures:
(d)
-------
Well Id. Code: TX-103
COMPILATION OP INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN TOE UNITED STATES
Permit Status; PND Operational Status: PND
Operating Company Name and Address; POCO-AM. inc.
1108 Fidelity Union Life Bldg.. Dallas. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 13 (Month) 08 (Year) 72
2. Latitude and Longitude: 32036'28"/95055'26"
3. Well Location (Legal Description): Tract #2, C. Beckett Survey, A-93. from
NW corner proceed south alon^ the west line 300 ft.
**• County: Van Zandt State: Texas
5. SIC Classification: 3679
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Wastes from an electronic components manufacturing
2.
3.
M.
5.
6.
7.
8.
9.
10.
plant.
Date Well Permitted: 6/29/72
Injection Rate: N/A
Injection Pressure: N/A
Total Depth of Well: N/A
Name, Age, and Depth of Injection
Date Injection Began: (Day) N/A
Total Volume Injected to Date:
Date Injection Ceased: (Day)
Previous Mode of Disposal: N/A
Completed:
Zone: Woodbine Sands, Cretaceous
4700-5100 ft.
(Month) (Year)
N/A
(Month) (Year)
(Gallons)
HI. -GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithplogic Description
Wilcox Group Eocene 0 360 sand, clay, s ale
MidwayPaleoceneclay,shale
Navarro-Taylor Cretaceous clay, shale
luistin Cretaceous chalk, marl
Eagle Ford Cretaceous clay,shale
Woodbine Cretaceous sand
(a)
-------
WIC
TX-103
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confininflr Bed
U) Name
(2) Depth (Ft.)
H) Thickness (Pt.)
(4) Formation Fluid Pressure, psl
(5) Llthostatic Pressure, psi
(6) Hydrofracturing Pressure., psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcles
(10) Reservoir Temperature, QC
(11) Character and Area!
Distribution
Woodbine
4700
400
Cretaceous
15 - 20
3000
55°
sand
C. Chemical Characteristics of Formation Fluids; N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Wilcox
Depth
0
Area!
Thickness Extent
360
Llthologlc
Character
sand, clay
. Mineral Resources in Area: N/A
Fluid
Character
fresh
5- Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; TX-IO is 8 miles northeast and
is only well located nearby that reaches this depth.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Electronics component
plant wastes.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; 22.6
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity:
D. Temperature:
E. pH:
1.1
N/A
2.2
(b)
-------
WIG TX-103
3. Toxlcity: Methyl alcohol toxic to humans; trichloroethylene possibly
harmful to biota.
1. Reactivity with Surface Equipment Components: Possible corrosive action
of sulfuric acid upon metal fixtures.
5. Degradablllty Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably sterile at injection because of low pH, bacterial degradation
of some organic fractions may occur
7. Pre-injection Waste Treatment; pH adjustment, filtration, sedimentation
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Vteipfrt and Grade Size Set
Surface KM
Intermediate
lection
Inject
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; N/A
3. Vfell Head Equipment (Name and Models);
4. Packers, Centrallzers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion:
6. Hydraulic Fracturing, Acidizing Programs, etc.;
VT. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; 2 - 300 barrel carbon steel storage tands;
1 - 300 barrel carbon steel clear tank.
2> Filters:
(0
-------
WIC TX-103
3- Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ B. 19__ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation; ~
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code: TX-104
COMPILATION OF INDUSTRIAL AND MUNICIPAL
TMTCV^T^M WITT T O
I IM^I fl. 1 U MM HEiLu-iO
Permit Status:
PDR
Operational Status:
DN
Operating Conpany Name and Address; E.I. DuPont de Nemours and GO.
P.O. Box 1089 - Orange.
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 13
(Month) PS
2. Latitude and Longitude; 30003'26"/93°44'31"
(Year)
3. Vfell Location (Legal Description): 339' FEL and 119' FSL of the H.W. stark
Survey, Ab. - 505
County; Orange
State; Texas
5. SIC Classification; 2818
n. GENERAL DATA ON WELL SITO
1. "type Of Waste Injected; Wastes from adipic acid, plant.
2. Date Well Permitted: 1/26/72
Conpleted:
3. Injection Rate; 180 - 350 gpm
Injection Pressure; N/A
5. Total Depth of Well; N/A
6. Name, Age, and Depth of Injection Zone; Miocene sands. 4200 - 5200 ft.
7. Date Injection Began: (Day) N/A (Month)
8. Total Volume Injected to Date: N/A
9. Date Injection Ceased: (Day) N/A (Month)"
10. Previous Mode of Disposal; N/A "
(Year)
JYear).
(Gallons)
HI. GEOLOGIC INFORMATION
1. LAthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Beaumont
Lissie
Willis
Oakville
Catahoula
(b)
Age
Pleistocene
Pleistocene
Pliocene
Miocene
Miocene
(c)
Depth
_o
1000
(d)
Thickness
4400
(e)
Llthologlc Description
clay, sand
clay, sand
sand
sandstone
sandstone
(a)
-------
WIC
TX-104
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confining Bed
(1) Name
2) Depth (Ft.)
3) Thickness (Ft.)
