EPA-520.
COMPILATION OF
INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN
THE UNITED STATES
VOLUME 1
UNITED STATES
ENVIRONMENTAL PROTECTION AGENCY
Washington D.C. 20460
1974
-------
EPA-520/9-74-020
October 1974
VOLUME 1
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
-------
ACKNOWLEDGMENTS
The data used in this report were collected by WAPORA, Inc.,
Washington, D. C. (Contract No. 68-01-0727). A major contributor
was Dr. Donald L. Warner. Data analysis was made by William E.
Thompson of the Special Sources Control Branch.
-------
Contents
Page
Table of Contents iii
List of Figures iv
List of Tables v
Summary 1
Introduction 3
Scope of This Report 5
Current Situation 8
References 21
Data 23
111
-------
List of Figures
Number Title Page
1 Operating Injection Wells in the
United States 4
2 Injection Wells Drilled in United States 9
3 Injection Well Operations Begun and
Terminated in U. S 10
4 Growth of Operating Injection Wells
In U. S 11
IV
-------
List of Tables
Number Title Page
1 Permit Status of Injection Wells 6
2 Operating Status of Injection Wells 7
3 Injection Well Development Through
The Years 12
4 Standard Industrial Classification of
Injection Wells 14
5 Reservoir Rock Type and Age 15
6 Well Completion Depths 17
7 Distance of Waste Water Travel Calculated
For Actual Conditions Using Equations
a) and (2) 19
v
-------
-------
SUMMARY
Injection of industrial and municipal wastes by deep wells has been
practiced for nearly 50 years, but it has been within the past ten years
that this disposal technique has become greatly important as a method to
diminish surface water pollution problems. This inventory updates a long
list of earlier inventories by other regulatory agencies to chronicle the deep
waste-injection well situation.
As the effects of subsurface pollution are not well understood, it was
necessary to gather all data possible regarding practices which may introduce
materials to the subsurface. Information was collected for industrial and
municipal deep well-injection systems using saline aquifers. Excluded
from the inventory were oil field brine injection wells, storage wells and
private domestic sewage wells. Comprehensive geologic settings, technical
specifications, and operating procedures were recorded and stored in the
STORET computer file. The collected data was assessed to determine
current trends.
Injection well development has been rapid since 1964, with an average
of 23 new wells being drilled each year since that time. There currently
exist 333 permitted industrial and municipal waste injection wells, of which
278 are drilled and 178 are operating.. A wide variety of waste waters are
injected, including chemicals, petrochemicals, pharmaceutical products,
hydrocarbon refining by-products, metal munufacturing wastes, and municipal
sewage. Three major injection zones; the Cambro-Ordovician Arbuckle
-------
carbonates, the Cambrian Mt. Simon sandstone, and the unconsolidated
Tertiary sands of the Gulf Coast are used as reservoirs for subsurface
emplacement of waste water.
Deep waste-injection wells are constructed to a depth greater than
1, 000 ft. (90% of the wells) and inject wastes at a rate less than 400 gpm
(86% of the wells) with a surface pressure head less than 600 psig (78% of
the wells). The waste water that is injected will travel less than 1, 000 ft.
after ten years of operation (97% of the wells) and nearly one mile in
50 years time.
-------
INTRODUCTION
Disposal of industrial wastes by deep well injection has been
recognized and practiced for nearly fifty years, though little attention
was given this technique until the 1960's when the diminishing capabilities
of surface waters to receive effluents, without violation of standards, made
disposal and storage of liquid wastes by deep well injection increasingly more
attractive.
Several inventories have been made within the past 10 years which
document the ever changing waste injection well picture in the United States.
The first of these inventories, by Donaldson (1964), showed only 30 wells.
Later inventories, by Warner (1967), the Interstate Oil Compact Commission
of 1968 (Ives and Eddy, 1968), and Warner (1972) showed 110, 118, and 246
wells respectively.
As of mid-1973, 278 deep disposal wells had been constructed. Another
44 wells had been permitted or were seeking permits to be drilled. Though
this number may seem small, the volume and potency of wastes involved
have caused considerable concern.
In order to facilitate the expansion and continuous analysis of injection
well inventories, all collected data was stored in EPA's STORET computer
system. These data will be updated to reflect new well completions and
well changes.
-------
FIGURE 1
OPERATING INJECTION WELLS
IN THE UNITED STATES
-------
SCOPE OF THIS REPORT
It has become necessary to compile a comprehensive description of
the geologic settings, technical specifications, and operating procedures
of deep waste injection wells to be used in a ground water and deep
<»
injection well monitoring program. Data for this compilation was collected
for EPA by a contractor and analyzed by the staff of the Special Sources
Control Branch.
This compilation sought to assemble information for each industrial
and municipal waste injection well site in the United States, constructed
for injection into saline water aquifers whether in current use, proposed
for future use, or abandoned. Oil field brine re-injection wells, injection
wells for secondary recovery or extraction of minerals, and private
domestic sewage disposal wells were excluded from this inventory.
The compilation was designed to provide general information for all deep
well injection sites including:
. Facility location, operator and status of operation.
. Lithology and stratigraphy including storage capacities,
fluid characteristics, hydrofracturing pressures, and
hydrodynamics of the injection aquifer.
. Fresh-water, other useful aquifers, and mineral resources
in the area.
. Specific waste characteristics.
. Technology, development, equipment and monitoring of the
injection wells.
-------
TABLE 1
PERMIT STATUS OF INJECTION WELLS
ARKANSAS
ALABAMA
CALIFORNIA
COLORADO
FLORIDA
HAWAII
ILLINOIS
INDIANA
IOWA
KANSAS
KENTUCKY
LOUISIANA
MICHIGAN
MISSISSIPPI
NEVADA
NEW MEXICO
NEW YORK
NORTH CAROLINA
OHIO
OKLAHOMA
PENNSYLVANIA
TENNESSEE
TEXAS
WEST VIRGINIA
WYOMING
TOTAL
TOTAL # WELLS
PERMITTED
1
5
5
2
9
4
7
13
1
16
3
77
34
1
1
1
4
4
9
14
9
3
104
6
1
333
PDR
1
5
5
1
7
3
4
13
1
15
2
44
27
1
1
1
2
3
7
8
2
3
62
5
1
223
PDC
1
1
5
1
7
POP
1
1
1
5
5
1
1
1
7
8
32
PNC
3
9
12
PND
24
3
20
47
DAP
1
2
3
AFP
2
1
1
1
5
SNA
1
2
1
4
KEY:
PDR PERMITTED, DRILLED
PDC PERMITTED, DRILLED, CANCELLED
POP PERMITTED, DRILLED, PLUGGED
PNC PERMITTED, NOT DRILLED, PERMIT CANCELLED
PND PERMITTED, NOT DRILLED
DAP DRILLED, APPLYING FOR PERMIT
AFP APPLYING FOR PERMIT
SNA STATUS UNKNOWN
-------
TABLE 2
OPERATING STATUS OF INJECTION WELLS
TOTAL # WELLS
NOP NOUP DN PND PC
ARKANSAS
ALABAMA
CALIFORNIA
COLORADO
FLORIDA
HAWAII
ILLINOIS
INDIANA
IOWA
KANSAS
KENTUCKY
LOUISIANA
MICHIGAN
MISSISSIPPI
NEVADA
NEW MEXICO
NEW YORK
NORTH CAROLINA
OHIO
OKLAHOMA
PENNSYLVANIA
TENNESSEE
TEXAS
WEST VIRGINIA
WYOMING
TOTAL
1
5
5
2
9
4
7
13
1
16
3
77
32
1
1
1
4
4
9
14
9
4
104
6
1
333
1
1
4
4
1
5
11
13
2
40
21
1
1
1
1
6
8
1
2
47
5
1
178
1
1
5
4
1
1
3
5
1
22
1
1
1
1
1
2
2
2
1
2
1
8
23
4
2
2
1
1
1
3
5
3
3
2
4
3
1
21
55
2
1
1
26
1
13
44
1
10
11
KEY: 0 OPERATING
NOP NOT OPERATING, PLUGGED
NOUP NOT OPERATING, UNPLUGGED
DN DRILLED, NEVER USED 7
PND PERMITTED, NOT DRILLED
PC PERMIT CANCELLED, NEVER DRILLED
-------
CURRENT SITUATION
As of mid-1973, there are known to exist at least 333 waste injection
sites located in 25 states (Fig. 1, Table 1). Table 1 shows the division
of these well sites according to known per.mit status. Three hundred and
twenty-one (321) wells have been permitted to operate. These wells may be
presently operating, may not yet be operating, or can have operated in the
past but not now. To clarify the current operational situation Table 2 was
developed.
Of 333 sites listed, 278 have waste injection wells constructed on them.
Over sixty percent (178) are presently being used for deposition of wastes to
the subsurface. An additional 45 wells have been used at some time in the
past for deposition of wastes. It is safe to assume that municipal and
industrial wastes have been disposed in at least 223 wells in the United States
and, in the near future, nearly 100 more sites may be used.
Prior to 1964, 67 deep waste-injection wells had been drilled, and of these,
52 had been operated. Within the past 10 years well development has progressed
rapidly. An average of 23 new wells were drilled each year during this time
and of these, 19 were put into operation (Table 3, Fig. 2-4). Such rapid
development has concerned Federal, State and local governments because
of the many uncertainties of pollution resulting from deep well waste injection.
Chemical, petrochemical and pharmaceutical plants are the largest users
of waste injection wells (48. 9%), with petroleum and gas extraction, and the
refining of these second (25.4%) primary metal plants are third (5. 9%)
-------
CO
40 -|
38 -
36 -
34 -
32 -
30 -
28 -
26 -
24 -
22 -
20 -
18 -
16 -
14 -
12 -
10 -
8 -
6 -
4 -
2 -
FIGURE 2
INJECTION WELLS DRILLED IN U.S.
m in
S3
m co r-» eo o> o CM «»*»
ininininmcDCDCDcoco
co co CD
«- CM
YEAR
a
-------
FIGURE 3
INJECTION WELL OPERATIONS
BEGUN AND TERMINATED IN U.S.
|""| BEGIN OPERATION
TERMINATE OPERATION
o Ot
in inin
»- CM
YEAR
10
-------
180
170
160
150
140
130
120
110
100
90
80
70
60
50
40
30
20
10
FIGURE 4
GROWTH OF OPERATING INJECTION WELLS IN U.S.
I I
l i i
50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73
YEAR
11
-------
TABLE 3
INJECTION WELL DEVELOPMENT THROUGH THE YEARS
NEW NEW CEASED OPERATING ACCUMULATIVE
YEAR DRILLED OPERATION OPERATION (C-D) OPERATING
(A) (B) (C) (Dj (E) (F)
PRE - 50
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
4
3
3
8
1
3
2
8
4
3
4
6
6
4
8
13
17
19
20
28
36
29
22
24
2
2
2
5
1
5
2
6
4
3
3
7
4
2
4
14
17
17
19
22
20
21
21
19
1
1
1
1
1
1
3
2
6
2
7
5
15
2
2
1
5
1
5
2
6
3
3
3
7
4
1
4
13
16
14
17
16
18
14
16
4
1
2
4
5
10
11
16
18
24
27
30
33
40
44
45
49
62
78
92
109
125
143
157
173
177
178
12
-------
(Table 4). Sanitary service industries account for 8. 6% of the injection
wells used, into which a wide variety of wastes ranging from municipal
sewage to petrochemicals are injected.
Experience has shown that nearly all types of rock can, under favorable
circumstances, have sufficient porosity and permeability to yield or accept
large quantities of fluids. Characteristics looked for when an aquifer is
to be used for the injection of liquid wastes are: (1) a zone with sufficiently
permeability, porosity, thickness, and areal extent to act as a liquid storage
reservoir; and (2) a zone which is vertically below fresh water circulation
and is confined vertically by rocks that are impermeable to waste liquids.
Three major zones of injection exist in the United States. Tertiary sands
of the Gulf Coastal geologic province'provide the primary injection zone for
wells in Texas, Louisiana, and Alabama. The Cambro-Ordovician Arbuckle
carbonate group of the central plains is used in Kansas and Oklahoma, and
injection in Michigan, Ohio, Indiana, and Illinois is made into the Cambrian
Mt. Simon sandstone.
Sands and sandstones are most commonly used as injection aquifers
(62.1%), with carbonates second (33.8%). Evaporites, shales and
metamorphics comprise the remaining four percent (Table 5). The age of
these injection aquifers range from Tertiary to pre-Cambrian. One hundred
and six (106) wells are completed in rock of Tertiary age. Of these 93 are
completed in unconsolidated sand and sandstone and the rest (13) in limestone
or evaporite. Only 20 wells are completed in Mesozoic age rock and are
primarily into sandstone (19 wells). Rock of Paleozoic age are used most
13
-------
TABLE 4
STANDARD INDUSTRIAL CLASSIFICATION
OF INJECTION WELLS
(268 WELLS)
WELLS PERCENTAGE
MINING (9.3 %)
10 METAL MINING 2 .7
12 COAL 1 .4
13 OIL & GAS EXTRACTION 17 6.4
14 NON-METALLIC MINING 5 1.9
MANUFACTORING (80.6 %)
20 FOOD 6 22
26 PAPER 3 1.1
28 CHEMICAL & ALLIED PRODUCTS 131 48.9
29 PETROLEUM REFINING 51 19.0
32 STONE & CONCRETE 1 .4
33 PRIMARY METALS 16 5.9
34 FABRICATED METALS 3 1.1
35 MACHINERY - EXCEPT ELECTRONICS 1 .4
36 ELECTRONICS 1 .4
38 PHOTOGRAPHICS 3 1.1
TRANSPORTATION. GAS. AND SANITARY SERVICES [9.8 %)
47 TRANSPORTATION SERVICE 1 .4
49 SANITARY SERVICE 23 8.6
50 WHOLESALE TRADE - DURABLE 1 .4
55 AUTO DEALERS & SERVICE 1 .4
OTHER (.4 %)
72 PERSONAL SERVICE 1 .4
14
-------
TABLES
RESERVOIR ROCK TYPE AND AGE
(269 WELLS)
SAND&
(%) SANDSTONE
CARBONATE EVAPORITE SHALE OTHER
TERTIARY 39.4
CRETACEOUS "1
JURASSIC > 7.4
TRIASSIC J
PERMIAN "1
PENNSYLVANIAN
MISSISSIPPIAN
DEVONIAN
SILURIAN
ORDOVICIAN
CAMBRIAN J
^58.2
pre-CAMBRIAN .4
TOTAL (269]
%
93
19
1
12
5
4
10
1
2
20
167
62.1
11
14
2
1
21
3
20
19
91
33.8
2
2
4
8
3
1
1
2
.7
1
1
.4
15
-------
often (143 wells), including sandstones (55), carbonates (80), evaporites
(6) and shales (2). One well is completed in pre-Cambrian metamorphics
(Table 5).
Vertical separation of injection zone and potable water is requisite.
If the injection zone is at least 1, 000 ft. (300 m. ) below land surface, one or
more rock strata which are sufficiently impermeable to vertical movement
of wastes should be present to allow protection of potable waters. In 90
percent (242) of the wells completed the injection zone is located at least
1, 000 ft. (300 m. ) below land surface (Table 6).
Wastes should also be separated horizontally in the aquifer from any
potable water which may occur in the aquifer. No data is available to
indicate presence of fresh water in the aquifers used for injection or its
separation from the waste fluid.
Pressures of 0. 5 - 1.1 psi/ft. of depth are necessary to fracture most
sedimentary rock. Well-head injection pressures of less than 600 psi (40 ksc)
are required for injection by 78 percent of the wells. This relatively low
pressure head should not fracture most rock into which the waste is currently
being injected if the well is over 1, 200 feet deep.
About 70 percent of present wells inject waste at a rate less than 200 gpm
(15 Ips) and 86 percent less than 400 gpm (30 Ips). This is a relatively low
rate and should be expected as the range for future injection wells.
Distance of waste water travel was calculated for 143 (53.2%) wells for
which sufficient data was available to make such calculations. Two calcu-
lations were made to determine radial distance of travel without and with
dispersion. The radial distance of movement without dispersion was
determined from the equation:
16
-------
WELL COMPLETION DEPTHS (262 WELLS)
DEPTH # WELLS PERCENTAGE
0 - 1000 FT 20 7.6
1001 - 2000 56 21.4
2001 - 3000 33 12.6
3001 - 4000 34 12.8
4001 - 5000 39 14.8
5001 - 6000 44 16.7
6001 7000 18 7.2
7001 - 8000 12 4.8
8001 + 3 1.2
17
-------
(1) r =r"Qt"
Where: r = radial distance of travel (ft. )
Q = injection rate (cfs)
t = time since injection began (sec )
4 = 3.1416
b = acquifer thickness (ft)
0 = aquifer porosity.
This equation represents minimum distance of travel and was calculated
for 5, 10, and 50 years (Table 7). Within ten years, and in 97 percent of
the cases the waste water will have traveled not more than 3, 000 ft. (1, 000 m)
producing a cone of influence covering less one square mile. After 50 years
the waste water will have traveled less than one mile (1. 6 km) producing a
cone of influence less than 3 square miles in area.
The radial distance of travel with dispersion is slightly greater than
without and is calculated from:
(2 ) T = r + 2 .
Where: r" = radial distance of travel with dispersion (ft)
D= Coeffecient of dispersion (ft)
r = value from eq. (1)
(This equation is simplified from the solution to the differential equation for
radial dispersion and if for the point at which C/Co = 0. 002. )
No actual values for D are available for any existing injection wells, so
high values were used for limestone (65 ft) and sandstone (3 ft) as determined
by other field studies. The reliability of the calculation depends upon the
18
-------
TABLET
DISTANCE OF WASTE WATER TRAVEL CALCULATED FOR ACTUAL
CONDITIONS USING EQUATIONS (1) AND (2)
(148 WELLS)
WITHOUT DISPERSION 10 YEARS 50 YEARS
0-1000 FT 89 "1 34 '
1001 -2000 44 > 972% 45
2001-3000 11 J 27 } 97.2%
3001-4000 2 15
4001 - 5000 0 13
5001 - 6000 2 7
6001 - 7000 0 0
7001 - 8000 0 2
8001 -15,000 0 2
WITH DISPERSION
0-1000 FT 69 "1 23
1001 - 2000 58 > 96% 44
2001 - 3000 15 J 32 ^ 96%
3001 - 4000 2 17
4001-5000 1 11
5001 - 6000 0 10
6001 - 7000 2 1
7001 - 8000 0 2
8001 -15,000 0 3
19
-------
fact that there is no great difference in density or viscosity of the injected
fluid and the reservoir fluid, there is not a high rate of natural flow in
the aquifer, and the fluids are miscible. ' In cases where one or more of these
constraints is violated, the maximum distance of travel could be considerably
more than calculated.
In 96 percent of the cases 10 year estimated movement is less than 3000
feet (1, 000 m). After 50 years the distance of travel will be less than 6000
feet.
Following this section is the data collected and used in this compilation
and analysis. The information is separated by state and well identification
numbers follow the system developed by Warner (1972). For information
on recovering the data from STORET contact the STORET User Assistance
Group, Division of Monitoring and Data Support, EPA Headquarters.
20
-------
REFERENCES
Ballentine, R. K., Reznek, S. R., and Hall, C. W. , Subsurface
Pollution Problems in the United States, U.S. Environmental
Protection Agency Technical Studies Report
TS-00-72-02, Washington, D. C. (1972).
Donaldson, E. C., Subsurface Disposal of Industrial Wastes in
the United States, U.S. Bureau of Mines INformation
Circular 8212, 34 pp (1964).
Hanby, K. P., Kidd, R. E., and LaMoreaux, P. E., "Subsurface
Dispoal of Liquid Industrial Waste in Alabama - A Current
Status Report" Underground Waste Management and Artificial
Recharge Vol. 1, New Orleans, Louisiana, pp 72-90 (1973).
Ives, R. E., and Eddy, G. E. , Subsurface Disposal of Industrial
Wastes, Interstate Oil Compact Commission, Oklahoma City,
Oklahoma, 109 pp (1968).
Meers, R. J., "Design, Drilling and Completion, Operation, and
Cost of Underground Waste-Disposal Wells in Gulf Coast Region
of Texas and Louisiana, " Underground Waste Management and
Artificial Recharge Vol. 1, New Orleans, Louisiana, pp 337-345
(1973).
Rima, R. , et al, Subsurface Waste Disposal by Means of Wells -
A Selective Annotated Bibliography, U. £>. Geological Survey
Water-Supply Bulletin 1088, 65 pp (1959).
Todd, D. K. , Ground Water Hydrology, John Wiley and Sons, Inc. ,
New York, New York, 336 pp (1959).
U. S. Environmental Protection Agency, Ground Water Pollution
From Subsurface Excavation, EPA-430/9-73-012. Office
of Air and Water Programs, Washington, D. C. , 217 pp (1973).
Walton, W. C., Ground Water Resource Evaluation, McGraw-Hill
Book Company, New York, New York, 664 pp (1970).
Warner, D. L. , Deep-Well Injection of Liquid Waste, U. S. Public
Health Service Environmental Publication No. 999-WP-21,
55 pp (1965).
Warner, D. L. , "Deep-Well Waste Injection - Reaction with
Aquifer Water, " Proceedings, American Society of Civil
Engineers, Vol. 92, No. SA4, pp 45-69 (1966).
Warner, D. L. , Deep-Wells for Industrial Waste Injection in the
United States-Summary of Data, Federal Water Pollution
Control Research Service Publication No. WP-20-10, 45 pp (1967).
21
-------
Warner, D. L. , Survey of Industrial Waste Injection Wells,
3 Vols., Final Report, U. S. Geological Survey Contract
No. 14-08001-12280, University of Missouri, Rolla, Missouri
(1972).
Warner, D. L., and Orcutt, D. H., "Industrial Wastewater-
Injection Wells in United States-Status of Use and Regulation,
1973, " Underground Waste Management and Artificial Recharge
Vol. 2, New Orleans, Louisiana; pp 687-697 (1973).
22
-------
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.
23
-------
-------
Well Id. Code: AL-I
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Permit Status: PDR
Bucks, Alabama
Operating Company Name and Address; stauffer
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06
2. Latitude and Longitude; 30°58'25"'/88°oi'05ir~
Operational Status: Q_
(Year) 73
3. Well Location (Legal Description); 2056.3 ft. north of the south line and
868.2 ft. east of the west line, SE 1/4, Sec. 7, T1S, R1E ""
County; Mobile
State: Alabama
5. SIC Classification: 2879
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Industrial and agricultural chemical manufacturing
waste.
2.
3-
M.
5-
6,
7.
8.
9.
10,
Date Well Permitted; 2/69
Injection Rate; 72,000
Completed:
Injection Pressure; 310 psi
Total Depth of Well; 4300 ft.
Name, Age, and Depth of Injection Zone; Midway, Paleocene,
3880-3910 ft
Date Injection Began: (Day)
Total Volume Injected to Date:_
Date Injection Ceased: (Day)
(Month) 08
84,043,440 (2/72)'
(Year) 69
(Gallons)
(Month)
JYear).
Previous Mode of Disposal; Pumped into Cold Creek- « tributary of the
Mobile River
HI. GEOLOGIC INFORMATION
1, Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Alluvium
(b)
Age
Recent
Miocene Sands
Chickasaway
Byram-Bucatunno
Jackson
Moody's Branch"
Claiborne
Tallahatta
Wilcox
Nanafolia
Salt Mountain
Midway
Miocene
Oligocene
Oligocene
U. Eocene
U. Eocene
M. Eocene
M. Eocene
L. Eocene
L. Eocene
L. Eocene
Paleocene
(c)
Depth
0
400
1060
1150
1270
1390
1510
2080
2500
3220
3820
3880
(d)
Thickness
40
660
90
120
120
120
570
420
720
600
60
30
(e)
Llthologic Description
unconsolidated
sand
limestone
clay
limestone
sand
(a)
-------
WIC
AL-1
B. Geologic Description of Injection Unit and Other Possible Units
Injection
(1) 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 %
(9) Permeability, mlllidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Wilcox
3400
80
1418
1.0 psi/ft est.
0.82 psi/ft
Paleocene-Eocene
34
400
52
sands of extensive
areal distribution
various units
1200
2200
Tertiary
clays and sands
C. Chemical Characteristics of Formation Fluids:
chloride
saline - 88,000 t>pro
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth Thickness
Recent-Miocene 0 1200
Wilcox 2500 720
Midway 3880 30
Areal
Extent
Lithologic
Character
Fluid
Character
unconsolidated potable
extensive sand
saline
extensive sand
saline
5.
U. Mineral Resources in Area: Oil production from the following fields;
Citronella, South Carlton, and Tensaw Lake. Salt from the Mclntosh
salt dome
Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area: None
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); industrial and agricultural
chemical manufacture waste - alkaline wastewater containing small amounts of
chlorides and phosphorus
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1: 39.000
C. Specific Gravity: 1.036-1.112 average 1.06
D. Temperature: N/A
(b)
-------
WIC AL-1
3. Toxicity: 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:
None
7. Pre-injectlon Waste Treatment: Filtration
Hole
Size
15
9 7/8
Casing or Tubing
Weight and Grade
32.7#/ft, ]i-40_, ST&C
23///ft, J-55, ST&C
Size
10
7
3/4
Depth
Set
1238
4216
9.5#/ft, J7-40
4
1/2
3401
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 1" 3/4"-
250 sks 50-50 Litepoz w/4% gel, 3% CaCl, 225 sks 50-50 Litepoz w/ 4% gel and
3% CaCl, 200 sks Class H common w/ 3% CaCl. 7 inch casing - 2*76 sks 50-50"
Litepoz w/ 10%_ gel, 300 sks Class H common.
3. Well Head Equipment (Name and Models): Head, CM 10 3/4" OP 8RF x 7" OP w/
accessories. Head, T-16, 7" QD 8RD X 4 1/2" OP
4. lackers, Centralizers, and Other Subsurface Equipment: Centralizers for
10 3/4" casing at 1235. 1147. 945. 800. 754. and 612 feet. Packer - Baker
tnodel A-l Lak-set at 3393 feet.
5. Bottom Hole Completion; Perforations of 7 inch casing.
6. Hydraulic Fracturing, Acidizing Programs, etc.; Periodic acid treatment
necessary to maintain iniection capacity.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Holding tanks before and after filters.
2. Filters: Leaf type - 1 to 2 micron v;ith diatomaceous earth
(c)
-------
WIC AL-1
3. Pumps: Transfer and injection approx. 100 gpm
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) NOV.. 1969 Average 38 Maximum 74
June. 1970 66.4 81
" July. 1972 49.2 ~W
" Oct.. 1972 77.8
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) NOV., 1969 Average 258 Maximum 295
" June. 1970 324
" July. 1972 . 31.2
Oct.. 1072 A56
3. Annual Volume Injected, gal.
A. 192Z 27.713.520 B. 19 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Continuous monitoring of well head
pressure, flow to well, specific gravity, pH, and inner annulus ~
pressure.
B. Sampling Frequency and Water Quality Parameters Measured: Continuous -
pH. specific gravity, Cl, and phosphorus
C. Frequency of Measuring Water Levels and Hydrostatic Heads; injection
pressure monitored continuously.
2. ContiJieency Plan for Well Failure During Operation; surtace storage.
3. Regulatory Aspects^
A. Construction Requirements; All fresh water must be cased off and all
mineral resources must be"protected. Injection horizon must be
between aquicludes.
B. Monitoring Requirements: Continuous monitorinp of injection pressure,
flow to well, specific gravity, pH, inner annulus pressure.
C. Restrictions of Operation Procedures: Injection pressure may not exceed
.81 psi/ft. The environment nust be protected to the maximum extent
possible.
(d)
-------
Well Id. Code: AL-2
COMPILATION OF INDUSTRIAL AND MUNICIPAL
Permit Status:
PDR
Operational Status:
DN
Operating Company Name and Address: u.s. steel Corp., Fairfield Works.
Fairfield, Alabama
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06
2. Latitude and Longitude: 33°29I40"/86°57'4n"
(Year)
73
3. Well Location (Legal Description); 438.5 ft. east and 279.5 ft. south of the
NE corner, NW 1/4, SW 1/4, Sec. 10, T18S, R4W
County: Jefferson
State: Alabama
5. SIC Classification: 3323
II. GENERAL DATA ON WELL SHE
1. Type of Waste Injected:
FeSOA '
Pickle liouor waste - dilute
Fed? and
2.
3-
5.
6.
7.
8.
9.
10.
Date Well Permitted: 3770
Injection Rate; 150 gpm
Completed :
Injection Pressure: N/A
Total Depth of Well: 6060 ft
Name, Age, and Depth of Injection Zone: Chickamauga-Copper Ridge,
Date Injection Began: (Day) N/A (MonthT
Total Volume Injected to Date: N/A~
Ordovieian. 4643-6060 ft
(Year)
(Gallons)
_(Year)_
Date Injection Ceased: (Day) N/A (Month)
Previous Mode of Disposal: Surface stream - Opossum Creek a tributary to
the Black Warrior River
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Pottsville
Bangor
nartselle
Gasper
Tuscumbia
Ft. Payne
Red Mountain
Chickamauga
Copper Ridge
Knox
(b) (c)
Age Depth
Perms v Ivan i an 0
Mississippian
Mississippian
Mississippian
Mississippian
Mississippian
Silurian
Ordovieian
Ordovieian
Camb . -Ord .
3354
35/4
3755
3789
3897
4158
4643
4920
5400
(d)
Thickness
3354
220
181
34
108
261
485
277
1140
(e)
Llthologlc Description
siltstone, shale, coal
limestone, shale
sandstone
shale
limestone
limestone, chert
sandstone, limestone
dolomite
dolomite
dolomite
(a)
-------
WIC
AL-2
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
flJ) Formation Fluid Pressure, psi
(5) Lithos tat ic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Red Mt. Knox
4415 5550
215 220
970
Sils Camb-Ord.
fracture
fracture
sandstone and
dolomite extensive
1200
3200
Penn-Miss,
shale, limestone,
sandstone -
extensive
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Pottsville
Depth
0
Area!
Thickness Extent
1200
Llthologic
Character
siltstone
Fluid
Character
fresh to brackish
. Mineral Resources in Area: Coal, iron ore, and limestone are mined in the
immediate area.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; None
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Spent steel
liquor. Primarily FeC^ or FeSO^ depending on the process that is used,
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A _
B. Cone. Dissolved Solids, mg/1; N/A
C. Specif ie Gravity: N/A _
D . Temperature : N/A _
E- pH: N/A
-------
WIC AL-2
3. Toxicity: 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:
N/A
7. Pre-injectlon Waste Treatment; Decanting, skimming, two stage filtering.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 20 65// H-40 64
Intermediate 13 3/4 32.75# n-40 10 3/4 1110
9 5/8 26.4# N-80 7 5/8 4415
Injection tubing 2 7/8 4434
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
_ - cemented to top; 10 3/4 casing - cemented to surface; 7 5/8 casing-
cemented 2720-4415 feet.
3. Vfell Head Equipment (Name and Models); 7" x 4 1/2" Type 25 tubing head to
accomodate a 4 1/2" diameter fibercast tubing.
4. Packers, Centralizers, and Other Subsurface Equipment: Centralizers at
1094. 1066. 864. 737. 585. and 377 feet. Cement basket at 377 ft.
5. Bottom Hole Completion; Acidized and swabbed 5525-6060 ft. open hole.
6. Hydraulic Fracturing, Acidizing Programs, etc.: 5,ooo gals. HCI
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Small storage tank for filtered wastewater.
2. Filters: Rough filtering through ««nd and/or anthracite. Second stage
filtering through diatomaceous earth leaf-type.
(C)
-------
WIC AL-2
3. Pumps: 150 gpm and 1600 psip. Annulus water pump.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) N/A Average Maximum
II
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; Continuous well head monitoring of injection
temperature, pressure, volume, rate, and annulus pressure - continuous
water level record of monitor wells. ±
B. Sampling Frequency and Water Quality Parameters Measured; Monthly sample
from monitor water well, 90 day deep injection monitor well sample,
springs + veils within 2 mi. radius 90 days.
C. Frequency of Measuring Water Levels and Hydrostatic Heads: Continuous
2. Contingency Plan for Well Failure During Operation: Surface storage and
present acid neutralizing plant.
3. Regulatory Aspects
A. Construction Requirements; As constructed - all surface water cased off
and all mineral or potential mineral resources protected.
B. Monitoring Requirements; Fresh water zones, injection rate and pressure
and casing, tubing, and annulus pressure.
C. Restrictions of Operation Procedures; Only spent pickling liquor must
be disposed. 0.81 psi/ft/
-------
Well Id. Code:
Al-3
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status:
Operating Company Name and Address:
Operational Status:
o
Reichhold Chemical Company, Tuscaloosa,
Alabama
I. GENERAL IDENTIFICATION DATA
1.
2.
3.
Entry Date of Data: (Day) (Month)
Latitude and Longitude: 33" - 15' - 05""
(Year)
7 87° - 28' - 24"""
Well Location (Legal Description); ^Northeast 1/4 sec. 3, T. 21S, R 9W about
7 miles northeast of the center of Tuscaloosa near Holt, Alabama
County: Tuscaoosa
State : A.1 ab ama
5. SIC Classification:
2899
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: waste water containing sodium sulfite and sulfate,
phenol, caustic, and traces of organic, chemicals
2.
3.
l*.
5.
6.
7.
8.
9.
10.
Date Well Permitted:
Injection Rate: N/A"
8/70
Completed :
N/A
Injection Pressure:_
Total Depth of Well: ____^__^___^_
Name, Age, and Depth Of Injection Zone: undifferentiated, silurian-
809 7
ordovician6070 - 7480
N/A
Date Injection Began: (Day) N/A (MonthT
Total Volume Injected to Date:
Date Injection Ceased: (Day)
Previous Mode of Disposal:
(Year)
(Gallons)
(Month)
Black Warrior River
_(Year)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Ifriits Penetrated by Well
(a)
Name
Pottsville
Parkwood
Floyd
Ft. Payne
Chattanooga
Pre-Chattanooga
undifferentiated
undifferentiated
Knox Group
(b)
Age
Pennsylvania!!
Mississippi an
Mississippian
Mississippian
Devonian
Devonian
Silurian
Ordovician
Cambrian-Ord
(c)
Depth
80
4390
4865
5630
5825
5870
6070
6634
7480
(d)
Thickness
475
765
1.95
45
200
564
846
(e)
Llthologlc Description
sand, shale, siltstone
shale, siltstone
shale, limestone
limestone, chert
shale, cherty limestone
shale, cherty limestone
limestone
dolomite - limestone
dolomite - limestone
(a)
-------
WIC
Al-3
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinlnz Bed_
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(1) Formation Fluid Pressure, psi
(5) Llthostatic Pressure, psi
(6) ftrdrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millldarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
undif ferentiated
6070
1410
3200
1.0 psi/ft. est.
0.8 psi/ft.
Silurian-Ordovociai
1.5-3.0
Fracture Permeabil
74°C @8050
sandstone, dolomit
limestone, porous
Chat. & Pre-Chat. Sha]
4390
1700
i Devonian
ty
.c shale, limestone
:one
C. Chemical Characteristics of Formation Fluids; From 6986-7465 feet level
Ca-6600ppm. Mg-1600 ppm, Na-25000 ppm, K-1040 ppm, Cl-563,000 ppm
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Pottsville
Depth
0
80
Thickness
80
2920
Area!
Extent
Extensive
Lithologic
Character
Limestone &
sandstone
Fluid
Character
Dolomite
fresh
fresh
Mineral Resources in Area: coal beds occur in the Pottsville formation
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area; Nonev
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): wastewater containing
sodium sulfite and sulfate, phenol, caustic, and traces ot organic
chemicals
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1: NTT
C. Specific Gravity: N/A
D. Temperature: N/A
E. pH: N/A
-------
WIC Al-3
3. Toxiclty: Phenol fatal at 1.59m total dose
sodium sulfite possibly toxic at high concentrations
1*. Reactivity with Surface Equipment Components; Possible corrosion in caustic
solution .
5- Degradability Level and Rate; Possible breakdown of phenol and organics
(Degradation of phenol and organics may occur utilizing S0,= and SO -
as electron sources.) .
6. Biological Level at Injection and Estimated Biological Level After Injection:
Bacteria may be inhibited by phenol (destroyed at high phenol
concentrations)
7. Pre-injection Waste Treatment; N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Hole
Size
20
13 3/4
9 5/8
Casing or Tubing
Weight and Grade
H-40 65///ft.
H-40 33#/ ft.
K-55 26#/ft.
H-80 6.4#/ft.
Size
16
10 3/4
7
2 7/8
Depth
Set
45
1220 .
5920
5923
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 16 inch
casing - 150 sks Port A & Pozmix; 10 3/4 inch casing - 500 sks litewate
cement; 7 inch casing - bottom to 4150 ft. cemented
3« Well Head Equipment (Name and Models): N/A
Packers, Centrallzers , and Other Subsurface Equipment; Baker tubing anchor
at bottom of tubing string, centralizers for each casing string. _
5. Bottom Hole Completion; open hole - permeable zones are at 6620-6670 and
7036-7230 _ _
6. Hydraulic Fracturing, Acidizing Programs, etc.: None
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(c)
-------
WIC A1~3
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) KM Average Maximum
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: continuous monitoring of injection
prpgg, raging - tubing annultis press. pH. flow rate, spec, gravity;
use of corrosion tags, seismic 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: Surface storage
3. Regulatory Aspects
A. Construction Requirements; All fresh water cased off. All mineral
resources protected.
B. Monitoring Requirements: Max, pressure gradient of 0.65 per foot of
depth
C. Restrictions of Operation Procedures: N/A
(d)
-------
Well Id. Code:
Al-4
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Permit Status: PDR
Operating Company Name and Address:
I. GENERAL IDENTIFICATION DATA
_ Operational Status:
Ciba-Geigy Inc.
DN
Mclntosh, Alabama
1. Entry Date of Data: (Day) 01 (Month) oe _ (Year) 73
2. Latitude and Longitude: 31° - ie' - 45" / 87" - 59' - 32.4"
3. Well Location (Legal Description): Sec. 4.1. T4N. Riw
County t Washington
State: Alabama
5. SIC Classification:
2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: dilute hydrochloric acid and other organic and
2.
3-
J».
5.
6.
7.
8.
9.
10.
inorganic wastes including diazines, chlorobenzilate
Date Well Permitted: 10/31/70 Completed:
Injection Rate: lotio gpm
Injection Pressure: N/A
Total Depth of Well: 7513
, and triazines
Name, Age, and Depth of Injection Zone: Wilcox Group, Eocene,
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: Alabama River
(Year)
(Year)
2340-4260
(Gallons)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Undifferentiated
Jackson Group
Claiborne Group
Tallahatta
Wilcox Group
i-i-Liiway Group
selma Group
Eutaw "~
Tuscaloosa Group
(b)
Oligocene
Eocene
Eocene
Eocene
Eocene
Eocene
Cretaceous
Cretaceous
Cretaceous
(c)
Depth
1050
1230
1440
2160
2340
4260
4710
6150
(d)
Thickness
180
210
720
180
1920
450
1440
690
6840
(e)
Lithologic Description
clay, sand, shale,
clay, sand, shale
clay, sand, shale
claystone, shale
shale, limestone
limestone, sandstone
chalk
sand, sandstone, shale
sand, gravel, shale
(a).
-------
WIC
Al-4
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
C*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
Wilcox Group '
3827 - 3947
120
0.45 psi/ft. est.
1.0 psi/ft. est.
appro*. 0.82 psi/i
Eocene
28%
67°C (? 7514
sand, sandstone
extensive
Tallahatta
2160 - 2340
180
t.
Eo cene
shale, limestone, marl
extensive
C. Chemical Characteristics of Formation Fluids:
chlorides 6.5%, Na 4%, sulfate 6% "
saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Miocene
Depth
Alluvium
Area! Llthologic Fluid
Thickness Extent Character Character
550extensive sand, gravel good
"TTK5
variable sand, gravel good
Mineral Resources in Area: Citronella, South Carlton and Tensaw Lake oil
fields; limestone, lignite, salt
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area;
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): dilute hydrochloric acid
and other organic and inorganic wastes including diazine, chlorobenzilate,
and triazines volume 1000 gpm
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; None
B. Cone. Dissolved Solids; mg/1; 35.446
C. Specific Gravity: approx. 1.0
D. Temperature: ambient
E. pH; 7.4
(b)
-------
WIC
3. Toxiclty: Diazine fatal to humans -0.4 mg/kg.
chlorobenzilate (chlorinated hydrocarbon Insecticide) -highly toxic
*1. Reactivity with Surface Equipment Components: Possible corrosion in
diluate HC1 _
5. Degradabillty Level and Rate; Chlorinated hydrocarbons highly resistant
to degradation _
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably none - material injected highly toxic and probably destroys all
bacteria injected with wastes
7. Pre-injection Waste Treatment: Settling ponds , filtered to remove solids
larger than 3 fl.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface "55ffIF1" TOT3
Intermediate 517* 10 3/4
Injection 3.7ff fiber glass 4 1/2"
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; Cement
plug from 4250 to 3935, 20" conductor cemented from 1063' to surface, long
string cemented from 3827 to surface. Dow acid proof cement Jrrom 3b^b to
3578'
3. Well Head Equipment (Name and Models): injection press-gage, n" Master
Valve . ' ~
Jj. Packers, Centrallzers, and Other Subsurface Equipment: Liner hanger
3628
5. Bottom Hole Completion: 5 - 9/1.6" OTD 180' schedule 40 "C" - 276 ~~
hastelloy screen lineiT,gravelpack 20" open hole plugged back to 3947'
6. Hydraulic Fracturing, Acidizing 'Programs, etc.; 5QQQ gals. HCI acid
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters: N/A
(c)
-------
WIC Al-4
3- Pimps: 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 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: 6 per strip chart for continuous records
of injection pressure, annulus pressure, effluent pH,flow rate,
specific gravity, interface monitor
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: Surface storage
3. Regulatory Aspects
A. Construction Requirements; All fresh water must be cased; all
mineral resources protected.
B. Monitoring Requirements: N/A
C. Restrictions of Operation Procedures: u*y not exceed traccure
pressure
(d)
-------
Well Id. Code:
Al-5
COMPILATION OP INDUSTRIAL AND MUNICIPAL
THE UNTIED STATES
INJECTION
Permit Status: PDR
Operational Status:
DN
Operating Company Name and Address: ciba-Geigy inc.
Mclntosh, Alabama
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06_
2. Latitude and Longitude: 3l016I47"/87059f44"
(Year) 73
3. Well Location (Legal Description): Sec. 4.1, T4N, Riw
County; Washington
State: Alabama
5. SIC Classification; 2899
II. GENERAL DATA ON WELL SITE
1.
Type of Waste Injected: Same as Al-4 well //l
Dilute hydrochloric acid with other inorganic and organic including
2.
3.
M.
5.
6.
7.
8.
9.
10.
diazines chlorobenzilate and triazines
Date Well Permitted: 6/71 Completed:
Injection Rate: 1000 gpm
Injection Pressure: N/A
Total Depth of Well: 2500
Name, Age, and Depth of Injection Zone: wilcox Group, Eocene,
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: Holding Ponds and Tombighee River
2340-4260
(Gallons)
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d)
Name Age Depth Thickness
Undifferentiated Oligocene 1050 180
Jackson Group Eocene 1230 210
Claiborne Group Eocene 1440720
Tallahatta Eocene 2160 180 '
Wilcox GroupEocene23401920
(e)
Lithologic Description
clay, sand, shale
clay, sand, shale
clay, sand, shale
claystone, shale
shale, limestone
(a)
-------
WIC
Al-5
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Confinirwr Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
Of) 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 Areal
Distribution
Wilcox-Claiborne
2000 - 2296
296
0.45 psi/ft. est.
1.0 psi/ft. est.
approx. 0.82 psi/fl
Eocene
32
38°C (? 1023'
shale, limestone.
sandstone, marl
extensive
Claiborne Group
1760 - 1970
210
Eocene
shale, limestone,
marl
extensive
C. Chemical Characteristics of Formation Fluids:
78,000 ppm
Chloride 74,000 -
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Miocene
Alluvium
Depth
to 550
0-100
Thickness
550
0-100
Areal
Extent
extensive
variable
Lithologic
Character
sand & gravel
sand, silt,
Fluid
Character
good
good
Mineral Resources in Area: Citronella, South Carolton, and Tensaw
Lake oil fields, limestone; lignite, salt
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; None
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Dilute HCI, inorganic and
organic wastes including diazine, chlorobenzilate, and triazines~~~~
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; None
B. Cone. Dissolved Solids, mg/1;35,446
C. Specific Gravity: Approx. i.o
D. Temperature: Ambient
E. pH: 7.4 ~
(b)
-------
WIC
Al-5
3. ToXJClty:
fatal to humans - 0.4 me/kg
Chlorohenzilate (chlorinated hydrocarbon insecticide") - highly
4. Reactivity with Surface Equipment Components: Possible corrosion in
' dilute HCl
5. Degradabillty Level and Rate; Chlorinated hydrocarbons highly resistant
to degradation
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably none-material injected highly toxic and probably destroys all
bacteria injected with wastes.
7. Pre-injection Waste Treatment; settling ponds, filters to 3 microns,
biocide treatment
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 960 sacks
of class H with 4% gel 500 sacks class H with 2% CaCl - 200 sacks
class A with 3% CaCl - 600 sacks of Trinity tite wate 145 sack cement
plug. _^
3. Well Head Equipment (Name and Models): N/A
Hole
Size
17 1/2"
12 1/4"
Casing or Tubing
Weight and Grade
54.5 ///ft.
43.5 #/ft.
Size
13-3/8
9-5/8
Depth
Set
1017
2000
23 #/ft.
7
1885
. Packers, Centralizers, and Other Subsurface Equipment: Packer set @ 1885
5. Bottom Hole Completion; 253 feet of 2.0 gavel screen and 154 feet of
blank pipe was set from 1889 feet to 2296 and gravel packed in 17 inch hole
6. Hydraulic Fracturing, Acidizing Programs, etc.: Acidized with 5QQQ gals of
super mud acid
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters:
N/A
(0
-------
WIC__ Al-5
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 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: 5 pen strip chart for inj. pressure,
casing-tubing annulus, effluent pH, rlow rate, specific gravity
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; Surface storage
3. Regulatory Aspects
A. Construction Requirements; All fresh water must be cased off; all
mineral resources protected
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures: Must not exceed fracture press^
(d)
-------
Well Id. Code: AR-l
COMPILATION OF INDUSTRIAL AND MUNICIPAL
PIJECTION WETJ-g IN THE UNTIED STATES'
Permit Status: PDR Operational Status: o_
Operating Company Name and Address; Great Lakes chemical Corp.
P'.O. Box 1878 - El Dorado. Arkansas 71730
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) Ql (Month) 06 (Year) 73
2. Latitude and Longitude: 33"ii /92042'10TT'
3. Well Location (Legal Description): 280 FWL 29FNL SE 1/4 NWI/A SEI/A
Sec. 1, 18S 16W
M. County: Union State: Arkansas
5. SIC Classification: 2819
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected:
2. Date Well Permitted: 4/71 Completed;
3. Injection Rate: l.42
Injection Pressure: 60
5. Total Depth of Well: 2922
6. Name, Age, and Depth of Injection Zone: Lower Graves, Creataceous
2714 - 2769
7. Date Injection Began: (Day) (Month) (Year) 71
8. Total Volume Injected to Date: 4,680,000 (GallonsT
9. Date Injection Ceased: (Day) "N?A (Month) (Year)
10. Previous Node Of Disposal: Retention in pond
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
N/A
(a)
-------
WIC
AR-1
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit;
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
t^) Formation Fluid Pressure, psl
(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
Lower Graves
2714
55
Unoer Creataceous
Continuous
Sandstone
Shale
C. Chemical Characteristics of Formation Fluids: Brine
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name ' Depth
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 Hydrologlcally Affected Area: None
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Sulfuric acid from
methyl bromide acid scribber and methyl bromide tail acid
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity: 1.2
D. Temperature: 80
E. pH: .1
(b)
-------
WIC
AR-1
3. Toxicity: Toxicity of l^SO^ arises from pH changes produced by the acid
Reactivity with Surface Equipment Components;
No reaction with surface equipment
protective equipment usea
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; Filtration
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
ectlon
Hole
Size
TT^IA
Casing or Tubing
Weight and Grade
3227//ft
. H-40
Size
T^sTs
Depth
Set
1032
8-1/2
8-1/2
155 + 1
5.5#/Ft
7#/ft. J-55
. Fibercast
5-1/2
5-1/2
2604
3010
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 400 sks
50/50 doz. 1100 sks neat. - 1032
1st stge - 2139 gal. HLxll6
2nd stge - 470 sks Hall It. with 3% salt - 3010
3. Well Head Equipment (Name and Models); Hinder Liter Head
. Packers, Centralizers, and Other Subsurface Equipment: None
5. Bottom Hole Completion: Set thru Notch Fibercast Injection Zone
6. Hydraulic Fracturing, Acidizing Programs, etc.; 500 gal. HF Acid
VI. DESCRIPTION OF SURFACE EQUIPMENT
1-500 gal. Fiberglass tank
1. Holding Tanks and Plow Lines:
1-1/2" Polypropylene lines
2. Filters; Cartridge
(c)
-------
WIC_ AR-1
3. Pumps: Centrifugal injection pump
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Variable Maximum 30
it
M
II
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 12/31/72 Average 10 Maxinum 10
it
it
3. Annual Volume Injected, gal.
A. 19_72 12QfOQO.OOO B. 19_71 300,000,000 C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Anode System on tubing
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: Folding tanks
3. Regulatory Aspects
A. Construction Requirements; State has no formal requirements
B. Monitoring Requirements: N/A
C. Restrictions of Operation Procedures: N/A
(d)
-------
Well Id. Code:
co-l
COMPILATION OF INDUSTRIAL AND MUNICIPAL
VFT.T.S TM
TTNTTOH
Permit Status: PDF
Operational Status:
NOP
Operating Company Name and Address: U.S. Corp of Engineers and Chemical Corp
Rocky Mountain Arsenal. Colorado
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) 01
2. Latitude and Longitude: N/A
(Month) _ 06_
(Year) 73
3. Well Location (Legal Description): NW 1/4, NE 1/4, Sec 26, T2S, R67W
County: Adams
State: Colorado
5. SIC Classification:
2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Chemical wastes.
2. Date Well Permitted: N/A
3. Injection Rate: 200 gpm
4. Injection Pressure: 550 j>si
5. Total Depth of Well: 12.045 ft
Completed :
6. Name, Age, and Depth of Injection Zone: PreCambrian, 11950 ft.
7. Date Injection Began: (Day)
(Month) 11 (Year) 61
8. Total Volume Injected to Date: 165,000,000 (Gallons)
9. Date Injection Ceased: (Day)
10. Previous Mode of Disposal: Seepage
(Month) 02 (Year) 66
ponds
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Fox Hill
Pierre
Hygiene
Niobrara
Benton
Muddy
Dakota
Lakota
Morrison
Lykins
Fountain
(b)
Age
Cretaceous
Cretaceous
Cretaceous
Cretaceous
Cretaceous
Cretaceous
Cretaceous
Cretaceous
Jurassic
Triassic
Pennsylvanian
Pre Cambrian
(c)
Depth
0
1,250
5,448
7,710
8,000
8,345
8,445
8,745
8,786
8,976
9,582
(d)
Thickness
1_,250
4,198
2,262
290
345
100
300
41
190
610
2,382
11,950
(e)
Lithologic Description
sandstone
shale
sandstone
shale
shale, limestone
sandstone
sandstone
sandstone
shale
sandstone
conglomerate
schist, gneiss
(a)
-------
WIC
CO-1
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Fbrmation Fluid Pressure, psi
(5) Llthostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, rainidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
11,950 '
4^653
.416 psi/ft est.
PreCambrian
2
116°
hornblende granite
gneiss
*
C. Chemical Characteristics of Formation Fluids: Brine at 114° C
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Fox Hills
Depth
0
Area!
Thickness Extent
Lithologic
Character
1250
extensive sandstone
Fluid
Character
good
Mineral Resources in Area: Oil is produced from the Dakota and Muddy in the
Denver Basin.
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); Ammonia, nitrates,
chlorides, chlorates, chlorinated hydrocarbons, and organic phosphorus
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: 8.0
N/A
N/A
(b)
-------
WIG CO-1
3. Ibxlclty: 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-injection Waste Treatment: Settling, filtration, and addition of
bacteria killing agent.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
InternEdiate
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 20 inch
casing - cement + 2% CaCl2; 13-3/8 inch casing - 2020 sks Pozmix; 8-5/8
Inch casing - 2550 sks 50-50 Pozmix; 5-1/2 inch casing - Pozmix + 6%
Bentonite.
3. Well Head Equipment (Name and Models): N/A
Hole
Size
20
17-1/2
11
Casing
Weight
or Tubing
and Grade
Size
20
13-3/8
8-5/8
5-1/2
Depth
Set
2,000
11,171
9,000
Packers, Centrallzers , and Other Subsurface Equipment; Baker model D packer
at 9011 ft.; 2 centralizers on 8-5/8" casing at 4507 ft. and 9866 ft. _
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; 4 inch flow line, 90 acre asphalt lined
lake, 12000 gal, concrete presedimentation tank, and 30000 gal clarifier.
2. Filters: 2 - US Filtre Co. leaf filter
(O
-------
WIC CO-1
3. Pumps: 2 - single stage centrifugal lift pumps, 4 - Worthington positive
displacement pumps to protect against water hammer.