1) Formation Fluid Pressure, psi
5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllldarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Catahoula
4400
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Miocene
33.1
2100
55°
sand
widespread
1000
3400
Tertiary
clav. sand
widespread
C. Chemical Characteristics of Formation Fluids; Brine
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Beaumont
Depth
0
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
1000 ppm IDS
Lissie
1000
extensive clay, sand
extensive sand, gravel 3000 ppm IDS
Mineral Resources in Area: Production of oil in the area is found at
7600 ft. to 8100 ft. in the Phoenix Lake Field, three miles east of the
well. Orange Field is-three miles west of the well.
Location of Other Wells, Abandoned Wells, and Other Penetrations in
Irrmediate Hydrologically Affected Area: TX-12, TX-23, TX-54, ix-55, xx-56,
and TX-57 within 2-1/2 mile radius.
5.
IV. WASTE CHARACTERISTTCS
1. Technical Description (Including Radioactivity): A dilute aqueous solution
of ammonium sulfate. sulfuric acid, and trace quantities of hydrogen
cyanide and organic nitriles, and organic acids.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity: N/A
D. Temperature: N/A
E. pH: 0.8 - 1.2 .
(b)
-------
WIC _ TX-104
3 . Toxicity : N/A
H. Reactivity with Surface Equipment Components: Possible corrosion through
contact with acidic residues. _
5. Degradablllty Level and Rate; None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Pre-injection Waste Treatment; N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface N/A
Intermediate
lection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. • Well Head Equipment (Name and Models);
. Packers, Centralizers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion;
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters: N/A
(c)
-------
WIC TX-104
3. Ptnnps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) N/A Average Maximum
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) N/A Average Maximum
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFBIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Well head and annulus pressure; injection
flow rate and volume.
B. Sampling Frequency and Water Quality Parameters Measured: Periodically
monitored and reported immediately if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuously
2. Contingency Plan for Well Failure During Operation: Pump to other wells
in the area.
3. Regulatory Aspects
A. Construction Requirements; All casing tested for leadage at 1000 psi;
injection tubing unaffected by wastes.
B. Monitoring Requirements: Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor well head and annulus pressure, ~
rates and total volume; report biannually.
C. Restrictions of Operation Procedures; Operating surface pressure -
1750 psig; injection rate - 430 gpm~monthly rate - 18 million gallons.
(d)
-------
Well Id. Code: TX-105
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status: PDR Operational Status: DN
Operating Company Name and Address: E.I. DuPont de Nemours and Co.
Victoria. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 02 (Month) 10 (Year) 72
2. Latitude and Longitude; 28°39.'30"/9_6°56' 15"
3. Well Location (Legal Description): Desiderio Garcia League. Ab. - 38
4. County: Victoria State; Texas ~
5. SIC Classification; 2818
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Wastes from the manufacture of nylon.
2. Date Well Permitted: 1/26/72 Completed:
3. Injection Rate; N7T
Injection Pressure: N/A
5. Total Depth of Well; N/A
6. Name, Age, and Depth of Injection Zone; N/A
7. Date Injection Began: (Day) N/A (Month) (Year)
8. Total Volume Injected to Date: N?A (GallonsT
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal: N/A
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologlc Description
NTT"
(a)
-------
WIC
TX-105
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflninz Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure j psi
(6) ftrdrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
N/A
C. Chemical Characteristics of Formation Fluids: N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
"N/A"
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
4. Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Inmediate fydrologlcally Affected Area: N/A'V
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Aqueous wastes from the
manufacture of nylon intermediates; small quantitiesof HNO^, organic
acids, and salts.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:.
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: N/A '_
D. Temperature: N/A
E. pH: N/A
N/A
N/A
(b)
-------
WIC _ TX-105
3 . Ibxlclty : N/A
J|. Reactivity with Surface Equipment Components ; Possible corrosion due to
acids . _ _____ _
5. Degradability Level and Rate: Possible degradation of organics.
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal. _
7. Pre-lnjectlon Waste Treatment: N/A
V. WELL DESIGN AND CONSTHUCTION
1. Casing and lUblng
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface N/A
Intermediate
Jection ~
Inject
Otner
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; N/A
3. Well Head Equipment (Name and Models);
Packers, Centrallzers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion; N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A~
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters:N77T
(0
-------
WIC TX-105
3. Pumps: N7A
VII, OPERATION
1. Injection Rate, gpm (During life of Well to Present)
Date(s) N/A Average Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) N/A Average Maximum
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure; injection
flow rate and volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if a 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuously
2. Contingency Plan for Well Failure During Operation: Pump wastes to other
company wells in the .area.
3. Regulatory Aspects
A. Construction Requirements: All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements; Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor well head and annulus pressure.
rates and total volume; report biannually.
C. Restrictions of Operation Procedures: Maximum surface injection pressure;
1250 psia; maximum injection volume; 400 gpm.
-------
Well Id. Code: TX-106
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNIiiaj STATES
Permit Status; FOR Operational Status: DN
Operating Company Name and Address: E.I. DuPont de Nemours and Co.
P.O. Box 2626 - Victoria. Texas"
I. GENERAL IDEMTIPICATION DATA
1. Entry Date of Data: (Day) 02 (Month) 10 (tear) 72_
2. Latitude and Longitude; 28°39'30"/96°56'15"
3. Vfell Location (Legal Description): Deslderio Garcia League, Ab. - 38
J|. County: Victoria State; Texas
5. SIC Classification; 2818
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Waste from the manufacture of nylon.
2. Date Well Permitted[ti/W/ 2 Completed:
3. Injection Rate; N/A
Injection Pressure; N/A
5. Total Depth of Well; 4150 ft.
6. Name, Age, and Depth of Injection Zone; Miocene-oiigocene. 3200 - 4600 ft.
7. Date Injection Began: (Day) N/A (Month) (Year)
8. Total Volume Injected to Date: N/A (GallonsT
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal; N/A
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
~~
(a)
-------
WIC
TX-infi
B. Geologic Description of Injection Unit and Other- Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(*0 Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
N/A
C. Chemical Characteristics of Formation Fluids: N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
4. Mineral Resources in Area: N/A
5. Location of Other Wells, AbandonedWells, and Other Penetrations in
Immediate Ifydrologically Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Aqueous wastes from the
manufacture of nylon intermediates; small quantities of HNCU, organic
acids, and salts.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity; N/A
D. Temperature: N/A
E. pH: N/A
(b)
-------
WIC TX-106
3. Toxiclty: N/A
i». Reactivity with Surface Equipment Components; Possibly corrosive due to
acids.
5. Degradabillty Level and Rate: Possible degradation of organics.
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Pre-injection Waste Treatment; N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface N/A
Intermediate
lection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; N/A
3. Well Head Equipment (Name and Models); N/A
. Packers. Centralizers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion; N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters:
(c)
-------
WIG TX-1Q6
3. Pumps: N/A
VII. OPERATION, CHARACTERISTICS
1. Injection Rate, gpm (During life of Well to Present)
Date(s) N/A Average Maximum
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) N/A Average Maximum
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well head and annulus pressure;•injection
flow rate and volume.
B. Sampling Frequency and Water Quality Parameters Measured; Periodically
measured and reported if 5% variance occurs.
C. Frequency of Measuring Water Levels and Hydrostatic Heads: continuously
2. Contingency Plan for Well Failure During Operation; Pump to other company
wells in the immediate vacinity.
3. Regulatory Aspects
A. Construction Requirements; Ml casing must be tested for leakage at
1000 psi; injection tubing must be unaffected by wastes.
B. Monitoring Requirements: Casing and bottom hole pressure tests; complete
chemical analysis of wastes; monitor well head and annulus pressure.
rate and volume; report biannually.
C. Restrictions of Operation Procedures: Maximum surface injection pressure;
1250 psia at 400 gpm.
(d)
-------
Well Id. Code:
TX-IQ?
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN 'ink UNITED STATE?
Permit Status : FDR
Operational Status :
DN
Operating Company Name and Address: witco Chemical Co.. Marshall Plant
Marshall. Texas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 02
(Month) 10
2. Latitude and Longitude: 32°32'09"/94015'14"
3. Well Location (Legal Description): N/A
(Year) _ 72_
County: Harrison
State ; Texas
5. SIC Classification; 2899
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Wastes from production of hydrogen peroxide and
2.
3.
5.
6.
7.
8.
9.
10.
other peroxide products.
Date Well Permitted: 5/11/72
Injection Rate: N/A
Injection Pressure: N/A
Total Depth of Well: N/A
Name, Age, and Depth of "Cnjecl'ion
Date Injection Began: (Day) N/A
Total Volume Injected to Date:
Date Injection Ceased: (Day)
Previous Mode of Disposal: N/A
Completed :
Zone: Blossom^ Cretaceous
2450 - 2500
(Month)
N/A
(Month)
ft.
(Year)
(Gallons)
(Year)
HI. GEOLOGIC INFORMATION
1. Lltnology and Stratigraphy
A. Geological Description of Rock Wilts Penetrated by Well
(a)
Name
Carrizo
Wilcox
Midway
Navarro
(b)
Age.
Eocene
Eocene
Blossom
Paleocene
Cretaceous
Cretaceous
(c)
Depth
o
450
1450
1850
(d) (e)
Thickness Lithologic Description
sand
450 clay
1000 jj.ay
400 clay, marl
650 sand
(a)
-------
WIC
TX-107
B. Geologic Description of Injection Unit and Other Possible Units
Injection
Confinin Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Blnscnm
1850
650
0.62-0.73 Dsi/ft
Cretaceous
51°
.^and
Navarrn
lAsn
Ann
Cretarp.rnis
rl ay fnay"L
C. Chemical Characterl.stics of Formation Fluids; N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Carrizo-Wilcox 0
Area!