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: Seismic monitoring from several locations,
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; Seismic monitoring
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: CO-2
COMPILATION OP INDUSTRIAL AND MUNICIPAL
STA1
INJECTION
Permit Status:
PDR
Operational Status: NOUF
Operating Company Name and Address; shell Oil Company
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06_
2. Latitude and Longitude: N/A
1700 Broadway - Denver, Colorado
(Year) 73
3. Well Location (Legal Description); 250 ft. east and 110 ft. south of
west I/A corner of Sec 28, T1S, R97W
County :
Rio Blanco
State:
Colorado
5. SIC Classification: 2911
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Waste water from an experimental pilot project,
2. Date Well Permitted:12/1/70
3. Injection Rate; 42 gpm
Completed:
_
Injection Pressure; 350 psi
5. Total Depth of Well; 1500 ft.
6. Name, Age, and Depth of Injection Zone: Green River", Tertiary
1445 ft.
7. Date Injection Began: (Day) 01 (Month) 01
8. Total Volume Injected to Date": N/A
9. Date Injection Ceased: (Day) 31
10. Previous Mode of Disposal: None
(Month) 12
(Year)
71
(Gallons)
TYear)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Green River
(b) (c) (d) (e)
Age Depth Thickness Lithologic Description
Tertiary 12~0~ 2T)OT5shale, si It stone
(a)
-------
WIC
CO-2
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnine Bed
(T) Tfeme
(2) Depth (Ft.)
(3) Thickness (Pt.)
(4) Formation Fluid Pressure, psi
(5) Hthostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(B) Porosity %
(9) Permeability, raillidarcies
(10) Fteservolr Temperature, °C
(11) Character and Area!
Distribution
Green River
1445
40
580 at 1250 ft.
1.0 psi/ft est.
1566
Tertiary
30
30°
leached zone
Green River
«
Tertiary
shales
C> Chemical Characteristics of Formation Fluids: TDS = 84,000 ppm
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources In Area: Extensive petroleum deposits in the basin in
the form of oil shale, sodium minerals such as Dawsonite and Nahcolite
are found in the lower portion of the Green River.
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 an experimental
oil shale pilot project - brine solution containing NaCO^ and NaHCOQ
as principal salts.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1:" 150,000
C. Specific Gravity: N/A
D. Temperature: N/A '^
E- PH: N/A
(b)
-------
WIG CO-2
3. Toxicity: N/A
. Reactivity with Surface Equipment Components; isr/A
5. Degradabillty Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-lnjectlon Waste Treatment; Settling of suspended solids and possible
filtration and dilution if necessary
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 12-1/4 9-5/8 182
Intermediate 8-3/4 20# K-55 7 1100
Injection 6 _ EUE tubing 3-1/2 1100
Other 5-1/2
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. Vfell Head Equipment (Name and Models): N/A
ij. Packers, Centralizers, and Other Subsurface Equipment: Tension packer
at 1900 ft.; Baker lock set packer at 1127 ft.; pressure gage is used on
the well head.
5. Bottom Hole Completion: Open hole completion to 1240 ft. Slotted ~"
5-1/2 inch casing at the bottom 50 ft. of hole.
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; 100 barrel surge tank and 7,500 barrel
lined sump pit
2. Filters:N/A
(cj
-------
WIC CO-2
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 1/6/71 Average 42 Maximum_
2/1/71 42 63
2. Injection Pressure, psl (During life of Well to Present)
Date(s) 1/6/71 Average 108 Maximum
2/1/71 260
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Rate of injection, volume, pump and
casing pressure, and chemical character of waste recorded daily -
Monthly reports to Water Pollution Control Commission.
B. Saiqpling Frequency and Water Quality Parameters Measured: Samples of
wastes analyzed weekly; water quality of domestic well and nearby
stream analyzed monthly.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation: Waste diverted to
15,000 barrel pit lined with impermeable membrane.
3. Regulatory Aspects
A. Construction Requirements;
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures; Total volume not to exceed
150 acre-feet; pump pressure not to exceed 350 psi.
(d)
-------
Well Id. Code:
CA--1
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STAT
Permit Status: PDR
Operational Status:
Nul'P
Operating Company Name and Address; Aerojet-General Corporation
P.O. Box 1947 - Sacramento, California
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 02 (Month) 11
2. Latitude and Longitude: 38-37'25"/i2i°i2'30"
(Year) 72
3. Well Location (Legal Description): Sec. 32, T9S, R?E
County: Sacramento
State:California
5. SIC Classification: 28ZT
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Nitroplasticizer production waste
3/62
2. Date Well Permitted:
3. Injection Rate; 5.000.000 gpv
Completed:
Injection Pressure; Vacuum
5. Total Depth of Well; l.SeTrcr
6. Name, Age, and Depth Of Injection Zone; Mehrten, Miocene-Piocene 14(HT
(MonthT
7. Date Injection Began: (Day)
8. Total Volume Injected to Date;
9. Date Injection Ceased: (Day) 11 (Month)
10. Previous Mode of Disposal: N/A "
01 (Year)
1/66 to 7/68
63
(Gallons)
TYear),
68
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Victor
Laanna
Menrton
(b)
Quaternary
Tertiary-quaternary
Miocene-Piocene
Creataceous
(c)
Depth
(d)
Thickness
430
(e)
Lithologic Description
silts , sands, gravels
silts, sands, gravels
sandstone, siltstone,
consolidated sedimentary
and igneous rocks
(a)
-------
WIC
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(H) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
C6) Ifydro fracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millldarcies
(10) Reservoir Temperature , °C
(11) Character and Area!
Distribution
Mehrton
1400
430
400 psi at 941 ft.
1.0 psi/ft est.
0.8 psi/ft est.
Miocene-Fiocene
14°
Sandstone, siltsto
Conglomerate, tuff
Exten. greater th
930
430
le Sandy siltstone
-breccia
in 5-10 miles
C. Chemical Characteristics of Formation Fluids; Brackish-pH 8.0, about
300 ppm total chlorides and 800 ppm IDS
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Mehrton
Depth
300
Areal
Thickness Extent
240
Lithologic
Character
Fluid
Character
Mineral Resources in Area:
sandstone, siltstone
conglomerates, tuff-
breccias
Principal usable
acquiter
dredging has been done in this area
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area; No wells noted other than shallow
fresh water wells.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Nitroplasticer production
waste
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1:49,166
C. Specific Gravity:
D. Temperature:
E. pH; 9.4
N/A
N/A
0»
-------
WIC CA-1
3. Toxicity: Nitrite poisonous at high concentrations, accepted limit
2 mg/1, infant methemoglobinemia possible from high nitrate concentrations,
accepted limit 50 mg/1 - sulfatelimit 25 tng/1 for drining water
4. 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-injectlon Waste Treatment; Settling in a detention pond, filtration,
pH adjustment, and addition of corrosion inhibitor
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Surface
Intermediate 1 7
Casing or Tubing Depth
Weight and Grade Size Set
Casing 18 72
45.45 // seamless black steel 12 3/4 970
Injection
Other 17
8 5/8 1400
Drilled hole 1564
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 12 3/4
inch casing - 356 sks - permanent Class A cement premixed with 356 c.f.
perlite plus 4% bentonite gel + 58 sks neat cement; cement plug at 953 feet
3. Well Head Equipment (Name and Models); N/A
4. Packers, Centrallzers, and Other Subsurface Equipment: Packer set at 94iFt.;
casing centralizers on 12 3/4 inch casing at 250, 300, 725, and 93H ft.;
xvall scratchers on bottom joint of 12 3/4 inch
5. Bottom Hole Completion; Open hole below 1400 8 5/8 inch casing perforated.
6. Hydraulic Fracturing, Acidizing Programs, etc.: None
VI. DESCRIPTION OF SURFACE EQUIFMENT
1. Holding Tanks and Plow Lines: Detention pond
2. Filters:
(c)
-------
WIC_ CA-i
3. Pumps: Centrifugal pump with a maximum allowable well head injection
pressure of 50 psig
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) 1966 Average vacuum Maximum 24
"
1967 vacuum _____ 22
_ _ _____
1968 _ vacuum _ 14
-
3. Annual Volume Injected, gal.
A. 19_6J 1.463.720 _ B. 19_67 4,910,680 C. 19j>6 3,721,080
VIII. SAFETY IKPORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Continuous injection pressure and rate
while in operation. At present there is no monitoring and well
is inactive.
B. Sanpllng Frequency and Water Quality Parameters Measured: A "
report of waste water injected was submitted, but no system of
monitoring water quality is presently being conducted.
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
Weli
pressure was monitored continuously but at present well is capped
2. Contingency Plan for Well Failure During Operation: None
3. Regulatory Aspects
A. Construction Requirements; Constructed according to state of
California Department of Natural Resources, Division of Oil and Gas
B. Monitoring Requirements: Notify state of all significant changes
while in operation
C. Restrictions of Operation Procedures: None
-------
Well Id. Code: CA-2
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Permit Status ; PDR
Operational Status:
p_
Operating Company Name and Address: Fairchild Space and Defense Systems
Beale Air Force Base - Marvsville. Calif,
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) _ (Month)
2. Latitude and Longitude: 39"05'30"/l2i"25'38"
(Year) 72
3. Well Location (Legal Description);
SW Corner, Sec. A, T14N, R5E
2000 ft. North and 2260 feet east of
. County : Yuba
State ; California
5. SIC Classification: 3861
II. GENERAL DATA ON WELL SHE
1. Type of Waste Injected; Developers, fix solutions, hardeners, bleaches.
and wash waters from both color and black and white processes
2. Date Well Permitted; 10/15/65
3. Injection Rate: 400,000 gpd
Completed;
. Injection Pressure: N/A
5. Total Depth of Well; 1070 plugged back from 1110
6. Name, Age, and Depth of Injection Zone: wheatland, Eocene, loio - 1110
7. Date Injection Began: (Day) _ (Month) 06
8. Total Volume Injected to Date: N/A
"
9. Date Injection Ceased: (Day) "N/A (Month)
10. Previous Mode of Disposal: N/A
(Year) 66
____
( Gallons )~
(Year)
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Wheatland
(b)
Age
Cenozoic
Cenozoic
Cenozoic
Eocene
(c)
Depth
_0
396
550
732
(d)
Thickness
396
550
732
278
1100
1QQ
(e)
Lithologic Description
sand, gravel, silt, clay
sand, silt, clay _
clay and clayey silt
olive gray clay
_sand
(a)
-------
WIC
TA-?
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(H) Formation Fluid Pressure, psi
(5
(6
(7
Lithostatic Pressure, psi
Ifydrofracturing^ Pressure ^ psi
Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Wheatland
1010
100
.44 psi/ft. est.
1.0 psi/ft. est.
1.0 psi/ft. est.
Eocene
35
100 - 5000
Gray fi'ne-grained
silty sand in
extent
Undif ferentiated
400
700
Cenozoic
Clays and silts
C.
Chemical Characteristics of Formation Fluids;
Cl., 8400 mg/l Na, 3000 mg/l sulfate, 1600 mg/l Ca , pH 7.6
IDS 27664 mg/l, 14600 mg/i
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
396
Thickness
.90
154
Area!
Extent
Lithologic
Character
550
. Mineral Resources in Area: N/A
Fluid
Character
fresh
brackish
saline
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate fydrologically Affected Area: CA-3, CA-4 injection wells
IV. WASTE CHARACTERISTICS
1. Technical Description (Jncluding Radioactivity): Photo processing wastes
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/l: N/A
B. Cone. Dissolved Solids, mg/l:
C. Specific Gravity; N/A
D. Temperature: N/A
E. pH: N/A
-------
WIG CA-2
3. Toxicity: N/A
. 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:
N/A _
7. Pre-injection Waste Treatment: System to remove silver from waste prior to
injection _
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weiht and Grade Size Set
Surface TT^/4 48/H-40R 13-3/8 205
Intermediate 12-1/4 32? H-40R 8-5/8 980
lection 96.25// Lois stainless steel 6-3/8 1066
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 13-3/8
190 sks to surface, 12-1/4 450 sks
3. Well Head Equipment (Name and Models):
4. Packers, Centralizers, and Other Subsurface Equipment; 8-5/8" packer set
in the lower joint of the liner at 984; Type Baker Model AD tension packer
set with 10,000 Ib tension
5. Bottom Hole Completion; Liner-perforated, top at 979' bottom at 1070*
60 mesh perforations, 2" slots, 6" centers, 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: N/A
(c)
-------
WIC CA-2
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) X/A Average Maximum
II
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) N/A Average Maximum
it
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. 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; A ground water monitor well located 330 ft,
N and 460 ft. W of SE corner, Sec. 5, T14N, R5E
C. Restrictions of Operation Procedures: None ~
(d)
-------
Well Id. Code:
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNTIED STATES'
Permit Status; PDR Operational Status: o
Operating Company Name and Address; Fairchild Space & Defense Systems
Beale AFB. Marysville. California
I. GENERAL nEMTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) as (Year) 7?
2. Latitude and Longitude: 390n5'30"/l2l025'38"
3. Well Location (Legal Description): 2000 ft. north and 2260 ft. east of
SW corner, Sec. 4, T1AN, R5E.
4. County: Yuba State: California
5. SIC Classification: 3861
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Developers , fix solutions, hardeners, bleaches,
and wash waters from both color and black and white processes.
2. Date Well Permitted: Completed: 6/66
3. Injection Rate; 400,000
*. Injection Pressure: N/A
5. Total Depth Of Well; 11% Plugged back from 130A ft. _
6. Name, Age, and Depth of Injection Zone: wheatland. Eocene.
1010-1110 ft. _
7. Date Injection Began: (Day) _ (Month) 06 (Year) 66 ____ ~~
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. Litnology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
Cenozoic 0 396 sand, gravel, clay
Cenozoic 396 154 sand, silt, clay
Cenozoic 550 182 clay, silt
Cenozoic 732 278 clay
Wheatland Eocene 1010 100 sand
(a)
-------
WIC
CA-3
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) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Wheatland
1010
100
0.44 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Eocene
35
100-5000
gray fine-grained
siltv sand
Undifferentiated
400
610
Cenozoic
clav and silt
C. Chemical Characteristics of Formation Fluids; IDS 27664
Cl 14600 mE/1. Na 8400 mg/1. sulfate 3000 me/1. Ca 1600 mp/lr
-pH 7.6 _
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Depth
306
3%
550
Area!
Ihickness Extent
90
154
Lithologic
Character
Fluid
Character
f rf»sh
brackish
sal trip
. Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area: injection wells CA-2 and CA-4
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Photo nroress-tno
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B, Gone. Dissolved Solids - mg/1; N/A
C. Specific Gravity:
D. Temperature:
E. pH; N/A
N/A
N/A
(b)
-------
WIC CA-3
3. Toxicity; N/A
. Reactivity with Surface quipment 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-injection Waste Treatment; System to remove silver from waste prior
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 48# H-40R-3 13 3/8 207
Intermediate 12 1/4 32# H-40R-3 8 5/8 1096
lection
Other Liner 100.31 ft. long ss 6 5/8 1191
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
13 5/8" - 160 sks, 8 5/8 - 530 sks
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 OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters: N/A
(c)
-------
WIC CA-3
3. Pimps:
VII. OPERATION CHARACTERISTICS
I. 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_
VTII. 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. Restntctions of Operation Procedures:
(d)
-------
Well Id. Code:
COMPILATION OP INDUSTRIAL AND MUNICIPAL
TOE
INJECTION
Permit Status:
PDR
Operational Status:
Operating Company Name and Address; Fairchlid Space & Defense Systems
Beale Air Force Base. Marysville. Calif.
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) _
2. Latitude and Longitude: 39U05'30" /
( Month)
(Year) 72
3. Well Location (Legal Description); 2000 ft. north and 2260 feet east of
SW corner, Sec. 4, T14N, R5E
County:
State:
f!aH fnrnia
5. SIC Classification: 3861
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; developers, fix solutions, hardeners, bleaches
and wash waters from both color and black and white processes
2. Date Well Permitted;
3. Injection Rate; 400,000 gpd
Completed: ;:j/66
Injection Pressure ;
N/ A
5. Total Depth of Well; 1213 plugged back from 1289
6. Name, Age, and Depth of Injection Zone: vn^.tiar
7. Date Injection Began: (Day) (MonthT
8. Total Volume Injected to Date; N/A
9. Date Injection Ceased: (Day) (Month)"
10. Previous Mode of Disposal; N/A "
(Year) 66
(Gallons)
_(Year)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Wheatland
(b)
enozoic
(o)
Cenozoic
Cenozoic
Eocene
396
73T
1100
(d)
Thickness
396
550
278
100
(e)
Llthologic Description
sand, gravel, silt, clay
sand, silt, clay
clay and clayey silt
olive gray clay
(a).
-------
WIC
CA-4
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Confining Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
W Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raillidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Wheatland
1100
.447 ft. est
1.0/ft. est
1.0/ft. est
Eocene
35
ioo-5onn
srav fine-Erained
siltv sand
Undlfferentiated
400 *
Cenozoic
silt and clay
C. Chemical Characteristics of Formation Fluids; IDS 27664 mg/1 14600 mg/l
jne/1 Na 3000 me/1 sulfate. 1600 me/I Ca. pH 7.6
3. Geohydrology of Fresh Water and Other Useful Aquifers
Area! Lithologic Fluid
Name Depth Thickness Extent Character Character
306 90
396 150
550
fresh
brackish
brine
I. Mineral Resources in Area; N/A
5. Location ofOtherwells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Arearc injection wells CA-2 and cA-3
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Photo processing wastes
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity; N/A ~
D. Temperature: N/A
PH;
(b)
-------
WIC CA-4
3. Toxicity:__M/A
**. Reactivity with SurfaceEqulpment Components:
*
5. Degradabillty Level and Rate;
6. Biological Level at Injection and Estimated Biological Level After Injection:
fl/A
7« Rreinj ectlon Waste Treatment; elaborate system to remove silver from
waste prior 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 13-3/8 212
Intermediate 12-i/A 8-5/8 1095
lection
Other Liner 108.42 ft long 6-5/8 1203
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. Vfell Head Equipment (Name and Models): N/A
. Packers, Centrallzers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion; Liner (bottom to top) 20' perforated 10' semiperforated,
10* blank, 60* perforated, 5* blank, 1* perforated, 5' blank gravel pack-58 cu 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
(c)
-------
WIC CA-4
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Ejection 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_ 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: CA-5
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES'
Permit Status: FDR Operational Status: p_
Operating Company Name and Address; E.I. DuPont de Nemours and Company
P.O. Box 310 - Antioch. California
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 02 (Month) 11 (Year) 72_
2. Latitude and Longitude: 38000'30"/l2i°44t40"
3. Well Location (Legal Description): N/A
4. County: mnt-r* rn«t-a State; California
5. SIC Classification; 3332
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Comprised mostly of hydrocarbons which are
gaseous at surface conditions and partially liquified at well formation
conditions.
2. Date Well Permitted; l/10/69 Completed;
3. Injection Rate: N/A
4. Injection Pressure; N/A
5. Total Depth of Well: 6800 ft.
6. Name, Age, and Depth of Injection Zone: Upper Meganos Sand, Paleocene ~
6100 - 6325 ft.
7. Date Injection Began: (Day) 10 (Month) 01 (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
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
Domegine Eocene 4390 220 sand
Eocene 4610ITSshale
Capay Eocene 4720 150 sand
Eocene 4870 980 shale
Upper Meganos Paleocene 5950 375 sand
Paleocene 6325 IbS shale
Lower Meganos Paleocene 6490 150 sand
(a)
-------
WIC
B. Geologic Description of Injection Unit and Other Possible Units
Injection
Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(H) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturlng Pressure, psi
(7) Age of Unit
(B) Porosity %
(9) Permeability, millidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Upper 1'teganos Sand
6490
150
Paleocene
63°
Sand
Shale
6325
165
Paleocene
Shale
C. Chemical Characteristics of Formation Fluids:
N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Area!
Thickness Extent
Llthologic
Character
Fluid
Character
N/A
Mineral Resources in Area: none
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; Rio Vista Gas Field-Hamilton, Domengine,
Oakley Gas Fields Dutch Slough Gas Field
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): hydrocarbons including ethane,
ethvlene. britane
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1;N/A
N/A
D. Temperature: N/A
E. pH; N/A
-------
WIC C__5
3. Toxlcity: Possible contamination of ground water by hydrocarbons making
its ingestion unpleasant, toxicitv data unavailable.
i*. Reactivity with Surface Equipment Components: none ~
5. Degradabllity Level and Rate; Possible oxidation of some of the hydrocarbons
under pressure
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection, aerobic bacterial activity possible using
On and hydrocarbons
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 Size
Conductor casing 20
10 3/4
Depth
Set
50
700
Injection
Other
23#/ft 7
29#/ft 7
4240
6800
2. Type 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: casing perforated 6480-6650 ft
6. Hydraulic Fracturing, Acidizing Programs, etc.: H/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines;
2. Filters: N/A
(c)
-------
WIC CA-5
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)
Dat e (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: FL-1
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Permit Status; PDR Operational Status: 0_
Operating Company Name and Address: Monsanto Textiles Company
P.O. Box 1507 Pensacola, Florida 32502
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) (Month) 01 (Year) 72
2. Latitude and Longitude: 30°35'32t787°i4'58"
3. Wen Location (Legal Description): N/A
H. County: Escambia State: Florida
5. SIC Classification; 2821
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Aqueous solution containing nitric acid,
inorganic salts, and numerous organic compounds
2. Date Well Permitted; 2/63 Completed;
3. Injection Rate: 657 mgy
*4. Injection Pressure: 180 psi
5. Total Depth of Well: 1808'
6. Name, Age, and Depth of Injection Zone: Florida, Tertiary, 1360-1730 ft.
7. Date Injection Began: (Day) 24 (Month) 07 (Year) 73
8. Total Volume Injected to Date: 4,OOP,000.OOP (GallorisT
9. Date Injection Ceased: (Day) N/A (Month) (Year)
10. Previous Mode Of Disposal: Bio-oxidation system
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
Pensacola Miocene 448 4"85 clay
Upper limestoneOligocene~9H"7TBlimestone
Bacatunna Oligocene 1151 219 clay
Lover limestone Oligocene 1360 359 limestone
(a)
-------
WIC
FL-1
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Confinlnflr Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
V*
(5
(6
(7
Formation Fluid Pressure ,jpsi
Lithostatic Pressure, psi
Hydrofracturlng Pressure, psi
Age of Unit
W) Porosity %
(9) Permeability , ralllidarcies
(10} Reservoir Temperature, °C
(11) Character and Areal
Distribution
Florida
1360
359
18
Tertiary
37°
Nearly pure limes t<
97% CaCO^ with wid<
areal distribution
Bucatunna clay
1251
219
Tertiary
me
'. clay, extensive
C. Chemical Characteristics of Formation Fluids: 7900 mg/l of chloride,
1 mg/1 of hydrogen sulfide, ammonia-nitrogen, organic carbon, several
mg/l of boron and a small amounttof organic nitrogen
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Depth
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
Extensive sand, gravel fresh
Floridan:
Upper limestone 1149 218
Extensive limestone
Brackish
Lower limestone 1729 359
Extensive quartz, sandy lime-Brackish Cl=i80U-
stone, clay beds
JL(J,UUO
Mineral Resources In Area: None
5. Location of Other Vfells, Abandoned Wells, and Other Penetrations In
Immediate Hydrologlcally Affected Area; 1.9 mi. North of injection site and
1.5 miles south, 1523 ft. and 1430 ft."respectively; one shallow well
2.
100 ft. from well "A" was drilled, 1140 ft.; deep monitor well 1300 ft., south
of well "A" drilled 1650 ft. down. F-2
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Aqueous solution of
organic monobasic and dibasic acids, nitric acid, sodium ana ammonium salts,
hexamethylene-alcohols, and esters
Physical/Chemical Description
A. Cone. Suspended Solids, mg/l; N/A
B. Cone. Dissolved Solids, mg/l; N/A
C. Specific Gravity; 3.41
D. Temperature: 25°C
E. pH: 2.9
(b)
-------
WIC
3. Twclcity: N/A
1*. Reactivity with Surface Equipment Components; Surface equipment, all
stainless steel - no reactivity
5. Degradablllty Level and Rate; N/A ~
6. Biological Level at Injection and Estimated Biological Level After Injection:
3-50 colonies per cubic centimeter
7. Pre-injection Waste Treatment: Originally pH raised to about 5.5 with
aqueous ammonia. After April 1968 additional organic acids and nitric acid
were added to produce a pH 2.3.Effluent of process is aged to allow
precipitation in final waste pool.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface ~3ff"~ "ATT5L57T577"" WT~
Intermediate 2471 API5L 0.375 W1 98T
17 5/8" API5L 0.375 12 3/4" 872 - 1370'
CCtion 304SSSch. 5F11370 - 1390'
Other 304SS Sch.40 t> 1380'
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; Surface
casing - 250 bags Portland cement. Intermediate casing - 1260 bags Portland
cement.Final casing - 360 hags Portland cement.No additives.
3. Well Head Equipment (Name and Models);
4. Packers, Centralizers, and Other Subsurface Equipment: A telton packer was
installed, but failed to seal. It was re-installed. A corrosion
inhibiting water is kept circulating in the casing-tubing annulus.Brown
Tool Co., Type D liner hanger 8" 304S/S
5. Bottom Hole Completion; Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.; None
VI. DESCRIPTION OF SURFACE EQUIFMEM1
1. Holding Tanks and Plow Lines: All wastes mixed in a holding basinminimum
4 day capability - Maximum 10 days
2. Filters: None ~~
(c)
-------
WIC__ FL-1
3. Pumps: Horizontal two-stage centrifugal constructed of 304 stainless steel
and driven by a 350 hp electric motor. Pump capacity 1200 gpm at 400 psi.~
VII. OPEKATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) July 1963 Average Maximum
11 July 1964 irnrr
" July 1969 1075
" July 1971 10571
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) July 1963 Average Maximum
" July 1964 217
" July 1969 182
" July 1971 162
3. Annual Volume Injected, gal.
A. 19 12 650.000,600 B. 19_71 570,000,000 c. 19J70 517,000,000
VIII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Pressure gages measure the annular space
pressure at all wells continuously ~
B. Sampling Frequency and Water Quality Parameters Measured; specific
quality control of the waste tested daily; total quality determinations
are made monthly. Monitoring well water quality tested monthly
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Continuously
2. Contingency Plan for Well Failure During Operation; Approx. io-day lagoon
3. Regulatory Aspects
A. Construction Requirements; All construction approved by USCS and
State regulatory agencies.
B. Monitoring Requirements; In accordance with State of Florida
requirements
C. Restrictions Of Operation Procedures: "y mutual agreement with scare"
regulatory agencies.
(d)
-------
Well Id. Code: FL-2
Permit Status:
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Operational Status:
0
Operating Corcpany Name and Address: "Monsanto Textiles Company
P..O. Box 1507 - Pensacola, Florida 32502
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) pi (Month) 08
2. Latitude and Longitude: 3Q"35'28"/R7ei5'06"
(Year)
72
3. Well Location (Legal Description): N/A
E s c amt> l a
H. County:
5. SIC Classification:
State: Florida
2821
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Aqueous solution containing nitric acid, inorganic
salts, and numerous organiccompounds
2. Date Well Permitted:
3. Injection Rate; 657.000,000 gpy
Completed:
. Injection Pressure: 180 psi
5. Total Depth of Well: 1654 ft.
6. Name, Age, and Depth of Injection Zone: Florida, Tertiary, 1360-1730 ft.
7. Date Injection Began: (Day) (Month) oT
8. Total Volume Injected to Date: 4,000 million
(Year) 65
9. Date Injection Ceased: (Day) N/A (Month)
10. Previous Mode Of Disposal: Bio-oxidation system
(Gallons)
_(Year)
PI. GEOLOGIC INFORMATION
1. Litnology and Stratigraphy
A. Geological Description of Rock units Penetrated by Well
(a)
Name
Pensacola
(b)
Age
Recent
Miocene
Upper limestone
Bacatunna
Lower limestone
Oligocene
Oligocene
Oligocene
(C)
Depth
0
448
933
1151
(d) (e)
Thickness Lithologic Description
448 sand, gravel
485 clay
218limestone
219 ~ clay
359limestone
(a)
-------
WIC
FL-2
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Confining Bed
(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, ndllidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Florida
1360
359
18
Tertiary
37°
nearlv pure limest<
97% CaC03 with widi
areal distribution
Bucatunna
1251
219
Tertiary
me
\ clay, extensive
C. Chemical Characteristics of Formation Fluids: 7900 mg/1 chloride,
1 tng/1 hydrogen sulfide, ammonic-nitrogen, organic carbon, boron
organic nitrogen
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
0
Areal
Thickness Extent
448 exten.
Lithologic Fluid
Character Character
sand, gravel tresh
Floridon:
Upper limestone 1149
Lower limestone 1779
218 exten.
359 exten.
limestone Cl=350-450 mg/l
quartz, sandy Cl=5800-10000 mg/l
limestone, clay
l». Mineral Resources in
Area: None
beds
5. Location ofOther Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area: injection well F-I
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Aqueous solution of
organic monobasic and dibasic acids, nitric acfcT;sodium and ammonium salts,
adipenitrile, hexamethylenediamine, alcohols, keystones, and esters
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/l: N/A
Cone. Dissolved Solids, mg/l:
Specific Gravity :a
Temperature: 25°
pH: 2.9
B.
C.
D.
E.
N/A
N/A
(b)
-------
WIC FL-?
3. Toxicity: N/A
4. Reactivity with Surface Equipment Components: Surface equipment, all
stainless steel - no reactivity
5. Degradabillty Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
3-50 colonies per cubic centimeter
7. Pre-injectlon Waste Treatment; Originally pH raised to about 5.5 with aqueous
ammonia-after 1963 additional organic acids and nitric acid were added to
produce a pH of 2.3 - effluent of process is aged to allow precipitation in
final waste pond.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Hole
Size
~STr~
16"
16"
Casing or Tubing
Weight and Grade
API5L 5/16
API5L 0.375
304SS Sch. 5
304 SS Sch. 40
Size
TeT""
10"
10"
6"
Depth
Set
0 - 110'
0 - 1394'
1374 - 1415'
0 - 1405'
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: Surface
casing - 146 bags Portland cement - Final casing - 900 bags Portland cement.
3. Well Head Equipment (Name and Models); N/A
*J. Packers, Centrallzers, and Other Subsurface Equipment; Brown Tool Co.
6 5/8" Type D liner hanger 304 SS with Teflon seal.
5. Bottom Hole Completion; Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.: None"
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: All wastes in a holding basin-minimum holding
capacity 4 day capacity - maximum holding capacity - 10 days
2. Filters: None
(0
-------
WIC__ FL-?
3. Pumps: Horizontal two-stage centrifugal construction of 304 stainless
steel and driven by a 350 hp electric motor. Pump capacity 1200 gpm at
400 psi.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During life of Well to Present)
Date(s) !965 Average Maximum
"
1969 TTT7T
11 1971 1050
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 1965 Average 182 Maximum
" 1966 170
" 1969 182
11 1971 170
3. Annual Volume Injected, gal.
A< !9_Z2 -.^0. oOO .,000 B. 19_71 .s7Q.OOC.ftOO C. 19_7_2 51.'.000.000
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Pressure gages measure the annular
pressure continuously
B. Sampling Frequency and Water Quality Parameters Measured: specitic
quality measured daily, total quality monthly. Monitor well water
tested monthly. ~
C. Frequency of Measuring Water Levels and Hydrostatic Heads; continuously
2. Contingency Plan for Well Failure During Operation; 10 day lagoon
3. Regulatory Aspects
A. Construction Requirements; All construction approved by USGS and State
regulatory agencies.
B. Monitoring Requirements; In accordance with Florida requirements.
C. Restrictions of Operation Procedures:
(en
-------
Well Id. Code: FL-3
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNTIED STATES'
Permit Status; PDR Operational Status: Q_
Operating Company Name and Address: Quaker Oats Co.. Belle Glade chemical PI ant-
Belle Glade. Florida
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 03 (Year) 72
2. Latitude and Longitude; 26042>io"/80039'oo"
3. Well Location (Legal Description): Sec. 28. T43S. R37E
4. County; Palm Beach State: Florida
5. SIC Classification: 2062
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: 1% solution of acetic acid with minor amounts of
waxes and bagasse fibers (200,000 gpd from the su^ar plant and 800fOOO gpd
""From the furfural plant.)
2. Date Well Permitted: 12/10/65 Completed:
3. Injection Rate: i.OOP.OOP gpv
. Injection Pressure; 50 psi
5. Total Depth of Well: 2242 ft.
6. Name, Age, and Depth of Injection Zone: Lower Floridian, Eocene,
1940 ft.
7. Date Injection Began: (Day) (Month) 12 (Year) 66"
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 Lithologlc Description
N/A
(a)
-------
WIC
FL-3
B. Geologic Description of Injection Unit and Other Possible Units
Injection
(1) Name
(2) Depth (Pt.)
(3) Thickness (Pt.)
(iJ) Fbrmation Fluid Pressure, psi
(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
Lake City Lower F.
1496 1940
444 300
[1.0 psi/ft est.
1.0 psi/i't est.
M. Eocene-01igocen<
very
very
29
extensive
dolomite
oridian
200
1300
Tertiary
limestone, clay,
sand
C. Chemical Characteristics of Formation Fluids; chloride 2000 - 7000 mg/1
3. Geohydrology of Fresh Water and Other, Useful Aquifers
Name Depth
Biscayne 200
1105
1940
Lower Floridian 2240
Upper Floridian
Lake City
Thickness
200
60
444
300
Area!
Extent
wide
wide
wide
wide
Lithologic
Character
sand, clay
limestone
dolomite
limestone
Fluid
Character
fresh
1160 mg/1 chloride
600-1300 mg/1 chloride
2000-10000 mg/1 CT~
Mineral Resources in Area: None
5.
Location of Other Wells, Abandoned Wells, and Other Penetrations in
Inmediate Hydrologically Affected Area: Two monitor wells? Deep monitor
well 1000 ft. SE of injection well No. 1; shallow well drilled 1UU ft.
from injection well site.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): stripping column effluent,
which is essentially a dilute acetic acid solution containing minor amounts"
~of other dissolved organic chemicals and insoluable fibers.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: 500 - 2800
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity; 1.0 "
D. Temperature:
E. pH: 2.6 - 4.5
3,000 - 17,000
160° - 213*F
(b)
-------
WIC FL-3
3. Toxlcity: Minimum detectable H2S to taste in drinking water is 0.05 mg/1.
J*. 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 minimal.
? Pre-inJeetlon Waste Treatment: Filtration of sugar house waste water.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
16" - neat cement ASTM type II 400 sks; 12" - krete G-8 (acid-proof mortar)
820 sks from 1500 - 1938 ft.; 20" - 300 sks Type I
3. Well Head Equipment (Name and Models); N/A ~
Hole
Size
Casing or Tubing
Weight and Grade
Black steel
Black steel
Black steel
SS316 ELC liner
open hole
Size
20
16
12
12
8
Depth
Set
223
6"S4
628-1480
14 80-1492
2242
Packers, Central!zers, and Other Subsurface Equipment; S5-3Q4 liner hanger
and teflon seal (1481 ft)Inhibitors used in annular space above seal.
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; Surge tank for holding of waste water after
screening.
2. Filters: 500 micron screen for removal of large suspended particles in
sugar house waste water.
(c)
-------
WIC
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gptn (During Life of Well to Present)
Date ( s ) Jan. 1972 Average 675 _ Maximum
" June 1971 438
" Nov. 1969 353
" Dec. 1967 144
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Jan. 1972 Average 54.1 Maximum
" June 1971 38
" Nov. 1969 50
Dec. 1967 35
3. Annual Volume Injected, gal.
A. 19_J_2 67.170.000 B. 19_71 147.800.000 C. 19_70 203,240,000
VIII. SAFEMY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Continuous recording of well temperature,
flow, pressure, casing pressure.
B. Sampling Frequency and Water Quality Parameters Measured; Daily -
pH, conductivity, Weekly - COD, specific gravity. Bi-weekly - HUlJ,
suspended solids.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation: "m **SIS m""Ll-or
fnr inif>f firm
3. Regulatory Aspects
A. Construction Requirements: N/A
B. Monitoring Requirements; N/A
C. RestMctions of Operation Procedures; N/A
(d)
-------
Well Id. Code: FL-4
COMPILATTON OP INDUSTRIAL AND MUNICIPAL
INJECTION WPT.T.S IN THE UNTIED STATES'
Permit Status: PDR Operational Status: iroup
Operating Company Name and Address: Quaker Oats Co.. Belle Glade chemirai Plant-.
Belle Glade. Florida
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day)_oi (Month) 03 (Year) 7?
2. Latitude and Longitude: 26°42>10"/80039'00"
3. Vfell Location (Legal Description): Sec. 28. T46S. R37E
H. County; Palm Beach State t Florida
5. SIC Classification: 2062
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: 1% solution of acetic acid with minor amounts of
waxes and begasse fibers.
2. Date Well Permitted: 66 Completed: "
3. Injection Rate; 64,000,000 gpy
. Injection Pressure: 51.3 psi
5. Total Depth of Well; 2067 ft.
6. Name, Age, and Depth of Injection Zone: Lower Floridian, oiipocene,
1940-2240 ft.
7. Date Injection Began: (Day) 08 (Month) 10 (Year) 71
8. Total Volume Injected to Date: 75,863,000 (12/72) _(Gallons)
9. Date Injection Ceased: (Day) 12~~ (Month) 01 (Year) 72
10. Previous Mode of Disposal: Well number 1 (this well was a monitor well
prior to injection.)
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
N/A
(a)
-------
WIC
FL-4
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Ihickness (Ft.)
(H) 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 Area!
Distribution
Lower Floridian
1940
300
1.0 psi/ft est.
1.0 psi/ft est.
Oligocene
very
very
29°
verv extensive
dolomite
200
1300
Tertiary
limestone, clay,
sand - extensive
C. Chemical Characteristics of Formation Fluids:
1000 - 7000 mg/1 "
Chloride content
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Biscayne
Upper Floridian
Lake City
1105
1940
Lower Floridian 2240
Thickness
200
60
444
300
Areal
Extent
wide
wide
wide
wide
Lithologic
Character
sand, clay
limestone
dolomite
limestone
Fluid
Character
fresh
1160 mg/1 Cl-
600-1300 mg/1 Cl~ ~
2000-10,000 mg/1 Cl"
Mineral Resources in Area: None
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area: MonlEof well and injection well
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Used during failure of
FL-3
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: N/A
E. pH: N/A
(b)
-------
WIC _ PT.-Z. _
3. Toxicity: Minimal detectable tS to taste in drinking water is 0.05 mg/1.
M. Reactivity with Surface 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.
? Pre-injection Waste Treatment; Screening and filtration of sugar house
waste* water.
V. WELL DESIGN AND CX3NSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface Black Steel 20 240
Intermediate Black Steel 16 848
Black Steel 12 1474
_ _ _
CCtion SS3I6 ELC 12 1474-1840
Other _9 1840-2067
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 EQUIFMEM1
1. Holding Tanks and Plow Lines: Surge tank for holding of waste water
after screening.
2. Filters: 500 micron screen for removal of large suspended particles in
sugar house waste water.
(O
-------
WIG FL-4
3. Pumps: N/A
VTI. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Jan. 1972 Average 700 Maximum
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Jan. 1972 Average 55 Maximum
3. Annual Volume Injected, gal.
A. 19_7J 11.669.000 B. 19_71 64.194.000 C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Continuous rccordinp of well temperature,
flow, pressure, and casing pressure. _
B. Sampling Frequency and Water Quality Parameters Measured: "ally ~ PH<
conductivity; Weekly - COD, specific gravity; Bi-weekly - BOD, ~
suspended solids.
C. Frequency of Measuring Water Levels and Hydrostatic Heads:
N/A
2. Contingency Plan for Well Failure During Operation:
3. Regulatory Aspects
A. Construction Requirements: N/A
B. Monitoring Requirements: _N/A
C. Restrictions of Operation Procedures!N/A"
(d)
-------
Well Id. Code: FL-5
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNITED STATES
PND
Operational Status: PND
Permit Status:
Operating Company Name and Address; Kaiser Aluminum and Chemical Corp.
P.O. Box 646, Mulberry. Florida
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day)_ol (Month) os
2. Latitude and Longitude; 27°54fl8"/8l°59t08"
(Year) 72
3. Well Location (Legal Description): Sec. 3. T30S. R23E
County: Polk
State: Florida
5. SIC Classification; 2899
II. GENERAL DATA ON WELL SITE
1.
2.
3.
l*.
5.
6.
7.
8.
9.
10.
Type of Waste Injected: Major raw materials are fluosilicic acid
chloride. Minor amounts of sodium carbonate, a non-biodegradable
agent and boiler water treatment chemicals.
Date Well Permitted: N/A Completed:
Injection Rate: 210,000,000 gpy
Injection Pressure: N/A
Total Depth of Well: 6006 ft.
Name, Age, and Depth of HCnJection Zone: Lawson, Paleocene
4000-60001 ft.
Date Injection Began: (Day) N/A (Month) (Year)
Total Volume Injected to Date:
Date Injection Ceased: (Day) (Month) (Year)
and sodium
wetting
(Gallons)
Previous Mode Of Disposal: 30 acre holding lake on plant property where
it overflows into a nearby stream.
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
(b)
Name j
Bone Valley-Hawthorne"
Tampa-S uwanee
Ucala
Avon Fark
Lake City
Uldsmar
Cedar Keys
Lawson
Taylor
*ge
Miocene
Oligocene
Eocene
Eocene
Eocene
Eocene
Paleocene
Paleocene
Cretaceous
(c)
Depth
175
325
545
1375
1985
2685
4495
5275
(d)
Thickness
175
150
220
830
610
700
1170
770
725
(e)
Lithologlc Description
phosphate, limestone
limestone
limestone, dolomite
limestone, dolomite "~
limestone
limestone,gypsum
anhydrite, dolomite ~
dolomite
limestone
(a)
-------
WIC
FL-5
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(*l) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) tfydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcles
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Lawson
4495
770
Paleocene
26.5
dolomite
Cedar Kevs
2685
1170
Paleocene
anhvdrite, dolomite
C. Chemical Characteristics of Formation Fluids; 11.5% total salt
and 7% Cl"
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Suwanee
Ocala
Avon Park
Lake City
Depth
325
545
1375
Areal Lithologic
Thickness Extent Character
220
830
610
extensile
extensive
extensive
limestone
limestone
dolomite
limestone
Fluid
Character
fresh
fresh
fresh
bitter
. Mineral Resources in Area: Phosphates
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): industrial waste, non-
degradable inorganic chemicals only, 6.5% chlorides, 0.3% fluorides.
2. Physical/Chemical' Description
A. Cone. Suspended Solids, mg/1; 9000
B. Cone. Dissolved Solids, mg/1: 55000
C. Specific Gravity:
D. Temperature:
E. pH: 1.0
N/A
ambient
(b)
-------
WIC FL-5
3. Ibxlcity: Chlorides in domestic water supply should be limited to
250 mg/1. .
l\. 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 inject' >--\'t 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/3T
L 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: ^2' x 15' x 9' lined concrete collection
pit; 40,000 gal, lined pump tank for injection.
2. Filters:
(c)
-------
WIG FT.-S
3. Pumps: Two alloy pumps capable of injecting total flow of 500 gpm.
VII; OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) estimated Average 400 Maximum 500
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; feste flow monitor, annulus pressure
alarm; rnndtirtivif.y alarm and pressure alarm in monitoring wells.
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; 350' x 600* emergency
pnnri shut nlant down.
_Bl
3. Regulatory Aspects
A. Construction Requirements; N/A
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: FL-6
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTIOK"WELLS IN
Permit Status: PND Operational Status: PND
Operating Company Name and Address: Kaiser Aluminum and Chemical Corp.
P.O. Box 646. Mulberry. Florida
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) 01 (Month) QS (Year) 22.
2. Latitude and Longitude: 27°54'18"/81°59»38"
3. Well Location (Legal Description): N/A
** County: *'olk State: Florida
5. SIC Classification; 2899
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Fluosilicic acid and sodium chloride
2.
3.
H.
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 (Gallons)
Date Injection Ceased: (Day)
Previous Mode of Disposal: N/A
(Month) (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
~~~~
(a*
-------
WIG
FL-6
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(H) Formation Fluid Pressure, psl
T51
(6
(7
Llthostatlc Pressure, psi
Ifydrofracturing Pressure, psi
Age of Unit
(B) Porosity %
(9) Permeability, ndllidarcies
(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/1:
B. Cone. Dissolved Solids, nsg/1:
C. Specific Gravity:
D. Temperature:
E. pH: "
(b)
-------
WIC FL-6
3. Toxicity:
Reactivity with Surface EquipmentCcnponents
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
Injection
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 FL-6
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:
-------
Well Id. Code: FL-?
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN TOE UNTIED STATES"
Permit Status: PND Operational Status: PHD
Operating Company Name and Address: American Cyanamid Co.f Santa Rosa Plant:
Milton, Florida '
I. GENERAL IDENTIFICATION DATA
I. Entry Date of Data: (Day) 01 (Month) oa (Year) 72
2. Latitude and Longitude; 30°34>05"y
3. Well Location (Legal Description): American Cyanamid Test Well No. 1;
Sec. 35. T1S, R29W
4. County; Santa Rosa State: Florida
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; N/A "
Injection Pressure: N/A
5. Total Depth of Well: N/A
6. Name, Age, and Depth of Injection Zone; Lower Floridian
7. Date Injection Began: (Day) N/A (MontnT" (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 INPORMATION
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)
-------
WIG
FL-7
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
U) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(4) Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psi
C6) Hydrofracturing Pressure, psi*
(7) Age of Unit
(8) Porosity %
(9) Permeability, nrLllidarcies
(10) Reservoir Temperature , °C
(11) Character and Area!
Distribution
Lower Floridian
1320
226
Eocene
35°
Limestone
extensive
Bucatunna
1117
203
Olieocene
33°
Clay
extensive
C. Chemical Characteristics of Formation Fluids: IDS - 11.760-14.400 mg/1
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Sand and gravel 0
Upper Floridian
Lower Floridian
1117
1546
Thickness
A 34
256
226
Area!
Extent
Lithologic
Character
extensive sand
Fluid
Character
potable
extensive limestone
potable
extensive limestone
saline
*. Mineral Resources in Area: None
5. Location of Other Wells, Abandoned Wells, and Other Penetrations In
Immediate Hydrologically Affected Area; The Monsanto Company wells
penetrating the lower Floridian aquifer about 8 miles northwest of the
test site.
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: N/A'
E. pH; N/A
N/A
(b)
-------
WIC FL-7
3. Toxiclty: N/A
. 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:
N/A ,
7. Pre-lnjection Waste Treatment:
V. WELL DESIGN AND OBSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 24 Black Steel 0.375" AWWA 18 100
Lrtermediate Aioo-58 and ASTMA - 53B
17 As Above 12 883.
Injection 12 Black Steel 6 1461
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
ASTM type II neat cement.
3. Well Head Equipment (Name and Models); N/A
4. Packers, Central1zers, and Other Subsurface Equipment: Centralizers only
at- 20' above bottom, 40* above bottom, and 100' above bottom; Haliburton
Model S-3
5. Bottom Hole Completion; open hole from 1461' - 1547'
6. Hydraulic Fracturing, Acidizing Programs, etc.:
VI. DESCRIPTION OF SURFACE EQUIPMENT
1.. Holding Tanks and Plow Lines: N/A
2. Filters: N/A
(c)
-------
WIG FT.-7
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 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: Continuous 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:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code: FL s
OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNITED STATES
Permit Status:
PDR
Operational Status:
UN
Operating Company Name and Address: Kendale Lake Wastewater Treatment Plant
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
2. Latitude and Longitude:
(Month)
(Year) 7?
3. Well Location (Legal Description): Sec. 3..T25S. R4E. Tallahasee M
County: N/A
State: Florida
5. SIC Classification: 4952
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Municipal waste treatment plant effluent
2.
3.
4.
5.
6.
7.
8.
9.
10.
Date Well Permitted: N/A
Injection Rate: 4,250,000 gpy
Injection Pressure: N/A
Total Depth of Well: 3280 ft.
Name, Age, and Depth of Injection
Date Injection Began: (Day) N/A
Completed :
Zone: Lake City and Cavernous,
2500 ft
(Month) (Year)
Total Volume Injected to Date: N/A
Date Injection Ceased: (Day) N/A
Previous Mode of Disposal: N/A
(Month) (Year)
Eocene.
(Gallons)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
13 -i
Hawthorne
Tampa
Suwanee
Avon Park
Lake City
Olds mar
Cavernous
(b)
Age
PI pi sf'nrpnpi
Miocene
Miocene
Oligocene
Eocene
Eocene
Eocene
Eocene
(c)
Depth
0
140
400
880
1080
1740
2860
2960
(d)
Thickness
140
260
480
200
660
1120
100
(e)
Llthologlc Description
shell rock
limestone
limestone
limestone
limestone
limestone, dolomite
sandstone, dolomite
limestone
(a)
-------
WIC
FL-8
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, raillidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Lake City Cavernou
2500
800
1.0 psi/ft est.
1.0 psi/ft est.
Eocene
limestone
extensive
;
100
2400
Eocene
limestone
extensive
C. Chemical Characteristics of Formation Fluids; Chloride 1800-3725
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
N/A
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);
at 9fl nnm ROD
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
-------
WIC FL-8
3. Ibxlclty:
4. Reactivity with Surface Equipment Components?
5. Degradablllty 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
Injection
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 EQmFMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(c)
-------
WIG FL-8
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)
Dat e (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. Coae:
Permit Status:
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Operational Status:
Operating Company Name and Address; Sunset Park WastewaterTreatment Plant
SW 93rd St.. Miami. Florida
I. GENERAL IDENTIFICATION DATA
1.
2.
3.
5.
II.
1.
2.
3.
5*
6.
7.
8.
9.
10.
Entry Date of Data: (Day) 01 (Month) 08 (Year)
Latitude and Longitude: N/A
Well Location (Legal Description) : N/A
County: Dade State: Florida
SIC Classification: 4952
GENERAL DATA ON WELL SITE
Type of Waste Injected: Municipal sewage plant with a solids
stabilization type design.
Date Well Permitted: 7/8/71 Completed:
Injection Rate: 2,500,000 gpd
Injection Pressure: 44 psi
Total Depth of Well: 2947 ft.
Name, Age, and Depth of Injection Zone: Lake city and Oldsmar
1810 ft.
Date Injection Began: (Day) 05 (Month) 07 (Year)
Total Volume Injected to Date: N/A
Date Injection Ceased: (Day) (Month) (Year)
72
contact
, Eocene
1971
(Gallons)
Previous Mode of Disposal: Disposal into adjacent Snapper Creek Canal
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Bisnavnp
Hawthorne
Tampa
Suwanee
Avon Park
Lake
_^ Qldsman
(b)
Age
Micene
Miocene
Oligocene
Eocene
Eocene
(c)
Depth
0
120
400
890
1070
1720
(d)
Thickness
120
280
490
180
650
1220
(e)
Lithologlc Description
limestone
limestone
limestone
limestone
limestone
limestone
(a)
-------
WIG
FL-9
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) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, mLllldarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Lake Citv Oldsmar
1810
1137
1.0 psi/ft est.
1.0 psi/ft est.
Eocene
22°
rarhonnf PS
Avon Park
1070
650
Eocene
limestone
C. Chemical Characteristics of Formation Fluids; chloride 18.QQQ -
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Ri srayne
Floridian
Depth
0
900
1600
Areal
Thickness Extent
100
600
800
Llthologic
Character
limestone
limestone
limestone
Fluid
Character
fresh
brackish
brackish
1*. Mineral Resources in Area: None
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area: city of Miami QRR well field
2 mi NE
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Domestic waste
with 90% organic loas reduction.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1: 315
C. Specific Gravity: N/A
Temperature:
7-Q
D .
E. pH:
27°C
(b)
-------
WIC FL-9
3. Toxicity:
. Reactivity with Surface Equipment Components;
5. Degradabillty Level and Rate; Biodegradable organics still present
^specially for anaerobic biodegradabilitv.
6. Biological Level at Injection and Estimated Biological Level After Injection:
0-5 mg/l chlorine residual continuous inhibitor used to reduce bio-
degradabilitv.
7. Pre-injection Waste Treatment; Solids - contact - stabilization treatment
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface N/A
Intermediate
ection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Name and Models): N/A
. Packers, Centralizers, and Other Subsurface Equipment
5. Bottom Hole Completion:
Oyion hnl
6. Hydraulic Fracturing, Acidizing Programs, etc.
VI. DESCRIPTION OF SURFACE EQUIFMEM1
1. Holding Tanks and Plow Lines: N /A
2. Filters:
K/A
(c)
-------
WIG FT.-Q
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 7/5/71 Average 1625 Maximum
6/26/71
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) N/A Average Maximum
3. Annual Volume Injected, gal.
A. 19_Z2 Afi?t'isninnn B. 19_ _ C.
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: pump to Snapper Creek
Canal
3. Regulatory Aspects
A. Construction Requirements; N/A
B. Monitoring Requirements: N/A
C. Restrictions of Operation Procedures: N/A
-------
Well Id. Code: Hi-1
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Permit Status:
PDR
Operational Status:
Operating Company Name and Address; City and County of Honolulu
Division of Sewers - City Hall, Honolulu
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 05 (Month) ll_
(Year) 72
2. Latitude and Longitude: 2l"2l'3T7i57°42'23"
3. Well Location (Legal Description): N/A
i|. County: Honolulu
State: Hawaii
5. SIC Classification:
II. GENERAL DATA ON WELL SHE
1. "type Of Waste Injected; Secondary treated municipal treatment plan
effluent.