Thickness Extent
Lithologic
Character
450
. Mineral Resources in Area: N/A
Fluid
Character
extensive sand, clay fresh
5. Location of Other Wells, Abandoned Wells, and Other renetratIons in
Immediate Hydrologlcally Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Organic peroxides, peroxide.
sulfuric acid, hydrochloric acid, ketones, esters, and salts.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mgA:
B. Cone. Dissolved Solids, mg/1: 180,000
C. Specific Gravity: _ N/A
D. Temperature ;
N/A
E. pH; 4.0 - 8.0
(b)
-------
WIG _ TX-107
3. Ibxlcity: High acid concentrations are toxic through pH shifts.
M. Reactivity with Surface Equipment Components; Probably corrosion due to
action of acids upon metal fixtures. _
5. Degradablllty Level and Rate; Organic compounds degradable due to oxygen
pressence in compounds. _
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably sterile at injection due to presence of hydrogen peroxide. _
7. Pre-lnjectlon Waste Treatment; N/A
V. WELL DESIGN AND OONS1RUCTION
1. Casing and TUblng
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface N/A
Intermediate
lection
Other
2. TVpe and Amount of Cement, Cement Additives, Emplacement Horizon; N/A
3. 'Well Head Equipment (Name and Models); N/A
. Packers, Centrallzers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion; N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A"
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters:N/A
(O
-------
WIG TX-107
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) N/A Average Maximum
it
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) N/A Average Maximum
3. Annual Volume Injected, gal.
A. 19_ N/A __ B. 19_ _ C. 19_
VIII. SAFESY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; well head and annuls PrPgg..r^;
flow rate and volume.
B. Sampling Frequency and Water Quality Parameters Measured;
measured and reorted If 5% vari'anpp
C. Frequency of Measuring Water Levels and Hydrostatic Heads; continuously
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; All casing must be tested for leakage at
1000 psi; injection tubing must be unaffected bv wastes.
B. Monitoring Requirements: Casing and bottom hole pressure tests; complete
chemical analysis of wastes; well head and annulus pressure, rates
and total volume; report biannually.
C. Restrictions of Operation Procedures; Maximum; surface injection
pressure - 1000 psia, rate of injection - 30 gpm. monthly volume -
480,000 gallons.
(d)
-------
Well Id. Code; wv-i
COMPILATION OP INDUSTRIAL ANDi MUNICIPAL
Permit Status:
PDR
Operational Status:
o
Operating Company Name and Address:E.I. DuPont de Nemours and Company
Belle. West Virginia
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 09_
2. Latitude and Longitude: 380MfA!"/81°33l4A"
(Year) 73
3. Well Location (Legal Description); N/A
County; Kanawha
State; West Virginia
5. SIC Classification: 2810
II. GENERAL DATA ON WELL SHE
1. Type Of Waste Injected: Aqueous waste from manufacturing operations.
2. Date Well Permitted: 1/7/66
3. Injection Rate; 12.829 gpd
Completed: 1968
4. Injection Pressure; 645 psi
5. Total Depth of Well: 15QO ft.
6. Name, Age, and Depth of Injection Zone: Salt Sand. Pennsylvanian
1300 ft.
7. Date Injection Began: (Day) (Month)
8. Total Volume Injected to Date: N/A
9. Date Injection Ceased: (Day) (Month)"
10. Previous Mode of Disposal; N/A "
(Year) 68
JYear).
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
N/A
(b)
Age
(c) (d) (e)
Depth Thickness Llthologlc Description
(a)
-------
WIC
WV-1
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinlne Bed
(1) Name
(2) Depth (Ft.)
G) Thickness (Ft.)
(*i) Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psi
(6) ftrdrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity .%
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Salt sand
1300
200
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Pennsylvania!!
sandstone
Pennsvlvanian
shale, sandstone
C. Chemical Characteristics of Formation Fluids:saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Area! Lithologic Fluid
Depth Thickness Extent Character Character
4. Mineral Resources in Area; N/A
5. Location of Other Wells, Abandoned Wells, anpl Other Penetrations in
Immediate Jfydrologically Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Aqueous wastes containing
sodium and/or calcium chloride =15-25%, and soluble organic compounds
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity:
D. Temperature:
E. pH; N/A
N/A
N/A
(b)
-------
WIC wv-i
3. Toxicity: N/A _
4. Reactivity with Surface Equipment Components: Possible corrosion of
metallic components by chloride brine.
5. Degradabllity Level and Rate; None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Pre-injection Waste Treatment; N/A
V. WELL DESIGN AND CONSTKUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 32.3# H-40 9-5/8 4QQ
Intermediate
jection 14# J-55 5-1/2 1500
Ctfier
2. Type and Anoint of Cement, Cement Additives, Emplacement Horizon:
Portland cement plug gel and accelerator.
3. Vfell Head Equipment (Name and Models): N/A
. Packers, Centrallzers , and Other Subsurface Equipment: Centralizers. guide
shoes, collars _
5. Bottom Hole Completion; N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A"
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters: NTT
(c)
-------
WIC wv-l
3. Pumps :__N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 10/70 Average 6 Maximum 9
11 12/71 7 22_
" 4/72 13 14
n —————
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 10/70 Average 620 Maximum 620
12/71 480 530
4/72 645 590
3. Annual Volume Injected, gal.
A. 19 N/A B. 19 C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Flow volume, pressure
B. Sampling Frequency and Water Quality Parameters Measured: N/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements: Constructed, equipped and maintained in
a manner that will prevent pollution of fresh water or endanger
natural resources.
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures; Must operate as permitted.
(d)
-------
Well Id. Code: wv-3
COMPILATION OP INDUSTRIAL AMD MUNICIPAL
Permit Status; FDR Operational Status; o
Operating Company Name and Address; E.I. Pupont de Nemours and Company
Parkersburg. West Virginia
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) oe (Year) 73
2. Latitude and Longitude; 39°16t13"/8l°40'03"
3. Vfell Location (Legal Description): N/A
l\. County; Wood State; West Virginia
5. SIC Classification; 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Aqueous waste from teflon manufacture.
2. Date Well Permitted: Completed; 9/60/66
3. Injection Rate; 106.353 gpd
Injection Pressure; 684 psi
5. Total Depth of Well; 1490 ft. ( plugged back from 1682 ft.)
6. Name, Age, and Depth of Injection Zone; Pottsville. Pennsylvanian
1134 ft.
7. Date Injection Began: (Day) (Month) 03 (Year) 69
8. Total Volume Injected to Date: 103.470.710 (6/72) (Gallons)
9. Date Injection Ceased: (Day) (Month) (Year) '
10. Previous Mode of Disposal; N/A
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologlc Description
N/A
(a)
-------
WIC
WV-3
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, b~C
(11) Character and Area!
Distribution
Pottsville
1334
112
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Pennsylvanian
sandstone
widespread
.
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Area!
Ihickness Extent
Lithologic
Character
Fluid
Character
. Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Hydrochloric acid, formic
acid formaldehyde, flurocarbon chemicals.
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity: N/A
D. Temperature: N/A
E. pH; 0.4 - 2.7
(b)
-------
WIC WV-3
3. Toxicity: Formaldehyde, formic acid and hydrochloric acid may be toxic.
. Reactivity with Surface Equipment Components; Possible corrosion with
metallic components by acid.
5. Degradability Level and Rate: None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
?• Pre-injection"Waste Treatment: N/A
V. UELL DESIGN AND CONSTRUCTION
1. Casing and TUbing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 32.75# H-4Q 9-s/fi ann
Intermediate 20# u-40 6-5/8 1260
Irfl
Otto
7.40 6-5/8 320
ection 3-1/2 1400
ier
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. Wall Head EqulpmentTName and Models); N/A
*. Packers. Centralizers, and Other Subsurface Equipment: Centralizes,
guide shoes, float collars
5. Bottom Hole Completion; N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VI. DESCRIPTION OF SURFACE EQUIFMEMT
1. Holding Tanks and Plow Lines: N/A
2. Filters: N/A
(c)
-------
WIC wv-3
3. Punps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 10/70 Average 77 Maximum 90
" 3/71 72 82
5/72 72 104
2. Injection Pressure, psi (During life of Well to Present)
Date(s) 10/70 Average 580 Maxiimm 660
" 3/71 730 820
" 5/72 744 995
it
3. Annual Volume Injected, gal.
A. 19_ N/A _B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Flow, volume and pressure meters.
B. Sampling Frequency and Water Quality Parameters Measured: N/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operation:
3. Regulatory Aspects
A. Construction Requirements; Constructed, equipped and maintained in a
manner that will prevent pollution of fresh water or endanger
natural resources.
B. Monitoring Requirements; N/A
C. Restrictions ofOperatlon Procedures; Must operate as permitted.
(d)
-------
Well Id. Code: WV-48
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STA1
Permit Status; PDF Operational Status: DN
Operating Company Name and Address: Weirton steel,'DJV. of National steel Corp.
Weirton, West Virginia
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) 01 (Month) 06 (Year) 7J3_
2. Latitude and Longitude: 40025'53"/80"36'12"
3. Well Location (Legal Description): N/A
M. County; Hancock State: West Virginia
5. SIC Classification: 3311
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Hydrochloric and sulfuric acids.
2. Date Well Permitted: Completed: 2/15/68
3. Injection Rate; N/A
Injection Pressure: N/A
5. Total Depth of Well; 1520 ft.
6. Name, Age, and Depth of Injection Zone: Berea, Mississippian
1086 ft.
7. Date Injection Began: (Day) N/A (Month) (Year)
8. Total Volume Injected to Date: N/A (Gallons)
9. Date Injection Ceased: (Day) plugge^Month) (Year) ~~
10. Previous Mode of Disposal: N/A
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
"TO" —
(a)
-------
WIC
WV-48
B. Geologic Description of Injection Uhit and Other Possible Units
Injection Unit
Confining Bed
(1) Name
(2) Depth (Ft.)
3) Thickness (Ft.)
5) Formation Fluid Pressure, psi
5) Llthostatlc Pressure, psl
6) HSydrofracturing Pressure, psi
(7) Age of Uhit
(b) Porosity %
(9) Permeability, mlllldarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Berea
1086
30
Mississippian
sandstone
widespread
C. Chemical Characteristics of Formation Fluids; N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Area! Lithologic Fluid
Depth Thickness Extent Character Character
*. Mineral Resources in Area:
N/A
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Immediate Hvdrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Waste from hydrochloric
and sulfuric acid steel mill pickling operations.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1; 434.000
C. Specific Gravity:
D. Temperature:
E. pH; N/A
N/A
N/A
(b)
-------
WIG WV-48
3. Tbxlcity: N/A
H. Reactivity with Surface Equipment Components; Probably corrosive duetto
acid.