2. Date Well Permitted:
3. Injection Rate: N/r
5/6H
Completed:
Injection Pressure: Gravity
5. Total Depth of Well; 210
6. Name, Age, and Depth of Injection Zone: limestone, 73
7- Date Injection Began: (Day) 19 (Month) 05
8. Total Volume Injected to Date:_ Unavailable
9. Date Injection Ceased: (Day) N/A (Month)
10. Previous Mode of Disposal: N/A ~
(Year)
72
(fedlons)
_(Year)
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
(b)
Age
Recent
Recent
Recent
Recent
Recent
Recent
Recent
(c)
Depth
19
73
136
219
243
267
(d)
Thickness
19
54
64
83
24
24
80
(e)
Lithologic Description
clay, sand, coral,
clay
dune limestone
reef and associated limst
basaltic beach rock
limestone
calcareous clay
(a)
-------
WIG
HI-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
(5T Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, nrLllidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
73
146
Recent
High
24°
Reef and associate
stone, dune limes t
calcareous beach r
19
54
Recent
1 lime- clay
?ne and
ock
C. Chemical Characteristics of Formation Fluids; 18,000 to 21,000 ppm
chlorides, 34,000 to 38,000 ppn TDS.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
None
Depth
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area: Surface limestone quarried in local
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area: No water wells located or usable
water resources located in immediate ai
area
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Treated municipal sewage
18 mg/1 BOD
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: N/A
E. pH;
-------
WIC HI-1
3. Toxlclty: Possible contamination of water from dissolved organics, heavy
metals, pesticides and other components of the effluent. ~~
4. Reactivity with Surface Equipment Components: None
5. Degradablllty Level and Rate:Possible breakdown or dissolved organics
under pressure
6. Biological Level at Injection and Estimated Biological Level After Injection:
Not sterile at injection, bacterial breakdown of dissolved organics may
occur
7. Pre-lnjection Waste Treatment:Secondary treatment and chlorination
V. WELL DESIGN AND CONSTTOCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface Casing _24 90
Intermediate
jectlon PVC Plastic Pipe 15 ' "" 120
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 4-inch
annulus filled with cement - 15-inch casing to 24-inch casing filJed with
cement
3. Well Head Equipment (Name and Models): Sump tank
. Packers, Centrallzers, and Other Subsurface Equipment: We' shoe i° w tt,
5. Bottom Hole Completion: Qr»en hole - 9T) ft
6. Hydraulic Fracturing, Acidizing Programs, etc.:
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Sump located directly over well hole
(61 x 10') ZZZZZIZZZZIIIZIZZIZIIIIIIZII
2. Filters: None
(c)
-------
WIC__ HI-1
3. Pumps: Gravity flow - none
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) 1972 Average Gravity Maximum Gravity
II
II
II
3. Annual Volume Injected, gal.
A. 19 K/A B. 19_ C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Injection water levels in two standby
wells (alarm); continuous monitoring of injection flow
B. Sampling Frequency and Water Quality Parameters Measured; N0
water quality plan
C. Frequency of Measuring Water Levels and Hydrostatic Heads: ^
ontinuous
2. Contingency Plan for Well Failure During Operation: wo standby
3. Regulatory Aspects
A. Construction Requirements; Designed and constructed by state of
Hawaii
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code: HI-?
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status: PDR Operational Status: DN
Operating Company Name and Address; City and County of Honolulu
Division of Sewers -City Hall. Honolulu
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 05 (Month) 11 (Year) 72
2. Latitude and Longitude; 2i~20'28"/i57°42'27"
3. Well Location (Legal Description): N/A
4. County: Honolulu State; Hawaii
5. SIC Classification: 4952
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Secondary treated sewage
2.
3.
5*.
6.
7.
8.
9.
10.
Date Well Permitted: NVA Completed
Injection Rate: N/A
Injection Pressure: Gravity
Total Depth of Well: 211
Name, Age, and Depth of Injection Zone: Limestone
Date Injection Began: (Day) N/A (Month)
Total Volume Injected to Date: None - Standby for
Date Injection Ceased: (Day) N/A (Month)
Previous Mode of Disposal: N/A
, 73
(Year)
n-l (Gallons)
(Year)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
^M^MM^HH
(b)
Age
Recent
Recent
Recent
Recent
Recent
Recent
(c)
Depth
19
73
136
219
243
(d)
Thickness
19
54
64
83
24
24
(e)
Lithologlc Description
clay, sand, coral
clay
dune limestone
reef and associated llmst
basaltic beach rock
limestone
Recent 267 80 calcareous clay
-------
WIC
Hl-2
B. Geologic Description of Injection Unit and Other Possible Units
Infection
Tirur Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
\" i
(5:
(6
(V
(B
(9
> Formation Fluid Pressure, psi
) Lithostatic Pressure, psi
ftrdrofracturing Pressure, psi
Age of Unit
Porosity %
) Permeability, millldarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
73
146
Recent
24°
Reef and associatee
limestone
19
54
Recent
clav
C. Chemical Characteristics of Formation Fluids:
18.000 - 21,000 ppm chlorides; 34,000 - 38,000 TDS
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
None
Areal Lithologic Fluid
Depth Thickness Extent Character Character
. Mineral Resources in Area: Limestone quarried
5. Location of Other Wells, Abandoned Wells, and OtherPenetrations in
Immediate Hydrologically Affected Area; None
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Treated municipal sewage
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1; jj[/A
C. Specific Gravity: N/A
D. Temperature:
E. pH; N/A
(b.)
-------
WIC HI-2
3. Toxicity: Possible contamination of water from dissolved organics, heavy
metals, pesticides and other components of the wastes.
1*. Reactivity with Surface Equipment Components; None
5. Degradability Level and Rate: Possible breakdown of dissolved organics
under pressure
6. Biological Level at Injection and Estimated Biological Level After Injection:
Not sterile at injection, bacterial breakdown of dissolved organics may
occur.
7. Pre-injectlon Waste Treatment; Secondary treatment and chlorination
V. WELL DESIGN AND (XJNSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Casing 24 90
Intermediate
Injection
Other
1-VG Plastic Pipe (schedule 40) 15 80
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon : A -inch
annulus filled with cement - 15-inch casing to 24-inch casing filled with
3. Well Head Equipment (Name and Models): sm"P tank
^. Packers, Centralizers, and Other Subsurface Equipment: FVU shoe at o ft
5. Bottom Hole Completion; Open hole section -_131 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; None . . .
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Sump located directly over well hole
2. Filters: None
(O
-------
WIC_ HI-2
3. Pumps: Gravity flow
VII. OPBRATIOti 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
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. 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;
3. Regulatory Aspects
A. Construction Requirements;
B. - Monitoring Requirements: N/A
C. Restrictions of Operation Procedures: N/A
(d)
-------
Well Id. Code: Hi-3
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNITED STATES
Permit Status:
PDR
Operational Status:
DN
Operating Company Name and Address: city and County of Honolulu
Division of Sewers - City Hall, Honolulu
I. GENERAL n^NTIPICATION DATA
1. Entry Date of Data: (Day) 05 (Month) 11
2. Latitude and Longitude; 21°20'30"/157°42'07"
(Year) 72
3. Well Location (Legal Description): N/A
County: Honolulu
State: Hawaii
5. SIC Classification:
4952
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Secondary treated municipal sewage
2.
3.
5*
6.
7.
8.
9.
10.
Date Well Permitted: N/A Completed:
Injection Rate: N/A
Injection Pressure: Gravity
Total Depth of Well: 220
Name, Age, and Depth of Ihjectlon Zone: Limestone,
Date Injection Began: (Day) N/A (Month)
Total Volume Injected to Date: None - standby well
Date Injection Ceased: (Day) N/A (Month)
Previous Mode of Disposal: N/A
73
(Year)
for H-I (Gallons)
(Year)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
(b)
Age
Recent
Recent
Recent
fecent
Recent
(C)
Depth
_o
19
73
136
219
(d) (e)
Thickness Llthologlc Description
19 clay, sand, coral
54 clay
64 dune limestone
83 reef and associated limst,
24 basaltic beach rock
(a)
-------
WIC
HI-3
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(H) 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
73
146
Recent
24°
Reef and associate
limestone
19
54
f
Recent
1 clay
C. Chemical Characteristics of Formation Fluids; 18,000 - 21,000 ppm
chlorides 34,000 - 38,000 TDS
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
None
Area! Lithologlc Fluid
Depth Thickness Extent Character Character
4. Mineral Resources In Area: Limestone quarried
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area: None
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Treated municipal sewage
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1;
C. Specific Gravity:
D. Temperature:
E. pH; N/A
(b)
-------
WIG HI-3
3. Toxicity: Possible contamination of water from dissolved organics , heavy
netals, pesticides and other components of the effluent.
4. Reactivity with Surface Equipment Components:
5. Degradablllty Level and Rat?: Possible degradation of dissolved organics
under pressure
6. Biological Level at Injection and Estimated Biological Level After Injection:
Not sterile at injection, bacterial degradation of dissolved organics may
7. Pre-injectlon Waste Treatment; Secondary treatment and chlorination
V. WELL DESIGN AND CONSTRUCTTON
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface Casing _24 90
Intermediate
lection pvc Plastic Pipe 89
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 4-inch
annulus filled with cement - 15-inch casing to 24-inch casing to24-inch
casing filled with cement
3. Well Head Equipment (Name and Models); Sump tank
4. Packers, Centralizers, and Other Subsurface Equipment: ^vc shoe at 90 ft
5. Bottom Hole Completion: Open hole section III. Ft
6. Hydraulic Fracturing, Acidizing Programs, etc.:
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and PlOW Lines: Sump located directly over well hole
2. Filters:None
(c)
-------
WIC HI-3
3. Pumps: Gravity flow
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; 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:
B. Monitoring Requirements;
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: Hi-4
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status: AFP Operational Status:
Operating Company Name and Address; county of Maui, pept of Public
Wailuku. Hawaii
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 05 (Month) u (Year)
2. Latitude and Longitude; 2i°2Q'30"/i57042t07"
3. Well Location (Legal Description): N/A
M. County: Maul State: Hawaii
5. SIC Classification; 4952
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Secondary effluent from a domestic sewage
treatment plant. _
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 (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
N/A
(a)
-------
WIC
HI-4
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 Areal
Distribution
*
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
Areal
Thickness Extent
Llthologic
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, rng/1:
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: \
D. Temperature:
E. pH;
-------
WIG ni-4
3. Toxlclty:
Reactivity with Surface Equipment Components:
5. Degradabillty 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, Centralizes, 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 HI-4
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: IA-I
COMPILATION OF INDUSTRIAL AND MUNICIPAL
PtTECTION WFT.T.R IN THE UNITED STATES'
Permit Status: PDR Operational Status:
Operating Company Name and Address: Quaker Oats Co.
Cedar Rapidu. Iowa
I. GENERAL IDENnPICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 05 (Year)
2. Latitude and Longitude: N/A
3. Well Location (Legal Description): N/A
M. County: N/A State: iowa
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; 2525 ft.
6. Name, Age, and Depth of Injection Zone:
7. Date Injection Began: (Day) (Month) (Year) 55 ~~
8. Total Volume Injected to Date: N/A (GallonsT
9. Date Injection Ceased: (Day) (Month) (Year) 6S
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
IA-1
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confining Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(JJ) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, mlllldarcies
(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 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, nig/1:"
C. Specific Gravity: '_
D. Temperature:
E. pH;
(b)
-------
WIC IA-1
3. Ibxlclty:
. Reactivity with Surface Equipment Components:
5. Degradabllity 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, 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__ IA-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
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. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code: I1~1
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNTIED STATES
Permit Status: FDR Operational Status: NO-UP
Operating Company Name and Address; Velsicol chemical Corp.
Marshall, Illinois
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 05 (fear} 73_
2. Latitude and Longitude; 39°23'58"/87°42'40.0"
3. Well Location (Legal Description): 615 ft. s and 750 ft. w of the NE
corner, SW 1/4, Sec. 12. TUN, R12W
M. County; Clark State: Illinois
5. SIC Classification; 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; The waste is a spent hypochlorite process liquor.
2. Date Well Permitted; 3/5/65 Completed; 4/11/65
3. Injection Rate; 86.000 gpd
Injection Pressure: Gravity to 82 psi
5. Total Depth Of Well; 2636 plugged back to 1753' June 19. 1972
6. Name, Age, and Depth of Injection Zone: Devonian. 2372 ft. - plugged back
to Salem
7. Date Injection Began: (Day) (Month) n (Year) 65
8. Total Volume Injected to Date; N/A (GallonsT
9. Date Injection Ceased: (Day) 15 (Month) 03 (Year) 72
10. Previous Mode Of Disposal: Settled and overflowed to East Mill Creek
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 Lithologtc Description
"
(a)
-------
WIG
11-1
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) Lithostatlc Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raillidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Salem
2372 1500
250 200
1008 600
1.0 psi/ft. estr.
1.0 psi/ft. est.
Devonian Miss .
Cherty dolomitic
limestone - wide-
spread
100 - 150
2200
Penn. & Miss.
carbonates, shale, &
sandstone-widespread
C. Chemical Characteristics of Formation Fluids; IDS = 14,OOP
3. Geohydrology of Fresh Water and Other Useful Aquifers
Area! Llthologlc
Name Depth Thickness Extent Character
0 150
Fluid
Character
freshwater
Mineral Resources in Area: Oil and gas producing zones are within 4 miles
of 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): 140.000 ppm Sodium Chloride,
25,000 ppm Sodium Hydroxide, 20,000 ppm Sodium Hypochlorite
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: 59-417
B. Cone. Dissolved Solids, mg/1: 146,000-160,100
C. Specific Gravity: 1.15
D. Temperature: 133"F
E. pH: 10.5-lT3~
(b)
-------
WIC
3. Toxicity : N/A
4. Reactivity with Surface Equipment Components; Corrosive to carbon steeT
5. Degradability Level and Rate;
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-lnjectlon Waste Treatment; Settling of suspended solids and filtration.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 12-1/4 28 aph 8-5/8 417
Intermediate 7-3/8 Saran linned steel 4-1/2 2390
2-3/8 1600
ection Injection casing 4-1/2 15.30.
Other Aluminum casing corroded 4-1/2 1530-1756
Plugged (lost equipment) 2536-2636
2. Type and Amount of Cement, Cement Additives, Bnplacement Horizon: 8-5/8 inch
casing and 14-1/2 inch casing - cemented to surface.
3. Well Head Equipment (Name and Models):
. Packers, Centrallzers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion; Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.; Acidized - 2390 to 2600 ft.
VI. DESCRIPTION OF SURFACE EQmFMENT
1. Holding Tanks and PlOW Lines: 20,000 gallon holding tank
2. Filters: Rag filter' - 100 micron ~~~
(c)
-------
WIG
3. Pumps: Injection pump - 70 gpm at 140 psi
VII. OPERATION X2MRACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Dat e ( s ) week of 1/6/6 7 Average 62 _ Maximum
" week of b///b8 30
" week of 8/29/69 33
ti
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 1/6/67 Average 28" hg Maximum
11 6/7/68 24" hg
" 8/29/69
it
3. Annual Volume Injected, gal.
A. 19 72 4M B. 19 71 29M C. 19 70 22M
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Pressure and flow
B. Sampling Frequency and Water Quality Parameters Measured:
suspended solids, dissolved solids
C. Frequency of Measuring Water Levels and Hydrostatic Heads: N/A
2. Contingency Plan for Well Failure During Operation: Well NO. 1 is a standby
well. No. 2 well is primary disposal unit. :
3. Regulatory Aspects
A. Construction Requirements; Precautions taken to place saran lined
casing in well without critical damage to lining
B. Monitoring Requirements: Monthly reported volumes, type and composition
of waste materials injected, operational injections pressures and other
data essential to operation of the deep well disposal facilities.
C. Restrictions Of Operation Procedures: Maximum head pressure 453 psi
(d)
-------
Well Id. Code: n_9
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNITED STATES'
Permit Status:__PDR Operational Status:
Operating Company Name and Address: Cabot Corp '
P.O. Box 188 - Tuscola. Illinois
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 05 (Year) 73
2. Latitude and Longitude: N/A
3. Well Location (Legal Description): 1745 "North and 800" of the SE corner,
SE 1/4, SW 1/4, SE 1/4, T16N, R8E, 3rd Principal Meridian
4. County; Douglas State; Illinois
5. SIC Classification: 2818
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; HCl x^aste from the manufacture of a finely divided
silicon dioxide; 150 gpm chloride waste water, filtrate from the wastes
^produced by Staley Starch Co.; etching waste of R.R. Donnelly Co.
2. Date Well Permitted: 1/20/66 Completed: 4/66
3. Injection Rate: 3203 gpd
M. Injection Pressure: Gravity ,
5. Total Depth of Well: 5318
6. Name, Age, and Depth Of Injection Zone: Eminence and Potosi. Cambrian. 4892
7. Date Injection Began: (Day) (Month) (Year) 66
8. Total Volume Injected to Date: 15,494,166 (Gallons)'
9. Date Injection Ceased: (Day) N/A (Month) (Year)
10. Previous Mode Of Disposal: HCl was sold but loss of market forced imple-
mentation of disposal program.
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
iM / f\
(a)
-------
WIC
11-2
B. Geologic Description of Injection Unit and Other Possible Units
Ejection .Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
("1") Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psl
(7) Age of Unit
(b1) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Eminence & 1'otosi
4892
193
2035 psi (3 4861 ft
1.0 psi/ft. est.
1.0 psi/ft. est.
Cambrian
Very high
Sandv dolomite
limestone and dolo
widely distributed
300
4500
Miss , -Cambrian
carbonates, shale
and
sandstone-widespread
C. Chemical Characteristics of Formation Fluids: Estimated to be greater
than 20.000 ppm dissolved solids (based on swab samples)
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Depth
Area!
Thickness Extent
Lithologic
Character
. Mineral Resources in Area: Oil and coal production
Fluid
Character
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): Hydrochloric acid (33%)
and a trace of suspended silicon dioxide _
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1 ;
B. Cone. Dissolved Solids, mg/1 :
C. Specific Gravity; i.u,
D . Temperature :
E. pH; N/A
N/A
(b)
-------
WIG
11-2
3. Toxiclty' Possible tissue damage due to ingestion or prolonged contact
with undiluted solution.
**. Reactivity with Surface Equipment Components: Possible corrosion to metal
components.
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-lnjectlon Waste Treatment! Portions of the various wastewaters are
settled and filtered.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Hole
Size
12-1/4
7-7/8
Casing or Tubing
Weight and Grade
24 // seamless steel
14# J-55
fiberglass
fiberglass
Size
s^sTs
5-1/2
4-1/2
2
1-1/2
Depth
Set
816
4600
4898-4600
4570
4576-4857
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 8-5/8-inch
casing - cemented to surface; 5-1/2-inch casing - 1050 sks Pozmix to
surface; 4-1/2-inch casing - 680 gal.resin.
3. Well Head Equipment (Name and Models): K/A
Packers, Centrallzers, and Other Subsurface Equipment: Atmulus is filled
with diesel oi 1, no packer is used.
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:
(0
-------
wic -
3. Pumps: Teflon body Vanton pump with Harell rubber international parts.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gptn (During Life of Well to Present)
Date (s) KT/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: Volume Monitor
B. Sampling Frequency and Water Quality Parameters Measured; K/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads: N/A
2. Contingency Plan for Well Failure During Operation: N/A
3. Regulatory Jfepects
A. Construction Requirements: System required to be constructed as
specified in application for permit, or specific request made for any
changes.
B. Monitoring Requirements: Measurement of injection volumes, injection
pressure, and chemistry of injected wastewater.
C. Restrictions Of Operation Procedures: EPA must be notified of any changes
in facilities, procedures, or waste chemistry.
(d)
-------
Well Id. Code:
11-3
CXDMPHATIQN OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
THE UNITED
Operational Status:
Permit Status: ,
Ojperatlng Company Name and Address: Jones & Laughlin steel Company
Hennepin, Illinois
I. GENERAL IDENTIFICATION DATA
01
1. Entry Date of Data: (Day)
2. Latitude and Longitude: 4ri5'20"/89°20T02TT
(Month)
06
(Year) 73
3. Well location (Legal Description): 390 ft. north and 190.8 ft. west of
the SE corner of the SW 1/4, SW 1/4, sec. 3, T 32 N, R2W, Putnam County
County; Putnam
State:
Illinois
5. SIC Classification:
3317
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Wastewater from steel pickling. Principle con-
stituents are HC1 , FeCl?>and dilute CrCl3
2. Date Well Permitted; 12/67
3. Injection Rate; 100,000 gpd
Completed:
Injection Pressure: 150 psi
5. Total Depth of Well: 4,846 ft.
6. Name, Age, and Depth of Injection Zone: Mt. Simon; Cambrian; 3,109 ftT
7. Date Injection Began: (Day)
8. Total Volume Injected to Date: 1.1',328,876"
(Month) H"
(Year)
67
(Gallons)
_(Year)_
9. Date Injection Ceased: (Day) N/A (Month)
10. Previous Mode Of Disposal: None - The injection well was constructed
before the plant began operation.
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
«MOTMiw
Knox Group
Ironton
Eu Claire
(b)
Age
Pleistocene
Pennsylvanian
Silurian
Ordovician
Cambrian
Cambrian
Cambrian
(c)
Dp,*
175
385
930
2127
2535
2705
(d)
Thickness
175
210
545
11*7
253
170
404
(e)
Lithologic Description
sand , gravel
sandstone
shale
Mt. Simon
Cambrian
3109
1734
sandstone
-------
WIC
11-3
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Confinimr Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
C*0 Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(b1) Porosity %
(9) Permeability, ndllidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Mt . S imon
3,109
1,734
3.109 psi at top
3,109 psi
Cambrian
1.4-19% av. 12-14%
1.0-1,160 md.av.20-
120°
Sandstone ^
regionally distr.
Eau Claire Formation
2,703
404
2,703 at top
2,703
Cambrian
100 md.
120°
Shale - regionally
distributed
c.
Total dissolved solids
Chemical Characteristics of Formation Fluids:
about 60,000 ppm. Chlorides about 35,000 pp, PH, specific gravity,
radioactivity
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Glacial drift
St. Peter
Depth
0-175
1,474
Galesville-Ironton
2,535
Thickness
175
118
170
Area!
Extent
Lithologic
Character
Widespread gravel, sand
Widespread sandstone
Fluid
Character
freshwater
TDS=585 mg/1
Widespread sandstone
fresh
I. Mineral Resources in Area: Coal is the only known mineral resource in the
area.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area: No other wells that penetrate
the Mt. Simon are present in the area of the injection well.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Wastewater from steel
pickling including Hcl, FeCl?> iron, aluminum, and chromate.~
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: Unknown
B. Cone. Dissolved Solids, mg/1: 70,OOP to 200,000
C. Specific Gravity: 1.2
D. Temperature: 106°F
E. pH; 1-2
(b)
-------
WIC 11-3
3. Toxicity: Tr-ivalent chromium of this waste exceeds water standards for
Hnmogt-ir water supply; ferrous chloride concentration exceeds the taste
threshold.
i|. Reactivity with Surface Equipment Components; Waste is highly corrosive.
All surface equipment and wll tubing must be acid resistent.
5. Degradablllty Level and Rate; There should be no biodegradability in the
formation due to the lack of organics.
6. Biological Level at Injection and Estimated Biological Level After Injection:
Due to the low pH of the wastewater, and the concentration of trivalent
chromium, the biological level at injection and atter injection^would be tfggl,
7. Pre-injectlon Waste Treatment; Settling and tutratton.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Hole
Size
"TO/2"
12-1/4"
8-3/4"
Casing or Tubing
Weight and Grade
H-20 48 Short T&CK-Z
J-55 36 Short T&CR-2
J-55 23 Short T&CR-2
Fib recast Tubing
Size
13-3/8"OD
9-5/8"OD
7" OD
3-l/2"OD
Depth
Set
308'
2,703'
3,108'
3,700'
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: Cemented
from casing seat to surface - all strings
3. Well Head Equipment (Name and Models); N/A
Packers, Centrallzers , and Other Subsurface Equipment: Casing strings were
run with centralizers , guide shoes or float shoes and float collars. _
5. Bottom Hole Completion; Open hole 3,108 to 4,846 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: 150,QOO gal, holding tanks are used before
and after filtration.
2. Filters: Durco diatomaceous earth filters are used to remove particles
larger than 2 microns ~~~~~
(C)
-------
WIC__ 11-3
3. Pumps: A centrifugal pump is used for wastewater injection and a positive
displacement pump is used to maintain pressure in the annulus between the
tubing and 7" closing.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date (s) Average Maximum
" April 1969 190
" May 1970 179
July 1971 135
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) April 1969 Average 256 Maximum
May 1970 265
ti
" July 1971 265
" Jan. 1972 313
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 tubing and annulus pressure and
injection rate are monitored and reported monthly.
B. Sampling Frequency and Water Quality Parameters Measured: Periodic
composite sampling and water quality parameters measured"!
C. Frequency of Measuring Water Levels and Hydrostatic Heads: injection
pressure and annulus pressure measured continuously.
2. Contingency Plan for Well Failure During Operation; Three day holding
tank capacity.
3. Regulatory Aspects
A. Construction Requirements: Well required to be constructed as specified
in approved design. Constructed well meets those specifications.
B. Monitoring Requirements: Monitoring of inspection and annulus pressure,
flow rate, and wastewater quality required.
C. RestMctions of Operation Procedures: Any deviation in well construction,
present operating procedures, or character of injected wastewater must"
be approved.
(d)
-------
Well Id. Code:
IL-4
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNTIED STATES
Permit Status: PDF
Operational Status:
DN
Operating Company Name and Address: American Potash and Chemical Company
West Chicago, Illinois
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month)
2. Latitude and Longitude: ~
06
(Year) 73
3. Well Location (Legal Description): sw 1/4, Sec. 9, T39N, R9E
County: Dupage
State: Illinois
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: None
2. Date Well Permitted f_
3. Injection Rate: N/A
N/A
Completed:
Injection Pressure: N/A
5. Total Depth Of Well: 4043 ft. plugged back to 2130 ft.
6. Name, Age, and Depth of Injection Zone: Mt. Simon. Cambrian 1820
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. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Maguoketa
Galena
Ancell
(b)
Age
Pleistocene
Silurian
Ordovician
Ordovician
Ordovician
Ordovician
Cambrian
(c)
Depth
0
93
277
366
547
660
1050
(d)
Thickness
93
184
89
181
113
390
770
(e)
Lithologlc Description
gravel, sand, clay
limestone, dolomite
shale
Mt. Simon
Cambrian
1820
sandstone, shale
(a)
-------
WIG
IL-4
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) ftrdrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, WC
(11) Character and Area!
Distribution
«
«
C. Chemical Characteristics of Formation Fluids: About 100,000 parts per
million dissolved solids in the basal Mt. Simon
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Depth
Area! Lithologic
Thickness Extent Character
Freshwater occurs in all units except lower Mt. Simon
4. Mineral Resources in Area: None
Fluid
Character
5. Location of Other Wells, Abandoned Wells, and Other Penetrations In
Immediate Hydrologlcally Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): None
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1:
Specific Gravity:
N/A
D. Temperature:
E. pH: N/A
N/A
(b)
-------
WIC IL-4
3. Toxiclty: N/A
*
4. Reactivity vflth Surface Equipment Ccnponents: N/A"
5. Degradabillty Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
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
ectlon
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
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date (s) Average Maximum
H
II
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; Not permitted
(d)
-------
Well Id. Code: IL-5
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNTIED STATES
Permit Status: PDR Operational Status: 0_
Operating Company Name and Address; u.s. industrial chemicals Co.
P.O. Box 218 - Tuscola. Illinois
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year) 73_
2. Latitude and Longitude: N/A
3. Well Location (Legal Description): 430 ft. south and 1135 ft. east of the
NW corner of Sec. 31, T16N, R8E
M. County: Douglas State: Illinois ~
5. SIC Classification: ww
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Wastes from the various petrochemical and
agricultural chemicals manufacture.
2. Date Well Permitted: _ Completed: 5/9/70
3. Injection Rate: 401,638 gpd _
Injection Pressure :__52psi
5. Total Depth of Well; 5,524
6. Name, Age, and Depth Of Injection Zone; Eminence and Potosi, Cambrian, 5015
7.
8.
9.
10.
Date Injection Began: (Day) 04 (Month) 08
Total Volume Injected to Date: 226,320,000
Date Injection Ceased: (Day) N/A (Month)
Previous Mode of Disposal: N/A
(Year)
(Year)
70
(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 Llthologic Description
(a)
-------
WIC
IL-5
B. Geologic Description of Injection Unit and Other Possible Units
Injection
(1) Mame
(2) Depth (Ft.)
(3) Ihickness (Ft.)
(5) Formation Fluid Pressure, psl
(5) Llthostatic Pressure, psi
(6) Iferdrofracturlng Pressure, psi
(7) Age of Unit
(b) Porosity %
(9) Permeability, raillidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Eminence/ Potosi
5015
509
2309
1.0 psi/ft. est.
1.0 psi/ft. est.
Cambrian
25
Dolomite with poro'
non -porous zones v<
widely spread
*
is and
:ry
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
Mineral Resources in Area: Oil production and coal mined west of the
area.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical
CaSO
.cal Description (Including Radioactivity); ^as t ew
, 3% phosphoric acid, 1-1/2% sulfuric acid, 0.7?0 f
Wastewater containing
louride,carbon,and
ottier salts.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity: 1.0*34 at 60°F
D. Tenperature: N/A
E. pH: 1.0
(b)
-------
WIC
IL-5
3. Toxicity:
Reactivity with Surface Equipment Ctomponents
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. Pre-injection Waste Treatment; Holding ponds
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
ection
Hole
Size
17-1/2
12-1/4
8-3/4
6-1/2
Casing or Tubing
Weight and Grade Size
13-3/8
H-40 9-5/8
J-55 7
EUE J-55 w/plastic lining 2.825
Depth
Set
219
2810
5015
4990
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 13-3/8
inch casings - 200 sks w/3% CaCl?, 9-5/8 inch casings - 700 sks Howco Lite +
Class A; 7 inch casing - 850 sks
3. Well Head Equipment (Name and Models); N/A ~"
. Packers, Centralizers, and Other Subsurface Equipment: Halliburton R-4
tubing packer; centralizers every 90 ft. on 9-5/8 "and 7 casing annulus
filled w/fresh water and 2bbls Coretron w/crude oil at bottom.
5. Bottom Hole Completion; Open hole perforated 3 shots/ft. 5176 and 5186 to
5194 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; 10.000 gal. 28% HCI (?5015~
5524 ft.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Waste transferred from lagoon No. 3 through
4 inch diameter plastic pipe
2. Filters: Strainer on well head
(c)
-------
WIC__ IL"5
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpd (During Life of Well to Present)
" 8/31/71
" 1/11//Z 4j/,UUU
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 9/1/70 Average 30-100 Maximum
" 3/22/71 52
" 8/31/7152
it
1/11/72
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/Volume Monitor
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:
3. Regulatory Aspects
A. Construction Requirements: Well was to be constructed as designed and
approved.
B. Monitoring Requirements; Monthly report of operating pressures and
injected volumes, annulus pressure, waste character and any other
significant operational information.
C. Restrictions of Operation Procedures: Injection pressure not to exce"eT
0.65 psi/ft. of depth at the bottom of the hole.
(d)
-------
Well Id. Code: IL-7
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN TOE UNTIED STATES
Permit Status; PDR Operational Status: o_
Operating Company Name and Address: vesicol chemical Corporation
Marshall, Illinois
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) Ql (Month) 05 (Year) 73_
2. Latitude and Longitude: 39-2J'55"/87e42T?TrT'
3. Well Location (Legal Description); sw i/* Sec. 12. TUN, R12W
14. county: ^ar* State; Illinois
5. SIC Classification:
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: The waste is a spent hypochlorite process liquor.
2. Date Well Permitted: Completed; 3/15/7T
3. Injection Rate: 22fl gal ions/year
Injection Pressure: 90 ps t
5. Total Depth Of Well; 6007 plugged back to 2737'
6. Name, Age, and Depth of Injection Zone: Devonian, 2440'
7. Date Injection Began: (Day) 15 (Month) 03 (Year) 72 ~~
8. Total Volume Injected to Date: 28M (Gallons)'
9. Date Injection Ceased: (Day) X/A (Month) (Year)
10. Previous Mode Of Disposal: Injected into IL-l
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
(a)
-------
WIC
IL-7
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
2737
374
1000
Devonian
limestone
widespread
100-150
2200
Penns . & Miss.
carbonates
sandstone,
. shale, &
widespread
C. Chemical Characteristics of Formation Fluids: 14,000 ppm dissolved
solids.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Areal
Depth Thickness Extent
0 150
Lithologic
Character
Fluid
Character
freshwater
Mineral Resources in Area: Oil and gas producing within 4 miles of 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): 140,000 ppm sodium chloride,
25.000 ppm sodium hydroxide; 20,000 ppm sodium hypochlorite
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:.
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity; 1.10
D. Temperature:
E. pH:
50-580
100°F
10.5-11.5
(b)
-------
WIC IL-7
3. Tbxlcity: N/A
i». Reactivity with Surface Equipment Components; Corrosive to carbon 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; Settling and filtration
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface TIT"" 48.oo# n-40Tn/s" "571"
Intermediate 12-1/4" 32.20// H-40 9-5/8" TOST
ection 8-3/4" 23.00# K-55 7" 2428'
Other 9.50# K-55 PVC Lined 4-1/2" Z4W
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 13-3/8",
9-5/8" and 7" casing cemented to surface
3. Well Head Equipment (Name and Models); iiinderliter casing head
^. Packers, Centralizers, and Other Subsurface Equipment: 7'* casing:
9 centralizers, 6 cement baskets, pack off collar, 9-5/8" casing: 5
centralizers, 2 scratchers, guide shoe
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; 20,00n gallon holding tank, 4" piping.
2. Filters: Bag filter; 1UU micron
(c)
-------
WIC
3- Pumps: Injection pump 70 gpm at 14 psi
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) A/5/72 Average 57 _ Maximum
" 6/7/72 57_
" 9/6/72 38_
" 2/7/73 48
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 4/5/72 Average 15 Maxinum
"
6/7/72
9/6/72 _ 69
2/7/73 81
3. Annual Volume Injected, gal.
A. 19_72 22M B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Pressure and flow measurement monitoring
well for observing formation fluid movement and pressure changes.
B. Sampling Frequency and Water Quality Parameters Measured; Daily,
suspended solids dissolved solids, NaCl, NaOH
C. Frequency of Measuring Water Levels and Hydrostatic Heads: Monthly or
quarterly
2. Contingency Plan for Well Failure During Operation: utilize standby Well
(No. 1) for chlordane waste. Accumulate other plant wastes.
3. Regulatory Aspects
A. Construction Requirements; N/A
B. Monitoring Requirements; Monthly reported volumes, type & composition
of waste materials, injection pressures.
C. Restrictions of Operation Procedures; Maximum head pressure 643 psi ~
(d)
-------
Well Id. Code: IL-S
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNl'ltl) STATES'
Permit Status; SNA Operational Status: SNA
Operating Company Name and Address; Veisicol chemical Co.
Marshall Illinois
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day)_23 (Month) 05 (fear) 22.
2. Latitude and Longitude; N/A
3. Well Location (Legal Description); Sec. 12. TUN. Rliw
^. County: Clark State; Illinois
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; N/A
2.
3.
4.
5.
6.
7.
8.
9.
10.
Date Well Permitted: N/A
Injection Rate: N/A
Injection Pressure: N/A
Total Depth of Well: 6007 ft.
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: N/A
(Month) (Year)
N/A (Gallons)
(Month) (Year)
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
IL-8
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(H) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability , millidarcles
(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
Llthologic
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, mgA:
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: ~
D. Temperature:
E. pH;
(b)
-------
WIC IL-i
3. Toxicity:
. Reactivity with Surflace Equipment Components:
5. Degradablllty 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):
M. 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__
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 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: 11-9
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES'
Permit Status: AFP Operational Status:
Operating Company Name and Address: Allied chemical com.
Danville. Illinois
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 23 (Month) 5 (Year)
2. Latitude and Longitude; N/A
3. Well Location (Legal Description): Sw 1/4. N.W. 1/4. Sec 12. T19N, RIIW
4. County; Vermilion State; Illinois
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; N/A
M. Injection Pressure; N/A
5. Total Depth of Well: M/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)
Narae Age Depth Thickness Lithologic Description
N/A
(a)
-------
WIC
IL-9
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
00 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
-
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 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 IL-9
3. Toxlclty;
. 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
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 IL-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. 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: IN-I
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES'
Permit Status: TOR Operational Status: 0_
Operating Company Name and Address; American Cyanimid Company, P.O. Box 262
Michigan City, Indiana 46360 ' "'
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 31 (Month) 1 (Year) 73_
2. Latitude and Longitude: N/A
3. Well location (Legal Description); SEC- ^» T38N,
4. County: LaPorte State: Indiana
5. SIC Classification; 2819
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Floor washing waste and filter washing waste
2. Date Well Permitted: 8-51 Completed:
3. Injection Rate; SOQ^Pou ..?d ~ ~
Injection Pressure: 35
5. Total Depth of Well; 650
6. Name, Age, and Depth of Injection Zone: Devonian & Silurian, 270
7. Date Injection Began: (Day) (Month) 8 (Year) 51 ~~
8. Total Volume Injected to Date: 2,073,6np.no (8/67) (Gallons)
9. Date Injection Ceased: (Day) ~~ (Month) (Year)
10. Previous Mode of Disposal: N/A
HI. GEOLOGIC DEFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Wilts Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
-**-
(a)
-------
WIC
TN-1
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) LJ.thosta.tic Pressure, psi
(6) Hydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raillidarcles
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
270
397
0.43 nsi/ft
1.0 psi /ft est.
1.0 psi/ft est.
Devonian & Siluriar
dolomite, limestone
175
95
dolomite & limestone
possibly with some
shale
C. Chemical Characteristics of Formation Fluids: 5Qmg/l H2s, AQOOmg/l NaCl
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
drift
Depth
o
Areal
Thickness Extent
175
Llthologlc
Character
variable sand, gravel
Fluid
Character
fresh
*. Mineral Resources in Area: peat, marl and sand are mined in LaPorte County.
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); 6500ppm NaoSQA, 5000
ammonium sulfate. 120 ppm acidity 6,021ppm Na20, J87ppm A120^7
7681ppm SO&
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/L; 118
i.o
B. Cone. Dissolved Solids, mg/1: 14,000
C. Specific Gravity:
D. Temperature: ~
E. pH:
60 °F
4.6
(b)
-------
WIC IN-1
3. Toxicity t 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:
nrobably not sterile at injection; bacterial activity minimi.
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 16 257
Intermediate ___ 12 170-257
jection Car Ion Tubing 6 270
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Name and Models):
. Packers, Central!zers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion; Open Hole
6. Hydraulic Fracturing, Acidizing Programs, etc.:
VI. DESCRIPTION OF SURFACE EXJUIFMEM1
1. Holding Tanks and Plow Lines; three settling tanks in series
2. Filters:
(c)
-------
WIC__ IN-1
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 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: Monthly operational reports are filed
with the State Board
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; Comfeleted, eouinped and ma*nta3'"ed ln a
manner that will prevent pollution ot tresh water or endanger any natural
B. Monitoring Requirements: monthly operatonal reports are filed with the
state board
C. Restrictions of Operation Procedures: Must operate as permitted
(d)
-------
Well Id. Code: IN -?
COMPILATION OF INDUSTRIAL AND MUNICIPAL
Permit Status: ?DR _ Operational Status: _ 0 _
Operating Company Name and Address; American Cvanimid Company _
P.O. Box 262. Michigan Citvr Indiana 4636.0
I. GENERAL IDENTIFICATION DATA
1. Qitry Date of Data: (Day) 31 (Month) _ i _ (Year) 73 _
2. Latitude and Longitude; N/A
3. Well Location (Legal Description); Sec 22. T38N. RAW - 850 ft. east of the
IN-l well
4. County: LaPorte State; Indiana ""
5. SIC Classification; 2819
II. GENERAL DATA ON WELL SHE
1. Type Of Waste Injected; Floor washing waste and filter washing waste
2. Date Well Permitted; 9-52 Completed;
3. Injection Rate; 28o.uno.OQf) ~
Injection Pressure: 3b psl
5. Total Depth of Well:
6. Name, Age, and Depth of Injection Zone; Devonian. 255
7. Date Injection Began: (Day) , (Month) 9 (Year) 1952
8. Total Volume Injected to Date: 1,940,000,000 (8/67) (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
ft7-A
(a)
-------
WIC
IN-2
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnlne Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(H) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) ftrdrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability , mlllidarcles
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
255
40
0.43 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Devonian
dolcaite, limes tor
175
95
edolomite
possibly
, limestone
with some
shale
C. Chemical Characteristics of Formation Fluids; 50 ppm H?s, 4000 ppm
NaCl
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Drift
Depth
Areal Lithologlc
Thickness_ Extent Character
variable sand, gravel
175
Fluid
Character
tresh
. Mineral Resources in Area: Peat, marl, and sand mined in the area.
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); 6500 ppm NaSQ4>
5000 ppm ammonium sulfate, 6000 ppm Na^O, 187 ppm Al2Uv 7700 ppm SOA
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1;
B. Cone. Dissolved Solids, mg/1: 14.000
C. Specific Gravity: 1.0
D. Temperature: 60° F
E. pH: 4.6
(b)
-------
WIG IN-2
3. Toxicity: N/A
. Reactivity with Surface Equipment Components:
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; Sedimentation
V. WEIL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface TTFT/A ~Z55
Intermediate
Injection uarion Tuning 6 zvrr
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; N/A
3. Well Head Equipment (Name and Models):
4. 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 EQUIFMEM1
1. Holding Tanks and Plow Lines: three settling tanks in series
2. Filters:
(c)
-------
WIC
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injectior 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; Monthly operational reports filed with the
Board
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 anv natural
resource
B. Monitoring Requirements: monthly operational reports are filed with State
Board
C. Restrictions of Operation Procedures: must operate a permitted
(d)
-------
Well Id. Code: IN-3
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN TOE UNTIED STATES"
Permit Status: PDR Operational Status: g_
Operating Company Name and Address: Indiana Farm Bureau Co-Op Assn. Inc.
Mt. Vernon, Indiana
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); Sec. 6, T7S, R13W
i|. County; Posey State: Indiana
5. SIC Classification:
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Water, sodium hydroxide, sodium sulfite, sodium
mercaptide
2. Date Well Permitted: 4/50 Completed:
3. Injection Rate: 210 gpd ~
M. Injection Pressure: 200 psi
5. Total Depth Of Well: 2427' plugged back to 2328'
6. Name, Age, and Depth of Injection Zone; Tar springs, Mississippian, 2286
7.
8.
9.
10.
Date Injection Began: (Day) 04 (Month) 10
Total Volume Injected to Date: 453,600
Date Injection Ceased: (Day) N/A (Month)
Previous Mode of Disposal: N/A
(Year)
(Year)
55
(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
__^___^^_________ Pennsylvanian
Kincaid Mississippian limestone
Menard Mississippian limestone
vienna Mississippian sandy limestone
Tar springsMississippian sandstone
(a)
-------
WIC
IN-3
B. Geologic Description of Injection Unit and Other Possible Units
Infection Unit Conflnimr Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
CO Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) ffydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raillidarcles
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Tar Springs
2286
97
.45 psi/ft. est.
1.0 psi/ft. est.
1.0 psi/ft. est.
Miss.
20
200+
sandstone
Approx. 6 'of tight
Calcareous sarid on top
of Tar Springs overlai
with shale
C. Chemical Characteristics of Formation Fluids: Brine
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
"DrTTt
Depth
o
Areal
Thickness Extent
200
Lithologic
Character
sand, clay
Fluid
Character
30 UU ppm TDS
. Mineral Resources in Area: Clay and marl are recovered near 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); Water, sodium hydroxide,
sodium mercaptide, sodium sulfide
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, me/1:N/A
C. Specific Gravity:_
D. Temperature: N/A
E. pH: N/A
1.12
-------
WIC
IN-3
3. Ibxlcity: Mercaptous toxic to fish. NaOH toxic to humans with total dose
of 1.95 gm.
4. Reactivity with Surface Equipment Components; Possible corrosion to metal
components.
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 minimal.
7. Pre-injectlon Waste Treatment; Settling
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 13
Intermediate 8-3/4
10-3/4
5-1/2
Injection
2-1/2
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 10-3/4
inch casing - 100 sx Hi-Early; 5-1/2 inch casing - 150 sx Hi-Early
3. Well Head Equipment (Name and Models):
. Packers, Centralizers, and Other Subsurface Equipment: NO packer
5. Bottom Hole Completion; Perforations - fr9 RoIes^30?-280?T ft. rippled
2312/232R ft. ~
6. Hydraulic Fracturing, Acidizing Programs, etc.: Acid - ISoo gal. 15%
muretic acid w/Dowell W9 and L-l additives; fractured - water frac. 3000
gal. water 6000 Ibs. sand break 2500 psi final 1800" psl
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Flow Lines: N/A
2. Filters:
(0
-------
WIC IN-3
3. Punps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average 4 to 5 SP"1 Maxlnum
H
II
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average 2"" Maximum 30°
3. Annual Volume Injected, gal.
A. 19 N/A B. 19_ C. 19
VIII. SAFETY mPORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Volume and pressure monitoring
B. Sanpling 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: N/A
C. Restrictions of Operation Procedures: N/A
-------
Well Id. Code:
IN-4
COMPHAITON OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNITED STATES
Permit Status:
PDR
Operational Status: NO-UP
Operating Company Name and Address: EMC Corporation
I. GENERAL IDENTIFICATION DATA
P.O. Box 34 - Newport, Indiana
1. Entry Date of Data: (Day) 01
2. Latitude and Longitude: N/A
(Month) 12
(Year) 72
3. Well Location (Legal Description); NE 1/4, NW 1/4, Sec. 9, TI&N, R6w
County:Vermillion
State: Indiana
5. SIC Classification:
3561
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected:
N/A
2. Date Well Permitted:
3. Injection Rate: 50 gpm
Completed:
5/22760
Injection Pressure; 1000 psi
6160
5. Total Depth of Well: _
6. Name, Age, and Depth of Injection Zone: Mt. Simon, Cambrian, 5260
7. Date Injection Began: (Day) 15 (MonthT
8. Total Volume Injected to Date: 150,000,000
10
9. Date Injection Ceased: (Day) N/A(Month)
10. Previous Mode of Disposal: N/A "
(Year) 60
(Gallons)
_(Year)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Cincinnatian
Trenton
Black River
Knox
Eau Claire
Mt.Simon
(b)
rdovician
Ordovic. ian
Ordovician
Cambrian
Cambrian
Cambrian
(c)
Depth
ItfHO
21'yy
2360
2819
AA20
(d)
Thickness
319
Tbl
5TO
1600
840
(e)
Llthologic Description
sriale
limestone
limestone
dolomite
limestone, shale
limestone
(a)
-------
WIC
IN-4
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
W 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
Mt. Simon
5260
900
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft tst.
Cambrian
6
6-8
shale, sandstone
extensive
.
5000
Penn . - Camb .
shale, carbonates
sandstone
extensive
C. Chemical Characteristics of Formation Fluids; 204,400 ppm TDS;
125.000 ppm Cl"; 508 ppm SO,; 116 ppm (CO )?; 22.400 ppm Ca;
"2840 ppm Mg; pH=4.5
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Areal Lithologic
Depth Thickness Extent Character
Fluid
Character
Mineral Resources in Area: The area around the disposal well is an area of
large coal deposits. Over 150 million tons of coal has been produced
from the deposits.
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); 22,000 ppm Ca; 9,000 ppm
Fe; 3000 ppm Mg; 125,000 ppm Cl~; 10 ppm solids ( after filtration )
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mgA: 10
B. Cone. Dissolved Solids, mg/1;270,000
C. Specific Gravity; 1.09
D. Temperature: N/A
E. pH: 4.9
(b)
-------
WIC _ IN-4
3 . Ibxlclty : N/A
l*. Reactivity with Surface Equipment Components: Cathode type protection sysem
installed. _ _ _____
5. Etegradabillty 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: Settling, pressure leaf filtration, pH
control.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 13-3/4 _ _ 10-3/4
Intermediate
Injection 8-3/4 237;
Other 7-7/8 Open Hole
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Name and Models):
. Packers, Centralizers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion; Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.: None - formation is highly
fractured; 250,000 gallon fresh water buffer zone. .
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: 13,000 gallon xvaste rundown tank; surge tank
2. Filters: Leaf and cartridge filters
(c)
-------
WIC__ IN-4
3. Punps: .
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During life of Well to Present)
Date(s) Average 50 Maximum 1000
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average 1000 Maximum 1500
3. Annual Volume Injected, gal.
A. 19__ N/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Volume and pressure monitor
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:
3. Regulatory Aspects
A. Construction Requirements;
B. Monitoring Requirements: N/A
C. Restrictions of Operation Procedures: N/A
(d)
-------
Well Id. Code:
IN~5
COMPILATION OP INDUSTRIAL AND MUNICIPAL
DEJECTION WELLS IN TOE UNTIED STATIST
Permit Status : PDR
Operational Status: o
Operating Company Name and Address; Bethlehem Steel Co. Burns Harbor Plant
Box 248 Chestertown, Indiana
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) 23 (Month) 05
2. Latitude and Longitude; N/A
(tear) _ 73_
3. Well Location (Legal Description): Sec. 28; NW 1010' NL 1710' WL TWP 37N
Range 6W _
County: N/A
State; Indiana
5. SIC Classification: 3312
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; steel mill waste HCI
2.
3.
5.
6.
7.
8.
9.
10.
Date Well Permitted; 11/67
Injection Rate; 125 gpm
Completed;
~
Injection Pressure; 700 psi
Total Depth of Well: 4305
_ _
Name, Age, and Depth of Injection Zone: Mt. Simon, Cambrian, 2535
Date Injection Began: (Day)
Total Volume Injected to Date:
Date Injection Ceased: (Day)_
Previous Mode of Disposal:
(MonthT
N'/A
n
(Month)
(Year) 67
____
(Gallons)
(Year)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(e)
(a)
Name
Trenton
(b)
Age
Silurian
Ordovician
(c)
Depth
256
958
(d)
Thickness
700
250
Black aiver
Knox
Eau Claire
Mt. Simon
Ordovi cian 1208 100
Cambrian 1308 300
Cambrian 1625 900
Cambrian 2535 17QQ
Pre-Cambrian 4263
Llthologic Description
shale
limestone
limestone
dolomite
limestone
sandstone
(a)
-------
WIG
IN-5
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confining Bed
(1) Name
(2) Depth (Ft.)
w
(5
(5
(6
(t
Thickness (Ft.)
P Formation Fluid Pressure, psi
Lithostatic Pressure, psi
) Hydrofracturlng Pressure, psi
) Aee of Unit
(8) Porosity %
(9) Permeability, ndllldarcies
(10) Reservoir "temperature, °C
(11) Character and Area!
Distribution
Mt. Simon
2535
1700
Cambrian
9
Sandstone
C. Chemical Characteristics of Formation Fluids; 40,000 mg/l Nad, 7000
Ca.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Drift
Depth
0
Area!
Thickness Extent
190
Llthologlc
Character
Fluid
Character
Variable sand and gravelfresh
4. Mineral Resources in Areat Clay and marl are mined in Porter Co.
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): 6-10%
FeS07 . 41,000 ppm Cl, 22,000 ppm Xa?0
^, 14-18%
2. Physical/Chemical Description
A. Cone. Suspended Solids,
B. Cone. Dissolved Solids, mg/l: 7TTW
C. Specific Gravity :_N/A "
D. Temperature: AO-IWK
E. pH: N'/A
(b)
-------
WIC
3. Toxicity; M/A
. Reactivity with Surface Equipment Components: N/A
5. Degradabillty Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-injectlon Waste Treatment: nitration, addition or piocidc ana
corrosion and oxygen inhibitors.
V. WELL DESIGN AND CONSTOUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface _2A _20
Intermediate 15 n-40
8-3/4 H-AO 17//
Injection R-3/A J-55 Tubing Penton Coated 3 1/2 OP
Other
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: z-flaker Model D
Packers
5. Bottom Hole Completion; Perforated completion bottom ZUO tt
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VI. DESCRIPTION OF SURFACE EQUIFMEOT
1. Holding Tanks and Plow Lines: N/A
2. Filters: Pre-Coat filter 2 microns
(c)
-------
WIC
3. Pumps : N/A
VII. OPERATION CHARACTEFtlSTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) overall Average 125 __ Maximum
it
it
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) . Average 700 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; 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:
IN-6
COMPILATION OP INDUSTRIAL AND MUNICIPAL
STATES
INJECTION
Permit Status: PDR
Operating Company Name and Address:
I. GENERAL HJEMnFICATION DATA
Operational Status:
o
Bethlehem Steel Co. Burns Harbor Plant
Box 248 Chestertown. Indiana
1.
2.
3.
4.
5.
II.
1.
2.
3.
5*.
6.
7.
8.
9.
10.
Entry Date of Data: (Day) 23 (Month) 05
Latitude and Longitude: N/A
Well Location (Legal Description): T-37N, R6W, Sec
County: Porter State: Indiana
SIC Classification: 3312
GENERAL DATA ON WELL SITE
Type Of Waste Injected: Waste effluent from a coke
ammonium salts containing phenols and cyanides.
Date Well Permitted: 4/4/68 Completed:
Injection Rate: 125 gpm
Injection Pressure: 700 psi
Total Depth of Well: 3945
Name, Age, and Depth of Injection Zone: Mt. Simon,
Date Injection Began: (Day) 04 (Month) 04
Total Volume Injected to Date: N/A
Date Injection Ceased: (Day) N/A (Month)
Previous Mode of Disposal: N/A
(Year) 73
. 30
plant - aqueous
Cambrian, 2530
(Year) 68
(Gallons)
(Year)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
(b)
Age
Silurian
Trenton
blacK. Kiver
Knox
c.au Liaire
me. oimon
Ordovician
Ordovician
Cambrian
Cambrian
Cambrian
945
(d)
Thickness
695
215
ITbCT
1355
3CTO
LbtT
2510
3945
(e)
Llthologlc Description
shale and limestone
limestone
limestone
dolomite
limestone
sandstone
(a)
-------
WIC
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(H) Formation Fluid Pressure, psl
(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
Mt. Simon
2530
1415
Cambrian
10 - 20
20 - 100
33°
Sandstone
Confining Bed
C. Chemical Characteristics of Formation Fluids: 98,000 pom TDS ;
5800 ppm Cl; 1210 ppm SO ; 78.1 ppm HCO ; 8140 ppm Ca; 1320 ppm Mg;
27.000 ppm Na. 4 3
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Drift
Depth
Thickness
190
Area!
Extent
variable
Lithologic
Character
sand, clay
Fluid
Character
fresh
. Mineral Resources in Area: _Clay and marl are mined in Porter Co.
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 effluent including
aqueous ammonia salts, phenol, and cyanides
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
3 . Ibxlcity : 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:
N/A
7. Pre-injection Waste Treatment: Oil skimming sludge removal, filtration,
temperature reduction and addition of biocide
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 17 H-AO 55# 13-3/8 226
Intermediate 12-1/4 j-55 48ff 9-5/8 143?
8-3/4 J-55 23// ]_ 2530
ection 6-1/4
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; Surface
string 300 sks; intermediate strings 1025 sks.
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; 2 - 400,000 gal, storage tanks
1 - 60,000 gal, storage tank
2. Filters': 2 - diatomaceous earth filters
(c)
-------
WIC__ IN-6
3. Pumps: Other - 2 - heat exchangers 140°F to 80° F
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During life of Well to Present)
Date (s) Overall Average 125 Maximum
it
I!
If
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average 7°Q 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:
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/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: N/A
(d)
-------
Well Id. Code: IN-7
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN THE UNITED STATES
Permit Status :__££R Operational Status: o_
Operating Company Name and Address; Bethlehem Steel Co., Burns Harbor Plant
Box 248Chestertown,Indiana
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) 23 (Month) 05 (Year) 7j_
2. Latitude and Longitude; N/A
3. Well Location (Legal Description): T-37N. R6W, Sec729
1. County: t-orter State: Indiana"
5. SIC Classification:
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Aqueous ammonium salts containing phenols and
2.
3.
5*.
6.
7.
8.
9.
10.
cyanides
Date Well Permitted: 3/22/68
Injection Rate: 32 gpm
Injection Pressure: 15 psi
Total Depth of Well: 4301
Name, Age, and Depth of Injection
Date Injection Began: (Day) 22
Total Volume Injected to Date:
Date Injection Ceased: (Day) N/A
Previous Mode of Disposal: N/A
Zone:
(Month)
N/A
(Month)
Completed :
Eau Claire
Cambrian ,
03
and Mt.
1655 and
(Year)
(Year)
Simon,
2521
68
(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
Silurian Silurian 2~3»5"2l5shale", 1 imes tone
Cincinnatian Silurian 751!2"0~0"limestone
Trenton Ordovician 945 225 limestone
Black River Ordovician 1170 170 limestone
Knox Cambrian 1340 315 dolomite
Eau Claire Cambrian 1655 885 limestone
Mt. Simon Cambrian , 2530 1744 sandstone
(a)
-------
WIC
IN-7
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Confinino- Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(4) Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psl
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Eau Claire/Mt. Simc
1655 2521
855 1744
10-20
20-100
33°
limes tone/sandston<
n
j»
C. Chemical Characteristics of Formation Fluids; 98,000 ppm IDS; 5800 ppm
Cl; 1210 ppm SO^; 78 ppm HC03; 8140 ppm Ca; 1320 ppm Mg; 27,000 ppm Na.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Drift
Areal Lithologic Fluid
Depth Thickness Extent Character Character
o
190
variable sand, gravel fresh
. Mineral Resources in Area! Clay and marl are mined in the 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): 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: N/A
E. pH; N/A
V/A
(b)
-------
WIC
3. Toxicity ; N/A
. Reactivity with Surfiace Equipment Components: N/A
5-. Cegradabllity Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-injection Waste Treatment; Oil skimming sludge removal filtration,
temperature reduction and addition of biocide.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 17-1/2 H-40 55$ 13-3/8 230
Intermediate 12-1/4 J-55 48// 9^5/8 1435
8-3/4 23# 7 2521
Injection 6-1/4 Open hole 2521
Ohc
icr
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 13-3/8
casing - 300 sks
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: 2 - 400,000 gal. storage tanks
1 - 60,000 gal. storage tank"
2. Filters:2 - diatomaceous earth filters
(C)
-------
WIG IN-7
3. Pumps: Other - 2- heat exchangers 140°F to 80°F
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) overall Average 32 Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average 15 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. 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; N/A
B. Monitoring Requirements ; Daily injection. Volume and data on waste
rhemistry to be filed monthly.
C. Restrictions of Operation Procedures;
(d)
-------
Well Id. Code:
IN-8
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Operational Status: o_
Permit Status: ^
Operating Company Name and Address; Midwest steel Co. niv~National steel Corp.
Portage City, Indiana46368
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 23 (Month) 05_
2. Latitude and Longitude: ~N/A
(Year) 73
3. Well Location (Legal Description): Sec. 25. T37N, Range 6W
County: Dorter
State: Indiana
5. SIC Classification: 3479
II. GENERAL DATA ON WELL SUE
1. Type Of Waste Injected: Waste pickle from a metal production operation.
2. Date Well Permitted; 2/65
3. Injection Rate: 275 gpm
Completed:
Injection Pressure: Q-3Q psi
5. Total Depth of Well; 4308
6. Name, Age, and Depth of Injection Zone: Mt. Simon, Cambrian, 2160
(Month)
N/A
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 "
(Year)
(Gallons)
JYear)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
««
Trenton
Black River
Knox
Eau Claire
Mt. Simon
(b)
Silurian
Ordovician
Ordovician
Cambrian
Cambrian
Cambrian
(c)
Depth
248
936
1165
1345
1645
2160
(d) (e)
Thickness Llthologlc
sand
limestone
limestone
dolomite
limestone
sandstone
Description
and shale
Pre-Cambrian
4259
(a)
-------
WIC
IN-8
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confining Bed
(1) Name
(2) Depth (Ft.)
nj
» Thickness (Ft.)
(*0 Formation Fluid Pressure, psi
W
(fc
r
(B
Lithostatic Pressure^ psi
ftrdrofracturlng Pressure, psi
Age of Unit
Porosity %
(9) Permeability, millidarcles
(10) Reservoir Temperature, "C
(11) Character and Area!
Distribution
Mt. Simon
2160
2100
Cambrian
18
40-50
Sandstone
.
C. Chemical Characteristics of Formation Fluids; 40,000 mg/i NaCl and
7.000 mg/l Ca
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Drift
Area! Lithologic Fluid
Depth Thickness Extent Character Character
0 190 variable sand and clay
Mineral Resources in Area: Peat and marl are recovered from the county
in which the well is located.
5. Location of Otherwells, Abandoned Wells, and Other Penetrations in
Immediate Ifydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); 6-10% H?SOV 14 to 18%
Ferrous Sulfate, contains some Na9Cr07
2. PhysicaL/Chemical Description
A. Cone. Suspended Solids, mg/l; N/A
B. Cone. Dissolved Solids, mg/l;NM
C. Specific Gravity; 1.14
D. Temperature; 13Q"F to i»o~
E. pH; N/A
(b)
-------
WIC IN-8
3. Toxicity: N/A
4. Reactivity with Surfiace Equipment Components: N/A
5- Degradabillty Level and Rate: X/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-injectlon Waste Treatment; Filtration
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 20 16 ISO
Intermediate 13-3/8 10-1/2400
9-5/8 7 2750
Injection Fiber-cast 2 BOO
Other Fiber cast 3 800 to 2750
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: '*'M
3. Well Head Equipment (Name and Models): Packer set near bottom ot /- casing
string.
4. Packers, Centralizers, and Other Subsurface Equipment: ^'M
5. Bottom Hole Completion; "pen hole completion
6. Hydraulic Fracturing, Acidizing Programs, etc.; HCI - acid buffer injection
injection fresh water with chlorine and Biocide B-9 volume-35,000,000 gal.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; IQO.OOO gal, storage tank; 3,000 gal, surge
tank; 80 inch continuous pickle line.
2. Filters"! Pre-coat filters 0.5 micron
(c)
-------
WIC IN-8
3. Pumps: 2-booster pumps and 2 (75 gpm) injection pumps
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average 275 Maximum
it
!f
II
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average n Maximum 30
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 of Operation Procedures; N/A
(d)
-------
Well Id. Code:
IN-9
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNl'iliD STATES
Permit Status: PDR
Operational Status: o_
Operating Company Name and Address: u.s. steel Co.
I. GENERAL IDENTIFICATION DATA
208 S. LaSalle Street. Chicago. Illinois
1. Entry Date of Data: (Day) 23 (Month) 05
2. Latitude and Longitude: X/A
(Year) 73
3. Well Location (Legal Description):
T37N, R8K
SW ]/4. SE 1/4. SW 1/4. Sec. 29.
County; Lake
State: Illinois
5. SIC Classification: 3312
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Spent pickle liquor
2. Date Well Permitted : 1/7/65
3. Injection Rate; 210 gpm
Completed:
Injection Pressure : 20n ps i
5. Total Depth of Well; 4303
6. Name, Age, and Depth of Injection Zone: Mt. Simon, Cambrian, 2422'
(Month) 01
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'- "
(YearT
65
(Gallons)
_(Year)_
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Trenton
Black River
Knox
Eau Claire
Tit. bimon
(b) (c)
Age
Ordovician
Orciovician
Cambrian
Cambrian1567
Cambrian2422
1037
1190
(d)
Thickness
200
160
T7o
900
1850
(e)
Lithologic Description
limestone
limestone
dolomite
limestone, shale
sandstone
(a)
-------
WIC
IN-9
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, psl
(5) Lithostatic Pressure, psi
(6) ftrdrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millldarcles
(10^ Reservoir Temperature, °C
(11) Character and Area!
Distribution
Mt. Simon
2422
2100
14.3
427
Sandstone
-
C. Chemical Characteristics of Formation Fluids: 40,OOP mg/l Nad,
7000 mg/1 Ca
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Drift
Depth
0
Area!
Thickness Extent
160
Lithologic
Character
Fluid
Character
variable sand, gravel fresh
4. Mineral Resources in Area: Teat is recovered from pits in the general
area of the disposal well.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Ifydrologically Affected Area:_£M
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Spent pickle liquor
sulfuric acid - 8 to 37%. ferrous sulfate 18 to 25%, Chromic acid 2-6%,
hvdrocloric acid 1%. FeCK 15-20%
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1: ETA"
C. Specific Gravity:_
D. Temperature: N/A
E. pH: N/A
1.06 - l.TT
(b)
-------
WIC IN-9
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-injectlon Waste Treatment; Filtration and skimming
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 20 H-40 16 182
Intermediate 13-3/4n-4010-3/48T3"
9-578 -T-55 7 Z43T
ection Fibercast 4-1/2
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
375sks, 10-3/4" - 550sks, 7" - 650sks. + 40sks. resin
3. Well Head Equipment (Name and Models); Flowmet e r
. Packers, Centrallzers, and Other Subsurface Equipment: Totalizer
5. Bottom Hole Completion; Open hole completion
6. Hydraulic Fracturing, Acidizing Programs, etc.; 2,000 Powell Mud acid t
buffer injection 600,000 gal. chlorinated water.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(c)
-------
WIC
3. Pumps : N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During life of Well to Present)
Date(s) _ Average 210 _ Maximum 240
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average 20° 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:
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:
IN-10
COMPILATION OP INDUSTRIAL AMD MUNICIPAL
INJECTION WELLS IN THE UNiliflJ STA1
Permit Status: PDR
Operating Company Name and Address:
I. OENERAL IDENTIFICATION DATA
Operational Status:
General Electric Co.
Lexan Lane - Mt. Vernon. Indiana 47620
1. Entry Date of Data: (Day) 01 (Month) 04_
2. Latitude and Longitude: "TO
(Year) 73
3. Wen Location (Legal Description); sec. 18, T7S, R13W
M. County:_
5. SIC Classification:
State: Indiana
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Waste from a phenolic distillation facility and
2.
3.
H.
5.
6.
7.
8.
9.
10.
acid regeneration system.
Date Well Permitted:
Injection Rate: ^o §Pm
Injection Pressure: <*b5 psi
Total Depth of Well: 3054
Name, Age, and Depth of injection
Date Injection Began: (Day)
Total Volume Injected to Date":
Date Injection Ceased: (Day) ^M
Previous Mode of Disposal: ft/A
Completed:
2/67
Zone: Bethel, Mississippian,
(Month) 02
53,285,000
(Month)
(Year) 6
(Year)
2760
7
(Gallons)
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
KTnTcaid
Mernard
Vienna
Glen Dean
Barlow
Cypress
(b)
Age
Mississippian
Mississippian
Mississippian
Mississippian
Mississippian
Mississippian
(0
Depth
1790
2086
2248
2380
2606
2635
(d)
Thickness
296
262
132
326
29
115
(e)
Lithologlc Description
sand, sandstone, shale
sandy limestone
1 imes tone , shal e
shale
shale
Bethel
Mississippian 27^0 "4~6"
sandstone
(a)
-------
WIG
IN-10
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Ihlckness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) tfydrofracturing Pressure, psi
(7) Age of Unit
(b) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Bethel
2760
46
O.A5 psi. ft. est.
1.0 psi/ft est.
1.0 psi/ft est.
Mississippian
18
100
sandstone
200
2500
Pennsvlvanian &
Miss.
shale, sandstone
, and
carbonates, extensive
C. Chemical Characteristics of Formation Fluids: 110,000 ppm ci, 11. OOP
Total Hardness, 64000 ppm Ca Hardness, 260 ppm Alkalinity, 101 ppm
Acidity to Phenolphthalein , 6250 ppm SO,/, , 33.5 ppm Fe , pII-7.6
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Drift
Depth
o
Area!
Thickness Extent
Llthologic
Character
Fluid
Character
200
variable sand granvel tresh
Mineral Resources in Area: Over 30 million barrels of oil have been
5.
produced from the overlying "altersburg sand.Coalis also produced trom
the area in large amounts.
Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate rfydrologlcally Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity):
!IC1 neutralized with NaOH
Water containing 3% phenol,
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1: N/A"
C. Specific Gravity: 1.003
D. Temperature: N/A
E. pH; 10-13
(b)
-------
WIC IN-10
3. Ibxlclty: Minimal recommended levels of phenol for domestic water
supplies 0.001 mel.
^i
*4. Reactivity with Surface Equipment Components; N/A
Degradability Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
Not sterile at injection; bacterial activity minimal.
7. Pre-lnjectlon Waste Treatment: pH adjustment, sedimentation, filtration.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing
Size Weight and Grade
Surface
Intermediate 6-3/4
Depth
Size Set
8-5/8
4-1/2
Injection Tubing
Other
2-3/8
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 4-1/2
inch casing - 660 sks 187 salt saturated pozmix cement.
3. Well Head Equipment (Name and Models): N/A
Packers, Centralizers , and Other Subsurface Equipment: Annulus filled with
diesel oil, packer on 2-3/8 inch tubing. _____
5. Bottom Hole Completion: Open hole completion
6. Hydraulic Fracturing, Acidizing Programs, etc.; ^re^^w^fr butter and
treatment with an iron chelating agent, 4000 gal. 25% HCL.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines;
2. Filters: Tw° cartridge filters - 2(J micron cartnge
(c)
-------
WIC__ IN-10
3. Punps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s).Tan i. 1970 Average 34 Maxlinum_
" Jan 1. 1971 28
" Jan 1. 1972 16
July 1972 19
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Jan 1, 1970 Average 410 Maximum 480
" Jan 1. 1971 220
" Jan 1, 1972 320 34 U
" July 1972 460 4VU
3. Annual Volume Injected, gal.
A. 19_ x/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Volume and pressure monitor.
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;
B. Monitoring Requirements; Monthly reports to State,
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code:
IN-ll
COMPILATION OF INDUSTRIAL AND MUNICIPAL
BITECTION WELLS IN THE UNl'ltU STATES
Permit Status: PDR
Operational Status:
Operating Company Name and Address: inland steel Co.
I. GENERAL IDENTIFICATION DATA
30 W. Monroe St., ChicaRo, Illinois 60603
1. Entry Date of Data: (Day) 23 (Month) 05
2. Latitude and Longitude: 41°39'07"/87°27'42"
(Year) 73
3. Well Location (Legal Description); Lake Michigan Fill (Proi. Sec. 14)
37N-9W, 2175' SL of Proj. Sec. 14, 650" WL of Proj. Sec. 14
County: lake
State: Illinois
5. SIC Classification: 3310
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Waste pickle liquor
2.
3.
i».
5.
6.
7.
8.
9.
10.
Date Well Permitted: 3/68
Injection Rate; 55 gpm
Completed:
Injection Pressure; 0-230 psi
Total Depth of Well; 4348
Name, Age, and Depth of Injection Zone: Mt. Simon, Cambrian, 2360
Date Injection Began: (Day) (Month)
Total Volume Injected to Date: N/A "
Date Injection Ceased: (Day) N/A (MonthT
Previous Mode of Disposal: N/A "
03
(Year)
68
(Gallons)
_(Year)
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Cincinnatian
Trenton
Black River
St. Peter
Eau Claire
Mt. Simon
(b) (c) (d)
Age Depth Thickness
Ordovician 680 100
Ordovician 780 220
Ordovician 1000 13J)
Ordovician 1130 340
Cambrian 1470 890
Cambrian 2360 1980
Pre-Cambrian 4340
(e)
Lithologic Description
shale
limestone
limestone
sandstone
limestone
sandstone
granite
(a)
-------
WIC
IN-11
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) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millldflrcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Mt . Simon
2360
1980
Cambrian
12
316
Sandstone
.
C. Chemical Characteristics of Formation Fluids: 123i_onn_j)im_Ti)S_;__
75.900 oom Cl; 1300 ppm SO,,,; 31.500 ppm Na; 12,400 ppm Ca; pH - 3.5; S.
Gravity 1.090
3. Gteohydrology of Fresh Water and Other Useful Aquifers
Name
Drift
Depth
0
Area!
Thickness Extent
Llthologic
Character
Fluid
Character
160
variable sand, gravel fresh
Mineral Resources in Area: Small amounts of peat and marl are recovered
commercially in the area of the disposal well.
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); waste effluent from metals
products operation waste pickle liquor. 8.5% H^SO^, 13% Fe SO^, 0.5% HC1,
17.4% FeCl2.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B, Gone* Dissolved Solids, mg/1 :
C. Specific Gravity: N/A
D. Temperature:
E. pH; N/A
N/A
l.l to 1.2
-------
WIC IN-11
3. Toxicity: N/A
4. Reactivity with Surface Equipment Components: N/A
5. Degradabllity Level and Rate;
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-injection Waste Treatment; Filtration to o.fi microns
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 23 iT1^) 16
Intermediate 13-5/8 j-55 10-3/4
Injection 2-7/H
Othl
ier
2. Type and Amount of Cement, Cement Additives, Biplacement Horizon; N/A
3. Well Head Equipment (Name and Models): N/A
4. Packers, Centralizers, and Other Subsurface Equipment: 'N/A_
5. Bottom Hole Completion: Open hole completion
6. Hydraulic Fracturing, Acidizing Programs, etc.: 2,000 gal, mca (acid)
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; 2 - 100,000 gal, storage tanks
1 - 20,000 gal, storage tank
2. Filters: 2 percent filters
(C)
-------
WIC IN-11
3- Pumps: 2-150 gpm booster pumps
2 - 150 gpm injection pumps
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) overall Average 55 Maximum
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average o Maximum 230
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; -\M
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; x/A
B. Monitoring Requirements; N/A
C. Restrtctions of Operation Procedures; M/A
(d)
-------
Well Id. Code:
IN-12
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Permit Status:
PDR
Operational Status:
o
Operating Company Name and Address: Indiana General Corporation
405 Elm Street - Valparaiso, Indiana 46383
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day)
2. Latitude and Longitude: N/A
(Month) 04
(Year) 73
3. Well Location (Legal Description): Sec. 16, T35N, RSW
5.
n.
i.
County; Porter
State: Indiana
SIC Classification; 3312
GENERAL DATA ON WELL SITE
Type Of Waste Injected: Ammonium chloride waste from the manufacture of
iron oxide from pickle liquor.
2.
3.
5.
6.
Date Well Permitted:10/70
Completed:
Injection Rate; 1972; 2,505,466 est. 1973; 7,000,000 gals.
Injection Pressure:0
Total Depth of Well; 4548
_
Name, Age, and Depth of Injection Zone: Mt. Simon. Cambrian, 28lT
7. Date Injection Began: (Day)
8.
9.
10.
(Month) To"
_
Total Volume Injected to Date: 8,134,131
Date Injection Ceased: (Day) N/A (Month)
Previous Mode of Disposal: N/A "
(Year) 70
(Gallons)
JYear),
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Silurian
Cincinnatian
Trenton
Black River
Knox
Eau Claire
Mt. Simon
(b)
Age
Ordovician
Ordovician
Ordovician
Cambrian
Cambrian
Cambrian
(c)
Depth
923
1131
1397
1498
1898
2815
4548
(d)
Thickness
208
266
101
400
917
1733
(e)
Llthologlc Description
shale
limestone
limestone
dolomite, shale
shale
sandstone
Pre-Cambrian
crystalline basement
(a)
-------
WIG
IN-12
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinlnjc Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) ffydrofracturing Pressure t psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Mt. Simon
2815
1733
.45 psi/ft. est.
1.0 psi/ft. est.
1.0 psi/ft. est.
Cambrian
Sandstone
C. Chemical Characteristics of Formation Fluids: High saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Drift
Area!
Depth Thickness Extent
0 190 variable
Lithologic
Character
sand, clay
Fluid
Character
fresh
4. Mineral Resources in Area: Peat is mined commercially on a small scale,
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):
from the manufacture of iron oxide from pickle liquor
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: 0
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity: N/A
D. Temperature: 70° to 120°r
E. pH: 7.0 to 9.5
Ammonia chloride waste
(b)
-------
WIC IN-12
3. Toxicity: N/A
4. Reactivity with Surface Equipment Components: Highly corrosive to mo
commercial metals.
5. Degradabillty Level and Rate: N/A ~~~"~~~~~~~~
6. Biological Level at Injection end Estimated Biological Level After Injection:
Probably not sterile at injection: bacterial activity minimal.
7. Pre-injection 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 20 16 313
Intermediate 13-3/4 10-3/4 609
9-5/8 7 2514
lection Fibercast 2-7/8 2598
Other
2. Type 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: oil in annulus
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; 7,000 gal, holding tank
2. Filters: Three rotary leaf pressure filters
(c)
-------
WIC IN-12
3. Pumps: 10 hp-50 gpm
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average 50 Maximum
it
it
2. Injection Pressure, psi (During Life of Well to Present)
Date (s) Average ° Maximum
3. Annual Volume Injected, gal.
A. 19J72 2,505,466 B. 19_7T 3,592,545 C. 19^2. 209»812
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Conductivity bridge in annulus
B. Sampling Frequency and Water Quality Parameters Measured:
rate of flow, total dally flow, temp, pi!, concentration, injection
pressure and annulus pressure.
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: Monthly report to Indiana stream pollution
control board
C. Restrictions of Operation Procedures; N/A ~
(d)
-------
Well Id. Code:
IN-13
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STAl
Permit Status:
PDR
Operational Status:
Operating Company Name and Address: General Electric
I. GENERAL IDENTIFICATION DATA
Mt_. Vernon, Indiana 47620
1. Entry Date of Data: (Day)
2. Latitude and Longitude: N/A
(Month) 04
(Year)
74
3. Vfell Location (Legal Description); Sec. 19, T?S, R13W, 1113.76 ft., FNL and
1.1 ft. FWL of NW 1/4 of N": 1/4 of Sec. 19
County:
I'osev
State:
Indiana
_
5. SIC Classification:
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected:
N/A
2. Date Well Permitted:
3. Injection Rate:
Completed: 11/29/71
Injection Pressure:
N/A
_ ^__
5. Total Depth Of Well: 7980 plugged back to about 2800
6. Name, Age, and Depth of Injection Zone: St. Peter and Knox, nrdovician;
7. Date Injection Began: (Day) N/A
8. Total Volume Injected to Date:
9. Date Injection Ceased: (Day) "xT?
10. Previous Mode of Disposal: S/A
Bethel, Mississippian, 2760
(MontnT
(Year)
(Gallons)
(Month)
"
JYear).
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
St. Genevieve
N'ew Albany
Louisville
Brassf ield
Trenton
Black River
St. Peter
(b)
Age
Mississippian
Mississippian
Silurian
Silurian
Ordovician
Ordovlcian
Ordovician
(c)
4585
5960
6290
6750
7500
7762
(d) (e)
Thickness LithologLc Description
66
305
100
105
750
262
115
limestone
shale
limestone
limestone
dolomite, shale
limestone w/inter
sandstone
shale
Knox
Ordovician
7877
dolomite
(a)
-------
WIC
IN-13
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnine Bed
Ul Wans
(2^ Depth (Ft.)
(3) Thickness (Pt.)
(*0 Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllldarcies
(10) Reservoir Temperature, °C
(11 ) Character and Areal
Distribution
St. Peter Knox
7762 7877
IIS
Ordoviclan
sandstone, doionut
extensive
200
2SOO
Pennsylvanian & Miss.
e shale, sandstone,
and carbonates, ext.
C. Chemical Characteristics of Formation Fluids: N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
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 Hydrologlcalty Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Chloride - 2,600
sulfate 117 ppn; iron 0.3 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; N/A
(b)
-------
WIG IN-13
3. Toxicity: None - high pH may be reduced through dilution and reactions
after injection.
4. Reactivity with Surface Equipment 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. 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
Intermediate _____
lection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: _N/A_
3. Well Head Equipment (Name and Models); NM
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 Flow Lines:
2. Filters: K77T
(0
-------
wic
3. Pumps; N/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
it
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; Volume/pressure monitor.
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 wTpects
A. Construction Requirements: N/A
B. Monitoring Requirements; Montnly reports to state.
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: KS~1
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Permit Status; PDR Operational Status; o
Operating Company Name and Address: Vulcan Materials Company
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) N/A (Month) (Year)
2. Latitude and Longitude: 37°32tAO"/97027'i5"
3. Vfell Location (Legal Description); Sec. 7 - T29S - RIW
1|. County: Sedgwick State; Kansas
5. SIC Classification: 1321
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Wastes from the production of chlorine, sodium
hydroxide, and related products from brines.
2. Date Well Permitted; 1952 Completed:
3. Injection Rate: 225
. Injection Pressure; Gravity
5. Total Depth of Well: AOOTt7
6. Name, Age, and Depth of Injection Zone: Wellington, Permian, 240
7. Date Injection Began: (Day) (Month) (Year) 1952
8. Total Volume Injected to Date: N/A ' (GallonsT
9. Date Injection Ceased: (Day) N/A (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 Lithologic Description
Wellington Permian 240 82 Halite
(a)
-------
WIC
KS-1
B. Geologic Description of Injection Unit and Other Possible Wilts
Injection
(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, ndllidarcies
(10) Reservoir Temperature, tfC
(11) Character and Area!
Distribution
Wellington
240
82
Permian
Salt
C. Chemical Characteristics of Formation Fluids: Saturated brine
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area: Highly saline natural brines are obtained locally
for chemical production.
5. Location of Other wells, Abandoned Wells, and Other renetrations in
Immediate Ifydrologically Affected Area; K/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); W;iste. from the production
of chlorine, sodium hydroxide, and related brines.
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: K/A
N/A
N/A
(b)
-------
WIC KS~1
3. Toxlclty: Slight, if any, ingestion probably inhibited by brine
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 due to lack
of substrate
7. Pre-lnjectlon Waste Treatment; Settling
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
Injection ZHZZZZUZZ ZIIZZIZIZZIIZZIIIII 8-5/8 240
Other-
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 138 sks
cemented to surface.
3. WeH Head Equipment (Name and Models); N7AT
. 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; Brick lined holding basin
2. Filters:
(c)
-------
WIC KS-1
3. Pumps; N/A
VII. OPEKATIOK CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average 225 Maximum 35°
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average Gravity 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; 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; N/A
B. Monitoring Requirements; N/A
C. RestMctions of Operation Procedures; N/A
(d)
-------
Well Id. Code: KS"2_
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNITED STATES'
Penult Status; PDR Operational Status: NO-UP
Operating Company Name and Address: Vulcan Materials Company
I. GENERAL IDENTIFICATION DATA
1. Bitry Date of Data: (Day) (Month) 12 (Year) 72_
2. Latitude and Longitude: 37°35'0"/97°25'17"
3. Well Location (Legal Description): 810 ft. from the north line and 1200 ft.
from the west line of SW 1/4 of Sec. 27, 28, R1W _
M . County ; Sedgwick _ State ; Kansas _
5. SIC Classification: 1312 _ _
II. GENERAL DATA ON WELL SHE
1. Type of Waste Injected; Unsaturated Ca and Mg brine solutions, impure _
bromide, chlorinated organics , and hydrochloric acid.
2. Date Well Permitted; 5/17/61 Completed;
3. Injection Rate; 35u ~ _
Injection Pressure; Gravity
5. Total Depth of Well;
6. Name, Age, and Depth of Injection Zone: Arbuckle, ordovician, 392~
7. Date Injection Began: (Day) (Month) 05 (Year) 61
8. Total Volume Injected to Date: N/A (GallonsT
9. Date Injection Ceased: (Day) (Month) 12 (Year) "rT
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
KS-2
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, psl
(6) Hjydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcles
(10) Fteservoir Temperature, °C
(11) Character and Areal
Distribution
Arbuckle
3927
198
Ordovician
limestone
dolomite
C. Chemical Characteristics of Formation Fluids; Highly mineralized - I50,ono
mg/1
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Areal Lithologic Fluid
Depth Thickness Extent Character Character
4. Mineral Resources in Area: Oil and gas are produced in the area.
5. Location of Other Wells, Abandoned Wells, and Other renetrations in
Immediate Ifydrologically Affected Area; K/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); K/A
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1: N/A
D. Temperature: 120F
E. PH: 1 to 9
(b)
-------
WIG KS~2
3. Tbxicity: Possible contamination of water by chlorinated hydrocarbons
(organics)
M. Reactivity with Surface Equipment Components; Probably none
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 minimal.
7. Pre-injectlon Waste Treatment: N/A
V. WELL DESIGN AND INSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Inject
Other
Hole
Size
9
9
9
Casing or Tubing
Weight and Grade
3.42 ff/
26 #/ft
26 ///ft
TE-300
ft.
. plastic coated
. uncoated
heavy duty
Size
"nn/4
7
7
4-1/2
Depth
Set
39T
2965
2965-4125
4125
2. "type and Amount of Cement, Cement Additives, Emplacement Horizon; 10-3/4
casing - 800 sks Pozmix - 7" casing - 1500 gal. Cealme
3. Vfell Head Equipment (Name and Models): N/A
<. Packers, CentrallzersV and Other Subsurface Equipment: A centralizer is
located immediately above the perforated zone.
5. Bottom Hole Completion: Perforations - 3990-4115 ft. - 4 jet shots per ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; 6150 gal. HCL
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow T.lnes; 407,000 gal, holding pond and surface drainage
of rainfall through a 6 inch reinforced polyethelene pipe;two automatic
throttling valves govern the flow of waste from a sump to the well.
2. Filters:
(0
-------
WIC KS"2
3. Pumps: 10'W x 50'L x 14'D sump with 51,360 gal, capacity.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average 350 Maximum
2. Injection Pressure, psl (During life of Well to Present)
Date(s) Average 2? mm of Hg 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;
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code:
KS-3
COMPILATION OP INDUSTRIAL AND MUNICIPAL
UNITED
INJECTION
Penult Status :__PDR
Operating Company Name and Address:
I. GENERAL lEEMPIFICATION DATA
Operational Status: p_
No rthern Natural Gas Company
P.O. Box 47 - Mullinville Compressor Station
Mullinville, Kansas
1. Entry Date of Data: (Day)
2. Latitude and Longitude: "37° 35' 38"/99° 24' 34"
(Month) 12
(Year) 72
3. Vfell location (Legal Description): SE 1/4, Sec. 20, T28, R19W
County: Kiowa
State: Kansas
5. SIC Classification: 1321
II. GENERAL DATA ON WELL SITE
1.
Type of Waste Injected: Brine solution, blow down
water from cooling tower,
engine jacket water overflow from gas engines, regeneration water from
2.
3.
5.
6.
7.
8.
9.
10.
refinite water softener.
Date Well Permitted: 5/12/52 Completed
Injection Rate: 130,000 sod
Injection Pressure: Gravity
Total Depth of Well: 5775
Name, Age, and Depth of Injection Zone: Arbuckle, o
5500 - 5700
Date Injection Began: (Day) (Month)
Total Volume Injected to Date: N/A
Date Injection Ceased: (Day) N/A (Month)
Previous Mode of Disposal: N/A
rdovin
(Year) 1954
(Gallons)
(Year)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
Lansing
Marmation
Mississippian
Viola
Simpson
Arbuckle
(b)
Age
Pennsylvanian
Pennsylvanian
Pennsy Ivanian
Mississippian
Ordovician
Ordovician
Ordovician
(c)
Depth
4130
4305
4730
4912
5342
5474
5494
(d)
Thickness
25
75
200
430
132
21
(e)
Llthologic Description
shale
shale, limestone
shale, limestone
limestone
limestone
shale, limestone, sandstone
dolomite
(aj
-------
WIC
KS-3
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, raillldarcies
(10) Fteservoir Temperature, °C
(11) Character and Areal
Distribution
Arburkl P
5500
200
Ordovician
Ab"
Dolomitic limestone
Statewide
C. Chemical Characteristics of Formation Fluids: N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Areal
Ihickness Extent
Lithologic
Character
Fluid
Character
k. Mineral Resources in Area:
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area:__NM
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Brine, blow down water,
water softener regeneration
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1:N/7T
C. Specific Gravity:
D. Temperature:
E. pH; N/A
N/A
N/A
(b)
-------
WIC
3 . Tfoxlcity : prnhaMy nnnp ^nges tion inhibited by brine taste.
. Reactivty with Surface Equipment Ckatponents : 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. Fre-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 17-1/2 48 ft/ft. n-i/a 446
Intermediate 8-3/8 23 ///ft. 1 5510
lection 6-1/4 4-1/2 5500
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 13-3/8
casing - 400 sks cement - 7 casing - 500 sks cement.
3. Well Head Equipment (Name and Models); N/A
Packers, Centralizers , and Other Subsurface Equipment: Everseal hook wall
packer - Kerosene between 7" and 4-1/2" tubing.
5. Bottom Hole Completion; Open 5500-5700 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VT. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Retention pond 80,OOP sq. ft. - average depth-
3-3/4 ft.
2. Filters:N/A
(c)
-------
WIC KS-3
3. Pumps: 3" CMC, 20M Centrigiigal water pump Model FC 3-15 direct connected to
L-A Electric Motor 440 volt, 5-1/2 HP., 2 speed. ~
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
n
I!
II
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. Sampling Frequency and Water Quality Parameters Measured; Rice Engineering
and Operating Inc., 1020 Hoover, Great Bend, Ks. inspects operation of
well every 2 months.
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; Formation with an open hole (by gravity).
The well is so cased and cemented as to allow none of the mineralized"
water to rise and contact any of the upper fresh water strata.
B. Monitoring Requirements;
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: KS-4
COMPILATION OP INDUSTRIAL AND MUNICIPAL
Permit Status: PDR Operational Status: o
Operating Company Name and Address: American Salt Co.
P.O. Box 498 - Lyons, Kansas 67554
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) (Month) 12 (Year) 72
2. Latitude and Longitude; 38°i8'25"/98°ll'l7"
3. Well Location (Legal Description): SE 1/4, Sec., 15, TISS, R6w
M. County: Rice State; Kansas
5. SIC Classification: 1499
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Disposal of brine from hydraulic salt mining and
processing operations. _
2. Date Well Permitted; 2/12/68 Completed:
3. Injection Rate: 330,000 gpd ~ _
Injection Pressure: Gravity
5. Total Depth of Well; 3800 r-^_^^.^
6. Name, Age, and Depth of Injection Zone: Arbuckie, ordovician,
7. Date Injection Began: (Day) (Month) (Year) 68
8. Total Volume Injected to Date: N/A (Gallons)
9. Date Injection Ceased: (Day) "N/A (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
(a)
-------
WIC
KS-4
B. Geologic Description of Injection Unit and Other Possible Units
Infection Unit
Conflnlnfi'Bed
(1) Name
(2) Depth (Ft.)
B) Thickness (Ft.)
) 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
Arbuckle
3501
300
0.45 psi/ft. est.
1.0 psi/ft. est.
1 .0 psi/ft-. est.
Ordovician
dolomite & limes ton
regionally distr.
200
3300
Permian-Ordovician
3 shale, carbonates,
evaporites, & ss.,
widespread I
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
. Mineral Resources in Area; sait
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 brine solution.
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 KS-4
3. Toxicity: Probably minimal; ingestion prohibited by brine taste.
* -r_.j '_ - - - . - -TT- T _rrmii I - '- - T- .--.»!-- r - - ~ - ________ II
1. 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. 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
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: 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
3. Pumps: N/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_ B. 19_ C. 19_
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:
KS-5
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNIltU STATES
PDR
Permit Status:
Operating Company Name and Address:
I. GENERAL IDENTIFICATION DATA
15
Operational Status: No-ur
Skelly Oil Company - Kan. Pipe Line Div.
Bunton, Kansas
(Month) 02
1. Entry Date of Data: (Day)
2. Latitude and Longitude: 38°oo'07!797°38'39"
(Year) 73
3. Vfell Location (Legal Description); swi/4, Sec. 34, T23S. R3W
i|. County; Harvey
State: Kansas
5. SIC Classification: 13IT
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Salt water from Crude Oil stream zeolite softener
2.
3.
l*.
5.
6.
7.
8.
9.
10.
Date Well Permitted: 7/22/68 Completed:
Injection Rate: 267,000 GPY
Injection Pressure: 350 psi
Total Depth of Well: 937 ft.
Name, Age, and Depth of Injection Zone: Wellington. 486
Date Injection Began: (Day) 22 (Month) 07 (Year)
Total Volume Injected to Date: 598.000
Date Injection Ceased: (Day) 06 (Month) 10 (Year)
Previous Mode of Disposal: N/A
58
(Gallons)
64
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Wellington
(b)
Age
(c)
Depth
486
(d)
Thickness
451
(e)
Llthologlc Description
(a)
-------
WIG
KS-5
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
(?) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcies
(10) Fteservoir Temperature, °C
CH) Character and Area!
Distribution
Wellington
913
2 i>
C. Chemical Characteristics of Formation Fluids; N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Area!
Thickness Extent
Lithologic
Character
|. Mineral Resources in Area: .Salt beds, Crude oil
Fluid
Character
5. Location ofOther wells, Abandoned Wells, and Other renetraticns in
Immediate Hydrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Salt water from zeolite
softener.
2. Physical/Chemical 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: '
(b)
-------
WIG
3. Toxicity:__N/A
. Reactivity with Surface Equipment Components: N/A
. Degradability Level and Rate: N/A
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
Size
Surface 12-1/4
Intermediate 7-7/8
Casing or Tubing
Weight and Grade Size
Grade B 8-5/8
Seamless 5-1/2
Depth
Set
278.63
913.91
Injection
Other
Tubing - seamless 2-3/8
915
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 5-1/2
casing - 200 sacks cement. 8-5/8 inch casing - 200 sacks cement. 2-3/8
tubing - 60 sacks cement.
3. Well Head Equipment (Name and Models); 5-1/2 x 2" Larkin Tuhing Head
Packers, Centrallzers . and Other Subsurface Equipment; Halliburton 5-1/2'
Packer Shoe and 5-1/2" Baffel Ring.
5. Bottom Hole Completion: Packer at 913 ft. 2' of 2-3/8" tubing extends below
packer into formation.
6. Hydraulic Fracturing, Acidizing Programs, etc.; 500 gal, of 7.57 solution
Hydrochloric Acid - 2000 gal, of 15% solution "Hydrochloric Acid.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and PlOW Lines; 250 bbl brine holding tank
2. Filters: N/A
(0
-------
WIC KS"5
3. Punps: High prp.ssnrp pump - 10 BPH at 350 PSt. powered bv 5 H.P. electric
_ _ i]fM ^ p y , ^ -n_ui_--T---J_I-T-_- ----- - T, r --_ - ._--- - --_ i T i -
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average 7 Maximum 7 .
n
it
n
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) Average 350 Maximum 350
3. Annual Volume Injected, gal.
A. 19 B. 19 C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; N/A
B. Sanpllng 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: KS-6
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN THE UNTIED STAT^~
Permit Status; FDR Operational Status: p_
.Operating Company Name and Address: Morton Salt Company
P.O. Box 1547 - Hutchinson. Kansas
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) 10 (Month) 01 (Year) 73
2. Latitude and Longitude: 38°02'03"/98°57'40"
3. Well Location (Legal Description): NE 1/4, SE 1/4. sec 22, T23S, R6W
M. County; Reno State: Kansas
5. SIC Classification; 2899
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Hydraulic salt mining wastes
2. Date Well Permitted; 12/6/67 Completed:
3. Injection Rate: 205,479 gpd
Injection Pressure: 20" Hg vacuum
5. Total Depth of Well: 4405 ft.
6. Name, Age, and Depth of Injection Zone: Arbuckie, Ordovician
4200 ft. ___
7. Date Injection Began: (Day) (Month) 03 (Year) 68 ~~
8. Total Volume Injected to Date: 300.000^000 (Gallons)
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode Of Disposal: Abandoned brine well cavities.
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
KS-6
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) Lithostatlc Pressure, psi
16) tfydrofracturing Pressure, psi
(7) Age of Unit
(b1) Porosity %
(9) Permeability, millidarcies
(10) Fteservoir Temperature, °C
(11) Character and Area!
Distribution
Arbuckle
4200
500
1420
Ordovician
dolomite, lime-
stone
regional
Wellington-Simpson
500
3700
Permian-Ordovician
shale, evaporites,
limestone, sandstone
regional
C. Chemical Characteristics of Formation Fluids: N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Area!
Thickness Extent
Lithologlc
Character
Fluid
Character
. Mineral Resources in Area:
Salt
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Jfydrologlcally Affected Area; Several abandoned and plugged
salt brine production wells in the area. --
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Near saturated salt
brine containing sulfates, carbonates, phosphates, calcium, and magnesium.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; 10
B. Cone. Dissolved Solids, mg/1: 25Q;QQQ
C. Specific Gravity: 1.2* '
D. Temperature: 68 -HOT F
E. pH: 7.5 - 8.5
(b)
-------
WIC _ __________ K
3. Toxicity: Probably minimal: incestion inhibited bv brine taste
1. Reactivity with Surface Equipment Components : Possible corrosion of metallic
components bv brine. _ _
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; Settled, filtered UMJ micron;, and clarified
through old brine well cavities
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate ~T=55 8-5/8
ectlon J-55 5-1/2 4400
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: Surface -
300 sks. Posmix 4% Gel., 100 sks salt sat., 50 ska. Comm. injection - 150
cu. ft. Pozmix salt saturated.
3. Vfell Head Equipment (Name and Models); 5-1/2" x 8-5/8" Rraden Head.
1*. Packers, Centralizers, and Other Subsurface Equipment; Baker Filler Collar
Triplex cement control shoe - (3) Halliburton Centralizers (2) Halliburton
Baskets.
5. Bottom Hole Completion; Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.: Acidized well at start-up
to remove drilling mud from formation. Used 4000 gal, of 12% HC1.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow t.lnes; 300,OOP gal, holding tank (Cement at grade) -
Steel 120,000 gal, mixing tank - 3,000' 4" transite line.
2. Filters:1^0 Micron cartridge filter at well head.
(c)
-------
WIC KS-6
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 3/68 - 6/72 Average 100 Maximum
6/72 - present 130
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 3/68 - 6/72 Average 10" Hg Maximum
it
3. Annual Volume Injected, gal.
A. 19_72 75.000.000 B. 1971. 50.000.000 C. 197&. 50.OOP.OOP
VIII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Pressure gauge on injection. Annulus
space packed with fuel oil #2 and pressure gauge.
B. Sampling Frequency and Water Quality Parameters Measured; Saturation.
temperature, and pH - weekly
C. Frequency of Measuring Water Levels and Hydrostatic Heads; weekly
2. Contingency Plan for Well Failure During Operation: Holding tank
3. Regulatory Aspects
A. Construction Requirements; N/A
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code:
KS-7
COMPILATION OF INDUSTRIAL AND MUNICIPAL
WFTJS TW HUP. TTMTTFT) STATES
Permit Status:
PDR Operational Status:
Operating Company Name and Address: Derby Refining Company
1100 East 21st. , - Wichita, Kansas 67219
I. GENERAL IDENTIFICATION DATA
_(Month) 12
37"43'38"/97°19'22"
(Year) 72
1. Entry Date of Data: (Day)
2. Latitude and Longitude:
3. Well Location (Legal Description): 675 ft. from south line; 865 ft. from
east line, Sec. 4, T27S, RIE - directional hole
County: Sedgwick
State: Kansas
5. SIC Classification: 2911
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Initially disposal of spent caustic from refinery
operation; since early 1959 only disposal of oil field brine.
2.
3.
M.
5-
6.
7.
8.
9.
10.
Date Well Permitted; 12/14/56
Injection Rate: 189 gpm
Completed:
Injection Pressure; Gravity
Total Depth Of Well: 4204 (directional hole TVD 3899)
Name, Age, and Depth of Injection Zone: Arbuckle, ordovician, 3415
Date Injection Began: (Day)
Total Volume Injected to Date:
Date Injection Ceased: (Day) N/A
Previous Mode of Disposal: N/A
(MontRT
N/A
(Year) 57
(Gallons)
(Month)
TYear),
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Lansing
Viola
Simpson
Arbuckle
(b)
(c)
ennsylvanian
Mississippian
Ordovician
Ordovician
Ordovician
3352
3415
(d)
(e)
th Thickness Lithologic Description
465
2981
3317
436
35
63
Is - sh
Is
dolomite
ss - sh
dolomite
(a)
-------
WIC
KS-7
B. Geologic Description of Injection Unit and Other Possible Units
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
t^O Formation Fluid Pressure, psi
C5) Lithostatic Pressure, psi
tb) Itydro fracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcies
CIO) Reservoir Temperature, bC
til) Character and Areal
Distribution
Arb tickle
3415
484
1300
1.0 psi /ft. est.
1.0 psi/ft. est.
Ordovician
Blanket porous
Dolomite
3000 est.
Perm. -Ordovi cian
shale , Is . , & ss .
.
C. Chemical Characteristics of Formation Fluids: Salt water
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Areal
Thickness Extent
Llthologic
Character
Fluid
Character
Mineral Resources in Area:
Located on west side of an oil field which
produces from Lansing. Viola, and Simpson Formations.
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area: ?;/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Salt brine; original input
was spent caustic from refinery operations mixed with oil field brine;
presently only oil field brine(Source - Viola Formation)
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 _ KS~7
3 . Ibxlclty : Minimal, if any; ingestion prohibited by brine taste.
H. Reactivity with Surface Equipment Components; Possible corrosion ot metac
components by brine. _ _ __^_________^ _______
5. DegradaMlity 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 CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Hole
Size
13-3/4
Casing or Tubing
Weight and Grade
32.75# H-40
Size
10-3/4
Depth
Set
39$
9
9
320 J-55
open hole
7
9
3750
4204
Other
EUE J-55 tubing, cement 11300 (length)
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 10-3/4
inch casing - 275 sks Eozmix: 7 inch casine - 750 sks Pozmix plus 50 sks
common .
3. WeH Head Equipment (Name and Models); 10-3/4- x / YLS Nortis w/z men
outlets; tubing head - 3" x 7" Norris. _ _
*\. Packers, Centrallzers , and Other Subsurface Equipment:
5. Bottom Hole Completion: Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.; Acidized with i!>% mud acid
and 15% MCA.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and PlOW Lines: 1 - 300 bbl 16' x 10' redwood tank with 2.inch
bottom and deck and 3 inch stoves; 240 tt. 3 inch LUU riastic ripe:
36 ft. 3 inch Translte. ~
2. Filters: N/A"
(c)
-------
WIG KS-7
3. Punps: N/A
VII. OPERATION CHARACTEKESTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 12/57 Average 94 5 before acid
» 12/57 W75 atter acid
" 12/61 189 after cleanout
u '
2. Injection Pressure, psi (During life of Well to Present)
Date (s) Average Gravity Maximim
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. Sanpling 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: KS-S
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNITED STATES'
Penult Status: PDR Operational Status: DN
Operating Company Name and Address: Mid-America Pipeline Systems, oiv. MAPCO
P.O. Box 976, Liberal. Kansas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 12 (Year)
2. Latitude and Longitude: N/A
3. Well Location (Legal Description): sw 1/4. Sec 24. T19S. RSW
1|. County; McPherson State; Kansas
5. SIC Classification; 1321
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Saturated sodium brine solution resulting from
solutioning of salt zone to develop storage "jugs."
2. Date Well Permitted: N/A Completed;
3. Injection Rate; 0.46-1.4 million gpd
Injection Pressure; 26" vacuum to 5 psig
5. Total Depth of Well; 4Z9Q ft.
6. Name, Age, and Depth of Injection Zone: Arbuckle, Ordovician
4003 ft.
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 INPOFtMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
Mlssissippian Mississippian W?8 22%
_
Kinderhook Mississippian 3636 278
V101a Mississippian 3894 38
Simpson Ordovician 3932 71
Arbuckle Ordovician 4003
(a)
-------
WIC
KS-8
B. Geologic Description of Injection Unit and Other Possible Units
Injection
CT) Name
721
3
5
Depth (Ft.)
Ihickness (Ft.)
Fbrmation Fluid Pressure, psl
(5) Lithostatic Pressure, psi
te
?
) Jfydrofracturing Pressure, psi
) Age of Unit
(8) Porosity %
(9) Permeability, millidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Afbuckle
3994
296
0.45 psi/ft est.
1.0 psi/ft est
1.0 psi/ft est
Ordovician
44°
limestone
widespread
Wellington-Simpson
500
3500
Permian-Ordovician
shale. evapori<:es
limestone, sandstone
widespread
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Kane
N/A
Depth
Areal
Ihickness Extent
Lithologic
Character
Fluid
Character
. Mineral Resources in Area: N/A
5. Location of Other Wells, Abandonedwells, and Other renet rat ions in
Inmediate Hydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Saturated sodium
brine.
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
-------
WIG KS-8
3. Toxiclty: Minimal
4. Reactivity with Surface Equipment Components; Possible corrosion of
metallic components by 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 CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface ~To"^3/4 10-3/4 T5~8
Intermediate 7-5/8 4QTT
Jection ~Lined tubing5-1/22000
Inject
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
7-5/8" casing cemented from top of Arbuckle to surface (845 sksj"
10-3/4" casing - 70 sks
3. Hell Head Equipment (Name and Models); N/A
». Packers, Centralizers, and Other Subsurface Equipment; oil between
5-1/2 and 7-5/8 inch casing.
5. Bottom Hole Completion: N/A
6. Hydraulic Fracturing, Acidizing Programs, etc.: Periocic acid wash - 3 to
4 years.
VT. DESCRIPTION OF SURFACE EQUIIMENT
1. Holding Tanks and Plow Lines; 300,000 barrel lined pit.
2. Filters: None
(c)
-------
WIG KS-8
3. Pumps: 2- Worthington Vertical 3 stg w/ 125 H.P. - electric
1- Layne Bowler Vertical 5 slg w/ 125 H.P. - electric
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date (s) N/A Average Maximum
li
II
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) N/A Average Maximum
it
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. 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. RestMctions of Operation Procedures; N/3T
(d)
-------
Well Id. Code:
KS-9
COMPILATION OP INDUSTRIAL AM) MUNICIPAL
WELLS IN THE UNlltD STATES
Permit Status: PDR
Operational Status:
o
Operating Company Name and Address; Colorado interstate Gas GO.