5« Degradabillty Level and Rate; None
6. Biological Level at Injection and Estimated Biological Level After Injection;
Probably sterile due to presence of acids.
7. Pre-injection Waste Treatment:
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing , Depth
Size Weight and Grade Size Set
Surface 16 68
Intermediate 13-3/8 127
3nJ<
Otto
10-3/4 1092
ection 7 1414
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; N/A
3. Well Head Equipment (Name andModels); N/A
. Packers. Centrallzers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion; N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A"
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters: N/A
(c)
-------
WIC WV-48
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average Maximum
3. Annual Volume Injected, gal.
A. 19_ B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency or Measuring Water Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operation: ~
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code: wv-72
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS. IN TOE UNITED STATES
Permit Status; PDR Operational Status: Q_
Operating Company Name and Address: E.I. DuPont de Nemours and company
Parkersburg. West Virginia
I. GENERAL IDENTIFICATION DATA
I. Entry Date of Data: (Day) 01 (Month) 06 (Year) 73
2. Latitude and Longitude: 39016'07"/81°40'34"
3. Well Location (Legal Description); N/A
4. County: Wood State: West Virginia
5. SIC Classification; 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; chemical plant wastes.
2. Date Well Permitted: Completed: 10/22/70
3. Injection Rate; 140.000 gpd
L, Injection Pressure; 520 psi
5. Total Depth of Well: 4105 ft.
6. Name, Age, and Depth of Injection Zone; Onondaga. Devonian
4016 ft.
7. Date Injection Began: (Day) 03 (Month) 10 (Year) 72
8. Total Volume Injected to Date: 2.440.800 (Gallons)
9. Date Injection Ceased: (Day) (Month) (Year) '
10. Previous Mode of Disposal: N/A
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologlc Description
N/A
(a)
-------
WIC
WV-72
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Confininc- Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(H) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) fydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %.
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Onondaga
4016
89
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Devonian
limestone
Pennsylvanian
shale, sandstone,
carbonate
C. Chemical Characteristics of Formation Fluids: Brine
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
4. Mineral Resources in Area:
N/A
5. Location of Other Wells, Abandoned Wells, and-Other Penetrations in
Immediate Hydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): 6 - 15% hydrochloric aci'd
combined with 2-5% solution of formic acid and formaldehyde. Waste will
contain less than 10,000 ppm fluro-carbon chemicals and organic compounds.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
Cone. Dissolved Solids, mg/1:
Specific Gravity:
Temperature:
pH:
B.
C.
D.
E.
N/A
55,000
N/A
N/A
(b)
-------
WIC WV-72
3. Toxic1ty: Formaldehyde, formic Arid anH HyHrnrhlnr-i ^ acid may be toxic.
J|. Reactivity with Surface Equipment Components: Possible corrosion of metallic
components by acids. _____^__
5. Degradablllty Level and Rate: None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Pre-inJectIon Waste 'treatment; N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 85// H-40 is 50
Intermediate 48# H-40 13-3/8 975
40# J-55 9-5/8 4350
Injection 18// Type 304 stainless 5-1/2 5900
Obhe
icr
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. Well Head Equipment (Name and Models); Gray Manifold Series 600. 5-1/2x9-5/8
inch with Christmas tree.
M. Packers, Centralizers, and Other Subsurface Equipment; Centralizers. guide
shoes, and float collars.
5. Bottom Hole Completion: N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines;
2. Filters; N/A
(c)
-------
WIC WV-72
3. Pumps; N/A
VII. OPERATION CHARACTERISTICS
1. Ejection Rate, gpm (During Life of Well to Present)
Date(s) 4/72 Average IQQ Maximum 120
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 4/72 Average 520 Maximum 560
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Flow, volume and pressure monitors
B. Sampling Frequency and Water Quality Parameters Measured: N/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirementst Constructed, equipped and maintained in a
manner that will prevent pollution of fresh water or endanger
natural resources.
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures; Must operate as permitted.
(d)
-------
Well Id. Code; wv-80
COMPILATION OF INDUSTRIAL AM) MUNICIPAL
INJECTION WELLS IN TOE UNl'ltu STATED
Permit Status; FDR Operational Status:
Operating Company Name and Address: PPG Indus tries, inc.
Proctorf West Virginia
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 05 (Year) 73
2. Latitude and Longitude; 39°45I/80°50>
3. Well Location (Legal Description); N/A
**• County; Marshall State; West Virginia
5. SIC Classification; 2819
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Sludge from brine softening process.
2. Date Well Permitted: Completed: A/13/43
3. Injection Rate; 632 gpd
Injection Pressure: 378 psi
5. Total Depth of Well; 6820 ft.
6. Name, Age, and Depth of Injection Zone: Salina Salt. Silurian
6720 ft.