P.O. Box 1087 - Colorado Springs. Colorado
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) (Month) 12_
2. Latitude and Longitude: 370ii'30"/i020oi'30"^
(Year) 72
3. Well Location (Legal Description); NE 1/4, Sec. 18. T33N. R43W
County; Morton
State: Kansas
5. SIC Classification; 1839
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Cooling tower - dealkollzer
2. Date WellPermitted; 12/16/57
3. Injection Rate; 4000 - 8000 gpd
Completed:
Injection Pressure; Gravity
5. Total Depth of Well; 1272
6. Name, Age, and Depth Of Injection Zone; Glorletta Sandstone, Permian,
(MonEnT
N/A
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 "
1065-1100
(Year)
67
(Gallons)
JYear).
in. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Alluvium
Sand
Sand & Clay
Dakota Sand
Morrison
Dockum
Quartermaster
Day Creek
Elaine
Glorietta
Clearfork
(b)
Age
Cretaceous
Jurassic
Permian
Permian
Permian
Permian
Permian
Permian
(c)
Depth
0
30
75
104
1065
1225
(d)
Thickness
30
45
29
186
290
175
160
(e)
Lithologic Description
sand
undifferentiated
undif ferentiated
dolomite
anhydrite
sand stone
anhydrite
(a)
-------
WIC
KS-9
B. Geologic Description of Injection Unit and Other Possible Wilts
Injection
Conflnine Bed
U) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(*0 Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Jfcrdrofracturing Pressure, psi
(?) Age of Unit
(8) Porosity %
C9) Permeability, ndllldarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
CHorietta
1065
160
Permian
33"
sandstone
widespread blanket
Blaine-Dakota
104
900
Permian-Cretaceous
sandstone, dolomite,
anhydrite
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
Ogallala
Areal
Ihickness Extent
Lithologic
Character
sand, gravel
Fluid
Character
fresh
k. Mineral Resources in Area; Extensive oil and gas resources occur in the
arcn.
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): Brine solution and rinse
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; 6.6
N/A
(b)
-------
WIC KS-9
3. Toxlclty: N/A
^. Reactivity with Surface Bqvdpment 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. R?e-lnjectlon Waste Treatment; chiorination
V. WHJ, DESIGN AND INSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
lection 6-3/4 9.5# J-55 4^172TITo"
Inject
Ofcner
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 4-1/2
inch casing - 275 sks Halliburton cement.
3. Wen Head Equipment (Name and Models); N/A
. Packers, Centrallzers, and Other Subsurface Equipment; N/A"
5. Bottom Hole Completion: N/A
6. Hjydraullc Fracturing, Acidizing Programs, etc.; Acidize every three years.
VI. DESCRIPTION OP SURFACE EQUHMEMT
1. Holding Tanks and PlOW Lines; Retention pond - 13700 sq. ft. stabilization
ponds (2).
2. Filters:
(c)
-------
WIC
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
n
n
3. Annual Volume Injected, gal.
A. 19__ B. 19_ C. 19_
VIII. SAFETY INPCTMATION
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:
KS-10
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status: PDR
Operational Status:
o
Operating Company Name and Address: Farmland industries, inc.
Dodge City, Kansas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day)__
2. Latitude and Longitude; 37°46'24"/99°55'00"
(Month) 12
(Year) 72
3. Well Location (Legal Description); Center of north half, SW 1/4. NE 1/4.
Sec. 22, T26S, R24E, Ford County, Kansas
County; Ford
State: Kansas
SIC Classification:
2871
GENERAL DATA ON WELL SITE
Type of Waste Injected; Process water containing nitrate and ammonia -
4,000 bbls per day average.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Date Well Permitted; 1/25/68
Injection Rate; 0 - 300 gpm
Completed:
Injection Pressure; Gravity
Total Depth of Well; 6507
Name, Age, and Depth of Injection Zone: Arbuckle, Ordovician, 5820
(Month)
Date Injection Began: (Day)
Total Volume Injected to Date: __
Date Injection Ceased: (Day) "NYA (Month)
Previous Mode Of Disposal; Used for irrigation.
(Year)
68
(Gallons)
_(Year)
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Topeka
Lansing
Marmatlon
Warsaw
Osage
Kinderhook
Viola
(b)
Age
Pennsylvanian
Pennsylvanian
i'ennsylvanian
Pennsylvanian
Mississippian
Mississippian
Mississippian
Ordovician
(c)
Depth
4329
(d)
Thickness
425
390
4/20 153
4987
5232
5302
5540
5679
75
54
234
139
87
(e)
Llthologic Description
limestone and shale
limestone and shale
limestone and shale
porous ss, with oil shows
chertj dolomite & limestone
chert, dolomite & limestone
limestone, chert & shale
dolomite, chert & shale
(a)
-------
WIC
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) Llthostatic Pressure, psi
6) Hydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, mlllidarcles
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Arhuckle
5820
687
2000
1.0 ps-i/ft. est.
1 .0 psi/f t. est.
Ordovician
15
54°
Doloinitic limestone
500
MH)n
Permian-Ordovician
shale, carbonates,
Is. , & ss . , wide-
spread
C. Chemical Characteristics of Formation Fluids; Saline and contains H?S
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Depth
o
Area!
Thickness Extent
1500
Lithologic
Character
variable sandstone
Fluid
Character
fresh
. Mineral Resources in Area: on
5. Location ofOther Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; N'/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Cooling tower blow down and
condensate, has traces of chroinate, ammonia, and H^SO^
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 KS-10
3. Ibxlclty; Nitrate accepted, limit in drinking iv'ater 50 mg/l excess nitrate
causes infant methemoglobinia: accepted limits of ammonia in drinking water
0. 05-0.5 mg/j..
4. Reactivity with Surface Equipment Ckaiponents;
5. Degradability Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Pre-lJTjectlon Waste Treatment; Treated with line and S02 gas to precipitate
contaminates. Con densate stripped to only a Few ppm ammonia.
V. WEIL DESIGN AND CONSTOIXTTION
1. Casing and Tubing
Surface
Intermediate
lection
Inject
Other
Hole
Size
12-1/4
Casing or Tubing
Weight and Grade
24''' J-55
Size
1T578
Depth
Set
1654
7-7/8
15i!' J-55
5-1/2
5835
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3-5/8 inch casing - 550 sks cement; 5-1/2 inch casing - 125 sks cement.
3. well Head Equipment (Name and Models); N/A
4. Packers, Centrallzers, and Other Subsurface Equipment; shoe at 1640 ft;
pack-off stone at 5835 Ft: centralizers on 3-5/8 inch casing; 1604,
1634 ft.. 5-1/2 inch casing - 5820, 5727, 5633, 5097 ft.
5. Bottom Hole Completion: npen hole
6. Hydraulic Fracturing, Acidizing Programs, etc.; Acidized with acid mud.
VI. DESCRIPTION OP SURFACE EQUIPMENT
1. Holding Tanks and PlOW Lines; Retention storage ponds for irrigation when
possible; 2_- 34,400,000 and 24,000,000 gal, ponds.
2. Filters: N7T~
(0
-------
WIC KS-10
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Section Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
n
t:
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:
KS-12
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNTIED STATES
Permit Status:
FDR
Operational Status:
0
Operating Company Name and Address: Mobil oil corporation - Spivey Gasoline Plant
Harper County, Kansas
I. GENERAL IDENTIFICATION DATA
1.
2.
3.
4.
5.
II.
1.
2.
3.
H.
5.
6.
7.
8.
9.
10.
Entry Date of Data: (Day) N/A
Latitude and Longitude: 37°23'oo
Well Location (Legal Description):
Sec. 5^ T31S_, R8W
County: Harper
SIC Classification: 2911
GENERAL DATA ON WELL SITE
(Month) (Year)
"/98°12'45"
350 ft. FEL + 1220 ft. FSL of SW 1/4.
State : Kansas
Type Of Waste Injected: Cooling water and sodium brine solution from
regeneration of water softener.
Date Well Permitted: 6/24/57
Injection Rate: 16,200 GPD
Injection Pressure: 350 psi
Total Depth of Well: 5400 ft.
Name, Age, and Depth of injection
Date Injection Began: (Day)
Completed :
Zone: Arbuckle, Ordovician, 4902
(Month) (Year) 56
Total Volume Injected to Date: N/A (Gallons)
Date Injection Ceased: (Day) N/A
Previous Mode of Disposal: N/A
(Month) (Year)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Wilts Penetrated by Well
(a)
Name
Lansing-Kansas City
Mississippian
Kinderhook
Viola
Simpson
(b)
Age
Mississippian
Mississippian
Ordovician
Ordovician
(c)
Depth
0
1900
3649
4418
4260
4718
4774
(d)
Thickness
1900
1749
769
158
458
56
128
(e)
Lithologic Description
redbed, shale, lime, sand
lime w/ shale breaks
limestone
lime, cherts
limestone, cherts
limestone
sandstone
Arbuckle
Ordovician
4902
498
dolomite
(a)
-------
WIC
KS-12
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) Llthostatic Pressure, psi
(6V Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, nrLllldarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Arbuckle
4950
450 (open hole)
1100
1.0 psi/ft. est.
1.0 psi/ft. est.
Ordovician
14.4
131
49°
blanket deposition
gray, cherty, cryst
dolomite
"
)f
illine,
C. Chemical Characteristics of Formation Fluids; High salt content brine
water witb approximately 145,000 ppm solid content.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
Area!
Thickness Extent
Lithologic
Character
T5to 100 variable sands
Fluid
Character
potable
". Mineral Resources in Area: °il and gas from 3500 ft. to Arbuckle formation.
5. Location of Other wells, Abandonedwells, and Other renetrations in
Immediate Hydrologically Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Gasoline plant wastes.
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: N/A
E. pH: 6.0
-------
WIG KS-12
3. Toxicity; N/A
# I ' - " - " " -" " ' ! " ' --' I I I ! II I . !-.-...... . Ill . ! . . I .I-H... ! I I II III II
1. Reactivity with Surface Equipment Conponehts:
5. Degradability Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection;
Probably sterile at injection; bacterial activity minimal.
7. Pre-injectlon Waste Treatment; N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing
Size Weight and Grade
Surface
Intermediate
Injection
Other
17-1/2 484 H-40
12-1/4 32.8-'f H-40
8-3/8
tubing
Depth
Size Set
TPI/8 W
9-5/8" 1065
7 4
-------
WIC KS-12
3. Pumps: 2 - electric deep well type, max, discharge pressure 290 psi.
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; 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; Maximum injection pressure is limited to 250
psi.
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code:
KS-13
COMPILATION OF INDUSTRIAL MUNICIPAL
INJECTION WELLS IN TOE UNIlul; S
Permit Status: PDR
Operational Status:
Operating Company Name and Address; Mobile oil Corp. - spivey Gasoline Plant
1.
2.
3.
4.
5.
I. GENERAL IDENTIFICATION DATA
Entry Date of Data: (Day) N/A (Month) _
Latitude and Longitude; 37°23'08"/98°13'30"
(Year)
Well Location (Legal Description): 990' FWL, 330' FSL sw/4 sw/4 Sec. 57
T31S, R8W
County; Harper
State:
Kansas
SIC Classification; 2911
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Cooling water and sodium brine solution from
2.
3.
A.
5.
6.
7.
8.
9.
10.
regeneration or water softener.
Date Well Permitted: 12/23/69 Completed
Injection Rate: N/A
Injection Pressure: 150 psi
Total Depth of Well: TD 5400 PBTD 5340 ft.
Name, Age, and Depth of injection Zone: Arbuckle,
Date Injection Began: (Day) 23 (Month) 12
Total Volume Injected to Date: N/A
Date Injection Ceased: (Day) N/A (Month)
Previous Mode of Disposal: N/A
*
Ordovician, 4950-5400
(Year) 69
(Gallons)
(Year)
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Lansing-Kansas City
Mississippian
Kinderhook
Viola
Simpson
(b)
Age
Mississippian'
Mississippian
Ordovician
Ordovician
(c)
Depth
1900
3649
4418
4260
4718
4774
(d)
Thickness
1900
1749
769
158
458
56
128
(c)
Llthologic Description
redbed, shale, sand
limestone w/shale
1 imes tone
1 imes tone , chert
limestone, chert
limestone
sandstone
Arbuckle
Ordovician
4902
498
dolomite
(a)
-------
WIC
KS-13
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confining BetL
(1) Name
(2) Depth (Ft.)
(3) Thickness (Pt.)
(4) 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
Arbuckle
4950
450
1100
Ordovician
14.4
131
49°
crav. cherty
dolomite
C. Chemical Characteristics of Formation Fluids; nigh salt content brine
water v-Tith approximately 145,000 ppm solid content.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Area! Llthologic
Depth Thickness Extent Character
0 100 variable sands
Fluid
Character
potable
|. Mineral Resources in Area: Oil and gas from 3500 ft. to Arbuckle formation.
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; Nearest freshwater use 1/4 mile
from well site (except plant well - 100 yds.)
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Gasoline wastes.
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; 6.0
-------
WIG KS-13
3. Toxicity: N/A
»
1*. 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:
N/A
7. Pre-injection Waste Treatment: API oil-water separator, 500 bbl. redwood
tank.
V. WELL DESIGN AND O3NSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface H-40 9-5/8 219
Intermediate 15.5// J-55 5-1/2 4508
Injection liner 2 4900
Other liner-4" Hydril F.jgil#/FT-JSS 4" 4400-4950
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: Powell inhibitor A-130
packer set at 4196 on 2" casing; nacker hanger set on 4 liner.
5. Bottom Hole Completion; Open hole 4950-5400
6. Hydraulic Fracturingi Acidizing Programs, etc.: Acidize formation face once
a year.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: 1 - 40' x 50* x 5' oil skimmer pit,
1 - 40' x 50* x 8' clear water pit.
2. Filters:N7A
(c)
-------
WIC KS-13 .
3. Pumps; 2 - electric deep well type - maximum discharge pressure 290#
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
it
It
tl
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. Sampling Frequency and Water Quality Parameters Measured; N/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Wen Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; N/A
B. Monitoring Requirements: N/T
C. Restrictions of Operation Procedures; Maximum injection presure
1000 psi.
(d)
-------
Well Id. Code:
KS-14
COMPILATION OP INDUSTRIAL AND MUNICIPAL
UNITED STAT
INJECTION
PDR
Operational Status:
Permit Status:
Operating Company Name and Address:
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 19 (Month) 02_
2. Latitude and Longitude: 38"3l'02"/98°2lT7T1
n
Northern Natural Gas Pipeline Company
Bushton Compressor - Bushton, Kansas
(Year) 54
3. Well Location (Legal Description): NE 1/4. Sec. 6, Ties, TQW. Rice County.
Kansas
5.
II.
County: Rice
State: Kansas
SIC Classification; 1389
GENERAL DATA ON WELL SITE
1.
2.
3.
5*.
6.
7.
8.
9.
10.
Type Of Waste Injected; Brine solution from backwas.hine of a zeolite
water softening unit. _ _ _
Date Well Permitted; 7/9/52
Completed:
Injection Rate: 2.2 million gals.
Injection Pressure: vacuum
Total Depth of Well; 3413 ft.
_
Name, Age, and Depth of Injection Zone; Arbuckle. Qrdovician. 3,304 - 3413
Date Injection Began: (Day) 19 (Month) 02
Total Volume Injected to Date: 144.592,560
Date Injection Ceased: (Day) N/A (Month)
Previous Mode of Disposal: N/A
(Year) 54
(Gallons)
JYear)
PI.. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Anhydrate
Wellington
Fort Riley
(b)
Age
Florence Flint
Arbuckle
Ordovician
(C)
Depth
450
920
1200
1595
3304
(d) (e)
Thickness Llthologic Description
470 Anhydrate
280
395
40
109
Shale
Shale
Dolomite
(a)
-------
WIC
KS-1A
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) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Arbuckle
3.304
109
0.45 psi/ft. est.
1.0 nsi/ft. est.
1.0 nsi/ft. est.
Ordovician
5-8
Cream liurr , i- me
Crystallines sligli
oolitic dolomite
tly
C. Chemical Characteristics of Formation Fluids:
Brine solution.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
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;
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): N/A
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1;
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity; N/A
D. Temperature: N/A
E. pH; V/A
(b)
-------
WIG KS-14
3. Toxiclty: X/A
V
%. Reactivity withSurface Equipment Conponents; \'/A
. Degradability Level and Rate: X/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
* ' ' A
.»/ M
7. Pre-injection Waste Treatment: Reinoval of chromium and p!' adjustment
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 8-5/8 050
Intermediate M* Seamless 5-1/2 3304
Injection Cement lined tublnR 3-1/2 330&
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: ::/A
3. Well Head Equipment (Name and Models): M/A
. Packers, Centralizers, and Other Subsurface Equipment: Kcrocene used as
uorrosiou Inhibitor
5. Bottom Hole Completion: 109 ft. of Open Hole
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Small concrete holding pit siphon from pit.
to well bore to exclude air.
2. Filters: xTA
(c)
-------
WIC KS-14
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 Gravity Maximum
it
3. Annual Volume Injected, gal.
A. 19J2 2.2 million B. 1921 7.9 million C. 19. 7.9 million
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; 2 observation wells
B. Sampling Frequency and Water Quality Parameters Measured; N/A
C. Frequency of MeasuringWater Levels and Hydrostatic Heads: N/A
2. Contingency Plan for Vfell Failure During Operation: N/A
3. Regulatory Aspects
A. Construction Requirements: N/A
B. Monitoring Requirements;
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code:
KS-15
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STA1ES
Permit Status:
Operating Company Name and Address:
Operational Status:
n
Northern Natural Gas Co.
2223 Dodge St. - Omaha, Nebraska 68102
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 13 (Month) 02
2. Latitude and Longitude: 37"17'50"/100052'00"
(Year) 73
3. Well Location (Legal Description): NW 1/4 Sec. 1, T32S, R33W 1320' from
North line and 1320 ft. from the West line.
1|. County; Seward
State: Kansas
5. SIC Classification: 1389
II. GENERAL DATA ON WELL SHE
1. Type of Waste Injected: Natural gas compressor station.
2. Date Well Permitted; 1968
3. Injection Rate: 18,500 gpd
Completed:
Vacuum
A. Injection Pressure:_
5. Total Depth of Well:
6. Name, Age, and Depth Of Injection Zone; Topeka, Pennsylvania. 3400 - 4000
4300'
06
7. Date Injection Began: (Day) 12 (Month)
8. Total Volume Injected to Date: 31,800,818
9. Date Injection Ceased: (Day) N/A (Month)
10. Previous Mode Of Disposal; Pumped to Cimarron River
(Year)68
JYear)_
(Gallons)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
TJpllala
bakota
stone Corral
Council Grove
Tarkio
Burlingame
Topeka
(b)
Age
Tertiary
Cretaceous
Permian
Permian
Pennsylvanian
Pennsylvanian
Pennsylvanian
(c)
Depth
$00
640
tooo
3400
(d)
Thickness
500
640
30tiO
3400
(e)
Llthologic Description
sandstone
limestone
limestone
limestone
Toronto
Pennsylvanian
limestone
(a)
-------
WIC
KS-15
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
16) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcies
(10) Reservoir Temperature, °C
til) Character and Area!
Distribution
Topeka
3400
1250
0.45 psi/ft. est.
1.0 psi/ft. est.
1.0 psi/ft. est.
Pennsylvanian
5-10
limestone ,
widespread
,
700
3300
Perm an-rennsy I vanian
shale, evaporite,
limestone, & ss.
C. Chemical Characteristics of Formation Fluids: 13,500 pom chloride
3. Geohydrology of Fresh Water and Other Useful Aquifers
Mane
Dakota
Depth
700
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
potable
Mineral Resources in Area: J'M
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Ifydrologically Affected Area;
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Veil water concentrated
4 to 5 times From evaporation. Treated with H?SO and chromate for scale
and corrosion control. Slight oil contamination.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/l:_
Cone. Dissolved Solids . mg/1:"
Specific Gravity: i.p _ ~
Temperature :
pH;
B.
C.
D .
E.
N/A
2500 to 3500
80°F
7 to 8.5
-------
WIG KS~15
3. Toxicity:
Reactivity with Surface Equipment Ctanponents: N/A
5- Degradabllity Level and Rate;
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-injection Waste Treatment; Gravity type oil separator and filtration.
V. WELL DESIGN AND COKSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface J-55 24#/ft. 8^5/8 595
Intermediate J-55 l5.5#/ft. 5-1/2 4295
CCtion J-55 4.6#/ft. 2 3/8 372IF
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 85/8 inch
casing - 305 sks (595* cement); 5-1/2 inch casing - 765 sks (1995 ft. cement)
3. Well Head Equipment (Name and Models); Filter - Crall Products, inc.
Model 8-4 - with 100 Micron Elements.
4. Packers, Centrallzers, and Other Subsurface Equipment: Packer set at 3720'
biocide treated, non-corrosive fluid between casing and tubing.
5. Bottom Hole Completion; Perforations - A028-4058 and A148-A173.
(two holes per foot)
6. Hydraulic Fracturing, Acidizing Programs, etc.; 3000 gal, of 15% HCI
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; 4Q'x4Q'x2' lagoon
2. Filters:
(c)
-------
WIC KS-15
3. Pumps: 2 - pumps with 7.5 hp motors to pump water thru filter
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 1972 Average 1Q-* Maximum 19 -3
2.
" 1971
" 1970
11 1969
Injection Pressure,
Date(s)
n "
II " " "
li.l 22.9
15.7 24.5
19.5 36.0
psl (During Life of Well to Present)
Average Maximum
3. Annual Volume Injected, gal.
A. 19J72 31.800.818 B. 19_71 27,741,926 C. 1970 20,329,111
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; 3 wells located on plant site, (fresh
water wells)
B. Sampling Frequency and Water Quality Parameters Measured; Samples
from 3 wells once each quarter = I* I year
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Monthly
2. Contingency Plan for Well Failure During Operation; Divert waste water to"
lined evaporation pond.
3. Regulatory Aspects
A. Construction Requirements; N/A
B. Monitoring Requirements; Submit analyses of water produced from 3
fresh water wells.
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: KS-16
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN THE UNITED STATES
Permit Status; PDR Operational Status:
Operating Company Name and Address: Amoco Production
P.O. Box 432 - Liberal, Kansas
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) (Month) (Year) 72_
2. Latitude and Longitude: 37°34'io"/ioi020'40"
3. Well Location (Legal Description): NF. 1/4, Sec. 5, T29S, R38W, Grant County
McGannon Disposal Well No. 2 - 660' S of NL 1070' W of FT.. ~~~*
4. County ; Grant State; Kansas
5. SIC Classification: 1339
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: 3 cooling towers serving heat exchanges in
hydrocarbon extraction plant.
2. Date Well Permitted; 4/8/58 Completed;
3. Injection Rate:
Injection Pressure; Vacuum
5. Total Depth of Well; 3950
6. Name, Age, and Depth Of Injection Zone: Vlrgilian Series, Pennsylvania,
3100
7. Date Injection Began: (Day) (Month) (Year) 5R
8. Total Volume Injected to Date: N/A" (GalloriiT
9. Date Injection Ceased: (Day) NTT (Month) (Year)
10. Previous Mode Of Disposal: Evaporative pond
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
me Age Depth Thicl
Tgallala Tertiary 1)400
Name Age Depth Thickness Lithologic Description
IT
Cretaceous 400-460
Ci.mmaron Salt Pennsylvanian 1690 6TT
Hugoton Gas Pay Pennsylvanian 2388 212
Council Grove Lime Pennsylvanian 2730 160
Topeka Lime Pennsylvanian 3400 370
(a)
-------
WIC
KS-16
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(fy) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
C9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Virgilian Series
3100
840
1.0 psi/ft.
1700 est.
Pennsylvania!!
12-16
30°
limestone
,,\»
465
3500
Pennsylvania!!
shale
3-
C. Chemical Characteristics of Formation Fluids: Not accurately determined
only Topeka water sample obtained believed to be contaminated by filtrate
during drilling operations, however, chlorides arc at least 25,200 ppm
and total solids are 44,600 ppm by analysis of available water samples.
Geohydrology of Fresh Water and Other Useful Aquifers
Name
Depth
400
Thickness
60'
Areal
Extent
Llthologlc
Character
Fluid
Character
extensive Coarse Sand Excellent
1*. Mineral Resources in Area: Gas production, brine production.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations In
Iirmediate Hydrologlcally Affected Area: TWO observation wells 1/4 mile
west of well (450-460 ft. deep); tx^o water supply wells 1000 ft. west
10° south of SWD (462+467 ft. deep).
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity):
hexavalent chromium.
Cooling \;ater containing
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
Be Cone, Dissolved Solids, mg/1: :NJ/A
C. Specific Gravity:
D. Temperature:_
E. pH: N/A
N/A
N/A
(b)
-------
WIG
3. Ibxlcity : N/A _
Reactivity with Surface Equipment Components: N/A
5. Degradabillty Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-injection Waste Treatment: Filtered thru two i'ermatit Jrilters.
V. WELL DESIGN AND INSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weigit and Grade Size Set
Surface 12-1/4 22.7# Armco SW IPSTS "F73
IhternEdiate
ection 7 7/8 9.5# J-55 SMLS 4-1/2 3939
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 8-5/8inch
casing - 500 sks cement; 4-1/2 inch casing - 1600 sks - DV tool @ 2116'
1000 sks cement.
3. Vfell Head Equipment (Name and Models); Well Head - 4-1/2" to 2-1/2- casing
swage with 2'T.
4. Packers, Centrallzers, and Other Subsurface Equipment: Centraiizers at 2(T5T',
2179'. 3024', 3468', 3597,' 3939'
5. Bottom Hole Completion; Original perforations 3514-24 it, 3536-41 tt.,
3803-13 ft. Reperforated 3516-19, 3538-40, 3564-68, '3750-52' ~~~
6. Hydraulic Fracturing, Acidizing Programs, etc.: Acidized with 7^0 gal. 15% i-ici;
original hydraulic fracturing with 100,000 gallons water and 100,000# sand.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and PlOW Lines; 10' x 12' dia. 200 barrel. - 2" injection line
from holding tank to well.
2. Filters: 2 - 5' x 4' dia. Permutit filters packed with graded Q'l-6)
authra-filter bed tapped with performedfloe composed of alum and soda ash.
(c)
-------
WIC KS-16
3. Pumps: 1 - Frank Vfheatley P-300 triplex w/10 HP meter.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 5/5/58 Average 86..1 Maximum
it
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 5/5/5R Average 20" vacuum Maximum
it
3. Annual Volume Injected, gal.
A. 192? 468,000 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: N
2. Contingency Plan for Well Failure During Operation; Resume disposal in
evaporative pond, if needed, on temporary basis.
3. Regulatory Aspects
A. Construction Requirements; Must protect Ogallala fresh water zone.
B. Monitoring Requirements; N/A
C. Restrictions Of Operation Procedures: Limited to gravity injection.
(d)
-------
Well Id. Code: KS-18
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN THE UNITED STATES""
*
Bermit Status; PDR Operational Status: Q
Operating Company Name and Address: Northern Natural Gas Company
2223 Dodge St. - Omaha. Nebraska
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 12 (Year) 72_
2. Latitude and Longitude: 38"31'02"/9R°2l'l7"
3. Well Location (Legal Description): NE 1/4, Sec. 6, T18S. T9W
4. County: Rice State; Kansas ~
5. SIC Classification: 1389
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Salt brine used to regenerate zeolite water
softners. 33,000 gal, per regeneration averages 20 per month.
2. Date Well Permitted; 7/9/52 Completed:
3. Injection Rate: N/A
4. Injection Pressure: Vacuum
5. Total Depth of Well; 3414
6. Name, Age, and Depth of Injection Zone; Arbuckle, Qrdovician, 3304-3413
7. Date Injection Began: (Day) 19 (Month) 02 (Year) 54
8. Total Volume Injected to Date: N/A (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)
Name
"Dakota
(b)
Age
Cretaceous
(c)
Depth
(d)
Thickness
(e)
Llthologlc Description
sandstone
Kiowa
Cheyenne
Ilaper
Anhydrite
Wellington
Fort Riley
Florence Flint
450
920
1200
1595
470
280
395
40
sandstone
sandstone
anhydrite
shale
shale-shells
Arbuckle Ordovician 3304 109 dolomite
-------
WIC
KS-18
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(I) Name
(2) Depth (Pt.)
O) Thickness (Pt.)
HO Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
7) Age of Unit
(8) Porosity %
(9) Permeability, milijdarcies
(10) Fteservoir Temperature, °C
(11) Character and Area!
Distribution
Arbuckle
3304
109
Ordovician
5-8
cream buff, fine
crystalline, slightl
oolitic dolomite
Jb
^,
y
C. Chemical Characteristics of Formation Fluids: Brine solution.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Depth
Area!
Ihlckness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area:
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area: N/A
3V. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): 3.8 ppm hexavaient chromium
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; g /,
N/A
N/A
-------
wic
3. Toxiclty: M/A
1*. Reactivity with Surface Equipment Components; 'N
%. 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-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 ______
Intermediate a-5/8
$U seamless 5-1/2T 1704
Injection
Other cement lines 3-1/2 3304
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: Kerocene used as
corrosion inhibitor
5. Bottom Hole Completion: 109 ft. open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and PlOW Lines; Small concrete holding pit siphon from nit
to well hore to exclude air.
2. Filters: N/A " ~~ '"' '"
fc)
-------
WIC KS-18
3. Pumps: N/A
_
VII. OPERATION CHARACTERISTICS »
1. Injection Rate, gpm (During Life of Well to Present) v
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_ -C/A B. 19_ C.
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; TWO observation wells
B. Sampling Frequency and Water Quality Parameters Measured;
N77T
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;
C. Restrictions of Operation Procedures
(d)
-------
Well Id. Code:
KY-l
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status:
PDP
Operational Status:
,\TOP
Operating Company Name and Address: Sohto Petroleum Company
Latonia, Kentucky
I. GENERAL ITaMEEFICATION DATA
1. Ehtry Date of Data: (Day) 01 (Month)
2. Latitude and Longitude: N/A
06
(Year) 73
3. Well Location (Legal Description): Carter coordinates 12-r.E-60_
County; Kenton
State: Kent ucky
5. SIC Classification:
2911
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Caustic waste water.
2. Date Well Permitted:_
3. Injection Rate: N/A
Completed:
Injection Pressure: N/A
5. Total Depth of Well: 1011
6. Name, Age, and Depth of Injection Zone: St. Peter; Knox, ordovician, 7Q4-T86
7. Date Injection Began: (Day) (MonthT
8. Total Volume Injected to Date: N/A
9. Date Injection Ceased: (Day) (Month)"
10. Previous Mode of Disposal: N/A "
(Year)
(tenons)
_(Year)_
62
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Oden
Trenton
St. Peter
Knox
(b)
Age
Ordovictan
Ordovician
Ordovician
Ordovician
Orodvician
(C)
Depth
50
129
704
(d)
Thickness
79
134
786
225
(e)
Ldthologic Description
shale
] iniestone
shale and1imestone
sandstone
dolomite
(a)
-------
WIC
KY-1
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Conflnine Bed
(1) Name
(2) Depth (Ft.)
O) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psl
(6) rfydrofracturing Pressure, psl
(7) Age of Unit
(8) Porosity %
(9) Permeability, millldarcles
(10) Fteservoir Temperature, °C
(11) Character and Areal
Distribution
St. Peter Knox
704 786
82 225
Ordovician Catn-Ord.
sandstone dolomitt
regional regional
263
441
Ordovician
shale and limestone
C. Chemical Characteristics of Formation Fluids:
N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
ith
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area: K/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate rfydrologlcally Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): caustic waste water
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1;
C. Specific Gravity:
D. Temperature: N/
E. pH: N/A
(b)
-------
WIG
3. Toxicity: N/A
M. Fteactlvity with Surface Equipment Components: Possible corrosion ot
metallic components.
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 (XJNSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 13 /a
Intermediate
Injection 7 506
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 7 inch
casing - 130 sks. _^______________
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
2. Filters:
(O
-------
WIC
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:
KY-2
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status; FDR
Operating Company Name and Address: c.i. duPont de Nemours and Co., inc.
Operational Status:o
Louisville, Kentucky 40501
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 20 (Month) 05
2. Latitude and Longitude: 38U15'/86°50'
(Year)
73
3. Well Location (Legal Description): Sec. 10
4. County; Jefferson
State: Kentucky
5. SIC Classification: 2822, 2818
II. GENERAL DATA ON WELL SITE
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Type Of Waste Injected: Aqueous hydrochloric acid
concentration of 20 wt.% (S.G. 1.106 9.16 lb/^al)
not have more than 100 jvpm "organics."
Date Well Permitted: Completed:
Injection Rate : 80 , ooo , ooo c,py
Injection Pressure: 5 PSIA at well head
Total Depth Of Well: 6008' - plug back to 4500'
Name, Age, and Depth of Injection Zone: Knox, ord.
Date Injection Began: (Day) 21 (Month) 02
Total Volume Injected to Date: 10,225, ooo (through
Date Injection Ceased: (Day) X/A (Month)
solution having a maximum
at 140°F. The vaste will
3/30/71
-Cam., 1710
(Year) 73
4/30/73) (Gallons)
(Year)
Previous Mode Of Disposal: Acid sent to plant effluent water ditches
thence to Ohio River.
HI.. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
irenton
black Kiver
Chazyan
St. Peter
Knox Lower
Upper
Eau Claire
tit. Simon
(b)
Devonian
Silurian
(C)
Depth
125-215
215-370 T55"
(d)
Thickness
90
370-1010 640
1010-1150 140
1150-1520 370
1520-1700 180
1700-1710 10
Ordovician
Ordovician
Ordovician
Ordovician
Ordovician
Ordovician
Cambrian
Cambrian
Cambrian
Pre-Cambrian 5950-6010 60
1710-4236 2526
4236-5088 264
5088-5Q50 862
(e)
Lithologlc Description
shale and limestone
shale, dolomite and limest.
shale, siltstone
limestone
limestone
dolomite
sandstone
dolomite
dolomite and shale
sandstone and shale
Serpentine
(a)
-------
WIC
KY-2
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) ftrdrofracturing Pressure, psi
(7; Age of Unit
(8) Porosity %
(9) Permeability, mill 1 dare ies
CIO) Reservoir Temperature , °C
(11) Character and Area!
Distribution
Knox-Eau Claire
4500
1502
1370
Ord.-Cam.
23°-32°
dolomite
widespread
Trenton-Black
River
1010
700
Ordovician
shale, widespread
C. Chemical Characteristics of Formation Fluids: TDS = 207,000
Ca = 25,000 ppm; Cl = 130,000 ppm; Na = 47,000 ppm
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
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 Hydrologically Affected Area; N/A
IV. WASTE CHARACTIERISTTCS
1. Technical Description (Including Radioactivity);
140,000 ppm
25,000 ppm SaOH', 20.OOP, ppm sodium hypochlorite.
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1:"
Specific Gravity: 1,106
Temperature:
1.0
1
146.000 - 160.000
(J.
D.
E.
14Q°F
pH:
(b)
-------
WIG
KY-;
3. Toxidty: MCI dissolved in water: corrosive to skin; HC1 in equilibrium
with solution is irritant and congestive to mucous membranes.
1. Reactivity with Surface Equipment Components; Corrosive acid
5. Degradabillty Level and Rate; "M
6. Biological Level at Injection and Estimated Biological Level After Injection:
No BOD as such.
7. Pre-inJectlon Waste Treatment: The wastes held in storage tanks, first:
pumped through a rough precoat filter and then through a polishing filter
(one micron detention).
V. WELL DESIGN AND CONS'ffiUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Hole
Size
17
10-5/8
Casing or Tubing
Weight and Grade
42>7ft. H-40
32i?/ft. H-40
Hastelloy
Fiberglass
Size
TT^T/4
8-5/8
4-1/2
Depth
Set
or
3100
3060-3070
3060
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 300' -
Halliburton EPSEAL, remainder - Common Cement.
3. Vfell Head Equipment (Name and Models); Grey Tool Company - CWC Flanged Well
Head. 3000 psi working pressure.
^. Packers, Centrallzers. and Other Subsurface Equipment: Hastelloy Full
Bore. 3060-3070 ~ Texas Iron Works
5. Bottom Hole Completion; Open hole 3100-4500
6. Hydraulic Fracturing. Acidizing Programs, etc.; N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: storage tanks.
2. Filters!Rough precoat filter and polishing tiiter
(O
-------
WIC
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 3/73 Average 60 Maximum 125
11
4/73 60
2. Injection Pressure, psl (During life of Well to Present)
Date(s) 3/73 Average 3.5 Maximum 15
" 4/73 5.0 70
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 monitored waste injection flow
pressure and flow. (Recorded) from 2760' monitor well is monitored to~
check strata above injection zone.
B. Sampling Frequency and Water Quality Parameters Measured; wastes
composition continuously monitored.
C. Frequency of Measuring Water Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operation; well KY-3 is standby
well for KY-2.
3. Regulatory Aspects
A. Construction Requirements; All satisfied.
B. Monitoring Requirements; Monitor well.
C. Restrictions of Operation Procedures: 80,000,000 gallons of waste
per year.
(d)
-------
Well Id. Code:
KY-3
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNTIED STATES
Permit Status:
PDR
Operational Status:
Operating Company Name and Address: E.I. duPont de Nemours and Co.. inc.
Louisville, Kentucky 40501
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 20 (Month) 05
2. Latitude and Longitude: 38"15 Y86°50'
(Year) 73
3. Well Location (Legal Description): Sec. 11
M. County; Jefferson
5. SIC Classification:
State:
Kentucky
2822,2818
II. GENERAL DATA ON WELL SITE
1.
Type Of Waste Injected: Aqueous hydrochloric acid solution having a
maximum concentration of 20 wt.2 (S.C. 1.106 9.16 Ih/gal) at 140°F.
2.
3.
1.
5.
6.
7.
8.
9.
10.
The x^aste will not have more than 100 ppm "organics."
Date Well Permitted: Completed: 3/30/71
Injection Rate: N/A
Injection Pressure: 5 psia at well head estimated.
Total Depth of Well: A 500
Name, Age, and Depth of Injection Zone: Knox ord- Cam., 1716
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: Acid formerly sent to plant main
stream which entered Ohio River.
(Gallons)
effluent water
PI.. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
Trenton
Black River
Chazyan
St. Peter
Knox Lower
Upper
Eau Claire
(b)
Age
Devonian
(c)
Depth
125-215
(d)
Thickness
90
Silurian
Ordovician
Ordovician
Ordovician
Ordovician
Ordovician
Ordovician
Cambrian
Cambrian
215-370 155
370-1010 641)
1010-1150 140
1150-1520 370
1520-1700 180
1700-1710 10
1710-4236 2526
4236-4500 264
(e)
Llthologlc Description
shale and limestone
shale, dolomite
shale, siltstone
limestone
limestone
dolomite
sandstone
dolomite
dolomite
(a)
-------
WIC
KY-3
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) Hydrofracturing Pressure, psi
7) Age of Unit
8) Porosity %
(9) Permeability, ndllidarcles
(10) Reservoir Temperature, °C
til) Character and Area!
Distribution
Knox Eau Claire
4500
1400
1370
Ord . Camb .
23° 32°
dolomite
widespread
.
Trenton-Black River
1010
700
Ordovician
shale
widespread
C. Chemical Characteristics of Formation Fluids: IDS = 207.000 ppm;
Ca = 25,000 ppm; Cl = 130.000 ppm; Na = 47.000 ppm
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
N/A
Area!
Thickness Extent
Lithologic
Character
*. Mineral Resources in Area: N/A
Fluid
Character
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); 140,000 ppm NaCl;
25,000 ppm NaOH; 20,000 ppm sodium hypochlorite.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1; 146,000 - 160,000
C. Specific Gravity: 1.106
D. Temperature: 140d F
E. pH; 1.0
(b)
-------
WIG KY-3
3. Toxicity : ^Cl dissolved in water; corrosive to skin, -2 vapors in
equilibrium with solution irritant and congestive to mucous membranes,
4. Reactivity with Surface Equipment Components; Corrosive acid solution.
5. Degradabillty Level and Rate;
6. Biological Level at Injection and Estimated Biological Level After Injection:
No BOD as such.
7. Pre-inJectlon Waste Treatment; The wastes held in storage tanks, first;
pumped through a rough precoat filter and then through a polishing filter
(one micron detention).
V. WELL DESIGN AND (X3NSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Inject
Other
Hole
Size
TT^
10-5/8"
Casing or Tubing
Weight and Grade
42#/ft. H-40
32/f/ft. H-40
Hastelloy
Fiberglass
Size
TT=TM"
8-5/8"
8-5/8"
4-1/2"
Depth
Set
ZT5TT
3128'
3060-3070'
3060'
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 338' -
Halliburton EPSEAL. Remainder - common cement.
3. Well Head Equipment (Name and Models); Grey Tool company - cwc Flanged wen
.Head, 3000 psi working pressure.
4. Packers. Centralizers. and Other Subsurface Equipment: Hasteiioy run nore
Packer, 3060-4500'; Texas Iron Works.
5. Bottom Hole Completion; Open hole 31QO-45QOr
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; storage tanks
2. Filters: Rough precoat filter and polishing filter
(c)
-------
WIC KY"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_ N/A _ B. 19_ _ C. 19_ _
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Continuous monitored waste injection _
pressure and flow. (Recorded) A separate 2760' monitor well monitoring
information above injection zone. __
B. Sampling Frequency and Water Quality Parameters Measured: Formation
continuously monitored and water sampled periodically
sampled for pH
_
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation; This well is standby
well for KY-2.
3. Regulatory Aspects
A. Construction Requirements; Ml satisfied.
B. Monitoring Requirements; Monitor well.
C. Restrictions of Operation Procedures; 80,000,000 gallons of waste per
(d)
-------
Well Id. Code: LA-1
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WPLLS IN TOE UNTIED STATlS"
Permit Status: PDR Operational Status: o
Operating Company Name and Address: American Cyanimid Company
P.O. Box 10008 - New Orleans. Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 03 (Year) 73
2. Latitude and Longitude: 29°57'22"/90°l6'10"
3. Well Location (Legal Description); Sec 3, T13S, R22E. 4000 ft. from the
SE corner on a bearing of N 22°20'"'W ~
4 . County ; Jefferson _ State ; Louisiana _
5. SIC Classification: 2821 _ _
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Acrylonitrile, methyl methacrylate, melamine,
hydrogencyanide, yellow prussiate of soda. _ _
2. Date Well Permitted; N/A Completed:
3. Injection Rate: 30 gpm _
Injection Pressure; 40 psi
5. Total Depth of Well: 2722 ft.
6. Name, Age, and Depth of Injection Zone: Pliocene, 1790 ft.
7. Date Injection Began: (Day) 09 (Month) 03 (Year) 66
8. Total Volume Injected to Date: 23.117.382 (GalloriiT
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
LA-1
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Condnine Bed
(1) Name
(2) Depth (Ft.)
(3) Ihickness (Pt.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ffrdrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Pteservoir Temperature, °C
(11) Character and Area!
Distribution
2355
140
1097
1652
Pliocene
27
39°
sand
regional
1000
1360
Pliocene
shale
regional
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Areal Lithologlc Fluid
Name Depth Ihickness Extent Character Character
0 1000 extensive sand
fresh - brackish
Mineral Resources in Area:
None
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Iirmediate ffydrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (including Radioactivity); Normally only coagulated
water; well is a standby well for LA-2.
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 LA-1
3. Toxicity: X/A
. Reactivity with Surface Equipment Components; 'N
5. Degradabllity Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-inJ ectlon Waste Treatment: Settling and filtration.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 17-1/2 47# J-55 11-3/4 2538.55
Intermediate 32.21 ?*-40 9-5/8 2337.89
ection A.7/-' H-40 2-3/8 2461.53
Other _ 0.344 wall _ 20" 106.55
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 17-3/4
inch casing - 1775 sks .
3. Well Head Equipment (Name and Models); Gray Tool Co. 11-3/4 inch o.n. x 9
x 2-3/8 inch _ 8 RD well head assembly 1440 psi W.P. , 2175 psi test.
*t. Packers, CentralJzers . and Other Subsurface Equipment: Packer @ 2337.89 ft.
Baker Model "G"-53-6.813B x 11-3/4 inch.
5. Bottom Hole Completion; Perforations in 11-3/4 inch casing from 2465 ft. to
2495 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VI. DESCRIPTION OF SURFACE EQUIFMENT
1. Holding Tanks and Plow Lines: 150 ft. of 6" steel pipe.
2. Filters: 1-9' diameter downflow sand filter.
(c)
-------
WIC LA-1
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 1/73 Average A3 Maximum
mrr
" 1/70 30 I'M)
II
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 1/73 Average 30 Maximum 100
" 1/72 40 60
" 1/70 40 60
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.
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:
C. Restrictions of Operation Procedures; NT/A
(d)
-------
Well Id. Code:
LA-2
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
PDR
Operational Status: o
Permit Status:
Operating Company Name and Address; American Cyanamid Company
P.O-. Box 1/1008 - New Orleans, Louisiana
I. GENERAL IDENTIPICATION DATA
1. Entry Date of Data: (Day) (Month) 03
2. Latitude and Longitude: 2905_7l22"Nt/900i6Mo"w
(Year) 73
3. Vfell Location (Legal Description); 3708 ft. from SE corner of Sec. 3.
T.1.3S, R22F. on bearing X 23°-29'W.
County:
Jefferson Parish
State: Louisiana
___
5. SIC Classification:
2821
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Acrylonitrile, methyl methacrylate, me.lamine,
hydrogen cyanide, yellow prussiate of soda.
2. Date Well Permitted: 1/66
3. Injection Rate: 300 gpir,
Completed:
Injection Pressure; 105 psi.
5. Total Depth of Well: "3295 ;
6. Name, Age, and Depth of Injection Zone: Pliocene, 2355
7. Date Injection Began: (Day) _
8. Total Volume Injected to Date :
9. Date Injection Ceased: (Day) N
10. Previous Mode of Disposal; N/
(Month) 05"
23,117,382
_
(Month)
(Year)
66
(Gallons)
_(Year)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Indifferent iatcd
Undif ferent iatcd
(b)
Age
Recent
Pleistocene
Pleistocene
Pliocene
Pliocene
Pliocene
(c)
Depth
0
1000
2365
2745
(d) (e)
Thickness Lithologic Description
lino
1360
125
65
shale and sand
shale
sands
sand
unconsolidated
sand
Pliocene
2980
unconso]icated sand
(a)
-------
WIC
IA-2
B. Geologic Description of Injection Unit and Other Possible Units
Infection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psl
f6) ftrdrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcles
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
I7oo
1480
2086
Pliocene
34
39°
unconsolidated
sand
1000
1360
Pliocene
shale and sand
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Undifferentiated 0
Thickness
1000
Areal
Extent
Lithologic
Character
extensive sands
Fluid
Character
fresh to brackish
Mineral Resources in Area:
N/A
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) ; Ammonia, sui fates, urea,
c.vanide, 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 :_
D . Temperature : N/A
V A
E-
(b)
-------
WIG LA-2
3. Toxicity: N/A
1. Reactivity with Surface Equipment Components; K/A
5. Degradabillty Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-injection Waste Treatment: Settling and filtration.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tlibing
Surface
Intermediate
lection
Inject
Other
Ifole
Size
17-1/2
Casing or Tubing
Weight and Grade
47# J-55
32. 3/-' J-55
Size
11-3/4
9-5/8
Depth
Set
3266.43
2876.64
0.300 wall, fibercast
0.375 wall
3-1/2
20
3008
95.78
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 11-3/4
inch casing - 1900 sks common w/p,el.
3. Well Head Equipment (Name and Models): Gray Tool Company 11-3/4" OP x 9-5/8"
DP x 3-1/2" OP; 2175 psi test, 1440 psi W.P.
4. Packers, Centralizers, and Other Subsurface Equipment: Packer R Baker Model
"6"-53-6813B'9-5/8" x 11-3/4"; ccntralizers; spaced every 100' on 3-1/2"
fibercast tubing.
5. Bottom Hole Completion; Perforations in 11-3/4 inch casing from 3085-3200 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Tanks: 13,500 gal, plastic, io,nnn gal.
plastic. 10,000 gal, steel; pining: 1500 ft. 3" polypropylene line steel
pipe; 1200 ft. pf 6" steel pipe.
2. Filters: Four-9' diameter steel downflov sane! filters, onc-4' dla. rubber
lined steel upflow filter, two-4' dia. plastic upflow; two-18 inch rubber ~
lined polisliing
(c)
-------
WIC LA-2
3. Pumps: Eight - steel pumps; four - alloy 20 pumps.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 1966-1968 Average 250 Maximum 300
" 7/71, 8/71, 9/71 300
n
ii
2. Injection Pressure, psi (During life of Well to Present)
Date(s) 1966-1968 Average 110 Maximum 160
7/71, 8/7179/71 105 115
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19__
VIII. SAPEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Flow volume and pressure.
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; N/A
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures: N/A
(d)
-------
Well Id. Code: LA-3
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN THE UNITED STATES~
Permit Status: PND Operational Status: PND
Operating Company Name and Address: American Cyanamid GO.
P.O. Box 10008, New Orleans, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 09 (Year) 71
2. Latitude and Longitude: N/A
3. Well Location (Legal Description); N/A
^. County: St. Charles State: Louisiana
5. SIC Classification; 2821
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Acrylonitrile. methyl methacrylate. melamine.
hydrogen cyanide, yellow prussiate of soda
2.
3.
H.
5.
6.
7.
8.
9.
10.
Date Well Permitted: N/A
Injection Rate: N/A
Injection Pressure: N/A
Total Depth of Well: 4815 ft.
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:
4200 - 5350 ft.
(Month) (Year)
N/A (Gallons)
(Month) (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)
-------
WIG
LA-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) Lithostatic Pressure, psl
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllldarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
H/A
C. Chemical Characteristics of Formation Fluids:
N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Depth
0
Area!
Thickness Extent
1000
Lithologic
Character
sand
Fluid
Character
fresh
. Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned Wells, and Other renetrations in
Immediate fydrologlcally Affected Area: All wells within 3 mile radius
are plugged or to be of proper order.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Acrylonitrile, methyl
methacrvlate. melamine. hydrogen cyanide, yellow prussiate of soda.
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 LA-3
3. Toxicity; N/A
. Reactivity with Surface Equipment Components; N/A
5. Degradabillty Level and Rate;
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
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 20 100
Intermediate 48# H-40 13-3/8 1200
36// K-55 9-5/8 4196
;ection Fibercast 7-5/8 4815
er
IhJ'
Otto
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; t N/A
3. Well Head Equipment (Name and Models/); N/A
. Packers, Centralizers, and Other Subsurface Equipment; Eposy resin 293-323 ft.
outside of 9-5/8" casing; liner hanger @ 4109' ____^
5. Bottom Hole Completion: Perforations 3100-3220 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
(c)
-------
WIG LA-3
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
I!
II
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. SAFBIY 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: LA-4
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN THE UNTIED STATES
4
Permit Status: PDR Operational Status:
Operating Company Name and Address; Blackburn Gas Plant
Cotton Valley Operations, Blackburn. La.
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 03 (Year) 73
2. Latitude and Longitude: 32"46'5Q" / 93°2i '30"
3. Well Location (Legal Description); 300' south and 350' east of the NW corner
of the NW 1/4. SE 1/4 SE quarter, Sec. 26, T21N, R9W
ty. County; Webster State; Louisiana
5. SIC Classification: 2911
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Gasoline plant wastes and cooling tower overflow
2.
3.
n.
5.
6.
7.
8.
9.
10.
Date Well Permitted: 1964
Injection Rate: lOgpm
Injection Pressure: 625 psi
Total Depth of Well: 1049
Name, Age, and Depth of injection
Date Injection Began: (Day) 28
Completed :
Zone: 1049
(Month) 1^ (Year)
Total Volume Injected to Date: N/A
Date Injection Ceased: (Day)
Previous Mode of Disposal: N/A
(Month) (Year)
64
(Gallons)
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
TT7T "^ ^ c
(a)
-------
WIC
LA-4
B. Geologic Description of Injection Unit and Other Possible Units
Injection
(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
N/A
C. Chemical Characteristics of Formation Fluids:
N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Depth
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
. Mineral Resources in Area: N/A
5. Location ofOther Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically 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
N/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity:
D. Temperature:
E. pH: N/A
N/A
(b)
-------
WIG LA-4
3. Toxlcity: N/A
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:
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
Intermediate 26# 6-5/8 1155
lection 47# 2-3/8 1025
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 6-5/8
inch casing - 200 sx 8% JEL - 50 sx common
3. Well Head Equipment (Name and Models); N/AT
. Packers, Centralizers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion; Perforated 1049 - 1069 ft. and 1078 - 1088 ft. with
4 shots per foot
6. Hydraulic Fracturing, Acidizing Programs, etc.: 5000 gal. HCI acid
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Pump suction vat is of concrete 2Q'x20'x5'
deep float controlled pump switch
2. Filters: N?A
(c)
-------
WIG LA-4
3. Pumps: Gas Triplex
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 12-28-64 Average 15 Maximum_
" 10-01-70 15
" 4-01-71 10
ti
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 12-28-64 Average 450 Maximum
" 10-01-71 1100
" 4-01-71 625
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
B. Sampling Frequency and Water Quality Parameters Measured: N/A
C. Frequency of Measuring Water Levels and Hydrostatic Heads: N/7T
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: LA-5
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WETJ.R IN TOE UNITED STATES'
Permit Status: AFP Operational Status: PND
Operating Company Name "and Address: -Borden chemical GO.
Geismarf Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) oe (Year) 73
2. Latitude and Longitude: 30°l3'lo"/9i°ootOQ"
3. Well Location (Legal Description); N/A
^4. County: Ascension State: Louisiana
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Dissolved inorganics and organics.
2.
3.
M.
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
Total Volume Injected to Date:
Date Injection Ceased: (Day)
Previous Mode of Disposal: N/A
Completed :
Zone:
3500 ft.
(Month) (Year)
N/A (Gallons)
(Month) (Year)
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
LA-5
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confining Bed
(1) NiSffi
(2) Depth (Ft.)
(3) thickness (Ft.)
(§y Formation Fluid Pressure, psi
(5) Llthostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millldarcies
(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
Thickness Extent
Lithologlc
Character
Fluid
Character
4. Mineral Resources in Area:
5. Location of Other Vfells, Abandoned Wells, and Other Penetrations in
Immediate fydrologically 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 LA-5
3. Toxlcity:
Reactivity with Surface Equipment Components:
5' Degradablllty Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Pre-injection Waste Treatment;
V. WELL DESIGN AND COKSTRUCTION
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, etcT
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(c)
-------
WIC__ LA-5
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
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:
T A-
COMPILATION OP INDUSTRIAL MUDi MUNICIPAL
Permit Status: AFP
Operational Status:
PNTV
Operating Company Name and Address; Borden Chemical Co.
Geismar. Louis
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) 01 (Month) 05
2. Latitude and Longitude; 3Q°i3'io"/9i°ootoo"
(Year) 73
3. Well Location (Legal Description); N/A
County:Ascension
State: Louisiana
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Dissolved inorganics and organics.
2. Date Well Permitted:
3. Injection Rate; N/A '
N/A
Completed:
Injection Pressure:
"
NTS
5. Total Depth of Well"; N/A
6. Name, Age, and Depth of Injection Zone;
3500 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)
JYear)_
(Gallons)
HI. 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)
-------
WIG
LA-6
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(H) Formation Fluid Pressure, psl
(5) Ld.thosta.tic Pressure, psi
(6) Ifydrofracturlng 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!
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 LA-6
3. Ibxlclty:
. 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 CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface
Intermediate
Injection
Oth«
er
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:
-------
WIC__ LA-6
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
it
3. Annual Volume Injected, gal.
A. 19 B. 19_ C. 19_
VIII. SAFESY 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
INJECTION WET'T/S IN TOE UNITED STATES"
Permit Status: AF? Operational Status:
Operating Company Name and Address: Borden chemical Co.
Geismar. Louisiana
I. GENERAL IDHgTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 05 (Year) 73
2. Latitude and Longitude; 300l3tiQ"/9i°oo'QO"
3. Well Location (Legal Description); N/A
4. County; Ascension State; Louisiana
5. SIC Classification; 2899
II. GENERAL DATA ON WELL SHE
1. Type Of Waste Injected; Dissolved organics and inorganics.
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:
3500 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. 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 '
-------
WIC
LA-7
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
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
Area!
Thickness Extent
Lithologlc
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 LA-7
3. Toxicity: __________^__
. Reactivity with Surface Equipment Components:
5. Degradablllty 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
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Name and Models):
. Packers, Central!zers, 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__ LA-7
3. Pumps:
VII. OPEKATION 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. SAFE3Y 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: LA-R
COMPILATION OP INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN TOE UNTIED STATES
Permit Status; AFP Operational Status: pMD
Operating Company Name and Address; chevron chemical GO., Qau Pn-int-
Belle Chasp. Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) Q(t (Year) 7-3
2. Latitude and Longitude: 29048t5q"/9Q"oi>QQ"
3. Well Location (Legal Description): N/A
4. County: Plaquemines State: Louisiana
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Sulfides, phenol, hydrocarbons, choloides.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Date Well Permitted: N/A Completed:
Injection Rate: N/A
Injection Pressure: N/A
Total Depth of Well: N/A
Name, Age, and Depth or Injection Zone:
2700 ft.
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: N/A
(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 Llthologic Description
N/A
(a)
-------
WIC
LA-8
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, raillidarcies
(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
Area! Lithologic
Depth Thickness Extent 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, mg/1:
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: "
D. Temperature:
E. pH:
-------
WIC LA-8
3. Toxicity:
. 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 COKSTRUCTION
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 LA-8
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
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; LA-9. LA-10
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STAT
Permit Status; PDR Operational Status: o
Operating Company Name and Address: cities Service Oil Company
P.O. Box 1562 - Lake Charles, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 05 (Year) 73
2. Latitude and Longitude; 30010'30"/93°19'40"
3. Well Location (Legal Description); sec 19. TIPS. R9W
4. County: Calcasieu State: Louisiana
5. SIC Classification: 2999
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Sour water containing sulfides, cyanides, ammonia,
chlorides, iron and traces of copper, nickel and chromium.
2. Date Well Permitted; Completed: 1/15/71
3. Injection Rate: 210,000,000 gpy
Injection Pressure: 350 - 500 psig
5. Total Depth of Well: 5.000 ft.
6. Name, Age, and Depth of injection Zone: Miocene. 4775 ft.
7. Date Injection Began: (Day) 26 (Month! 08 (Year) 71 ~"~
8. Total Volume Injected to Date: N/A (Gallons)"
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode Of Disposal; Effluent to Calcasieu River
PI. GEOLOGIC INFORMATION
1. Lltnology 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
LA-9. LA-10
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) ftrdrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raLllidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
4775
200
2300
Miocene
30
6000
49°
sand
C. Chemical Characteristics of Formation Fluids: Brine - 7.3 pH;
48.000 ppm Cl~; 3.100 ppm Ca; 1,600 ppm Mg.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Areal Lithologic
Depth Thickness Extent Character
Mineral Resources in Area: Brine
Fluid
Character
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate fydrologlcally Affected Area: None
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Ammonia = 2100 PPm;
sulfides = 2100 ppm; chlorides = 177 ppm; cyanides =6 ppm; BOD = 4UUU ppm~
phenol = 198 ppm; traces of iron, copper, nickel, and chromium ~
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity; 1.0
N/A
D. Temperature: 95 - 110" F
E. pH: 8.5
-------
WIG LA-9. LA-10
3. Toxlcity: 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:
Probably not sterile at injection; bacterial activity minimal.
7. Pre-injection Waste Treatment; N/A
V. WELL DESIGN AND OBSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Hole
Size
20"
14-3/4"
Casing or Tubing
Weight and Grade
65/f H-40
40.5. 45-5. 51.00. K-55
Size
16
10-3/4
Depth
Set
1101
4773
(3.000'. 1.000' . 900')
26. 4# K-55
7-5/8
4710
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
865 Sacks. Class A Modified - Surface
2.185 Seeks, Class A Modified - Intermediate
3. Well Head Equipment (Name and Models): Cameron A-205QI ~~
Packers, Centralizers, and Other Subsurface Equipment; Packer - 7-5/8 x
10-3/4" Strinps - approximately 90' intervals
5. Bottom Hole Completion: 18" diameter. Underreamed Hole 6-5/8" OP UP? -
Johnson Screen and 396 cubic feet of gravel
6. Hydraulic Fracturing, Acidizing Programs, etc.: 500 pals 1% Surfactant.
1,000 Gal. HF plus inhibitor
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and PlOW Lines: 3,000 barrel hemisnheroid 26' x 32' high
carbon steel, epoxy lined, Flow lines all carbon steel _
2. Filters: 4-4QQ npm expoxy lined sand filters, x 5' T-f, Carbon steel
(c)
-------
WIC LA-9. LA-10
3. Pumps: Centrifugal inlection pumps'- 800 gpm at 500 psig.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 12/13/71 Average 307 Maximum
" 2/13/72 384
" 7/22/72 360
" 12/13/72 400
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 12/13/71 Average 368 Maximum
2713/72 380
" 7/22/72420
" 12/13/72440
3. Annual Volume Injected, gal.
A. 19J_2 211,846,400 B. 19_71 74.647.600 C. 19
VIII. SAPEnY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Well is constructed with safety annulus
equipped with pressure monitoring device.
B. Sampling Frequency and Water Quality Parameters Measured; Water is
not sampled.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Not done
2. Contingency Plan for Well Failure During Operation; installation o$
another well or a sour water stripper unit.
3. Regulatory Aspects
A. Construction Requirements; Permit received based on casing, program,
geologic data and protection of fresh water sands - plant effluent
composition also provided to state.
B. Monitoring Requirements: Annulus monitored by observing pressure gaugeP
injection rates are metered and inlection pressures recorded.
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: LA-II
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNTIED STATES'
Permit Status: pDR Operational Status: o_
Operating Company Name and Address: Cotton Valley Operators Committee, Cotton
Valley Field, Webster Parrish, La.
I. GENERAL IDENTIFICATION DATA
1.
2.
3.
4.
5.
II.
1.
2.
3.
H.
5.
6.
7.
8.
9.
10.
Entry Date of Data: (Day) 01
(Month) 03 (Year) 73
Latitude and Longitude: 32u46'5oil/93wzif30"
Well Location (Legal Description)
County : ' >7eb s t e r
SIC Classification: 2911
GENERAL DATA ON WELL SITE
Type of Waste Injected: slowdown
Date Well Permitted: MM
Injection Rate: 157,500 ppd
Injection Pressure: 350 psie
Total Depth of Well: 2600 plumed
Name, Age, and Depth of Injection
Date Injection Began: (Day) 21
: Sec. 26, T21N, R9W
State: Louisiana
water.
Completed: 5-21-71
back from 5749
Zone: 2600
(Month) 05 (Year) 71
Total Volume Injected to Date: N/A (Gallons)
Date Injection Ceased: (Day)
Previous Mode of Disposal: N/A
(Month) (Year)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Cook Mountain
Sparta
Cane River
Wilcox
Arkadelphia
Nacatosh
Saratoga
Ma rib rook
Ann on a
(b)
Age
Oligocene
Oligocene
Eocene
Eocene
Cretaceous
Cretaceous
Cretaceous
Cretaceous
Cretaceous
(c)
Depth
1700
(d)
Thickness
200
(e)
Lithologic Description
sand, shale
shale
sand
limestone
shale
limestone
Ozan Cretaceous shale
(a)
-------
WIC
LA-11
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
(6
Lithostatic Pressure, psi
Ifydrofracturlng Pressure, psi
Age of Unit
(8) Porosity %
(9) Permeability, ndllldarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Ruckrange/Nacatosh
2538 / 1700
20 / 200
200
Eocene
25
C. Chemical Characteristics of Formation Fluids:
N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Sparta
Depth
80
Area!
Thickness Extent
200
Lithologic Fluid
Character Character
sand & gravel 20-3UU ppm Cl
. Mineral Resources in Area; Oil and gas, gravel and iron ore are produced in
this area
5. Location of Other Vfells, Abandoned Wells, and Other Penetrations in
Immediate fydrologlcally Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Gasoline nlant-recycllnp.
project
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: 50
B. Cone. Dissolved Solids, mg/l:_J£52_
C. Specific Gravity; N/A
D. Temperature: 42° c
E. pH: 9.5
(b)
-------
WIC LA-11
3. Toxicity; N/A
. 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;
N/A
7. Pre-injection Waste Treatment: Biocide and filtration
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 12 1/2 47.6# 9 5/8 6/5
Intermediate 8 3/4 18.1! _5 5732
lection
IhJ(
Oth
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. Well Head EquipmentTName and Models); Cameron iron Works tree
4. Packers, Centrallzers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion; afl holes
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Three concrete oil-water separation pits, one
earth pit, one concrete suction pit. Four inch steel line to second stage
pump and three inch steel line to injection well.
2. Filters:one-Crall 12-9-2? P discharge filter
(O
-------
WIC _ LA-11
3. Pumps : Two electric driven Ingersoll-sand pumps, one Casn pump for
second
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 9-6-71 _ Average 150 _ Maximum
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 9-6-71 Average 300 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. 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: N/A
B. Monitoring Requirements :_N/A
C. Restrictions of Operation Procedures
(d)
-------
Well Id. Code: LA-12
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN TOE UNITED STATES
Permit Status; FDR Operational Status: o_
Operating Company Name and Address: DOW chemical Company
Plaquemines, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 04 (Year) 73.
2. Latitude and Longitude: 30019'20"/91014'00"
3. Well Location (Legal Description): Sec 8. T9S, R12E
H. County; Iberville State; Louisiana
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Chemical plant wastes - sodium chloride solution.
2. Date Well Permitted; N/A Conpleted;
3. Injection Rate; N/A
Injection Pressure: N/A
5. Total Depth of Well; 4200 ft.
6. Name, Age, and Depth of Injection Zone: Miocene, 3960 ft,
7. Date Injection Began: (Day) 15 (Month!" 05 (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. 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
LA-12
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confininff Bed
(1) Name
2) Depth (Ft.)
3) Thickness (Ft.)
4) Formation Fluid Pressure, psi
5) Lithostatic Pressure, psi
(6) Hydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raillidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
3900
300
Miocene
sand
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Undifferentiated 0
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
1000
regional sand, gravel fresh - brackish
. Mineral Resources in Area:
None
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Inmediate fydrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Sodium chloride brine
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1;N7A"
C. Specific Gravity: N/A*
D. Temperature; N/A
E. pH; N/A
(b)
-------
WIG LA-12
3. Toxiclty:
. Reactivity with Surflace Equipment Components:
5. Degradabillty Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Pre-injectlon Waste Treatment:
V. WELL DESIGN AND O3NSTRUCTION
1. Casing and TUblng
Hole Casing or Tubing Depth
Size Welgfrt 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, an 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:
(c)
-------
WIC LA-12
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 MaxJMum
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: LA-13
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WETJS IN TOE UNITED STATES
Permit Status: PDF Operational Status: NO/P
Operating Company Name and Address: E.I. DuPont de Nemours and Co.,
Pontchartrain Works. La Place, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) (Month) 03 (Year)__73
2. Latitude and Longitude: N/A
3. Well Location (Legal Description); Fee Ld. S.W.D. NO. 1, Sec. 90, T-iisy
R7E
4. County: St. John the Baptist State; Louisiana
5. SIC Classification; 2821
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Sodium chloride brine with miscellaneous
2.
3.
M.
5.
6.
7.
8.
9.
10.
ingredients from the production of nylon intermediate neoprene
Date Well Permitted: 7/27/62 Completed:
Injection Rate: 118,000 gpd
Injection Pressure: 260 psi
Total Depth of Well: 5232
Name, Age, and Depth of Injection Zone: Miocene, i««0
Date Injection Began: (Day) 28 (Month) ^ (Year)
Total Volume Injected to Date: 24,903,000
Date Injection Ceased: (Day) 10 (Month) 07 (Year)
Previous Mode of Disposal: N/A
t>4
(Gallons)
72
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
____^_____^_______ Miocene &
Younger 0 5232sand, shale
(a)
-------
WIC
LA-13
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, psl
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(b1) Porosity %
(9) Permeability, raillidarcies
(10) Reservoir Temperature , °C
(11) Character and Areal
Distribution
4560
75
2338 at. 5232 ft.
3365 at 5232 ft.
Miocene
27
2500 at 5232 ft.
42° at 5232 ft.
sand-infinite
800
shale and sand
C. Chemical Characteristics of Formation Fluids: 3.4% Chloride ion, 1990
ppm Hardness as CaCO. 1440 ppm sulfate ion. 3.5% IDS. 8.49 PH taken at
5022 ft. ^
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Shallow sand 0
Areal
Thickness Extent
800
Lithologic
Character
sand
Fluid
Character
. Mineral Resources in Area: None
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; AH wells within a 3 mile radius
are plugged or operating properly
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): 5-20% NaCi, Q-5QQ
cyanide
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
N/A
B. Cone. Dissolved Solids, ma/1: N/A
C. Specific Gravity:
D. Temperature:
E. pH; N/A
N/A
(b)
-------
WIG LA-13
3. Tbxlclty: N/A
*4. Reactivity withSurface Equipment Components; N/A
5. Degradabillty Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-injection Waste Treatment: Material blending. pH and chemical!, treatment"
and solid separation and removal.
V. WELL DESIGN AND .CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 16 inch
casing - common cement w/13% CaCl9; 10-3/4 inch casing - 665 sks Portard
"cement w/2% gel. + 2% CaCl ;7 in£h casing - 810 sks Pozmix w/3% gel +
"TI80 sks Pozmix w/13% gel.
3. Vfell Head Equipment (Name and Models); N/A.
Hole
Size
20
15
Casing or Tubing
Weight and Grade
H-40
23# Protective
Size
16
10-3/4
Depth
Set
114
1014
9-7/8
26#
7
5202
4. Ackers, Centralizers, and Other Subsurface Equipment: Differential valve
tool at 3034 'ft.; spring steel centralizers run every 90 ft. on 7 inch
casing.
5. Bottom Hole Completion; Perforated 3790 ft. to 3904 ft. with 4-8 shots
per foot.
6. Hydraulic Fracturing. Acidizing Programs, etc.; Acidized with 6% HF and "
10% HC1.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Storage tanks and clarifier hold up time
capabilities of 1.5 days; surge storage capacity of 10 inches of rainfall,
2. Filters: Primary and secondary filters provided to remove solid down to
10 microns.
(O
-------
WIC LA-13
3. Pumps: Two centrifugal 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) 6/16/71 Average 180 Maximum 180
" 7/11/71 260 260
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 rate and 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; N/A
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: LA-14
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN TOE UNITED STATES
Permit Status: PDR Operational Status: o
Operating Company Name and Address; E.I. DuPont de Nemours and Company
LaPlace, Louisiana ...
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year) 73
2. Latitude and Longitude: N/A
3. Well Location (Legal Description): Sec 90. Tils. R7E
4. County: St. John the Baptist State; Louisiana
5. SIC Classification; 2821
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Aqueous brine from the manufacture of nylon
intermediates and neoprene
2. Date Well Permitted; 11/24/64 Completed;
3. Injection Rate; N/A
Injection Pressure; 200 psi
5. Total Depth of Well; 5300 ft.
6. Name, Age, and Depth of Injection Zone: Miocene. 1850 ft.
7. Date Injection Began: (Day) 24 (Month) n (Year) 64
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 Llthologic Description
Miocene 0 5237 sand, shale
(a)
-------
WIC
LA-14
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
III Name
2) Depth (Ft.)
3) Tnickness (Ft.)
(*0 formation Fluid Pressure, psi
5) Lithostatic Pressure, psi
6) ftrdrofracturing Pressure, psi
7) Age of Uhit
8) Porosity %
(9) Permeability, raillldarcles
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
1850
3800
2312 at 5162 ft.
4645 at 5162 ft.
Miocene
32.5 - 35
1250 - 1500
55° at 5162 ft.
sand
0
1800
Miocene
shale
C. Chemical Characteristics of Formation Fluids; Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
. Mineral Resources in Area: N/A
5. Location of Other Wells, AbandonedWells, and Other Penetrations in
Immediate Hydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Sodium chloride brine with
miscellaneous constueints including; copper, cyanide, ammonia
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1; N/A
C. Specific Gravity: 1.2
D. Temperature: N/A
E. pH: 7 - 11
(b)
-------
WIC LA-14
3. Toxlclty: 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:
N/A
7« Pre-lnjectlon Waste Treatment; Material blinding, p>H and chemical treatment
and solid?; separation and removal
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 16 H-AO casing 16 in 68
Intermediate 15 #23 protective casing 10 3/4 1030
jectlon #26 protective casing _7 5225.7
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 10-3/4" -
620 sks 7" - 900 sks
3. Well Head Equipment (Name and Models);
4. Packers, Centrallzers, and Other Subsurface Equipment; l) tubing packer;
2) differential valve tool @ 3034 ft.; 3) sprint; steel centralizers every
90' on 7" casing
5. Bottom Hole Completion: casing perforated 1) froin 3790 - 3850'; 2) from
4840-4880 4617'; slotted liner and gravel packed 05150-5180 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; acidize with HCI/HF, "Super HF"
2000 gal. 3790-3850 ft.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; storage tanks and clarifier
2. Filters: primary/secondary filters
(O
-------
WIG LA-14
3. Pumps: 2 stage centrifugal punps
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) f,/i/7i Average iso.QQQ lb/hr Maximum 185,00 lh/hr
" fi/U/71 100.000 150,00 "
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 6/1/71 Average 250 Maximum 270
" 6/14/71 200 ~~3T~
3. Annual Volume Injected, gal.
A. 19_ J/A B. 19_ C. 19_
VIII. SAFEIY 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; The wel1 casing was cemented from the bottom
shoe to the surface using a differential valve tool.The casing was
perforated at the desired injection zone.
B. Monitoring Requirements: injection pressures and volume of waste
injected are recorded.
C. Restrictions of Operation Procedures; Control of injection pressures,'
material composition. r>H. temperature, and solids content are maintained.
(d)
-------
Well Id. Code: LA-15
COMPILATION OP INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN TOE UNITED STAIES
Permit Status; FDR Operational Status: o_
Operating Company Name and Address: E,I. DuPont de Nemours. Pontchartrain Works
LaPlace, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year) 73_
2. Latitude and Longitude: N/A
3. Well Location (Legal Description); Fee id. S.W.D.; NO. 3, Sec 90, Tlis7
R7E
4. County; St. John the Baptist State: Louisiana
5. SIC Classification; 2821
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Aqueous brine from the manufacture of nylon
intermediates and neop~ene.
2. Date Well Permitted: 5/2/67 Completed;
3. Injection Rate: N/A
Injection Pressure: 260 psi
5. Total Depth of Well: 5243 ft.
6. Name, Age, and Depth of Injection Zone: Miocene, 1867 f~
7. Date Injection Began: (Day) 23 (Month) 11 (Year) 67
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. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologic Description
Miocene 0 5243 sand, shale
(a)
-------
WIC
LA-15
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(J4) Formation Fluid Pressure, psi
(5) Lithostatlc Pressure, psl
(6) Ifydro fracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
1867
3375
2343
4717
Miocene
27
750 - 2000
52° at 5243 ft.
sand
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
Immediate Hydrologically Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Sodium chloride brine
containing ammonia and copper.
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)
-------
WIG LA-15
3. Tbxlcity: N/A
!». Reactivity with Surface Equipment Components; N/A
5. Degradabillty Level and Rate: N/A
Hole
Size
~TT
15
Casing or Tubing
Weight and Grade
H-40
J-55
Size
TS~
10-3/4
Depth
Set
TUt)
1048
26# J-55
7
5226.18
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Fre-injectlon Waste Treatment; Material blending, pH adjustment and chemical
treatment, solids evaporation and removal.
V. WELL DESIGN AND CONSTOUCTION
1. Casing and Tubing
Surface
Intermediate^
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 10-3/4
inch casing - 915 sks Portland w/4% gel and 3% CaCl ; 7 inch casing -
1900 cu. ft. of slurry composed of 50% Portland cement, 5% Pozmix A, and
2% gel. ^-^
3. Well Head Equipment (Mane and Models); 10-3/4" x 7" Gray well head assembly
4. Packers, Centralizers, and Other Subsurface Equipment: Spring steel
centralizers-run on 90 ft. spacing on the 7 inch casing.
5. Bottom Hole Completion; Perforations - 3800 to 3920 ft., 4872 to 4932 ft.,
and 5130 to 5170 ft. 4 shots/ ft. et. shaped charges.
6. Hydraulic Fracturing, Acidizing Programs, etc.: Acidized - 6% HF and
10% HC1
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow T.lnes; Storage tanks and clarifier.
2. Filters; Primary and secondary.
(c)
-------
WIC LA-15
3. Pumps: 2 stage centrifugal
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 3/30/71 Average 60.000#/hr MaxJmum 88.00Q#/hr
« 7/12/71 115,UUUf//hr IZjS,UUU#/hr
2. Injection Pressure, psi (During life of Well to Present)
Date(s) 3/30/71 Average gp-^ Maximum 27s_
" 7/19/71 ?6D 27Q
H
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.
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: LA-16
COMPILATION OF INDUSTRIAL AND'MUNICIPAL
Permit Status: FDR Operational Status: o
Operating Company Name and Address: E.I. DuPont de Nemours. Pontchartrain Works
P.O. Box 2000 - LaPlace. Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) oe (Year) 73
2. Latitude and Longitude: N/A
3. Well Location (Legal Description); Fee Ld, SW.D., NO. 4. Sec 90, Tils.
R7E
M. County; St John the Baptist State: Louisiana
5. SIC Classification; 2821
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Brine and byproducts from nylon and neoprene
manufacture.
2. Date Well Permitted; 10/12/69 Completed:
3. Injection Rate: N/A
M. Injection Pressure; 456 psi
5. Total Depth of Well; 4957 ft.
6. Name, Age, and Depth of Injection Zone; Miocene, 4890 ft.
7. Date Injection Began: (Day) 27 (Month) 10
8. Total Volume Injected to Date: N/A
9. Date Injection Ceased: (Day) (Month)
(Year)
(Year)
69
(Gallons)
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
Miocene 04900sand, shale
(a)
-------
WIC
LA-16
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
2) Depth (Pt.)
3) Thickness (Pt.)
5) Ponnation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydro fracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
4850
27
2190
4410
Miocene
27
750 - 2000
47° at 4900 ft.
sand
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area: None
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Ttechnical Description (Including Radioactivity); Sodium chloride brine
containing copper, ammonia, and cyanide.
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)
-------
WIG LA-16
3. Tbxicity: N/A
* _M-_n_^i_| - - ----- ._..._
4. Reactivity with Surface Equipment Components; N/A
5. Degradability Level and Rate: N/A
Hole
Size
15
Casing or Tubing
Weight and Grade
40. 5# H-40
Size
10-3/4
Depth
Set
1014
9-7/8
23# K-55
Liner
7
4-1/2
4890
4832-492;
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-injection Waste Treatment: Material is blended, pH adjustment,solid
removal.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 10-3/4
inch casing - 550 sks 50-50 Pozmix w/20 gal. 2% gel +2% CaCl2 +100 sks
common w/2% CaCl2; 7 inch casing - 700 sks 50-50 Pozmix + 100 sks common +
760 sks 50 Pozmix
3. Well Head Equipment (Name and Models); Spring steel centralizers every
90 ft. on 7 inch casing. _^
4. Packers, Centralizers, and Other Subsurface Equipment: Packer at 4789 ft.
§. Bottom Hole Completion: 4-1/2 inch OP stainless steel screen installed
using 42 jacks of 40 x 60 mesh;gravel held in place with a packer.
6. flydraulic Fracturing, Acidizing Programs, etc.: Acidized - 3000 gal, of
15% HC1
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Storage tank and clarifier.
2. Filters:Primary and secondary
(c)
-------
WIG LA"16
3. Pumps: material is blended, pH adjustment solid removal
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) z-24-71 Average 76,noo ibs/hr Maximum 90,000 lbs/hr
11 7-21-71 74,000 lhs/hr o,uuu ihs/ht
-^
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 2-24-71 Average 144 Maximum
7-21-71 456
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
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:
B. Monitoring Requirements:
IN /A
C. Restrictions of Operation Procedures: N/A
(d)
-------
Well Id. Code: _ LA- 17
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION" WELLS IN THE UNITED STATES
Permit Status: _ ppg _ Operational Status: _ o
Operating Company Name and Address: E. i. DU Pont de Nemours and Co. _
Pontchartrain Works. LaPlace. Louisiana
I. GENERAL IDENTIFICATION DATA
1. Qitry Date of Data: (Day) 01 (Month) 02 _ (Year) 73
2. Latitude and Longitude: N/A
3. Well Location (Legal Description): Fee LD. SWD NO. 5 Sec. 90, TUB, R?E
4. County: St. John the Baptist State: Louisiana
5. SIC Classification: 2821
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Chlorinated hydrocarbon (diesel oil injected as a
flush liquid between injections) mixture of high and low boiling hydrocarbon
wastes
2. Date Well Permitted: -lu^/^ Completed:
3. Injection Rate; 3,Quu,uuu spy
*4. Injection Pressure; 1750 psi
5. Total Depth of Well:5163
6. Name, Age, and Depth of Injection Zone; Miocene, 4880
7. Date Injection Began: (Day) 26 (Month) 02 (Year) 70
8. Total Volume Injected to Date- N/A (GallonsT
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 Lithologjc Description
jfiocene & Younger u 5163 Sand, Shale
(a)
-------
WIC
LA-17
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) Ffydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(H) Character and Area!
Distribution
4880
3298
2270 at 5000 ft.
4570 at 5000 ft.
Miocene
27
1200 at 5000 ft.
50° at 5000 ft.
sand
C. Chemical Characteristics of Formation Fluids; N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Alluvium
Depth
100
Area!
Thickness Extent
Llthologlc
Character
500
J. Mineral Resources In Area: N/A
Fluid
Character
extensive sand, gravel good
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Inroediate fydrologically Affected Area; N/A
IV. WASTE CHARACTERISTTCS
1. Technical Description (Including Radioactivity); Carbon - 40 to 45%;
hydrogen - 5 to 10%; chloride - 45 to 55%
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 LA-17
3. Toxicity: N/A
* ._._ - .._._- - - -. -__- - - .- - -...- .-.--» _..- - . - ...
1. 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:
N/A
7. Pre-injectlon Waste Treatment: Blended and filtered
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 11 32.3# H-40 9-5/8 1006
Intermediate 8-3/4 17.o# J-55 5-1/5 5140
Injection S.S. lining tubing 2-3/8 5067
Other Liner 2-7/8 5105-5163
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 9-5/8
inch casing - 150 sks Class A; 5-1/2 inch casing - 786 sks Pozmix +
' 100 sks common.
3. Well Head Equipment (Name and Models); 9-5/8" x 5-1/2" x 2-3/8" Gray
Tool Co. assembly.
M. Packers. Centralizers, and Other Subsurface Equipment: 5-1/2 inch casing -
centralizersspaced every 90 ft.; differential valve tool at 2285 ft.,
deisel oil in annulus. ~
§. Bottom Hole Completion; Gravel packed with Hydrojet perforations in
5-1/2 inch casing.
6. Hydraulic Fracturing, Acidizing Programs, etc.; Acidized - 9% HCI + HF
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Holding tank with 4 day capacity.
2. Filters: Cartridge type - 10 microns
(c)
-------
WIG T.A-17
*
3. Pumps: positive displacement pump having 50 gpm capacity with 12-25 psig
suctiotTpressure and 2900 psi% maximum discharge pressure
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 6-1-71 Average 17.4 M ib/hr. Maximum17-* M lb/hr-
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 6-1-71 Average 175° Maximum1800
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: flov and 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 Durlne. Operation:
3. Regulatory Aspects
A. Construction Requirements: N/A
B. Monitoring Requirements: N/A
C. Restrictions of Operation Procedures: N/A
-------
Well Id. Code: LA-18
COMPILATION OP INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN THE UNITED STATES
Permit Status: PDR Operational Status: o_
Operating Company Name and Address; E.I. DuPont deNemours and Co.
Pontchartrain Works. LaPlace. Louisiana
I. GENERAL n)ENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 02 (Year) 73
2. Latitude and Longitude;
3. Vfen Location (Legal Description): Fee. Ld. SWD NO. 6 Sec. 90 T-IIS
4. County; St. John the Baptist State: Louisiana
5. SIC Classification: 2821
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; chlorinated hydrocarbon material (diesel oil injected
as a flush liquid between periods of injaction) - mixture of high and low
boiling hydrocarbon waste
2. Date Well Permitted; 9/1/69 Completed:
3. Injection Rate: 26 gpm
4. Injection Pressure; 1200 psi
5. Total Depth of Well: 6510
6. Name, Age, and Depth of Injection Zone; Miocene, 6325
7. Date Injection Began: (Day) 15 (Month) 12 (Year) 69 ~~
8. Total Volume Injected to Date: N/A' (Gallons)"
9. Date Injection Ceased: (Day) N/A (Month) (Year)
10. Previous Mode of Disposal; N/A
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
Miocene & Younger u sand, shale
(a)
-------
WIG
LA-18
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confining Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(H) 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 Areal
Distribution
6325
27
2312 at 5162 ft.
5208 @ 6500 ft.
Miocene
27
2000 - 3600
55° at 6516 ft.
sand - infinite
shale
C. Chemical Characteristics of Formation Fluids:
N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
alluvium
Depth
100
Areal
Thickness Extent
Lithologic
Character
500
variable sand, gravel
. Mineral Resources in Area:
N/A
Fluid
Character
good
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): carbon - AQ tc 45% hydrogen-
5 to 10% Chloride - 45 to 55% diesel oil used as a flush
2. Physical/Chemical Description~
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: ~
D. Temperature:
E. pH:
N/A
N/AT
1.10 - 1.20
N/A
(b)
-------
WIC LA-18
3. Toxiclty: N/A
. Reactivity with Surface Equipment Components:
N/A
US\
5. Degradability Level and Rate:
N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-injectlon Waste Treatment; The waste material is blended and filtered
prior to injection
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Hole
Size
13-1/2
Casing or Tubing
Weigjnt and Grade
36// H-40
Size
9 5/8
Depth
Set
1028
3-3/4
17. 0# J-55
S.S. lined tubing
5 1/2
2 3/8
6496
6432
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 9 5/8 inch
casing - 150 sx Class A w/ 2% CaCl + 670 sx 50/50 Pozmix w/ 2% gel 2% CaCl-
TT/2 inch casing - 770 sx 50/50 Pozmix (0- g/2Z tQ + 825 sx 50/50 Pozmix +
100 sx Class Aw/ 0.2 to 1% HRA Retarder (2722 to bottom) '' ~
3. Vfell Head Equipment (Name and Models); 9 5/8" x 5 1/2" x 2 3/8" Gray Tool
Co. Assembly
I*. Packers, Centrallzers. and Other Subsurface Equipment: corrosion resistant
packer at 6432 ft.; Differential valve tool @ 2722 ft. 5 1/2 inch casing ~
gFainless steel lined bottom 80 ft. Annulus filled with diesel oil.
5. Bottom Hole Completion: gravel packed around 2 3/8 inch slutted Hostelley
6. Hydraulic Fracturing, Acidizing Programs, etc.; acidized - 9% H'CI + HF
VI. DESCRIPTION OF SURFACE EQUIFMEM1
1. Holding Tanks and Plow Lines: holding tank capacity provides approximately
four days storage
2. Filters:cartridge type are used to remove particles above IU microns
(C)
-------
WIG LA-18
3. Pumps: A positive displacement pump having 50 gallons per minute capacity
with 12 - 25 psig suction pressure and ^900 psig maximum discharge pressure,
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During life of Well to Present)
Date(s) 7-7-71 Average 26 MaxJnum 26
it
II .
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 7-7-71 Average 120° Maximum x
_ _ _.-._ L "" L '~ ~«~ »>
3. Annual Volume Injected, gal.
A. 19__ N/A B. 19__ C.
VIII. SAFEIY INFORMATION
1. Monitoring Pivgrani
A. Monitoring Devices and Data: flow and 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; N/A
B. Monitoring Requirements: N/A
C. Restrictions of Operation Procedures:
N/A
(d)
-------
Well Id. Code: LA-19
COMPILATION OP INDUSTRIAL AND MUNICIPAL
Wfi
INJECTION WELLS IN
Permit Status:
PDR
Operational Status:
o
Operating Company Name and Address: ciba - Geigy Corporation
P.O. Box 11 - St. Gabriel. Louisiana
I. GENERAL IDENTIFICATION DATA
1.
2.
3.
4.
5.
II.
1.
2.
3.
H.
5.
6.
7.
8.
9.
10.
Entry Date of Data: (Day) 10
Latitude and Longitude: 30° 14 '40"
Well Location (Legal Description)
County: Iberville
SIC Classification: 2879
GENERAL DATA ON WELL SITE
(Month) 03 (Year) 73
/91°05'40"
: N/A
State: Louisiana
Type Of Waste Injected: Wastes from the production of agricultural
chemicals.
Date Well Permitted: N/A
Injection Rate: 112 gpm
Injection Pressure: 783 psi
Total Depth of Well: 6002 ft.
Name, Age, and Depth of Injection
Date Injection Began: (Day) 25
Completed :
Zone: Pliocene-Miocene Sands,
3600 - 5675 ft.
(Month) 10 (Year) 70
Total Volume Injected to Date: 36,100,000 (Gallons)
Date Injection Ceased: (Day)
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
(b) (c) (d) (e)
Age Depth Thickness Llthologlc Description
Quaternary _0 600 sand, gravel
Pliocene 600 5200 sand, shale
Miocene 5000 6~0~0~2sand, shale
(a).
-------
WIC
LA-19
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, psi
(6) flydrofracturing Pressure, psi
(7) Age of Unit
(b1) Porosity %
(9) Permeability, raillidarcies
tlO) Fteservoir Temperature, °C
(11) Character and Area!
Distribution
3600/4150/4750/555
120 260 70 125
2500
3800
Pliocene-Miocene
30 - 35
1000 - 5000
51°
sand
)
C. Chemical Characteristics of Formation Fluids: N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Pleistocene
Depth
100
Area!
Thickness Extent
500
Lithologic
Character
Fluid
Character
sand, gravel good
Mineral Resources in Area: There are five oil and gas fields located
within 10 miles of the well.
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): waste consists of 4.6%
hydrochloric acid (aqueous solution). Traces of ammonium chloride.
chlorine, hydrogen cyanide, and cyanogen chloride,
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: N/A
N/A
N/A
N/A
(b)
-------
WIC LA-1Q
3. Tbxlcity: N/A
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:
N/A
7. Pre-injectlon Waste Treatment; The stream is cooled to inQ°F, aj
3-6% HC1 strength, filtered and iniected into the well.
V. WELL DESIGN AND COKSTOUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Hole
Size
15
9 7/8
Casing or Tubing
Weight and Grade Size
32.75#/Ft. H-40 10 1/4
24.40#/Ft. N-80 7 5/8
Depth
Set
915
5415
11 ///ft. J-55 Pentor Coated 4
5364
OthTer
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 10 3/4 inch
casing-425sx 50-50 Litepoz w/4% gel + 3QOsx Class "A" 3/3% CaCl.; 7 5/8 inch
casing-213sx Trini Lt. Wt. + 315sx Class "H" (1st stage) 540sx Trini Lt.Wt.
(2nd stage) . _
3. Well Head Equipment (Name and Models); casting head cmt. 10 3/4" x 7 5/8",
3" 600# ASA Titanium Master Valve. 3" - 300f ASA Hast C gate valve Ladish
R375
M. Packers. Centralizersa and Other Subsurface Equipment; Baker "Lok-set" Packer
(Penton coated)
5. Bottom Hole Completion; performations 5580-5630ft. w/ 8 shots/ft. 2 7/8 inch
P.P. Hastelloy inside screen from 5548-5630 ft. with 2 stage gravel pack.
6. Hydraulic Fracturing, Acidizing ProgranB, etc.: Acidized with 15% HCI and
mud acid (10,000 gal and 5.000 gal respectively)
VI. DESCRIPTION OF SURFACE EQmPMENT
1. Holding Tanks and Plow Lines: 2-15.000 gal, rubber-lined horiozontal holding
tanks, kynar lined steel piping.
2. Filters: 2 - diatomaceous earth vacuum, 2 banks of 3 each cartridge guard
filters.
(O
-------
WIG LA-19
3. Purrps: 2 ~ Durce Hi Silicon Iron acid pumps; 2-tef Ion-lined Gould pumps;
3 - sundvneinjection pumps ' ______________
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 10-27-70 Average 139 MaxJrcum 225
" 6-19-71 112 136
»t
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) m-27-70 Average 567 Maximum 700
" 0-19-/1 7a3 SUIT
3. Annual Volume Injected, gal.
A. 19_ NM B. 19_ C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Flow and 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: N/A
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: LA-20
COMPILATION OP INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN THE UNITED STATES
Permit Status: PDR Operational Status: o_
Operating Company Name and Address; Georgia-Pacific Corp., P.O. BOX 629
f'laqueniine, Louisiana70764
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) oi (Month) "6 (Year) 73_
2. Latitude and Longitude: N/A
3. Well Location (Legal Description); Sec. 15 T9S, RISE
1. County: Iberville State: Louisiana
5. SIC Classification: 2*99
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; phenol, dimethyl-benzl alrohol, alpha
acetophenone. cumene hvdroperoxide
2. Date Well Permitted; ^ Completed; August. iq?n
3. Injection Rate: 120
Injection Pressure; 300 pSj
5. Total Depth of Well: 3596
6. Name, Age, and Depth of Injection Zone;
7. Date Injection Began: (Day) 14 (Month) 7 (Year) 7?
8. Total Volume Injected to Date; 58tooofooo (uallonsT
9. Date Injection Ceased: (Day) nTl (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
N/A
(a)
-------
WIC
LA-20
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, millldarcles
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
N/A
C. Chemical Characteristics of Formation Fluids; TDS = 108.000 ppm;
Chloride = 66,000 ppm; pH = 6.3
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Areal 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 ffydrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Aqueous stream containing
phenol, cumene hydroperoxide, acetone, sodium phenolate, sodium carbonate,
and sodium hydroxide.
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 LA-20
3. Tbxlclty: N/A
*4. Rieactlvity 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-lnjection Waste Treatment: 2/3-rds of the waste is treated in API
separator and the remainder is pumped to waste settler tanks. The entire
waste is filtered through sand filters .
V. WELL DESIGN AND OBSTRUCTION
1. Casing and Tubing
Surface
Intermediate
Jection
Hole
Size
20
13-1/2
Casing or Tubing
Weight and Grade
65# H-AO LT&C
36# J-55 LT&C
Size
16
9-5/8
Depth
Set
791
3435
14# J-55 LT&C
46# J-55
5-1/2
2-3/8
3304
300
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 16"
casing - 728 sks common w/3% CaCl,, + 628 sks common w/8% Halliburton gel;
T-Pl/2" casing - 2760 cu. ft. Pozmix + NaCl.
3. Vfell Head Equipment (Name and Models); N/A ~
ty. Packers, Centrallzers, and Other Subsurface Equipment; Otis MR-9001,
9-5/8" x 5-1/2" expandable packer.
5. Bottom Hole Completion; 155' of slotted 20, 316 s.s., 6-5/8" well screen
affixed to 5-1/2". Underreamed to 20" and gravel packed with Texbalst TCM~175
6. Hydraulic Fracturing, Acidizing Programs, etc.: 1400 gallons of 12% HC1
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Carbon steel waste settler tank 20* dia x 24"
with 3" carbon steel lines to well.
2. Filters:2 parallel sand filter beds
(c)
-------
WIC LA-20
3. Pumps: Two 150 gpm, 190 psi AP pumps; One 350 gpm. 216 psi AP pump.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 4/10/71 Average 197 Maximum 244
" 5/5/71 100 200
,f
?i
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 4/10/71 Average 200 Maximum 200
5/5/71 400 430
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; Outer casing cemented and injection tubing
maintained above well head pressure to assure no leakage of contaminants
into other than injection strata.
B. Monitoring Requirementsi Pressure between outer casing and injection
tubing maintained above well head pressure to assure no leakage of
contaminants into other than injection strata.
C. Restrictions of Operation Procedures; Oily substances removed and solids
filtered. Well operation is monitored to assure safe operation. Well
design intended to give trouble free operation.
(d)
-------
Well Id. Code: LA-21
COMPILATION OP INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN THEHNTPED STATES
Permit Status: PDR Operational Status: o
Operating Company Name and Address; Hercules Incorporated. Synthetics Dept.
Allemania Plant, rianuetnine. Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 15 (Month) 06 (Year) 1970
2. Latitude and Longitude: N/A
3. Well Location (Legal Description) : Sec. 13, T9S, R13E, 1,(SOO Ft. from South
line and 300 ft. from East line _
4 . County : Iberville _ State ; Louisiana _ _
5. SIC Classification: 2818 _
II. GENERAL DATA ON WELL SITE
.1. Type of Waste Injected: Sodium Chloride, Sodirm Bicarbonate, Hydrochloric
Acid and various Sulfur and "Phosphorous Compounds and trnce "amounts of Aromatic
Solvent _
2. Date Well Permitted; Dec. 18, 19 70 Completed:
3. Injection Rate: 756 " '
Injection Pressure : 7(\ to 152 psi
_ ... .
5. Total Depth Of Well: 4,450 ft, (Original) t'l.ur-^ed Back- Total Depth A\A04 It.
6. Name, Age, and Depth of Injection Zone ;Sand, _ 4 135-4^ 17
7. Date Injection Began: (Day) 18 (MonthT" ^ (Year) -^/"
8. Total Volume Injected to Date: 15.000.000 (Gallons)
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 Lithologic Description
N/A
(a)
-------
WIG
LA-21
B. Geologic Description of Injection Unit and Other Possible Units
Injection
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(H) Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psi
(6) Ifydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raillidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
4135
269
0.43 psi/ft est
1.0 psi/ft est.
1.0 psi/ft est
Miocene
sand, widespread
500
3700
Pliocene &
Miocene
clays, sands
widespread
C. Chemical Characteristics of Formation Fluids:
N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
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
Immediate Hydrologlcally Affected Area; Potable water well on Plant property,
/,7? fpot- frnn fhg injection well, drawing water from the 420 feet
well was completed in November 1967 and placed in service in March
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): industrial process waste
from Thiophosphate Process containing various sulfur and phosphorus compounds'
nnt Identified and trace amounts of aromatic solvents.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1:
C. Specific Gravity: 1.001 to 1.014
D. Temperature:
E. pH:
Total Solids - 7,400 to 15,500
N/A
0.5 to 6.6
(b)
-------
WIG LA-21
3. Toxicity: N/A
4. 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:
N/A
7. Pre-lnjectlon Waste Treatment: Storage tank or pit, parallel pressure
filters, surge tank. pH adjustment by addition of hydrochloric acid to
maintain acid stream
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Hole
Size
20
18
15
10-3/4
Casing or Tubing
Weight and Grade
94jT H-40 API-ST&C
75# J-55 API-ST&C
51# J-55 API-ST&C
Fibercast Tubing
Size
20
16
10-3/4
7-5/8
Depth
Set
T24.
790
4293
4404
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 16"
casing - 270 sks Lite weight + 200 sks class A + 75 sks class A common;
10-3/4" casing - 1073 sks Halliburton lite weight + 520 sks Latex; 7-5/8"
casing - 350 sks class H w/12% gel, 1% CF-2 + 100 sks resin.
3. WeU Head Equipment (Name and Models); N/A
4. Packers, Centrallzers. and Other Subsurface Equipment; 16" guide shoe
@ 790 ft.; seating nipple @ 2069 ft.. Otis Binch No-Go; Halliburton float
collar @ 4250 ft.; guide shoe (jj 4293 ft.
5. Bottom Hole Completion; Perforated 4257 - 4268 ft. w/22-1/2" let perforations
and sanfixed.
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VT. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Two 242,000 gallon holding tanks, carbon steel
with interior lining of 3" Fibercast and Alloy 20 piping.
2. Filters: Two sand filters and two cartridge polishing filters.
(c)
-------
WIC LA-21
3. Pumps: Transfer pump - 200 RPIS at 70 psi; injection pump - 200 gpm at 200 psi
The two pumps are in series .
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 1/1/71 Average 32 Maximum 32
" 3/11/71 63 8/4
" 5/24/71 35 48
" 2/18/72 64 80
" 8/29/72 53 80
2. Injection "Pressure,"'psi (During Life of Well to Present)
Date(s) _ N/A Average Maximum
3. Annual Volume Injected, gal.
A. 1972_ 656.880 B. 1971. 18.736,200 C. 197JL 541,800
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Pressure recording device, flow recording
and control, pi? recording
B. Sampling Frequency and Water Quality Parameters Measured; Sampling once
per shift; composite analysis once per day; pll, total solids and organic
compounds
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation: Holding tanks and diked
area.
3. Regulatory Aspects
A. Construction Requirements: Permit required from Louisiana Department
of Conservation
B. Monitoring Requirements: Semi-annually; daily average waste, total waste,
cumulative total waste and chemical composition of waste
C. Restrictions of Operation Procedures: N/A
(d)
-------
Well Id. Code: LA-22
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNTIED STATES'
Permit Status: AFP Operational Status: PNm
Operating Company Name and Address: intercoastal Drilling
S. Hourna. Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) Ql (Month) 06 (Year) 73
2. Latitude and Longitude: 29°33'15"/90°41'50"
3. Well Location (Legal Description); Sec. 12. T17S. R17E
M. County; Terrebonne State: Louisiana
5. SIC Classification: 1312
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Crude waste - sediments
2. Date Well Permitted; N/A Completed:
3. Injection Rate;
Injection Pressured N/A
5. Total Depth of Well:
6. Name, Age, and Depth or injection Zone:
2200 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
N/A
(a)
-------
WIC
LA-2 2
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
£onflniiur Bed
U) Manse
(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, 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
Depth
Name
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
j. Mineral Resources in Area:
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate fydrologically 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 LA- 2 2
3. Ibxlcity:
. Reactivity with Surface Equipment Ctomponents
5- Degradablllty 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
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 LA- 2 2
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)
Dat e (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
INJECTION WELLS IN TOE UNITED STATES
Permit Status: PNC Operational Status: PC
Operating Company Name and Address: Keiivs Truck Terminal
Greenwood Rd. , Caddo Parish, loiilsiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day)_pj (Month) Q6 (Year) 73
2. Latitude and Longitude: 32037too"/93056'40"
3. Well Location (Legal Description): sec 19. T17N. ni5W
I*. County; Caddo State; Louisiana
5. SIC Classification: N/A
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: N/A
2.
3.
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 or iLhjection
Date Injection Began: (Day) N/A
Completed:
Zone:
1100 ft.
(Month) (Year)
Total Volume Injected to Date: N/A (Gallons)
Date Injection Ceased: (Day)
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) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
N/A
-------
WIC
LA-2 3
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(H) Formation Fluid Pressure, psi
(5) Llthostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(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
Name Depth
Areal
Thickness Extent
Lithologlc
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 LA-2 3
4
3. Toxicity:
Reactivity with Surface Euipment ComponentsT
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
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Name and Models):
J. 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 LA-2 3
3. Punps:
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
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: LA-24
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Permit Status; PND Operational Status: PUD
Operating Company Name and Address; Monochem
Geismar, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (tear) 73_
2. Latitude and Longitude: N/A
3. Well Location (Legal Description): N/A
^ County: Ascension State; Louisiana
5. SIC Classification: 2899 ~
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; N/A
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
Completed:
Name, Age, and Depth of Injection Zone:
Date Injection Began: (Day)
Total Volume Injected to Dat
Date Injection Ceased: (Day)
Previous Mode of Disposal:
2000 ft.
N/A (Month) (Year)
e: N/A (Gallons)
(Month) (Year)
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
LA-2 4
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, 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 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 LA-2 4
3. Toxicity:__
. Reactivity with Surface Equipment Components:
5. Degradabllity 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 Weigit and Grade Size Set
Surface
Intermediate
lection ~
M
Oth
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Well Head Equipment (Name and Models):
. Packers, Central!zers, 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 LA- ?4
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gptn (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. SAFETC 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: LA-25
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Permit Status: PND Operational Status:
Operating Company Name and Address; Monochem
Geismar, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year)
2. Latitude and Longitude: N/A
3. Well Location (Legal Description); N/A
*4. County; Ascension State: Louisiana
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;
Injection Pressure:
5. Total Depth of Well; N/A
6. Name, Age, and Depth of Injection Zone;
2000 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. 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
LA-2 5
B. Geologic Description of Injection Unit and Other Possible Units
Injection
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 %
(9) Permeability, raillidarcles
(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/1:
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: "
D. Temperature:
E. pH: "
(b)
-------
WIC LA-2 5
3. Ibxlcity:
. Reactivity with Surface Equipment Components
5. Degradability Level and Rate7
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
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 LA-2 5
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 Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation;
3. Regulatory Tfepects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code:
LA-2 6
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION
PDR
Permit Status:
Operating Company Name and Address:
Operational Status:
NOP
Mason-Rust-NASA. Michoud Assembly Facility
New Orleans, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
2. Latitude and Longitude: 30°ol'/89°54f
(Month) 11
(Year) 72
3. Well Location (Legal Description): Part of Sec. 37, T12S, R13E
County; Orleans
State: Louisiana
5. SIC Classification; 1925
II. GENERAL DATA ON WELL SITE
1.
2.
3.
H.
5.
6.
7.
8.
9.
10.
Type Of Waste Injected: The industrial waste is
treatment areas, tube and valve cleaning rooms,
areas, welding shops, laboratories. X-ray rooms
generated from metal surface
paint shops.
, hydrostatic
machine and
test areas.
Date Well Permitted: 1963 Completed:
Injection Rate: 412,000 gpd
Injection Pressure: 500 psi
Total Depth of Well: 6665
Name, Age, and Depth of injection Zone: Miocene
Date Injection Began: (Day) (Month) 02
Total Volume Injected to Date: 300.0QQ oqo
Date Injection Ceased: (Day) N/A (Month)
Previous Mode of Disposal: N/A
, 6428
(Year)
(Year)
64
(Gallons)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
(b)
Age
(c) (d) (e)
Depth Thickness Llthologlc Description
(a)
-------
WIC
LA-2 6
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflninor Bed
(1) Name
(2) Depth (Ft.)
i?
(5
(5
&
W
&
tt,
Thickness (Ft.)
Formation Fluid Pressure, psi
Lithostatic Pressure, psi
) Hydrofracturing Pressure, psi
i Age of Unit
) Porosity %
i Permeability, ndllidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
6428
200
Miocene
27
sand
shale
C. Chemical Characteristics of Formation Fluids; Salt water
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Depth
o
Area!
Thickness Extent
100
Lithologic
Character
sand
Fluid
Character
high IDS
. Mineral Resources in Area: Oil is produced in large amounts from numerous
salt domes in the-area.
5. Location of Other wells, Abandonedwells, and OtherPenetratlons ah
Immediate Hydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); NO oil or cyanide disposed
t-ho
1 .