7. Date Injection Began: (Day) 25 (Month) os (Year) 66
8. Total Volume Injected to Date; 54.143 (5/72) (Gallons)
9. Date Injection Ceased: (Day) """ (Month) (Year)
10. Previous Mode of Disposal; N/A
GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologlc Description
N/A .
(a)
-------
WIC
WV-80
B. Geologic Description of Injection Unit and Other Possible Units
Injection
(1) Name
(2) Depth (Ft.)
(3) thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Fbrdrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raillidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Salina Salt
6720
100
0.45 psi/ft est
1.0 psi/ft est.
1.0 psi/ft est.
Silurian
salt
.
600
6100
Penn.
- Devonian
shale
. sandstone
carbonates.
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area:
N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area; N/A
IV. WASTE CTARACTERISTICS
1. Technical Description (Including Radioactivity):
solids in a brine solution. The solids will consist of 95.6% CaCO-
Slurry containing 5%
and
4.4% magnesium hydroxide.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1:
C. Specific Gravity:
D. Temperature:
E. PH:
N/A
1.2Q at 25" C
N/A
(b)
-------
WIG WV-80
3. Toxicity: Chlorides may be harmful to health; sodium hydroxide ma
fatal.
M. Reactivity with Surface Equipment Components; Possible corrosion of
metallic components be caustic substances.
5. Degradabillty Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Pre-injection Waste Treatment; N/A
V. WELL DESIGN AND INSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface &7# .T..SS 11-3/8 846
Intermediate 39// J-55 8-5/8 6467
lection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
11-3/8 inch casing - 300 sks cement; 8-5/8 inch casing - 500 sks cement
3. Well Head Equipment (Name and Models); N/A
. Packers, Centralizers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion: N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VI. DESCRIPTION OF SURFACE EQUIFMEMT
1. Holding Tanks and Plow Lines: N/A
2. Filters: N/A
(c)
-------
WIC WV-80
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 4/72 Average 0.5 Maximum 0.75
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 4/72 Average 378 Maximum
3. Annual Volume Injected, gal.
A. 19 N/A B. 19 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Flow rate, volume and pressure monitors.
B. Sampling Frequency and Water Quality Parameters Measured: N/A ~
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation: N/A
3. Regulatory Aspects
A. Construction Requirements; Constructed, equipped and maintained in a
manner that will prevent pollution of fresh water or endanger natural
resources.
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: wv-85
COMPILATION OF INDUSTRIAL AND MUNICIPAL
""lNJEC?riUN WELLS IN TOE UNITED STATES
Permit Status; PDR Operational Status: Q_
Operating Company Name and Address: Allied Chemical Corporation
Moundsville. West Virginia
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) oe (Year) 73_
2. Latitude and Longitude: 38°45'47"/80<>04>81"
3. Vfell Location (Legal Description); N/A
1». County; Marshall State; West Virginia
5. SIC Classification; 2899
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Waste brine solution derived from processing
2.
3.
5*
6.
7.
8.
9.
10.
natural brine for chemical manufacture.
Date Well Permitted: Completed:
Injection Rate: 76^600 gpd
Injection Pressure: 388 psi
Total Depth of Well: 6523 ft.
Name, Age, and Depth of Injection Zone: Salina Salt,
6400 ft.
Date Injection Began: (Day) (Month)
Total Volume Injected to Date: N/A
Date Injection Ceased: (Day) (Month)
Previous Mode of Disposal: N/A
6/52
Silurian
(Year) 70
(Gallons)
(Year)
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologlc Description
N/A
(a)
-------
vrrc
WV-85
B. Geologic Description of Injection Unit and Other Possible Units
(1) Name
(2) Depth (Ft.)
(3) Ihlckness (Ft.)
(M) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psl
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcles
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Salina Salt
6400
156
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Silurian
salt
Penn - Devonian
shale, sandstone,
carbonates.
C. Chemical Characteristics of Formation Fluids: Brine
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Areal Lithologic
Depth Thickness Extent Character
Fluid
Character
Mineral Resources in Area:
N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Waste brine derived from
processing natural brines. .
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity:_
D. Temperature:
E. pH; N/A
N/A
N/A
(b)
-------
WIC _ WV-85
3 . Toxic it y : Chlorides limited in domestic water supply to 250 m.
4. Reactivity with Surface Equipment Components ; Po8siblecorro8iono metallic
components.
5. Degradabillty Level and Rate: None _
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal,
7. Pre-lnjection Waste Treatment; N/A
V. WELL DESIGN AND OBSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
lection
Inject
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. Well Head Equipment (Name and Models); N/A
. Packers, Centralizers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion; N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A"
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A
2. Filters:
(c)
-------
WIC WV-85
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) n/70 Average 52 Maxlnum 80
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 3/70 Average 660 Maximum 698
11/70 117 789
3. Annual Volume Injected, gal.
A. 19_ N/A _ B. 19_ _ C. 19 __
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Flow rate, volume, and pressure monitors
B. Sampling Frequency and Water Quality Parameters Measured;
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; N/A
B. Monitoring Requirements: N/A
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: WY-l
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION
Permit Status:
Operating Company
PDR
Operational Status: Q_
Name and Address: Wycon Chemical Company
Cheyenne. Wyoming
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 27 (Month) 11
2. Latitude and Longitude; Ar05f2l"/iOA°53'54"
(Year) 72
3. Well Location (Legal Description); Sec 16. T13N. R67W
County: Laramie
State:
Wyoming
5. SIC Classification: 2871
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Chemical plant waste, sometimes heavy in
nitrates.
2.
3.
M.
5.
6.
7.
8.
9-
10.
Date Well Permitted: 5/28/69
Injection Rate: 244,544 gpd
Completed:
Injection Pressure; 852 psi
Total Depth of Well: 6305 ft.
Name, Age, and Depth of IhjtiCtlon Zone: Hygiene. Cretaceous
5831 ft.
Date Injection Began: (Day) 30 (Month) 05
Total Volume Injected to Date:
Date Injection Ceased: (Day)_
Previous Mode of Disposal:
(Year) 69
303.600,000
(Gallons)
(Month)
TYear).
Segregated waste water; high chemical con-
centration evaporated in ponds, and the balance released to stream.
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
White River Group
Lance
(b)
Age
Tertiary
Fox Hill
Pierre
Tertiary
Cretaceous
Cretaceous
Cretaceous
(Hygiene Member)
(c)
Depth
_o
161
711
3312
3584
5807
(d)
Thickness
161
550
2501
272
2638
6222
(e)
Lithologic Description
sandstonef gravel
sandstone, shale
sandstone, shale, coal
sandstone
shale, sandstone
sandstone
(a)
-------
WIC
WY-1
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) tfydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity {
(9) Permeability, minidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Hveiene
5807
415
2317
2319
1400
Cretaceous
5-25
475
51°
sandstone
3584
416
Cretaceous
shale, siltstone
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Ogallala
Depth
0
Area!
Thickness Extent
161 extensive
Llthologic
Character
sandstone
Fluid
Character
good
Mineral Resources in Area; Borie oil field produces from a sand 4100 feet
below the Hygiene.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Water with high nitrate
concentration sometime in excess of 1000 ppm.
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; 50
B. Cone. Dissolved Solids, mg/1: 5770
C. Specific Gravity: 1.0
D. Temperature: 40*~~60°F
E. pH; 9.4
(b)
-------
WIG WY-1
3. ToxicIty: Infant methemoglobinema and cyanosis may result from ingestion
of water containing high nitrate.
M. Reactivity with Surface Equipment Components; None
5. Degradabllity Level and Rate: None
6. Biological Level at Injection and Estimated Biological Level After Injection:
Bacterial activity minimal.
7. Pre-injection Waste Treatment: Filtration and addition of antiscale
chemical.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing
Size Weight and Grade
Surface JL2-1/4 32. 3# H-40
Intermediate 9-1/4 23# J-55
Size
9-5/8
7
Depth
Set
1100
5831
Injection 10. 5// J-55
Other
4-1/2
5770
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
9-5/8 inch casing - 700 sks Class G; 7 inch casing - 1360 gks 50-50
"~ Pozmix w/4% gel.
3. Well Head Equipment (Name and Models); N/A
J». Packers. Centrallzers, and Other Subsurface Equipment: Larkin guide shoe
on bottom of 9-5/8" string; Baker multiplex shoe on 7" string: Halliburton
D.V. tool at 3711 ft.; 16 centralizers on 7" casing.
5. Bottom Hole Completion; Open hole 5831 to 6305 ft. ~
6. Hydraulic Fracturing, Acidizing Programs, etc.: Acidization - 2000 gal.
HF ; fractured with 400 barrels of water at 2700 psi.
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Surge pond lined with 20 mil Hypalon.
2. Filters:Pressure filters with anthracite filter bed.
(c)
-------
WIC WY-1
3. Punps: Centrifugal filter feed pump; positive displacement Triplex
injection pump - 150 HP - Wilson Snyder raied at 170 gpm
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 12/69 Average i?8 Maximum 224
" 12/70 150 210
" 12/71 188 236
" 12/72 162 221
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 12/69 Average 917 MaxJnmn 1012
" 12/70 820 872
" 12/71 860 ""^ 906
12/72 852 919
3. Annual Volume Injected, gal.
A. 19_72 90.000.000 B. 19_71 98.965.300 C. 1970. 79.075.500
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Continuous pressure and flow recorders.
Operation monitored at minimum 4 hour intervals by operating personnel.
Operating data recorded and retained.
B. Sampling Frequency and Water Quality Parameters Measured: Sampled
weekly and analysis made of chemical impurities, hardness, pH,
and dissolved solids.
C. Frequency of Measuring Water Levels and Hydrostatic Heads;Annually
2. Contingency Plan for Well failure During Operation; 3 lined retaining
ponds.
3. Regulatory Aspects
A. Construction Requirements: Designed by International Pollution Control,
Inc« Flans and specifications approved by Wyoming Oil and Gas
Commission.
B. Monitoring Requirements; Annulus pressure checked daily; injection
record showing flow, pressure, contaminants submitted monthly to
State Engineer. __
C. Restrictions of Operation Procedures; N/A
(d)
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