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; N/A
N/A
N/A
(b)
-------
WIC
LA-26
3. Toxlcity: N/A
Reactivity with Surface Equipment Components; 'N
5. Degradabillty Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-injection Waste Treatment;
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Inject
Other
Hole
Size
15
10-5/8
Casing or Tubing
Weight and Grade
TI-40 425?
5-5 26#
Size
11-3/4
7-5/8
Depth
Set
1200
6600
Inside coated w/baked
5-1/2
6600
epoxv
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 11-3/4
inch casing - Trinity Lite Wate 3118 sks.
3. Well Head Equipment (Name and Models);
*. Packers, Centrallzers, and Other Subsurface Equipment: Packer 5-1/2"
Lynes special clearance external casing; centralize^ casing; 1-above float
""shoe, 1 -above float collar, 1-per length of pipe up -to 5,000 ft. depth.
5. Bottom Hole Completion; Hole was under reamed and gravel packed with 0.030"
0.040" gravel. Perforated - 5849 to 5874 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; Acidizing with Fe acid and
mud acid.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and PlOW Lines; Concrete holding pond 366' x 146' coated with
an acid resistant epoxy cement.
2. Filters: Two each, epoxv sand 1/2" thick, size of sand 0.030" - _a.Q4n"
(Cj
-------
WIC LA-26
3. Pumps: Oil well triplex plunger.
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;
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;
3. Regulatory Aspects
A. Construction Requirements; N/A
B. Monitoring Requirements: N/A
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: LA-27
COMPILATION OF INDUSTRIAL AMD MUNICIPAL
INJECTION WELLS IN THE UNIlldJ STATES
Permit Status: FDR Operational Status: o_
Operating Company Name and Address: Mason-Rust-NASA, Michoud Assembly Facility
730 Gravier New Orleans, Louisiana 70130
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) N/A (Month) (Year)
2. Latitude and Longitude:
3. Vfell Location (Legal Description); Sec. 37, T12S, R13E
4. County: Orleans State: Louisiana
5. SIC Classification: 1925
II. GENERAL DATA ON WELL SHE
1. Type Of Waste Injected; Chemicals used In metal treating processes.
2. Date Well Permitted; N/A Completed:
3. Injection Rate; 400,000 gpd ~
Injection Pressure: 500 psi
5. Total Depth of Well; 6618
6. Name, Age, and Depth of Injection Zone: N/A
7. Date Injection Began: (Day) (Month) os (Year) 68
8. Total Volume Injected to Date: N/A (GalloniT
9. Date Injection Ceased: (Day) N?A (Month) (Year)
10. Previous Mode of Disposal: N/A
gl. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Litnologlc Description
(a)
-------
WIG
LA-2 7
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(ft) 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
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 Hydrologically 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 LA"2'
3. Toxicity: N/A
^. Reactivity with Surface Equipment ftanponents: 'N/A
5. Degradability Level and Rate: N/A
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 0.375" van ]* 100
Intermediate 42-< U-AO 11-3/4 1200
26.4? .T&X 7-5/3 M3D
Injection i?/; .T-55
Other Fiberglass tubing 2-3/S 6550
2. Type and Amount of Cement, Cement Additives, Hrplacement Horizon: '?/
3. Vfell Head Equipment (Name and Models); N/
I. Packers, Centralizers, and Other Subsurface Equipment: s-i/Tx 7-5/R
Packer n 6340 ft.
5. Bottom Hole Completion: Perforated - 6300 to ^391 ft., slotted lined
6430 to 550 with gravel packing.
6. Hydraulic Fracturljig, Acidizing Programs, etc.; "N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters:
(c)
-------
WIC LA-2 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 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: LA-28A
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WET-T'S IN TOE UNlTfcP STATE!?
T ^^^»^»«>l^B^^M^B_MM««^ai^BI^H*i^»^M_MBM««-^H«M»*»>-~-« - .._. I
Permit Status; PND Operational Status: PND
Operating Company Name and Address: PPG industries
Lockport. Louisiana
I. GENERAL IDafTIFICATION DATA
1. Qitry Date of Data: (Day) 01 (Month) 05 (Year) 73
2. Latitude and Longitude; 30013'10"/93°17'40"
3. Well Location (Legal Description): sec. 4. TIPS. R9W
4. County; Calcasieu State: Louisiana
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Nad, Na2soA. Na^co^. HE, Cat
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:
4850 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. 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
LA--28A
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confininz Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(H) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
( 6 ) Ifydrofracturing 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
4. Mineral Resources in Area:
5. Location orOther 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/1:
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: ~
D. Temperature:
E. pH;
(b)
-------
WIC LA-28A.
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-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):
J. 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
-------
WIG LA-28A
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, psl (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: LA-28B
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Permit Status; PND Operational Status: PND
Operating Company Name and Address; PPG industries
Lockport, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year) 73.
2. Latitude and Longitude; 30013'10"/93°17'40"
3. Well Location (Legal Description): N/A
1|. County: Calcasieu State: Louisiana
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Nad, Na2so4> Na2co1> Hg, Ca, MR
2.
3.
4.
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
Completed :
Name, Age, and Depth of Injection Zone:
Date Injection Began: (Day)
Total Volume Injected to Dat
Date Injection Ceased: (Day)
Previous Mode of Disposal:
4850 ft.
N/A (Month) (Year)
e: N/A (Gallons)
(Month) (Year)
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
LA-28R
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) ftrdrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raillidarcies
(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/1:"
C. Specific Gravity: ~
D. Temperature:
E. pH:
(b)
-------
WIC LA-28B
3. Toxicity:
4. Reactivity with Surface Equipment Components;
5. Degradabillty 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:
(c)
-------
WIC LA-?8I\
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)
Dat e (s) Average Maximum
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 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: LA-29
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNIlil) STATES
Permit Status; PDR Operational Status: Q_
Operating Company Name and Address: Rubicon Chemicals inc. - Geismar Plant
Geismar. Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (tear) 73_
2. Latitude and Longitude; N/A
3. Well Location (Legal Description); Sec. 11, TIPS. R2E, Ascension Parish.
Louisiana
1|. County; Ascension State; Louisiana
5. SIC Classification: 2818
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Waste process streams from nitrobenzene, aniline,
diphenylamine, toluene diamene, toluene di-isocyanate, dinitrotoluene and
diphenylmethane, di-isocyanate processes.
2. Date Well Permitted: Completed; 12/14/70
3. Injection Rate; 70 million gpy
Injection Pressure; 50 to 250 psi
5. Total Depth of Well: 3950 ft.
6. Name, Age, and Depth of Injection Zone: Miocene, 3600 ft.
7. Date Injection Began: (Day) 17 (Month) 01 (Year) 71
8. Total Volume Injected to Date: 106,000.000 (GallonaT"
9. Date Injection Ceased: (Day) N/A (Month) (Year)
10. Previous Node Of Disposal: Discharged to the Mississippi River
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
LA-29
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
IF
6
1
Lithostatic Pressure, psi
ftrdrofracturing Pressure, psi
Age of Unit
B) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
3600
240
1700
1.0 psi/ft. est.
1 .0 psi/ft. est.
MiorenG
30
SOOO
38°
P.1 .TnL-pf SnnH
25 miles x 35 miles
C. Chemical Characteristics of Formation Fluids: Brine
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 Hydrologically Affected Area; Uniroyal, Geisnuir, La., Rorden.
rreisrr>ar, La.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Inorganic salts are primarily'
sulfates, chlorides and nitrates. Organic phase is notrobenzene, dinitrotoluene,
toluene dianine, aniline, introcresols, chlorinated hydrocarbons. ~
2. Physical/Chemical Description
A. Cone. Suspended Solids, mgA; 20 rca/L of less than 10 micron
B. Cone. Dissolved Solids, mg/1: 25,000
C. Specific Gravity:
D. Temperature:
E. pH:
1.0
70° to
r._7
(b)
-------
WIC LA-29
3. Toxicity: N/A
*4. Reactivity with Surface Equipment Components; N/A
5. Degradablllty Level and Rate; N/JT
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-lnjectlon Waste Treatment; Waste streams'collected in a 825,000 gal.
storage tank. 85% suspended solids is removed by settling. The overflow
is pumped thru sand filters to remove solids larger than 10 micron size
prior to injection. pH control
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Hole
Size
17-1/2
12-1/4
Casing or Tubing
Weigit and Grade Size
48. Of H-40 13-3/8
36. 0# K-55 9-5/8
Depth
Set
802
3605
23.0# K-55 7
0.500 inch wall conductor 20
3553
93
Other
casing
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 13-3/8 inch
casing - 635 sks. Type A; 9-5/8 inch casing - 1150 sks Type A.
3. Well Head Equipment (Name and Models); Cameron 2000# WP
M. Packers, Centralizers. and Other Subsurface Equipment: packer-7" x 9-
inch retrievable pins w/hold up slips; centralizers on 13-3/8 OP and
9-5/8 inch asing strings at approximately 90' intervals.
5. Bottom Hole Completion; 200' - 6-5/8" OP UOP - Johnson Screen and gravel pack.
18" diameter under-reamed hole with 465 cu. ft. gravel.
6. Hydraulic Fracturing, Acidizing Programs, etc.; Acidized periodically as
required.
VI. DESCRIPTION OF SURFACE EQUIFMENT
1. Holding Tanks and Plow Lines; 1-825,000 ga. C.S. Buffer Storage Tank;
1.5 x 106 gal. emergency reservoir.
2. Filters; 2 - Hayward Md. S-AOO Downflow Sand Filters w/automatic controls;
disposable element guard filter
(O
-------
WIG LA-29
3. Pumps: 2 - Durco Mod. 3 x 1-1/2 - 13/106 centrifugal injection pumps,
1-Durco Med. 3 x 3 5-10/86 Reservoir Drais pump.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 5/14/71 Average 52 Maximum 60
it
it
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 5/14/71 Average 80 Maximum 80
11 1972 120
It
3. Annual Volume Injected, gal.
A. 19_72 67,000,000 B. I9J1 28.000,000 C.
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Casing head pressure
B. Sampling Frequency and Water Quality Parameters Measured; Twice per week
for solids. pH. specific gravity and temperature.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation; Effluent storage tank
capable of holding two weeks' storage of effluent.
3. Regulatory Aspects
A. Construction Requirements : Tested 13-3/8 inch casing at 500 psi and
9-5/8 casing at 1000 psi. Tested packer.
B. Monitoring Requirements; Annulus monitored by observing pressure gauge.
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code:
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNITED STATES'
Permit Status; PDR Operational Status:
Operating Company Name and Address: shell chemical Co. .- (
P.O. TSox 500 - Heismar.' Louisiana " 70734
I. GENERAL IDENTIFICATTON DATA
1. Entry Date of Data: (Day) N/A (Month) (Year)
2. Latitude and Longitude: 300i2'/oi°oo"
3. Well Location (Legal Description); Be^in NT-.'/C, Lot 1, Sec. 14, Tins. R2E,
th. N S5°35">9" E along prop, line 3452.6 th. N 55°03" E 735.05' th.
4. County: Ascension State; Louisiana
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Waste, vlth 327 Hydrochloric Acid.
2. Date Well Permitted: 1Q^7 Completed:
3. Injection Rate: 15,057
Injection Pressure: Q-3Q psi
5. Total Depth of Well; 4ion
6. Name, Age, and Depth of Injection Zone: Pliocene, 2396
7. Date Injection Began: (Day) (Month) (Year) 67 ~~
8. Total Volume Injected to Date: 33,700.000 (1/15/73") (Gallons)
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 Llthologic Description
Quaternary 0 1980 sand, clay, shale
Tertiary 19RO 2120 sand, clay, shale
(a)
-------
WIC
LA-30
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} Hfcrdrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millldarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
unnamed
1980
2120
1760
2650
Pliocene
27
2000
43°
sand
entire sequence
3500
Ouanternary & Tertiar
shale & sand
C. Chemical Characteristics of Formation Fluids: 25,000 - 50,000 ppm ci
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Areal
Ihickness Extent
Llthologic
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); Chlorination of paraffins
waste products - 32% w/aqueous HC1.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, rag/I:
C. Specific Gravity:
D. Temperature:
E. PH; N/A
N/A
N/A
(b)
-------
WIC I-A-30
3. Toxiclty: 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-lnjectlon Waste Treatment; Three stages of phase separation.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Welgit and Grade Size Set
Surface TT~ 32.75# H-40 10-3/4 740
Intermediate 7?r77S 24# H-40 7 2973
Injection 6-1/4 Fiberglass tubing 5-1/2
Other
4063
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; io-3/4 ii
casing - 500 sks Class A; 7-5/8 inch casing - 590 sks Class A; 4-1/2 inch
3. Vfell Head Equipment (Name and Models); N/~
. Packers, Centrallzers, and Other Subsurface Equipment; Float collar @ 4066
w/5' cement; float shoe
-------
WIC LA-30
3. Pumps: Centrifugal pump - solid teflon; 100 gpm. 30 psi.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 1-68 to 7-70 Average 17 Maximum 44
7-70 to 7-71 12 44
2. Injection Pressure, psl (During Life of Well to Present)
Oate(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 Ifrdrostatlc Heads;
2. Contingency Plan for Well Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; Approval of well design by the LA. Geological
Survey and LA. State Board of Health.
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: LA~31
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Permit Status; PDR Operational Status: 0
Operating Company Name and Address: shell chemical Co.
Geismar, Louisiana 70734
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) N/A (Month) (fear)
2. Latitude and Longitude: 300l2'/91°oo"
3. Well Location (Legal Description): Begin NW Cor. Lot 1, Sec. 14, TIPS, R2E,
th. fl 55"35'59" E along prop, line. 3452.6' th. N 55"56'03" 735.05 th.
4. County; Ascension State; Louisiana
5. SIC Classification; 2899
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Plant-wide wastewater.
2. Date Well Permitted:__i%7 Completed:
3. Injection Rate: 14017
4. Injection Pressure: 200
5. Total Depth of Well; 1700
6. Name, Age, and Depth of Injection Zone: 1285
7. Date Injection Began: (Day) (Month) (Year) fa/
8. Total Volume Injected to Date: 2^32»000 (Gallons!
9. Date Injection Ceased: (Day) fTT" (Month) (Year)
10. Previous Mode of Disposal: N/A
HI. GEOLOGIC INFORMATION
1. Ldtnology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologlc Description
Quaternary 0 1700 sand, clay, shale
(a)
-------
WIC
LA-31
B. Geologic Description of Injection Unit and Other Possible Units
Injection Uhit
(1) Name
2) Depth (Ft.)
T
5
5
6
b
(«
($
Thickness (Ft.)
Formation Fluid Pressure, psi
Lithostatic Pressure, psi
) todrofracturing Pressure, psi
) Age of Uhit
) Porosity %
\ Permeability, ralllldarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
1285
143
800
1105
Quaternary
33
3000
32°
C. Chemical Characteristics of Formation Fluids: N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Area!
Thickness Extent
Lithologlc
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): Plant-wide wastewater
collection system - 2% w/dissolved organic compounds.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids, mg/1: N/A
Sr^ecific Gr^v* *""
D. Temperature; N/A
E. pH; N/A
(b)
-------
WIG LA-31
3. Tbxlcity: N/A
l». 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:
N/A
7. Pre-injection Waste Treatment; Screened thru 100 micron strainer. When
solids are present, a precoat filter is used to remove solids.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 9-7/8 23# J-55 7 1012
Intermediate 6-1/4 17// N-80 5-1/2 1698
lection 6-1/4 24// J-55 1-1/4 14%
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 1 inch
casing - 500 sks Class A; 5-1/2 inch casing - 100 sks common.
3. Vfell Head Equipment (Name and Models);
4. Packers, Centralizers, and Other Subsurface Equipment: Float collar @ 1654'.
Set Shoe @ 1698 ft.; packer. 5-1/2" x 3-1/2" EOT @ 1509 ft.
5. Bottom Hole Completion; 3-1/2" screen 1509-1579 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Tank - 135,000 gallon steel; lines - 4"
carbon steel to well.
2. Filters:
(c)
-------
WIC LA"31
3. Punps: Centrifugal pump, 200 gpm. 200 psi.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 1-68 to 7-71 Average 10 Maximum 152
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 1-68 to 7-71 Average 200 Maximum 200
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; 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;
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: LA-32
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED atovjlS'
Permit Status: PDR Operational Status; 0
Operating Company Name and Address: shell chemical Co.
Geistnar, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) N/A (Month) (tear)
2. Latitude and Longitude; 30°12'/91°00"
3. Well Location (Legal Description); Begin NW/C Lot l Sec. 14, TIPS. R2E th.
N55°35'59" along prop, line 3452/6' th.
*4. County: Ascension State; Louisiana
5. SIC Classification; 2899
n. GENERAL DATA ON WELL SHE
1. Type Of Waste Injected; Plant-wide wastewater.
2. Date Well Permitted; N/A Completed:
3. Injection Rate; 14.U17 gpd ~ "
Injection Pressure;
5. Total Depth of Well; 4100 PBTD 3943
6. Name, Age, and Depth of Injection Zone: Pliocene. 31.000. 3800
7. Date Injection Began: (Day) (Month) 06 (Year) 71
8. Total Volume Injected to Date: 7,400.000 (1/15/73) (GallorisT
9.. Date Injection Ceased: (Day) WA (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 LithologJc Description
Quarternary 0 1700 sand, clay, shale
(a)
-------
WIC
LA-3 2
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confininflr Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(JJ) Formation Fluid Pressure, psi
(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
3100 3800
300 250
Pliocene
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
. Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate ffydrologically Affected Area: N
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Plant-wide wastewater
c.o.1 lection system - 2fl dissolved organics.
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: X/A
E. pH: x/.\
(b)
-------
WIG LA'32
3. Toxicity:_N/A
. Reactivity with Surface Equipment Components; '^
5. Degradabillty Level and Rate; IN'/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 CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 62.5," 32.7? TfPT/4 ~7H"4
Intermediate 15 T^; T^57H 3009
Injection 9-7/8 w 107
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: in-3/A
inch casing - 400 sks Class A. 7 inch casing ~ 350 sk's. Common, 7-5/8
inch casing - 590 sks.
3. Vfell Head Equipment (Hams and Models); Float collar n- 2A75 ft; Halliburton"
shoe guide (? 2506 ft.
M. Packers, Centrallzers, and Other Subsurface Equipment: >:/A
5. Bottom Hole Completion; Perforation - 3100 to 3400 ft. and 3800- 4050 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.: ::/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and PlOW Lines: 2 - 16,000 gal. Ovens-Corning Fiberglass tanks
with 3" fiberglass piping to well bead.
2. Filters:N/A
(c)
-------
WIC LA-32
3. Pimps: Centrifugal pump - solid teflon; 100 gpm, 30 psi.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average 13 Maximum 60
it
it
n
2. Injection Pressure, psi (During life of Well to Present)
Date(s) Average Q-3Q MaxJrcum
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. 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; N/A
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: LA-33
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WFT.T.S IN TOE UNl'lli) STATES"
Permit Status; FDR Operational Status: o
Operating Company Name and Address: shell chemical
N'nrrn, Lmn K i ,TT->.T
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) (Month) en (Year)
2. Latitude and Longitude: 3n°30'/90°25'oo"
3. Well Location (Legal Description): From the NW corner Sec. 3. T12S. R8C;
thence S 83°48'E a distance of 1342.5 ft.; thence N 16°5I' F. a distance of 649'
4. County: St. Charles ^ State; Louisiana
5. SIC Classification; '"m
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; ?n° Baume anucous hvdmrMnrtr .-
2. Date Well Permitted: N'/A Completed:
3. Injection Rate: 13
Injection Pressure: 0-20 psi
5. Total Depth of Well; 1740
6. Name, Age, and Depth of*1 Injection Zone: Piiocenp. i?Tn~
7. Date Injection Began: (Day) (Month) ns (Year) 68
8. Total Volume Injected to Date: M/A (GallonsT
9. Date Injection Ceased: (Day) N/A (Month) (Year)
10. Previous Mode of Disposal: M/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
(a)
-------
WIC
LA-3 3
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflninc1 Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(5) 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 Area!
Distribution
1230
680
810 psi M 1790 ft.
Pliocene
30-32
1000-3000
36°
med. grained sand
C. Chemical Characteristics of Formation Fluids: Salt water: 3500 ppm
chlorides. Sp. Or. 1.05, pH 7.2. Cl - 3.877 wt. , Ca-0.27% wt. , Mg -
0.10% wt.. Xa & K - 2.01? wt. , IDS - 7.3% wt., Silica 29 ppn, Fe-1 ppm.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Depth
Area!
Ihickness Extent
Llthologlc
Character
Fluid
Character
4. Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Ifydrologically Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); 20° Baume aqueous hydrochloric
acid.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B= Gone* Dissolved Solids, rag/l:
C. Specific Gravity : N/A _
D. Temperature: N/A
E. pH: N/A
(b)
-------
WIG LA"33
3. Toxicity: N/A
l». 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-injection Waste Treatment: Stream is a pure sales grade product.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Hole
Size
~TT
16
12
12
5
Casing or Tubing
Weight and Grade
bZ.b#/tt.
42#/ft.
17 ft/ft.
4.5 #/ft.
2.5 #/ft.
Size
-15-
11-3/4
7
6
3-1/2
Depth
Set
"TOD
1000
1286
1286 to
1740
1730
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 11-3/4
casing 570 sks.; 7" casing 760 sks.
3. Well Head Equipment (Name and Models); N/A
i|. Packers, Centralizers, and Other Subsurface Equipment; 7" OP cemented to
11-3/4 casing. Hastelloy 'B1 Johnson well screen at 1750 ft.
5. Bottom Hole Completion: Perforations 1740-1750'
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/T"
VI. DESCRIPTION OF SURFACE EQUIFMENT
1. Holding Tanks and Plow T.lnes; Plant HCl storage capacity is 64,000 gal.
waste HCl is pumped through 2" plastic line to 650 gallon plastic surge tank
and flows by gravity down well from surge tank.
2. Filters: KT&
(c)
-------
WIC LA-33
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
n
ti
3* Annual Volume Injected, gal.
A. 19_ N/A B. 19__ C. 19.
VIII. SAFE3Y 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; N/A
Aspects
A. Construction Requirements; Approval by Louisiana Geological Survey and
Health Department. ....
B. Monitoring Requirements; NA
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: LA-34
COMPILATION OF INDUSTRIAL AND MUNICIPAL
DEJECTION WELLS IN THE UNITED STATES
Permit Status; PDR Operational Status:
Operating Company Name and Address: shell chemical Company'
Norco, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year) 73
2. Latitude and Longitude: 30°30'/90°25'10"
3. Well Location (Legal Description); From \'W Corner Sec. 3, T12S, R8E, thence
S 10° 55' W a distance 5^20.2 ft.; thence S R3°AS'4Q" E a distance of 778.5'.
^. County; St. Charles State; Louisiana
5. SIC Classification:
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Bastes from the manufacture of Acrolein, Acetone,
and synthetic Glycerine.
2. Date Well Permitted: ''/A Completed;
3. Injection Rate: 200
Injection Pressure; 120 psi
5. Total Depth of Well; i960
6. Name, Age, and Depth of Injection Zone: pliocene. 1230
7. Date Injection Began: (Day) (MonthT" (Year) 56
8. Total Volume Injected to Date: 3,500,000,000 (Gallons)'
9. Date Injection Ceased: (Day) ^/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 Lithologic Description
"
(a)
-------
WIC
LA-34
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) ftrdrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
1230
680
810 psi at 1790 ft
Pliocene
30-32
1000-3000
36°
med. grained sand
C. Chemical Characteristics of Formation Fluids: Salt water: 35,000 ppm
chlorides. Sp. Gr. 1.05, pH-7.2, Cl=3.87% wt., Ca-0.27% wt., Mg.-0.10*7
Na & K-2.01% wt.. IDS - 7.3% wt., Silica - 29ppm, Fe - 1 ppm, Al - 5 ppm
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Area!
Ihickness Extent
Llthologlc
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); 99% water, 1% soluble organics,
compounds present: Acrolein, Allyl Alcohol, Acetone, Methanol,
Acetaldehyde, Methyl Ethyl Ketone, Glycerine, and related soluble escers~
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B, Cone, Dissolved Solids, mg/1:"
C. Specific Gravity:
D. Temperature ;
E. pH:
N/A
1 2 0°
7.0
(b)
-------
WIG
3 . Tbxlcity : N/A
M. Reactivity with Surface Equipment Components: -:/A
5. Degradability Level and Rate: '-/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre- injection Waste Treatment: Filtration to rer.ovc solids larger than
10-20 microns in diameter.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 42.8 «/ft. 16 120
Intermediate 40.5 -/ft. 10-V4 i%n
lection 24 ///ft. 7-5/8 18"7
Injh
Oth
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 16 inch
casing and 10-3/4 inch casing concentrated to surface.'
3. Well Head Equipment (Name and Models):
Packers, Centralizers, and Other Subsurface Equipment
5. Bottom Hole Completion: Perforations in l°-3/4 inch casing above plug in
10-3/4 inclt casing.
6. Hydraulic Fracturing, Acidizing Programs, etc.: ''/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and PlOW T-lnes: Two ^5,000 gal . carbon steel ho] dins tanks;
backwash basin to settle out sol ids for return to injection site.
2. Filters": Three rotary vacuum 10' d La. x l.f>"' - 500 sq. ft". , each associated
with filtrate, pre-c.oat, and slurry handling facilities; 2n micron runo
cartridge Miter polisher.
(c)
-------
WIC L"
3. Pumps: The injection pumps - each 700 gpm, 200 psi DP, cast iron with 125
lip drivers. ' *
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average 2no Maximum 5QO
it
it
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) Average 120 Maximum 175
3. Annual Volume Injected, gal.
A. 19 -:/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; N/A
2. Contingency Plan for Well Failure During Operation;. Third standby well
maintained by injectinrr. a low .flow of clarified Mississippi River water.
3. Regulatory Aspects
A. Construction Requirements; Approval by Louisiana Geological Survey and
Heal, tli Depa rLPiont.
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: IA-35
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNITED STATlS"
Permit Status :__PDR Operational Status: o
Operating Company Name and Address: shell chemical Company
Norco, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year) 73
2. Latitude and Longitude: 30030'/90025'loTr
3. Well Location (Legal Description): From the NW corner Sec. 3, T2S, R8E;
thence S 10°55'W a distance of 5920.5 ft.; thence S 83"48'40" a distance 778.5
i|. County; st> Charles State; Louisiana
5. SIC Classification; 2911
n. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Waste from manufacture of acrolein, acetone, and
synthetic glycerine
2. Date Well Permitted: N/A Completed:
3. Injection Rate: 200 gpm
A. Injection Pressure; 120 psi
5. Total Depth of Well: 1836
6. Name, Age, and Depth of Inject ion Zone: Pliocene, 1230
7. Date Injection Began: (Day) (MonthT" 09 (Year) 59
8. Total Volume Injected to Date: N/A" (GallonsT
9. Date Injection Ceased: (Day) NTI (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
LA-35
B. Geologic Description of Injection Unit and Other Possible Units
(1) Name
(2) Depth (Ft.)
3) Thickness (Ft.)
5) Formation Fluid Pressure, psi
(F
6
7
(B,
M'
\ 7 *
Lithostatic Pressure, psi
Hydrofracturing Pressure, psi
Age of Unit
I Porosity %
} Permeability, mlllidarcles
(16) Reservoir Temperature, °C
(11) Character and Area!
Distribution
1230
680
810'at -1790 ft
PI ^ nrpne
in-1}?
innn-^nnn
ifi
??ni*
C. Chemical Characteristics of Formation Fluids; Salt water; 35.000 ppm
chlorides, Sp. Gr. 1.05, pH - 7.2
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Area! Lithologic Fluid
Depth Thickness Extent Character Character
4. Mineral Resources in Area:
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Ifydrologically Affected Area; N/A
3V. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); 99% water, 1% soluble organics
including: Acrolein, Allyl Alcohol, Acetone, Methanol, Acetaldehyde, Methyl
Ethyl Ketone, Glycerine
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)
-------
WIC LA~35
3. Toxicity: >j/A
i». Reactivity with Surface Equipment Components: ' N
5. Degradability Level and Rate;
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-injection Waste Treatment: Filtration to remove solids larger than 10-20
microns.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface Tfi 42.8 /f/n.T5 T2?T
Intermediate 15 40.5 «/ft. 10-3/4 T60TT
15 55 /'/ft. 10-3/4 1600-1900
ectlon 10-3/4 26.4 /-'/ft. 7-5/8 1830
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. Hell Head Equipment (Name and Models);
. Packers, Centralizers, and Other Subsurface Equipment
5. Bottom Hole Completion; x/A
6. Hydraulic Fracturing, Acidizing Programs, etc.;
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow T.lnes: 2 - 95,000 gallon carbon steel holding tanks;
backwash basin to settle out solids for return to injection site.
2. Filters; Three rotary vacuum 10' dia. x 16' - 500 sq. ft., each associated
with filtrate, pre-coat, and slurry handling facilities.
(c)
-------
WIG LA-35
3. Pumps: 700 p,pm, 200 psi DP. cast iron _wtth 123 Hp drivers.
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_ 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; N/A
2. Contingency Plan for Well Failure During Operation: standby well.
3. Regulatory Aspects
A. Construction Requirements; Approval by Louisiana Geological Survey and
Health Department.
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code:
] ~
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STA1ES
Permit Status: FDR Operational Status:
Operating Company Name and Address: shc.u chemical
"orco. Louisiana
I. GENERAL IDENnFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year)
2. Latitude and Longitude: 3Q03l'/90°25'in"
3. Vfell Location (Legal Description): From the NW corner Sec. 1, T12S. KRF.^ tnenre
S10°55'W a distance of 5920.2 Ft.: thence S83°4R'4Q" F. a distance of 778.5 ft,.
** County: St. Charles State; Louisiana
5. SIC Classification: 29u
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: '-'aste _from r.nnufactiirc of acrolein, acetone, and
synthetic glycerine.
2. Date Well Permitted: N/A Completed:
3. Injection Rate: 2on gnir
M. Injection Pressure; 120 psi
5. Total Depth of Well; i960
6. Name, Age, and Depth of Injection Zone: PHocone, 1210
7. Date Injection Began: (Day) (Month) in (Year) 64
8. Total Volume Injected to Date: x/A (Gallons)'
9. Date Injection Ceased: (Day) ~\ (Month) (Year)
10. Previous Mode of Disposal: X/A
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
(a)
-------
WIG
LA-36
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, mill 1 dare les
CIO) Reservoir Temperature, °C
(11) Character and Area!
Distribution
1230
680
810 at 1790 ft.
Pliocene
30-32
1000-3000
36
sand
C. Chemical Characteristics of Formation Fluids: Salt water: 35.000
chlorides, Sp. Or. - 1.05, pH - 7.2
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Area! Lithologic
Depth Thickness Extent Character
Fluid
Character
4. Mineral Resources in Area: >-/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): 99% water and 1% organics
including: Acrolein, Allyl Alcohol, Acetone, Methnnol , Acetoldchyde , -NfethyT
Ethyl Ket.one. Glycerine. _
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A _
B, Cone, Dissolved Solids, mg/1: M/A
C. Specific Gravity: N/A _ "
D. Temperature :
E. pH: X/A
>:/A
(b)
-------
WIG LA-36
3. Toxicity: N/A
M. 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-iJTjectlon Waste Treatment: Filtration to remove solids larger than
10-20 microns.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 65 #/ft. ~T6~
Intermediate 4Q.5 ft/ft. 10-3/4 1020
lection 26.4 ff/ft.7 5/81528
InJ<
ah
,er 23.0 ///ft. 7 1528 to 1942
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 16 inch
and 10-3/4 inch casing - cemented to surface; 7 inch casing; cemented to
807 ft.
3. WeU Head Equipment (Name and Models);
. Packers. Centralizerst and Other Subsurface Equipment; N/A
5. Bottom Hole Completion;
6. Hydraulic Fracturing, Acidizing Programs, etc
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Flow Lines; N/A
2. Filters: N/A
(c)
-------
WIC
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 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: LA"37
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNTIED STATES
Permit Status; PDR Operational Status: Q
Operating Company Name and Address: shell, chemical company
Norco, Louisiana
I. GENERAL HJENTIFICATION DATA
1. Ehtry Date of Data: (Day) ni (Month) 06 (Year) 73
2. Latitude and Longitude: 30°3Q'/9n°25'io'"
3. Well Location (Legal Description): From the NW corner Sec. 3, T12S, R8K,
thence S TO"55'W a distance of 5920.2 ft.
4. County: st- Charles ~ State; Louisiana
5. SIC Classification: 2911
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: 20° Baume aqueous hydrochloric acid.
2. Date Well Permitted; a/a Completed:
3. Injection Rate :__£/£
Injection Pressure; N/A
5. Total Depth of Well; 174Q
6. Name, Age, and Depth of Injection Zone: Pliocene. 1230
7. Date Injection Began: (Day) (Month) ns (Year) 68 "~
8. Total Volume Injected to Date: 13,700.000,000 (12/31/72) (Gallons)
9. Date Injection Ceased: (Day) N/A (Month) (Year)
10. Previous Mode of Disposal: NT/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
LA-37
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Ul Jfeme
(2) Depth (Ft.)
G) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raillidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
1230
680
810 at 1790 ft.
PI locene
30-32
1000-3000
3b
sand
C. Chemical Characteristics of Formation Fluids:
chloride, sp. gr. - 1.05, pH - 7.2.
Salt water: 35,000 ppm
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area:
M/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)
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: M/A
B. Cone. Dissolved Solids, mg/1: v/A
C. Specific Gravity; N'/A
D. Temperature; N / A
E. pH: X/A
(b)
-------
WIG LA~37
3. Toxlcity: N/A
*». Reactivity with Surface Equipment Components; N
5. Degradability Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-inJeCtlon Waste Treatment: Stream is a pure sales grade product.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 22 62.6 /'/ft. T3 IW
Intermediate 16 42 «/ft. 11-3/4 louo
12 17 ft/ft. 7~ lZ«b
Injection 12 4.5 g/ft. fe i^»b to i73Q
Other 5 ~ 2.5 yt/ft. 3-i/z IMP"
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: ;i^
3- Vfell Head Equipment (Name and Models);
Packers, Centralizers, and Other Subsurface Equipment:
5. Bottom Hole Completion: N
6. Hydraulic Fracturing, Acidizing Programs, etc.: N/A"
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Plant HCl storage, capacity is 64,000 gal.
Waste HC1 is .pumped through 2" plastic line to 650 gallon plastic surge
tank and flows by gravity down well from surge tank.
2. Filters: N/A
(c)
-------
WIC LA-3 7
3. Pumps: N/A ,
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
it
if
II
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. SAFBIY 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 WeH Failure During Operation; ~
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restrictions of Operation Procedures:
(d)
-------
Well Id. Code:
LA-3 8
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION
Permit Status:
PDF
Operational Status:
NOP
Operating Company Name and Address: shell oil Company
I. GENERAL IDENTIFICATION DATA
Norco Refinery - Norco. Louisiana
1. Entry Date of Data: (Day) 01
2. Latitude and Longitude: 30°00'/90°24'
(Month)
06
(Year) 73
3. Well Location (Legal Description); Sec. 6, T12S, RSE
5.
n.
1.
2.
3.
1.
5.
6.
7.
8.
9.
10.
County; st. cnaries"
State: Lo ui s i ana
SIC Classification:
GENERAL DATA ON WELL SITE
Type Of Waste Injected; Sour water (stripping steam and desalter water)
high phenols concentration.
Date Well Permitted:NTT"
Injection Rate; 228 gpm
Completed:
Injection Pressure; 185 psi
Total Depth of Well ; 19 10
Name, Age, and Depth of Injection Zone: Pliocene, 1170 & 1300
Date Injection Began: (Day) 10 (Month)
Total Volume Injected to Date; 880 OOO.QQQ
Date Injection Ceased: (Day) (Month)
Previous Mode of Disposal; N/A
09
(Year) 59
(Gallons)
07
(Year)
71
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
(b)
Age.
Recent
Pleistocene
Pliocene
Miocene
(c)
Depth
0
To
iooo
(d)
Thickness
_60
940
7500
(e)
Llthologlc Description
backswamp clays
sand, gravel, clay
shale, sand, clay
sand, shale
(a)
-------
VIC
l.A-38
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
U) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(*0 Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydro fracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
.1170 f, J300
630
810 psi :~ 1800 ft.
PI iu eerie
30-32
j nnO-300!)
35°
!K,?d. grained sand
C. Chemical Characteristics of Formation Fluids: r.rackish - below 2000 ft.
.- ;;.'! i ni t y i;; a p p co.< i rna t e.! y 35,000 p pm.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Area! Lithologic Fluid
Depth Thickness Extent Character Character
slightly hrackish 600-2600 ppm Cl
slightly brack i sii 175-1700 ppm Cl
? 1. ight ly brack i sh un to 630 ppm Cl
350
. 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 (ticluding Radioactivity); 1/5Q ppn sulrides, 85 ppm
plifrono ! s , 30'.'' ppp.! oil content. _^__
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1: 120
C. Specific Gravity:
D. Temperature:_
E. pH: 8.fi
(b)
-------
WIG LA~38
3. Toxiclty; N/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:
N/A
7. Pre-injection Waste Treatment; SP.M-nm> and nil
V. WELL DESIGN AND CONSTOUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Inject
Other
Hole
Size
Casing or Ilibing
Weight and Orade
40. 5 ///ft.
Size
10-3/4
Depth
Set
40
8-1/2
9-7/8
26 #/ft. 8RT N-80
8 RT Monel
7-5/8
7-5/8
1714
1714-1794
2. TVpe and Amount of Cement, Cement Additives, Emplacement Horizon; 10-3/4
inch casing - 35 sks common; 8-1/2 inch casing - 115 sks common w/2% gel.
7-5/8 inch casing - 325 sks common w/8% gel.
3. Well Head Equipment (Name and Models); 6"-400# tubing hanger (Cameron
iron works type "GD".
M. Packers. Centralizers» and Other Subsurface Equipment; Centraiizers (360 ft.
intervals on bottom 500 ft. of 7-5/8" casing and @90 ft. intervals on
remainder of string.
5. Bottom Hole Completion; Perforated from 1370 to 1390 ft. w/2-1/2" dia.
holes per foot. ....._
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; "Sour"water drained from accumulator and
reflux drums, collected in surge drum, pumped to collector header which is
the suction line for the injection pump which distributes water to all wells.
2. Filters: N/A
(0
-------
WIC LA~38
3. Pumps: Two pumps capable of pumping 1200 gpm at 135 psi differential
pressure.Pumps can operate individually, in parallel, ot in series.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 9/11/59 Average 209 Maximum
" 4/11/69
11 9/15/69 228
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 9/11/59 Average 28 Maximum
" 4/1/69!TS5
" 9/15/69 185
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; Pressure and volume.
B. Sampling Frequency and Water Quality Parameters Measured; N/A
C. Preojiency 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; Approval by Louisiana Geological Survey
and Health Department.
B. Monitoring Requirements; Average daily volume (bbls.); six month period
total volume injected, "cumulative total volume injected, chemical
composition of waste.
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code:
LA-39
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status: ppp.
Operating Company Name and Address: shell on c
I. GENERAL IDENTIFICATION DATA
Operational Status: Q_
Xorco Refininc* - Norco. Louisiana
1. Entry Date of Data: (Day) 01
2. Latitude and Longitude:
(Month)
06
(Year)
.71.
3Q000'/Q0024'
3. Vfell Location (Legal Description): Sec. 5. T12S. RSE
County ;
St. Charles
State:
Louisiana
5. SIC Classification: 2911
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Sour water (stripping steam and desalter water)
high phenol concentration.
2. Date Well Permitted:
3. Injection Rate: 12T
Completed:
Injection Pressure: 130 psi
5. Total Depth of Well;
6. Name, Age, and Depth of Injection Zone; Pliocene, 144~
7. Date Injection Began: (Day) 04
8. Total Volume Injected to Date:
9. Date Injection Ceased: (Day) "/;
10. Previous Mode of Disposal: x/A
(Month) 01
(Year)
65
520.000 (12/31/71)
(Gallons)
(Month)
(Year)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
(b)
Age
Recent
Pleistocene
Pliocene
Miocene
(c)
Depth
60
1000
(d)
Thickness
_60
940
1500
15(K)
7500
(C)
Llthologlc Description
backswamp clay
sand, gravel, clay
shale, sand, clay
sand, clay
(a)
-------
WIC
LA-39
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, °C
(11) Character and Area!
Distribution
1440
460
RIO psi '^ 1POO ft.
PI iocene
30-32
1000-3000
36°
incd. erained sand
C. Chemical Characteristics of Formation Fluids: Brackish bcloxj 2000 ft.
salinity is approximately 351000 ppni.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
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 Jfydrologically Affected Area:__JvM
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): 1750 ppm sulfides, 85
phenols, 300 ppm oil content.
2. PhysicaVChemical 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 LA-39
3. Toxicity: N/A
M. Reactivity with Surface Equipment Components; N/A
5. Degradablllty Level and Rate; N/A
6. Biological Level at Injection and Estinated Biological Level After Injection:
N/A
7. Pre-inject ion Waste Treatment; settling ana on summing.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
Hole
Size
12-1/4
9-5/8
7
Casing or Tubing
Weight and Grade
55 ///ft. drive pipe
32.3 ///ft. H-30
17 ///ft. H-40
1R /f/ft. .T-55
4.7 ///ft. J-55
Size
14
9-5/8
3
2-3/8
Depth
Set
100
1000
2000
2000
1705
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 9-5/8 inch
casing - 270 sks w/8% gel. 7 inch casing - 270 sks w/8% eel. 3 inch casing
cemented to surface.
3. Well Head Equipment (Name and Models); ?" tiange and tubing hanger A*-I
960 R-45. ZZZZIZIIZIIIZZIZZIZIZZIIIZII
4. Packers. Centrallzers, and Other Subsurface Equipment; Backer y uu x /"
OP type TS-8RD THD; Centralizer - Halliburton 5-3 on bottom 3 joints of
9-5/8" casing.
5. Bottom Hole Completion; 80 link - i at perforations; 1/2" dia. ; 1765 to
1805 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; Acidizing - 15% Fe acid;
SUR FLO S-30.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; "Sour" water drained from accumulator and
reflux drums, collected in surge drums, pumped to collection header.
2. Filters: N/A"
(c)
-------
WIC LA-39
3. Pumps: Two pumps capable of 1200 gpm at 135 psi. Pumps can operate
individually, in parallel, or in series.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 3/2Q/71 Average 118 Maximum 120
" 8/3/71 125 144
it
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 3/20/71 Average 172 Maximum 180
11 8/3/71 no
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 flow volume
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: Approval of State Geological Survey and
Health Department.
B. Monitoring Requirements; Volume injected, chemical composition.
C. Restrtcticns of Operation Procedures;
-------
Well Id. Code:
LA-40
Permit Status:
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNTIED STATES
Operational Status:
Operating Company Name and Address: shell Oil Company
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) ni (Month)
2. Latitude and Longitude: 30°o_o V90°24' "
Norco F finery - Norco-Louisiana
(Year) 73.
3. Well Location (Legal Description): Sec. 6, T12S, RRF,
County: St. Charles
State: Louisiana
5. SIC Classification:
291]
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Sour water (stripping steam and desalter water)
high phenol concentration.
2. Date Well Permitted:
3. Injection tote: 92
N/A
Completed:
Injection Pressure;
42
5. Total Depth of Well: 1997
6. Name, Age, and Depth of Injection Zone:
Pliocene,1180
7. Date Injection Began: (Day) 13 (Month) 10 (Year) 65
8. Total Volume Injected to Date; 250.000.000 (12/31/71)
9. Date Injection Ceased: (Day) N/A (Month)"
10. Previous Mode of Disposal; N/A "
(Gallons)
_(Year)
XII. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
(b)
Age
Recent
Pleistocene
I'liocene
Miocene
(c)
Depth
1UUU
(d)
Thickness
940
ii>uu '
2500
7500
(e)
Llthologlc Description
clay
sand, gravel, clay
shale, sand,clay
sand, shale
(a)
-------
WIG
LA-40
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) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, nrLUidarcies
(10) Fteservoir Temperature, °C
(11) Character and Area!
Distribution
1180
800
880 psi at 1950 ft.
PI iocene
10-12
1000-1000
1S°
med. Drained sand
C. Chemical Characteristics of Formation Fluids: Brackish.
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name 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 ffydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): 1750 ppm .gulfides, 85
phenolsf 300 ppm oil.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mgA; ::/A
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity: X/A
D. Temperature: N/A
E. pH:
(b)
-------
WIG IA-40
3. Toxicity: N/A
4. Reactivity with Surface Equipment Components; NT/A
5. Degradability Level and Rate; N
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-injection Waste Treatment: Settling and oil skimming.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 55#/ft. drive pipe 14 100
Intermediate 12-1/4 32.3 /-7ft. H-4TT 9-5/8 IDOTT
20 (JO
Injection 8-3/4 17 ?/ft. n-40 7
Other 4.2 ?/tt. J-i:>2-:3/'8 1648"
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 14 inch
casing - 50-50 cement and Foz. niix A 660 sks ; 7 inch OD casing - 660 sks
cement.
3. Well Head Equipment (Name and Models); 7" flange and tubing hanger.
i*. Packers, Centralizers. and Other Subsurface Equipment; Centraiizers -
Haliburton 5-^3 on bottom 3 joints.
5. Bottom Hole Completion; Perforated with 4-1/2" dia. shots per foot at 1915
to 1955 ft.
6. Hydraulic Fracturing, Acidizing frrogranB, etc.: SUR FLO s-30
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and PlOW Lines: Sour water drained from accumulator and
reflux drums,, col 1 art-ftd in surge drums, pumped to collection header then to
wells.
2. Filters: N/A
(c)
-------
WIC LA-40
3. Pumps: Two pumps capable of 1200 gpm at 135 psi.
VII. OPERATION CHARACTERISTICS
1. Ejection Rate, gpm (During Life of Well to Present)
Date(s) 3/20/71 Average 126 Maximum 132
8/3/71 92 189
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 3/20/71 Average 152 Maximum 155
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFE3Y INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Pressure and volume of flow
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; Approval of state Geological Survey and
Health Department.
B. Monitoring Requirements; Daily volume and chemical composition.
C. Restrictions of Operation Procedures; N/A
-------
Well Id. Code:
LA-41
COMPILATION OP INDUSTRIAL ANDi MUNICIPAL
UNl'iTiU
INJECTION
Permit Status:
PDR
Operational Status:
Operating Company Name and Address; shell oil company
Norco Refinery - Norm. T.nm'g-tana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
2. Latitude and Longitude: 30000'/90°24'
(Month) Q6
(Year)
3. Well Location (Legal Description); Sec. 6, T12S. RSE
County; St. Charles
State: Louisiana
5. SIC Classification: 2911
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Sour water (stripping steam and desalter water)
high phenol concentration.
2. Date Well Permitted: N/A
3. Injection Rate; 184 gpm
Completed:
Injection Pressure; 245 psT
5. Total Depth of Well; 2029
6. Name, Age, and Depth of !thjectlon Zone; Pliocene, 1330
7. Date Injection Began: (Day) 04 (Month) 08 (Year)
8. Total Volume Injected to Date: 220^000,000 (12/31/71)
9. Date Injection Ceased: (Day) N/A (Month) (Year)
10. Previous Mode of Disposal; N/A "
67
(Gallons)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
(b)
ecent
Pleistocene
Pliocene
Miocene
(c)
Depth
o'
feo
1000
2500
(d)
Thickness
60
940
1500
7500
(c)
Llthologlc Description
clay
sand, gravel, clay
shale, sand, clay
sand, shale
(a)
-------
WIC
LA-41
B. Geologic Description of Injection Unit and Other Possible Units
Infection 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
(«) Porosity %
(9) Permeability, mill .1 dare ies
(10") Reservoir Temperature, °C
(11) Character and Areal
Distribution
1330
660
88 psi at 195U ft.
Pliocene
3n-32
1000-3000
36"
nied . grained sand
C. Chemical Characteristics of Formation Fluids: Brackish
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Areal
Thickness Extent
Lithologlc
Character
Fluid
Character
I. Mineral Resources in Area; :;/..\
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Ifydrologically Affected Area:
I/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); 1750 ppm sulfides, 85 ppm
phenols. 300 pprn oil.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; . _ r:/.-\
B. Cone. Dissolved Solids, mg/1; :;/A
C. Specific Gravity: x/A "'.."" ~
D. Temperature: _____
E. PH: i;/A
(b)
-------
WIC _ LA-41
3 . Toxicity
. 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 Treatment: Settling and filtration.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weidrt and Grade Size Set
Surface 55 #/ft. drive pipe 1
Intermediate 12-1/4 32.33 ff/ft. H-40 9-5/8 looo
lection "8VJ74"17 ft/ft. H-40 1 2000
IhJ(
Othi
!er 4-1/2 If/it. J-55 2-3/8 IMJIH-
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. well Head Equipment (Name and Models); 7" flange and tubing hanger
. Packers, Centralizers, and Other Subsurface Equipment; centraiizers
Halliburton 5-3 on bottom 3 -joints.
5. Bottom Hole Completion; Perforated 4-1/2" dia. shots per foot at 1940 to
1930 ft. ~"
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Sour Water drained from accumulator to
reflux drums, collected in surge drums, pumped to collection header then to
wells.
2. Filters: N/A
(c)
-------
WIC LA~41
3. Pumps: Two pumps capable of 1200 gpm at 135 psi.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 3/2Q/71 Average 175 Maximum 180
w 8/3/71 184 25T
n
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 3/20/71 Average 100 Maximum l°5
" 8/31/71 245 JUU
ii ' _________
3. Annual Volume Injected, gal.
A. 19 N/AB. 19_ C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Pressure and flow volume
B. Sampling Frequency and Water Quality Parameters Measured:
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Wen Failure During Operation; N/A
3. Regulatory Aspects
A. Construction Requirements; Approval of Geological Survey and Health
Department.
B. Monitoring Requirements; Daily volume and chemical composition
C. Restrictions of Operation Procedures: N/A
(d)
-------
Well Id. Code:
LA-42
COMPILATION OP INDUSTRIAL AND MUNICIPAL
UNITED STA1]
INJECTION
Permit Status:
PDR
Operational Status:
o
Operating Company Name and Address: Shell Oil Company. Norco Refinery
Norco, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
2. Latitude and Longitude: 3Q000'oo"/90°24'00"
(Month) 06
(Year) 73
3. Well Location (Legal Description); Sec 6, T12S, R8E
County: St. Charles
State:
Louisiana
5. SIC Classification: 2911
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Sour water (stripper steam and desalter water)
2. Date Well Permitted: N/A
3. Injection Rate: 227 gpm
Completed:
Injection Pressure: 205 psi
5. Total Depth of Well; N/A
6. Name, Age, and Depth of injection Zone: Pliocene-Miocene, 2165 ft.
7. Date Injection Began: (Day) 01 (MonthT 10 (Year)
8. Total Volume Injected to Date: 225,000.000 (12/31/72)
9. Date Injection Ceased: (Day)
10. Previous Mode of Disposal: N/A
20
(Gallons)
(Month)
JYear)_
PI. GEOLOGIC INFORMATION
1. Litnology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
(b)
Age
Recent
Pleistocene
Pliocene
Miocene
(c) (d) (e)
Depth Thickness Llthologlc Description
5 60 clay
675940 sand, gravel, clay
lOOO T5TJT3 shale, sand, clay
Z5UO 73TR3 sand, shale
(a)
-------
WIC
LA-42
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
(2) Depth (Ft.)
(3) Ihickness (Pt.)
(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
1220
1470
2690
265
Pliocene
31
2000
Miocene
31
2000
sand
sand
C. Chemical Characteristics of Formation Fluids: Brackish
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name 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): Sulfides = 1750 ppm;
phenols = 85 ppm; oil = 300 ppm
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/l:_ N/A
B. Cone. Dissolved Solids, mg/l:_
C. Specific Gravity: N/A
D. Temperature: N/A
E. pH: N/A
(b)
-------
WIG LA-42
3. Toxicity: Phenols highly toxic
1. Reactivity with Surface Equipment Components: N/A
5. Degradabillty Level and Rate; N/A
Hole
Size
17-1/2
Casing or Tubing
Weight and Grade
55#
54#
drive pipe
J-55
Size
20
13-3/8
Depth
Set
100
1000
12-1/4
36#
23#
J-55
J-55
9-5/8
7
3500
2040
6. Biological Level at Injection and Estimated Biological Level After Injection:
Probably not sterile at injection; bacterial activity minimal.
7. Pre-injection Waste Treatment: Filtered and oil skimmed.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 13-3/8"
casing - 50-50 Pozmix; 9-5/8" casing - 50-50 Pozmix
3. Well Head Equipment (Name and Models); Gray Tool Co. 13-3/8" x 9-5/8" x 7"
4. Packers, Centralizers, and Other Subsurface Equipment: Retrievable casing
packer (Baker Model "G" ) on end at 7" casing for 9-5/8" casing;
Centralizers - Halliburton 5-3 (3 on 13-3/8 and 3 on 9-5/8)
5. Bottom Hole Completion; Perforated with 4-1/2" dia. shots per foot at
2165 ft.
6. Hjydraulic Fracturing, Acidizing Programs, etc.: Acidized - 15% HCI
with matrazine
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Drained from accumulator to reflux drums.
collected in surge drums, pumped to collection header then to well.
2. Filters:
(c)
-------
WIC LA-42
3. Pumps: Two pumps capable of 1200 gpm at 135 psi.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 10/15/70 Average Maximum 240
3/20/71 220 238
" 8/3/71 227279
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 10/15/70 Average Maximum 60
3/20/71 190 190
" 8/3/71 205 225
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 flow volume.
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; Approval by State Geological Survey and
State Health Department.
B. Monitoring Requirements; Volume and chemical composition ~
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: LA-43
COMPILATION OF INDUSTRIAL AND MUNICIPAL
Permit Status: AFP Operational Status:_
Operating Company Name and Address; Sperrv Rand. Armv Ammo "plant
Minden. Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year) 73
2. Latitude and Longitude: 32°33'/93025'
3. Well Location (Legal Description); Sec 16. TISN. mow
4. County:WebstarState: Louisiana ~
5. SIC Classification; N/A
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Non-toxic waste water
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:
1600 ft.
7. Date Injection Began: (Day) N/A (MonSHT (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 Llthologlc Description
-w_
(a)
-------
WIC
LA-4 3
B. Geologic Description of Injection Unit and Other Possible Units
Injection
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(4) Formation Fluid Pressure, psi
T5
(6
(?
(8
Lithostatic Pressure, psi
Ifydrofracturing Pressure, psi
Age of Unit
Porosity %
(9) Permeability, ndllidarcles
(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
Thickness Extent
Lithologic
Character
Fluid
Character
. Mineral Resources in Area:
5. Location ofOther 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 LA-4 3
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 CONSTKUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface __
Intermediate
lection
Ml
OthI
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
-------
WIG LA-A 3
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
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: LA-44
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status; AFP Operational Status:
Operating Company Name and Address; Sperry Rand. Army Ammo Plant
Hinden. Louisiana
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
Latitude and Longitude: 32°33'/93
Well Location (Legal Description) :
County: Webster
SIC Classification: N/A
GENERAL DATA ON WELL SITE
Type of Waste Injected: Non- toxic
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
(Month) 06 (Year) 73
°25'
Sec 16, T18N, R10W
State: Louisiana
waste water
Completed :
Zone:
1600 ft.
(Month) (Year)
Total Volume Injected to Date: N/A (Gallons)
Date Injection Ceased: (Day)
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) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
' A
(a)
-------
WIC
LA-44
B. Geologic Description of Injection Unit and Other Possible Units
Injection
Confinlrur Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(H) 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
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 Jfydrologically 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)
-------
WIG LA-4A
3. Toxlcity:
Reactivity with Surflace Equipment Corponents:
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
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 LA-44
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:
LA-45
COMPILATION OP INDUSTRIAL AND MUNICIPAL
- - - - - «_^M
HH
INJECTION WPT.TS IN THE
Permit Status: PDR
Operational Status:
0
Operating Company Name and Address: Sun oil Company. Delhi Gas Plant
P.O. Box 67 - Delhi Field, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 10
(Month) 01
2. Latitude and Longitude; 32°27'50"/9l°32'20"
(Year) 73
3. Well Location (Legal Description): Sec 15, T17N, R9E
County:Richland
State: Louisiana
SIC Classification:Z9IT
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Cooling tower blowdown water and backwash water
from gas plant.
2. Date Well Permitted; 6/6/65
3. Injection Rate: 16 gpm
Completed:
Injection Pressure; 22" Hg vacuum
5. Total Depth of Well: 3246 ft.
6. Name, Age, and Depth of Injection Zone: Sparta Sand.Tertiary
7. Date Injection Began: (Day) 06
8. Total Volume Injected to Date:
9. Date Injection Ceased: (Day)
10. Previous Mode of Disposal: N/A
1275 ft.
(Month) 06
N/A
(Year) 65
(Gallons)
(Month)
7Year)
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(b)
Tertiary
Wilcox
Tertiary
Clayton
Monroe Gas Rock
Nicholson Gas Sand
Tertiary
Tertiary
(C)
Depth
756
1765
3150
3166
Cretaceous
3170
(d)
Thickness
650
885
16
15
(e)
Llthologic Description
sand
sand
marl
limestone
sand
(a)
-------
WIC
LA-45
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
'2) Depth (Ft.)
13) Tnickness (Ft.)
(k] Formation Fluid Pressure, psi
(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
Sparta
756
660
400
400
Tertiary
30
500
32°
sand
widespread
C. Chemical Characteristics of Formation Fluids; IDS = 16,350 ppm;
chloride = 9380 ppm
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
Cockfield
Areal
Ihickness Extent
Lithologic
Character
500
sand
Fluid
Character
fresh to brackish
. Mineral Resources In Area: Gas
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Ifydrologically Affected Area; N/A
IV. WAS1E CHARACTERISTICS
1. Technical Description (Including Radioactivity); 35,000 ppm chloride
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; 6.8
(b)
-------
WIC LA-45
3. Tbxlclty: N/A
. 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:
N/A
7. Pre-lnjection Waste Treatment; Backwash water is pumped through filter
before entering well. Slowdown water goes through sidestream filter before
entering well.
V. WELL DESIGN AND OBSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 13-1/4 32# H-40 9-5/8 519
Intermediate 7-7/8 14# H-40 5-1/2 3245
lection 4.7# EUEF552-3/81159
Ihji
Otto
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 9-5/8"
casing - 300 sks common w/4% gel.; 5-1/2" casing - 200 sks common wM%
gel.
3. Well Head Equipment (Name and Models); National Type "B" series 900
Christmas Tree.
i*. Packers, Centrallzerst and Other Subsurface Equipment: Gas lift Mandrel
@997 ft.; seating nipple @1155 ft.; Guiberson "shorty" packer @ 1156 ft.
5. Bottom Hole Completion: Cased hole, perforated 1120-1175 ft w/1 BSF
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: 4 inch flow lines; pit used for backwash
water. ~~"~~~~
2. Filters: PECO Insert filters
(c)
-------
WIC LA-45
3. Pumps: Centrifugal pump used to pump backwash wafer frntn pit-. .
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 12/21/68 Average 18 Maximum 18
" 7/23/69 19 36
it
ti
2. Injection Pressure, psi (During Life of Well to Present)
Date (s) Average Maximum
TI
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: Department of Conservation well history and
work resume report, State of Louisiana work permit, SWD well
application approval.
B. Monitoring Requirements; Well monitored for monthly injection totals.
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: LA-46
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELL5 IN THE UNTIED STATES
Permit Status; PDR Operational Status: o_
Operating Company Name and Address: Tenneco Oil Company, Chalmette Refinery
Chalmette, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 10 (Month) 01 (Year) 7_3_
2. Latitude and Longitude: 29°56'30"/89°58'50Tr
3. Well Location (Legal Description): Sec 7 T13S, R12E, Louisiana Geodetic
Survey
i|. County: StTiBernard State; Louisiana ~~
5. SIC Classification: 2911
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Three waste streams fro petroleum refining process
units. .
2. Date Well Permitted; 3/16/60 Completed:
3. Injection Rate; 180 gpm
*. Injection Pressure: sopsi
5. Total Depth of Well; 2016 ft.
6. Name, Age, and Depth of Injection Zone: Pliocene-Pleistocene, 1850 ft.
7. Date Injection Began: (Day) (Month) (Year) 60
8. Total Volume Injected to Date: 7.366.840 (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
LA-46
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(M) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
C6) Hydro fracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raillidarcies
tlO) Reservoir Temperature j °C
til) Character and Area!
Distribution
1850
120
930
Pliocene-Pleistoce:
30
sand
le
C. Chemical Characteristics of Formation Fluids: Brine
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Depth
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
. Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned Wells, and Other Penet rat ions in
Immediate ffydrologically Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Phenols, hydrocarbons,
and sulfides.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B= Cone, Dissolved Solids, mg/1: N7A~
C. Specific Gravity: N/A
D. Temperature: N/A
E. pH: N/A
(b)
-------
WIG
LA-46
3. Toxlcity: Phenols highly toxic
. 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:
N/A
7. Pre-injectlon Waste Treatment: None
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
IntermedjLate
lection
3nJ<
Oth
Hole
Size
12-1/4
9-7/8
Casing or Tubing
Weight and Grade
40. 5#
20#
H-40
J-55
Size
10-3/4
7
Depth
Set
87
2016
4.7#
J-55 8rd EUE
2-3/8
1941
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 10-3/4"
casing - 50 sks Type A; 7" casing - 600 sks Type A.
3. Well Head Equipment (Name and Models); 600# ASA w.M. Flange w/600#
flange bored for 2-3/8" OP tubing 2 - 4" Fig. 2024 Nordstrom 500# WOG
Plug valves and 1 - 2" Walworth 500# WOG gate valve & X-Heavv line pipe
4. Packers, Centrallzers, and Other Subsurface Equipment; Centralizers on
7" casing.
5. Bottom Hole Completion; Perforations; 6 per foot. 1957-1965 ft.: 4 iets
per foot. 1940-1957 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; once each year 80QO gal.
12% HF acid with F.E. additive
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; 7500 barrel holding tank. 6" waste effluent
flow line.
2. Filters: None
(c)
-------
WIC LA-46
3. Pumps; One electric pump for pump out of holding tank.
VII. OPERATION CHARACTERISTICS.
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 68 Average 180 Maximum
it
it
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 68 Average 50 Maximum 150
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
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; Casing tested for leakage at 1000 psi.
B. Monitoring Requirements; Annual report on injected volume and injected
pressure.
C. Restrictions of Operation Procedures; None
(d)
-------
Well Id. Code: LA-47
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status; FDR Operational Status: o
Operating Company Name and Address: Tenneco Oil Company, Chalmette Refinery
Chalmette, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 10 (Month) 01 (Year) 73_
2. Latitude and Longitude: 29°56'30"/89°58'50Tr
3. Well Location (Legal Description): Sec 7, T13S, R12E, Louisiana Geodetic
Survey
1|. County: St. Bernard State; Louisiana
5. SIC Classification: 2911
II. GENERAL DATA ON WELL SHE
1. Type of Waste Injected: Three waste streams from petroleum refining
process units - phenols, hydrocarbons, and sulfides
2. Date Well Permitted; 2/28/63 Completed;
3. Injection Rate: 180 gpm
Injection Pressure: 50 psi
5. Total Depth of Well: 2219 ft.
6. Name, Age, and Depth of Injection Zone; Pliocene, 1830 ft.
7.
8.
9.
10.
Date Injection Began: (Day) (Month) 05
Total Volume Injected to Date: N/A
Date Injection Ceased: (Day) (Month)
Previous Mode of Disposal: N/A
(Year)
(Year)
63
(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 Lithologic Description
~~
(a)
-------
WIC
LA-47
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnlne Bed
(1) Name
(2) Depth (Ft.)
ra
<
(5
{£
a
I Thickness (Ft.)
> Formation Fluid Pressure, psi
Lithostatic Pressure, psi
ftrdrofracturing Pressure, psi
Age of Unit
(S) Porosity *
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
1850
120
930
Pliocene
27
sand
C. Chemical Characteristics of Formation Fluids: Brine
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
Iimediate Hydrologically Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Phenols, cydrocarbons,
and sulfides.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1 : N/A
C "*~" ~"^~
D . Temperature : N/A
E. pH: N/A
(b)
-------
WIG LA-47
3. Toxlcity: Phenol highly toxic.
M. 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-lnjection Waste Treatment: None
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
lection
ffole
Size
9-7/8
Casing or Tubing
Weight and Grade
47 & 60# J-55 ST&C
32# JNS&P -8rd LT&C
Size
11-3/4
7
Depth
Set
103
2209
9.5# J-55 ST&C
4-1/2
1935
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 7"
casing - 530 sks Class A + 12% gel + 2% CaCl9
3. Well Head Equipment (Name and Models); 7" counterbore for weld x 4-1/2"
type 6 National casing head with 8-5/8" x 10" National series 600x900
adapter flange.
4. Packers, Centrallzers, and Other Subsurface Equipment: Seal receptale
at 1835'; gas lift valves and mule shoe at 1935' on 4-1/2" casing;
6 - centralizers (Weatherford-Bow); 2 on float joint - 90' intervals.
5. Bottom Hole Completion; Well perforated 192Q'-1950' (IBS) w/4 jets/ft. ~
6. Hydraulic Fracturing, Acidizing Programs, etc.; Once each year - 8000 gal
of 12% HC1 and 3% HF acid with F.E. additive.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: One 7500 barrel holding tank; 6" flow lines.
2. Filters: One Warner Lewis Model No. 4 MLL - 57P1 liquid filter, 150 gpm
max, capacity, 300 psig max. pressure.
(O
-------
WIC LA-47 ^_
3. Pumps: Electric centrifugal deep well pump for pump out of holding tank;
union steam reciprocating for backwach settling pond pump out with filter.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 68 Average 180 Maximum
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 68 Average 50 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; 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; Casing for leakage at 1000 psi.
B. Monitoring Requirements; Annual report on volume injected and injection
pressure. _
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code; LA-.48
COMPILATION OF INDUSTRIAL AND MUNICIPAL
Permit Status; FDR Operational Status: o_
Operating Company Name and Address: Texaco Inc., Louisiana Refinery
P.O. Box 37 - Convent. Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (fear) 73_
2. Latitude and Longitude: 3Q006'40"/90°54'05"
3. Well Location (Legal Description): Sec 5, Tils, R3E
M. County: St. James State; Louisiana
5. SIC Classification; 2911
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Sulfidic (sour) and phenolic process waste water.
2. Date Well Permitted; 9/16/65 Completed:
3. Injection Rate: ilOgpm
Injection Pressure; 200 psi
5. Total Depth of Well; 2200 ft.
6. Name, Age, and Depth of Injection Zone: Pleistocene. 1850 ft.
7. Date Injection Began: (Day) 01 (Month) 08 (Year) 66
8. Total Volume Injected to Date: 278.ooo.ooo (12/31/72) ~ (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
N/A
(a)
-------
WIC
LA-48
B. Geologic Description of Injection Unit and Other Possible Units
Injection
(1) Name
2) Depth (Ft.)
IF
5
(5
&(
(r!
Thickness (Ft.)
Formation Fluid Pressure, psi
Lithostatic Pressure, psi
) Ifydrofracturing Pressure, psi
} Age of Unit
(8) Porosity %
(9) Permeability, raillidarcies
CIO) Fteservoir Temperature, °C
(11) Character and Areal
Distribution
1850
240
934
[ 1334 @ 2000 ft.
Pleistocene
35
1000 - 4000
47°
sand, shale
extensive
C. Chemical Characteristics of Formation Fluids; TDS = 91,000 ppm;
chloride = 56,000 ppm; pH = 6.8
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Areal Lithologic
Depth Thickness Extent Character
100
500
extensive sand
Mineral Resources in Area: None
Fluid
Character
poor
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Inroediate Hydrologically Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Petroleum refining
wastes - sulfidic and phenolic process 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 : N/A _ '
D. Temperature: N/A
E. pH; N/A
(b)
-------
WIG
LA-48
3. Toxlclty: Phenol highly toxic.
. 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: None
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Surface
Intermediate
Injection
Other
25
18
12-3/4
24
Casing or Tubing
Weight and Grade
Conductor casing
54. 5# J-55 ST&C
24# J-55 ST&C w/tube
reamed hole
Size
20
13-3/8
kote 8-5/8
Depth
Set
60
1943
2065
2200
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 20"
casing - 120 sks. common cement.
3. Well Head Equipment (Name and Models); Gulf Coast Machine & Supply Co.,
type CY casing head assembly.
Packers, Centralizers, and Other Subsurface Equipment: Packer on 8-5/8"
casing @ 2065'; Halliburton contralizers, float collar, and float shoe
used.
5. Bottom Hole Completion; Gravel packed with blank riser pipe run total
depth.
6. Hydraulic Fracturing, Acidizing Programs, etc.; 2000 gal. 15% HCI
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; 2.5 million barrel tank, 8" fill and suction
lines, 2" oil skim, two surge drums(7.5'x 17.5" used only when tank is
being cleaned.)
2. Filters: 250 gpm Hayward filter with sand, Nurcon, and coal media.
(C)
-------
WIC
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, 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:
LA-49
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNl'lll) tjTA'itS
Permit Status:
PDR
Operational Status:
o
Operating Company Name and Address; Texaco inc., Louisiana Plant
P.O. Box 37 - Convent, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Bitry Date of Data: (Day) 01
(Month) 06
2. Latitude and Longitude: 30006'40"/90054'05T
(Year) 73
3. Well Location (Legal Description): Sec 5. Tils, R3E
County :
St. James
State:
Louisiana
5. SIC Classification:
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Sulfidic (sour) and phenolic process waste water.
2. Date Well Permitted: 9/16/65
3. Injection Rate: 110 gpm
Completed:
Injection Pressure: 200 psi
5. Total Depth of Well: 2200 ft.
6. Name, Age, and Depth of ]jrjectlon Zone: Pleistocene. 1850
7. Date Injection Began: (Day) 02
8. Ttotal Volume Injected to Date:
9. Date Injection Ceased: (Day)
10. Previous Mode of Disposal: N/A
(Month) 07
N/A
(Month)
(Year) 66
(Gallons)
JYear)_
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
N7A~~
(b)
Age
(c) (d) (e)
Depth Thickness Llthologlc Description
(a)
-------
WIC
LA-49
B. Geologic Description of Injection Unit and Other Possible Units
Injection
(1) Name
(2) Depth (Ft.)
h) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psl
(6) ftrdrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millldarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
1850
240
934
1334 @ 2000 ft.
Pleistocene
35
1000 - 4000
47°
sand , shale
C. Chemical Characteristics of Formation Fluids: IDS = 98,000 ppm;
chloride = 57,000 ppm; pH = 6.8
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Area! Lithologlc Fluid
Depth Ihickness Extent Character Character
. Mineral Resources in Area: None
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area;
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Petroleum refining wastes,
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
3. Ibxlcity: N/A
Reactivity with Surface Equipment Components:
5. Degradabillty 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 Weigrt and Grade Size Set
Surface 25 Conductor casing 20 41
Intermediate 18 API 5L, 54.5# J-55 ST&C 13-3/8 2198
Injection 24# J-55 ST&C w/tube kote 8-5/8
Other 2~4~Reamed hole
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 20"
casing - 80 sks Redimix; 13-3/8" casing - 1400 sks Pozmix and 265 sks
common.
3. Well Head Equipment (Name and Models);
4. Packers, Centralizers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion: N/A
6. Hydraulic Fracturing. Acidizing Programs, etc.: Acidized with isz
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters: N/A
(c)
-------
WIC
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During life of Well to Present)
Date (s) Average Maxlmum_
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: LA-50
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELT -S IN THE UNITED STAGS'
Permit Status: PDR Operational Status: g_
Operating Company Name and Address: Texaco inc., Louisiana Plant
P.O. Box 37 - Convent, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year) 73_
2. Latitude and Longitude: 30006'40"/90°54'05"
3. Well Location (Legal Description): Sec 12, Tils. R3E
I). County; St. James State; Louisiana
5. SIC Classification: 2911
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Chlorides and sulfides from petroleum refining.
2. Date Well Permitted; 4/6/70 Completed:
3. Injection Rate: 80 gpm
Injection Pressure: N/A
5. Total Depth of Well; 2200 ft.
6. Name, Age, and Depth of Injection Zone: Pleistocene. 1850 ft.
7. Date Injection Began: (Day) 01 (Month) 03 (Year) 70
8. Total Volume Injected to Date: 78.000.000 (12/30/72) (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 Lithologlc Description
NTT"
(a)
-------
WIC
LA-50
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinlne Bed
(1) 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, millldarcies
(10) Fteservoir Temperature, °C
(11) Character and Area!
Distribution
1850
240
934
1334 @ 2000 ft.
Pleistocene
35
1000 - 4000
47°
sand, shale
widespread
C. Chemical Characteristics of Formation Fluids; TDS = 91,000 ppm;
chloride = 56.000 ppm; pH = 6.8
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
N/A
Area! Lithologic
Depth Ihickness Extent Character
Fluid
Character
4. Mineral Resources in Area: None
5. Location of Other Wells, Abandoned Wells, and "Other Penetrations in
Immediate fydrologically Affected Area;
IV. WASTE CHARACTERISTICS
1. Technical Description (deluding Radioactivity): Petroleum refining wastes
sulfides, phenols and chlorides.
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
LA-50
3. Toxlcity: 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:
N/A
7. Pre-lnjection Waste Treatment; None
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
ection
Hole
Size
30
26
14-3/4
Casing or Tubing
Weight and Grade
Conductor 196#
6.5#
40. 5# K-55
TK21 w/ tube kote 90
Air lift tubing
Size
30
16
10-3/4
7
2-3/8
Depth
Set
73
1000
1993
2105
473
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 16"
casing - 2375 sks common; 10-3/4" casing - 730 sks lite wate + 455 sks
common.
3- Well Head Equipment (Name and Models); Brewster well header.
Packers, Centralizers, and Other Subsurface Equipment: 7" packer - Texas
Iron Works rubber pin packer. Baker and Dowell float shoe and collar.
5. Bottom Hole Completion; Underreamed disposal sand to 26" @ 2105'-2200'
gravel packed annulus around screen (7" Monel pipe type wire wrapped).
6. Hydraulic Fracturing, Acidizing Programs, etc.; N/A
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: 54.4 million barrel ballast tank w/ 20"
fill and 8" swing and suction lines; 2.5 million barrel tank with 6"
fill and 4" suction line.
2. Filters: N/A
(c)
-------
WIC LA- 50
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
it
3. Annual Volume Injected, gal.
A. 19_ B. 19__ C. 19_
VIII. SAFETY INFORMATION
1. Mcnitoring 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:
LA-51
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION
Permit Status; PDR
Operational Status: NQ-UP
Operating Company Name and Address: Universal oil Products Co.
P.O. Box 1566 - Shreveport, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
(Month) 09
2. Latitude and Longitude: 32"36'40"/93°55'30Tr
(Year) 73
3. Well Location (Legal Description); N 1/2, Sec 29, T19N, R15W
County; caddo
State: Louisiana
5. SIC Classification: 2911
II. GENERAL DATA ON WELL SITE
1.
2.
3.
l».
5.
6.
7.
8.
9.
10.
Type of Waste Injected: Wastes produced from the manufacture of
catalyst for the petroleum refining industry - sodium, calcium,
magnesium, sulfates, and organics.
Date Well Permitted: 4/28/50 Completed:
Injection Rate: 2,000 gpd
Injection Pressure: N/A
Total Depth of Well: 2262' plugged back to 1970'
Name, Age, and Depth of Injection zone: Nacatoch, Cretaceous
970 ft.
Date Injection Began: (Day) 27 (Month) 09 (Year) 52
Total Volume Injected to Date: N/A
Date Injection Ceased: (Day) (Month) 12 (Year) 66
Previous Mode of Disposal: N/A
synthetic
chloride,
(Gallons)
PI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
Arkadelphia
(b) (c)
Age Depth
Tertiary 0
Cretaceous 840
Cretaceous 970
Saratoga, Markbrook Cretaceous1350
Annona Cretaceous 1550
__ Cretaceous 1725
'"' Cretaceous 1790
Cretaceous1965
Nacatoch
Ozan
Brownstown
Tokio
(d) (e)
Thickness Lithologlc Description
sand, shale
MO
130
shale, sand
381T
201)
175
65
T75
297
sand,lime, shale
lime, shale
lime
shale
shale
shale, sand
(a)
-------
WIC
LA-5 1
B. Geologic Description of Injection Unit and Other Possible Units
Injection
(1) Name
(2) Depth (Ft.)
£T
M
(5
Ihickness (Ft.)
Formation Fluid Pressure, psi
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
Nacatoch
970
70
460
800
Cretaceous
30
1000
27°
sand, lime, shale
widespread
Arkadelphia
840
130
800
800
Cretaceous
42
27°
shale
widespread
C. Chemical Characteristics of Formation Fluids: 10.000 ppm chloride
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Wilcox
Depth
87.5
Area!
Thickness Extent
Lithologic
Character
11 lenticular sand
Fluid
Character
potable
Mineral Resources in Area: None
5. Location of Other Wells, Abandoned wells, and Other Penetrations in
Immediate Hydrologically Affected Area; Five other Universal Oil disposal
wells.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Na = 1050 ppm;
Cl" = 3270 ppm; SO/, = 801 ppm; Cr = 0.59 ppm
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: 100° F
E. pH:_
8.9
(b)
-------
WIG LA-51
3. Tfoxicity: Chromate may be toxic.
H. Reactivity with Surface Equipment Components: Slightly corrosive to carbon
steel.
5. Degradablllty Level and Rate; None
6. Biological Level at Injection and Estimated Biological Level After Injection:
BOD = 1000 ppm at injection
7. Pre-injection Waste Treatment: pH control, oil skimming, septic tank
treatment of sewage
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 13-3/4 9-5/8 200
Intermediate 8-3/4 17 # 5-1/2 2260
lection 5Schedule 80~3970
Inject
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3" casing - Class A , 175 sks.
3. Well Head Equipment (Name and Models); Larkin 3" x 5-1/2" well head
packer model 92. Block Valve is a Vogt 600# gate valve
4. Packers, Centrallzers, and Other Subsurface Equipment: Halliburton packer"
shoe at 970 ft.
5. Bottom Hole Completion; Perforated 5-1/2" casing, 99Q'-1045'
6. Hydraulic Fracturing, Acidizing Programs, etc.: None ~
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; Underground open top concrete pits with
3" IPS flow lines.
2. Filters: Booklet strainer on injection pump section
(O
-------
WIC LA-51
3. Pumps: Centrifugal pit frangfpr pumps. Triples reciprocating injection
pump, 100 gpm capacity.
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 22.000.000 B. 19_ C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Monitor annuius fnr
B. Sampling Frequency and Water Quality Parameters Measured; Daily
sampling and monthly analysis for Na, SiO^,_Cr, Cl, S()A , Ca, organics
and pH
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Monthly
2. Contingency Plan for Well Failure During Operation; None
3. Regulatory Aspects
A. Construction Requirements; Special casing and cementing of the fresh
water sands, casing and cementing of the well casing to the injection
formation.
B. Monitoring Requirements: Continuous monitoring of injection waste
water. Monitoring of the annulus between the tubing and the casing
for tubing leaks.
C. Restrictions of Operation Procedures; None
(d)
-------
Well Id. Code: LA-52
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES'
Permit Status; PDR Operational Status: o_
Operating Company Name and Address: Universal oil Products Company
P.O. Box - Shreveport. Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data- (Day) 01 (Month) 06 (Year) 73.
2. Latitude and Longitude: 32°36'40"/93°55'30"
3. Well Location (Legal Description): Sec 20. T19N. R15W
^. County; Caddo State; Louisiana
5. SIC Classification: 2911
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Wastes produced from the manufacture of synthetic
catalysts for the petroleum industry - sodium, calcium, chloride,
magnesium, sulfates, and organics.
2. Date Well Permitted: 4/8/57 Completed:
3. Injection Rate; 16,500,000 gpy
Injection Pressure: 465 psi
5. Total Depth of Well; 2065 ft.
6. Name, Age, and Depth of injection Zone: Nacatoch, Cretaceous
945 ft.
7. Date Injection Began: (Day) (Month) 08 (Year) 57
8. Total Volume Injected to Date: 300,000,000 (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
Wilcox Tertiary _6 810 sand, shale
Arkadelphia Cretaceous 810 135 shale
Nacatoch Cretaceous 945 365 sand, lime, shale
Saratoga-Marlbrook Cretaceous 1310 210 lime, shale
Annona Cretaceous 1520 170 limestone
Ozan Cretaceous 1690 95 shale
Brownstown Cretaceous 1785 175 shale
Tokio Cretaceous 1960 105 shale, sand
-------
WIC
LA-52
B. Geologic Description of Injection Unit and Other Possible Units
Injection
(1) Name
(2) Depth (Ft.)
W
I
Age of Unit
(8) Porosity %
(9) Permeability, mlllldarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Nacatoch
945
65
460
800
Cretaceous
30
1000
27°
sand
widespread
Arkadelphia
810
135
800
800
Cretaceous
42
0
27°
filial P
widespread
C. Chemical Characteristics of Formation Fluids: chloride = 10.OOP ppm
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
'Wilcox
Area! Llthologic
Depth Thickness Extent Character
87.5 11 lenticular sand
Fluid
Character
potable
. Mineral Resources in Area: None
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Jfydrologically Affected Area; six Universal Oil disposal in
the immediate area.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Na = 1050 ppm; ci~ = 3270 ppm
S07| = 801 ppm; Cr = 0.59 ppm
2. Physical/Chemical Description
A. Cone. Suspended Solids, mgA: 0
B. Cone. Dissolved Solids, mg/1: 3000 - 5000
C. Specific Gravity: 1.05
D. Temperature: 100° F
E. pH; 8.0
(b)
-------
WIG _ LA-52
3 . Tbxiclty : N/A
1. Reactivity with Surface Equipment Components: slightly corrosive to carbon
steel.
5. Oegradability Level and Rate : None
6. Biological Level at Injection and Estimated Biological Level After Injection:
BOD approximately 1000 ppm at injection.
7. Pre-injection Waste 'Treatment: pH control, septic tank treatment of
sewage.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 13-3/4 9-5/8 200
Intermediate 7^7/8 5-1/2 2069
ection 5 6.5#J-55 2-1/2 970
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
9-5/8" casing - 200 sks Class A; 5-1/2" casing - 310 sks Class A;
2-1/2" casing - 75 sks Quick-Set.
3. Well Head Equipment (Name and Models); N/A
4. Packers, Centralizers, and Other Subsurface Equipment: Cement basket on
2-1/2 inch casing at 860 ft.
5. Bottom Hole Completion; Casing perforated - 964 to 1030 ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.; None
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Surface storage pond with 3" IPS flow
lines.
2. Filters:None
(c)
-------
WIC LA-52
3- Pumps: 100 gpm Triplex injection pump.
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_72 19,000,000 B. 1971. 14,000,000 C. 1970_ 26.000,000
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Monitor annulus for leaks.
B. Sampling Frequency and Water Quality Parameters Measured; Monthly
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Monthly
2. Contingency Plan for Well Failure During Operation: Cease operations.
Rework of plug back well.
3. Regulatory Aspects
A. Construction Requirements; Special casing and cementing of the fresh
water sands, casing and cementing to the injection formation.
B. Monitoring Requirements: Continuous of waste water.
C. Restrictions of Operation Procedures; None
(d)
-------
Well Id. Code: LA-53
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNTIED STATES
Permit Status: FDR Operational Status: o
Operating Company Name and Address": Universal Oil Products Company
P.O. Box 1566 - Shreveport, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) 01 (Month) 06 (Year) 73
2. Latitude and Longitude: 32°36'40"/93°55'3"o*
3. Well Location (Legal Description): Sec 29, T19N, R15W
J|. County: Caddo State; Louisiana
5. SIC Classification: 2911
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Wastes from the production of petroleum catalysts.
2.
3.
5.
6.
7.
8.
9.
10.
Date Well Permitted: 8/zi/bi
Injection Rate: N/A
Injection Pressure: 600 psi
Total Depth of Well: 1101 ft.
Name, Age, and Depth of Injection
Date Injection Began: (Day) 05
Total Volume Injected to Date: l
Date Injection Ceased: (Day)
Previous Mode of Disposal: None
Completed :
Zone: Nacatoch, Cretaceous
980 ft.
(Month) 12 (Year)
,500,000,000
(Month) (Year)
62
(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
Wilcox Tertiary 0 845 sand, shale
Arkadelphia Cretaceous 845 135 shale
Nacatoch Cretaceous 980 120 sand, lime, shale
(a)
-------
WIC
LA-53
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
(b
ll
(B
ftrdrofracturing Pressure, psi
Age of Unit
Porosity %
(9) Permeability, nrLllidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Nacatoch
980
60
460
800
Cretaceous
30
1000
27°
sand
widespread
Arkadelphia
845
135
800
800
Cretaceous
42
0
27°
shale
widespread
C. Chemical Characteristics of Formation Fluids: chloride = 10.OOP ppm
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
"Wilcox
Area!
Depth Thickness Extent
Lithologic
Character
130 10 lenticular sand
Fluid
Character
50 ppm Cl~
. Mineral Resources in Area: None
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area; Six other Universal Oil disposal
wells in the immediate area.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Cl'
Na = 1050 ppm; SOA = 801 ppm; Cr = 0.59 ppm
3270 ppm;
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: 1.05 ~
D. Temperature: 100" F
E. pH; 8.0
0
3000 - 5000
(b)
-------
WIC _ LA-53
3 . Toxiclty : N/A
1. Reactivity with Surface Euipment Components; Midly corrosive to carbon
steel.
5- Degradablllty Level and Rate; None
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-injection Waste Treatment; pH control
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Surface 20
Intermediate 15
10
Injection
Casing or Tubing
Weight and Grade
65 #
40. 5#
32#
Tubing
Size
16
10-3/4
8-5/8
6-5/8
Depth
Set
300
1092
962
950
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
16" casing - 300 sks Class A; 10-3/4" casing - 700 sks Class A; 8-5/8"
casing - 675 sks Class A.
3. Well Head Equipment (Name and Models); Larkin 6-5/8" x 8-5/8" well head~
packer model 92. Block valve is 6" 600# gate valve.
4. Packers, Centralizers, and Other Subsurface Equipment: Halliburton packer
shoe at 962 ft.
5. Bottom Hole Completion; Perforations in casing.
6. Hydraulic Fracturing, Acidizing Programs, etc.: None
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Underground open top concrete pits and
steel storage tanks with 8" IPS flow lines.
2. Filters: None
(c)
-------
WIC LA-53
3. Pumps: 175 gpm injection pump.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 12/62-8/71 Average 400 Maximum 700
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 12/62-8/71 Average 600 Maximum 800
3. Annual Volume Injected, gal.
A. 19_71 10.000,000 B. 19.70 138.000.000 C. 19_
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Monitor annulus for leaks.
B. Sampling Frequency and water Quality Parameters Measured; Daily
samples taken and composited for monthly analysis for Na, SiO^, Cr
Cl, SO^, Ca, organics and pH.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Monthly
2. Contingency Plan for Well Failure During Operation: Cease operation.
3. Regulatory Aspects
A. Construction Requirements: Protect fresh water sands; cement to injection
zone.
B. Monitoring Requirements; Continuous on waste quality.
C. Restrictions of Operation Procedures; None
(d)
-------
Well Id. Code; LA-54
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Permit Status; PDF Operational Status: NOP
Operating Company Name and Address: Universal oil Products
P.O. Box 1566 - Shreveport, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year) 73
2. Latitude and Longitude: 32"36'40"/93°55'3011"
3. Well Location (Legal Description): Sec 29. T19N, R15W
4. County: Caddo State: Louisiana
5. SIC Classification: ~
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Waste produced during the manufacture of synthetic
"
2.
3.
5.
6.
7.
8.
9.
10.
catalysts tor petroleum rerining.
Date Well Permitted: vzt>/e>/ Completed:
Injection Rate: 42,900,000 gpy
Injection Pressure: 600 psig
Total Depth of Well: 1110 ft.
Name, Age, and Depth of Injection Zone: Nacatoch,
960 ft.
Date Injection Began: (Day) 25 (Month) 07
Total Volume Injected to Date: N/A
Date Injection Ceased: (Day) 05 (Month) 10
Previous Mode of Disposal: N/A
Cretaceous
(Year) 67
(Gallons)
(Year) 72
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
Wilcox Tertiary 0 800 sand, shale
Arkadelphia Cretaceous 5T5T5 160 shale
Nacatoch Cretaceous 960 150 sand, lime, shale
(a)
-------
WIC
LA-54
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(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
(10) Reservoir Temperature, *C
(11) Character and Area!
Distribution
Nacatoch
960
45
460
800
Cretaceous
30
1000
27°
sand
Arkadelphia
800
160
800
800
Cretaceous
42
0
27°
shale
C. Chemical Characteristics of Formation Fluids: Chloride = 16,000 ppm
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Wilcox
Depth
90
Areal
Ihickness Extent
Lithologic
Character
10
lenticular sand
Fluid
Character
50 ppm Cl"
Mineral Resources in Area:
None
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Imnediate Hydrologlcally Affected Area; Six other injection wells.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): ci~ = 3270 ppm; Na = 1050 ppm
SO^ = 801 ppm; Cr = 0.59 ppm
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: 0
B. Cone. Dissolved Solids, mg/1: 3000 - 5000
C. Specific Gravity: 1.03 "
D. Temperature: 1006 F
E. pH: 8.0
(b)
-------
WIC _ LA- 5 4
3 . Tbxlcity : N/A
M. Reactivity with Surface Equipment Components: slightly corrosive to carbon
steel. ___
5. Degradablllty Level and Rate: None
6. Biological Level at Injection and Estimated Biological Level After Injection:
BOD approximately 1000 ppm.
7. Pre-injection Waste Treatment: pH adjustment, sewage treatment
V. WELL DESIGN AND INSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weigit and Grade Size Set
Surface 20 84# 16 600
Intermediate 14-3/4 40.5# 10-3/4 1100
Injection Tubing 8-5/8 943
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
16" casing - 650 sks Class A; 10-3/4" casing - 650 sks Class A"
3. Well Head Equipment (Name and Models): Larkin 8-5/8" x KR3/4" well heacT
packer model 92. Block valve is 8" gate valve.
i*. Packers, Centralizers, and Other Subsurface Equipment: Centralizers
on 16" casing at 460, 380, 300, 220, and 140 ft.; centralizers on 10-3/4"
casing at 1064, 1004,945, 884, 820, 758, and 550 ft. ~
5. Bottom Hole Completion: Perforations at 986 to 1000 ft. and from 1006
to 1030 ft. . . . _
6. Hydraulic Fracturing, Acidizing ProgramB, etc.: None
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Underground open top concrete pits and steel
storage tank with 8 inch IPS flow lines.
2. Filters:None
(0
-------
WIC LA-SA
3. Pumps: 175 gpm injection pump
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: Monitor annulus for leaks,
B. Sampling Frequency and Water Quality Parameters Measured; Dally samples
taken and composited for monthly analysis for Na, SiO^, Cr, 864, Cr,
organics, and pH.
C. Frequency of Measuring Water Levels and Hydrostatic Heads: Monthly
2. Contingency Plan for Well Failure During Operation: Cease operations
3. Regulatory Aspects
A. Construction Requirements; N/A
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures; N/A
(d)
-------
Well Id. Code: LA-55
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WET.T5? IN THE UNITED STATES"
Permit Status; PDF Operational Status: NOP
Operating Company Name and Address: Western Hills Service Corp.
Shreveport, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Bitry Date of Data: (Day) 01 (Month) 06 (Year)
2. Latitude and Longitude; 32°28'/93°5l'40"
3. Well Location (Legal Description): Sec 13, T17N, R15W
1. County; Caddo State; Louisiana
5. SIC Classification; 4959
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Treated sewage from 43 houses.
2. Date Well Permitted; N/A Completed;
3. Injection Rate: 29,750 gpd _ '
Injection Pressure; N/A
5. Total Depth of Well; ip27 ft.
6. Name, Age, and Depth of Injection Zone: Nacatoch. Cretaceous
950 ft.
7. Date Injection Began: (Day) (Month) (Year) 51
8. Total Volume Injected to Date: 97.500.000 (Gallons)"
9. Date Injection Ceased: (Day) (Month) 05 (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
(a) (b) (c) (d) (e)
Name Age Depth Thickness Lithologic Description
Wilcox Tertiary 160 40 sand, shale
Porter's Creek Cretaceous 200 750 shale
Nacatoch Cretaceous 950 sand, shale
(a)
-------
WIC
LA-55
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit Conflnine Bed
(1) Name
(2) Depth (Ft.)
3) Thickness (Ft.)
*0 Formation Fluid Pressure, psi
5) Lithostatic Pressure, psi
f6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Nacatoch
950
50
0.45 psi/ft est
1.0 psi/ft est
1.0 psi/ft est
Cretaceous
23
sand
Porter's Creek
200
700
Cretaceous
shale
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
. 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): Treated sewage
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1: N7A~
C. Specific Gravity; N/A
D. Temperature; N/A
E. pH: N/A
(b)
-------
WIG LA-55
3. Tbxlcity: N/A
4. Reactivity with Surface Equipment Components; N/A
5. Degradabillty 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 6-5/8 250
Intermediate 4-1/2 960
Jection Slotted liner2-1/2950-1027
Inject
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
6-5/8 inch casing - ceminted to surface.
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 OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters:
(c)
-------
WIC LA-55
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. Restttctlons of Operation Procedures:
(d)
-------
Well Id. Code: LA-56
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status: ppp Operational Status:
Operating Company Name and Address: Westwood Village Service Corp.
Shreveport, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year) 73_
2. Latitude and Longitude: 32°28'/93°51'
3. Well Location (Legal Description): Sec 12, T17N. R15W
. County: Caddo State: Louisiana
. SIC Classification: 4959
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Treated sewage from 27 houses.
2. Date Well Permitted; N/A Completed:
3. Injection Rate: 186 gpd "
Injection Pressure: N/A
5. Total Depth of Well; 1050 ft.
6. Name, Age, and Depth of Injection Zone: Nacatoch. Cretaceous
960 ft. _
7. Date Injection Began: (Day) (Month) (Year) 57
8. Total Volume Injected to Date: 92.000,000 (Gallons)"
9. Date Injection Ceased: (Day) (Month) 12 (Year) 70
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
"NTT"
(a)
-------
WIC
LA-56
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnine Bed
(1) Name
(2) Depth (Ft.)
(3) Ihickness (Ft.)
(k} Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
f6) Jfydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Nacatoch
950
50
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Cretaceous
23
sand
Porter's Creek
200
750
Cretaceous
shale
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
N/A
Area!
Ihickness Extent
Lithologic
Character
Fluid
Character
. Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned wells, and Other Penetrations in
Inroediate Hydrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Treated sewage
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
kT / L
IN/A
(b)
-------
WIG LA-56
3. Tbxlclty: N/A
b. 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-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 8 300
Intermediate 4-1/2 960
lection Slotted liner 2-1/2 960-1050
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
All casing cemented to surface.
3. Vfell Head Equipment (Name and Models); N/A
Packers, Centralizers, and Other Subsurface Equipment; N/A
§. Bottom Hole Completion; 12 inch diameter hole below 4-1/2 inch casing.
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)
-------
WIG LA-5 6
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) Average Maximum
tt
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: LA--S?
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNJTfcl) STATES
Permit Status: AFP Operational Status: PND
Operating Company Name and Address: Wyandotte chemical
Geismar, Louisiana
I. QENEHAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 __(Year) 73_
2. Latitude and Longitude; 300ll'30"/9l°oo'oo"
3. Well Location (Legal Description): Sec 14, TIPS, R2E
1*. County: Ascension State; Louisiana
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Nad, organic solids
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:
~ 4000-6000 ft.
7. Date Injection Began: (Day) N/A (MonthT" (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)
-------
WIC
LA-5 7
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, ndllldarcies
(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 ofOther Vfells, 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, mgA:"
C. Specific Gravity: ]
D. Temperature:
E. pH:
(b)
-------
WIC LA-5 7
3- Tbxlcity:
Reactivity with Surface Equipment Components
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 Welgrt 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 LA-5 7
3. Pimps:
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
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: LA-58
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNITED STATES
Permit Status; AFP Operational Status: PND
Operating Company Name and Address; Wyandotte chemical
Geismar. Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year) 73
2. Latitude and Longitude; 300llt30"/9l°00>QO"
3. Well Location (Legal Description): Sec 11, TIPS. R2E
** County: Ascension State: Louisiana
5. SIC Classification: 2899 ~~~~~
II. GENERAL DATA ON WELL SITE
1. iype of Waste Injected; Nad, organic solids
2. Date Well Permitted :_J77A 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:
9000 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 Llthologlc Description
N/A ~^ f
(a)
-------
WIG
I.A-5 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, mlllidarcles
(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
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:
(b)
-------
WIC LA- 5 8
3 Toxlcity:
Reactivity with Surface Equipment Components:
5. Degradability Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Fre-iryjectlon 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 LA-5 8
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 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: LA-59
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNTIED STATES
Permit Status; PDR Operational Status: o_
Operating Company Name and Address: Yarbrough STP. Dept. of Sanitation
Shreveport, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (fear) 73.
2. Latitude and Longitude: 32°34'/93°5l'4Q"
3. Well Location (Legal Description): Sec 12, T17N, R15W
H. County; Caddo State; Louisiana
5. SIC Classification; 4959
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Treated sewage from 25 houses.
2. Date Well Permitted; N/A Completed:
3. Injection Rate; 33.216 gpd "
Injection Pressure: N/A
5. Total Depth of Well; N/A
6. Name, Age, and Depth of Injection Zone: Nacatoch. Cretaceous
954 ft.
7. Date Injection Began: (Day) (Month) (Year) 62
8. Total Volume Injected to Date: 100.000,000 (GallorisT
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
LA-59
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnine Bed
CD 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
Nacatoch
960
50
Cretaceous
23
sand
500
Cretaceous
shale
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
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); Treated Waste
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1; N/A
B. Cone. Dissolved Solids. mg/1; W7T
C. Specific Gravity: N/A
D. Temperature: N/A
E. pH: N/A
(b)
-------
WIG LA-59
3. Toxicity: N/A
**. 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:
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 8 300
Intermediate 4-1/2 960
lection Stainless steel~21027-977
InJ
Oth
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
8 inch casing - cemented to surface; 4-1/2 inch casing - cemented to
surface.
3. Vfell Head Equipment (Name and Models): N/A
*. Packers, Centralizers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion; Slotted liner 972 - 1027 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)
-------
WIC LA-59
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 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: LA-60
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITblJ STATES
Permit Status: AFP Operational Status:
Operating Company Name and Address; Union Carbide
Taft. Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 05 (Year) 73
2. Latitude and Longitude: 31°2ltoo"/9l0l8>oo"
3. Well Location (Legal Description); Sec 42. T13S. R20E
H. County; St Charles State: Louisiana
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; NaCl. amines. NaOH. phenol, and chlorinated
hydrocarbons
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 or injection Zone:
6700 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)
-------
WIC
LA-fin
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) Hfcrdrofracturing 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!
Thickness Extent
Llthologic
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/1:"
C. Specific Gravity: ~
D. Temperature:
E. pH:
(b)
-------
WIC I .A-60
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-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:
(c)
-------
WIC LA- 60
3. Pumps:
VII. OPERATIC.. 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
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. Restrictions of Operation Procedures;
(d)
-------
Well Id. Code: LA-61
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNITED STATES
Permit Status: PDR Operational Status: p_
Operating Company Name and Address: Ethyl Corp. Hydrocarbon Operation .
451 Florida St. - Baton Rouge. Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day)jn (Month) 06 (Year) 73
2. Latitude and Longitude: N/A
3. Well Location (Legal Description): Sec 27, T8S, RUE
1. County: N/A State: Louisiana
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Chlorinated hydrocarbons, heavy solvents, aqueous
2.
3.
H.
5.
6.
7.
8.
9.
10.
chlorinated wastes, crude polymer
Date Well Permitted: N/A
Injection Rate: 4 gpm
Injection Pressure: Vacuum
Total Depth of Well: 9200 ft.
Name, Age, and Depth of Injection
Date Injection Began: (Day) 20
Total Volume Injected to Date: 1
Date Injection Ceased: (Day)
Previous Mode of Disposal: N/A
oil, and light solvent wastes.
Completed :
Zone: N/A
(Month) 07 (Year) 71
,520,000 (7/5/72) (Gallons)
(Month) (Year)
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
LA-61
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Mame
(2) Depth (Ft.)
(3) Thickness (Ft.)
(M) Formation Fluid Pressure, psi
(5) Lithostatic Pressure 3 psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(b) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
Cll) Character and Areal
Distribution
8950
300
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
C. Chemical Characteristics of Formation Fluids: N/A
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
Inmediate Hydrologlcally Affected Area:
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Chlorinated hydrocarbons,
solvents, polymers
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1: ft/A"
C. Specific Gravity: N/A
D. Temperature: N/A
E. pH:
(b)
-------
WIG
LA-61
3. Toxlcity:
N/A
4. 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:
N/A
7. Pre-injectlon Waste Treatment: N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
Hole
Size
20
18-1/2
12-1/4
8-1/2
Casing or Tubing
Weight and Grade
casing
54. 59
53. 5tf and 43. 5#
33. 7//
Size
13-3/8
9-5/8
7-5/8
4-1/2
Depth
Set
1838
8939
9213
9000
Block squeesed HET zone, squeezed 400 sks at 3320 ft.; 13-3/8 inch
casing - 1700 sks; 9-5/8 inch casing - 830 sks; 7-5/8 inch casing -
295 sks r^_^_
3. Well Head Equipment (Name and Models): 4000# test Gray well head assembly;
13-3/8" x 9-5/8" x 4-1/2" type "E" assembly, 2000// maximum working
pressure.
4. Packers, Centralizers, and Other Subsurface Equipment: Baker model F.A.
packer.
5. Bottom Hole Completion: Perforated 9100 - 9150 ft, 4 holes/ft.
6. Hydraulic Fracturing, Acidizing Programs, etc.: Acidized w/4500 gal.
31% HC1.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters: N/A
(c)
-------
WIG LA-61
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. SAFBIY 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: LA-62
COMPILATION OP INDUSTRIAL AND MUNICIPAL
TAT
INJECTION
Permit Status:
AFP
Operational Status:
Operating Company Name and Address; Uniroyai Corp.
Geismar. Louii
I. GENERAL HJENnPICATION DATA
1. Ehtry Date of Data: (Day) 01 (Month) 06
2. Latitude and Longitude: 300i2'io"/9i°oi'oo"
(Year)
73
3. Vfell Location (Legal Description): Sec 11. TIPS. R2E
County: Ascension
State: Louisiana
5. SIC Classification: N/A
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; N/A
2. Date Well Permitted; N/A
3. Injection RateS N/A
Injection Pressure: N/A
5. Total Depth of Well; N/A
Completed:
6. Name, Age, and Depth of Injection Zone:
3700 ft.
7. Date Injection Began: (Day) N/A (MonthT
8. Total Volume Injected to Date: N/A
9. Date Injection Ceased: (Day) (Month)"
10. Previous Mode of Disposal; N/A "
(Year)
_(Year)
(Gallons)
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 Lithologic Description
(a)
-------
WIC
LA-6 2
B. Geologic Description of Injection Unit and Other Possible Units
Injection
(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
(») Porosity %
(9) Permeability, raillldarcies
(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 ffydrologlcally 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 LA-6 2
3. Toxicity:
». 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 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)
-------
WIC T.A-62
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:
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATE?
Penult Status: AFP Operational Status:
Operating Company Name and Address; Monsanto chemical r.r>.
Lulxng. Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
2. Latitude and Longitude: 29°55'20
3. Well Location (Legal Description):
1. County: St. Charles
(Month) 06 (Year) 7,
"/90°21"50"
Sec 36t T13S, R21K
State: Louisiana
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: N/A
4. Injection Pressure: N/A
5. Total Depth of Well: N/A
6. Name, Age, and Depth of Injection
7. Date Injection Began: (Day) N/A
Zone:
3400 ft.
(Month) (Year)
8. Total Volume Injected to Date: N/A (Gallons)
9. Date Injection Ceased: (Day)
10. Previous Mode of Disposal: N/A
(Month) (Year)
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
^_ I , ««^^fc«» ^B^^^MMV ^^^^MMMMMV MM^M^^MM^M^*^M0^M^a»WI^B^MH^fcKBB^^H^MB
(a)
-------
WIC
LA-6 3
B. Geologic Description of Injection Unit and Other Possible Units
Injection
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
W
(5
Cr
Formation Fluid Pressure, psi
Lithostatic Pressure, psi
Iftrdrofracturlng Pressure^ psi
Age of Unit
(tf) Porosity %
W
) Permeability, ndllldarcies
(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
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/1:"
C. Specific Gravity: ~
D. Temperature:
E. pH:
(b)
-------
WIC LA-63
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-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 LA-63
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
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:
COMPILATION OP INDUSTRIAL AND MUNICIPAL
THE
INJECTION
Permit Status: AFP
Operational Status:
Operating Company Name and Address: Monsanto chemical Co.
PND
Luling, Louisiana
I. GENERAL IDENTIFICATION DATA
1.
2.
3.
M.
5.
II.
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Entry Date of Data: (Day) 01
(Month) 06 (Year) 73
Latitude and Longitude: 29455'20"/90°2iT30"
Well Location (Legal Description)
County: bt« Caries
SIC Classification: zasy
GENERAL DATA ON WELL SITE
Type of Waste Injected: N/A
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
Total Volume Injected to Date:
Date Injection Ceased: (Day)
Previous Mode of Disposal: N/A
: N/A
State: Louisiana
Completed:
Zone:
3400
(Month) (Year)
N/A (Gallons)
(Month) (Year)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
'/A
(b)
Age
(c) (d) (e)
Depth Thickness Lithologic Description
(a)
-------
WIC
LA-64
B. Geologic Description of Injection Unit and Other Possible Units
Injection
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(M) Formation Fluid Pressure, psl
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raillidarcies
(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
Lithologlc
Character
Fluid
Character
Mineral Resources in Area:
5. Location of Otherwells, 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)
-------
WIG LA-64
3. Toxicity:
M. Reactivity with Surface Equipment Components;
5. Degradabillty Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Pre-injectlon Waste Treatment;
V. WELL DESIGN AND CONSTKUCTION
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)
-------
WIC LA-6 4
3. Pimps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date (s) Average Maxiirum
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: LA-65
COMPILATION OP INDUSTRIAL AND'MUNICIPAL
INJECTION WELLS IN TOE UNlltl) STATES
Permit Status; AFP Operational Status; PND
Operating Company Name and Address; Shell chemical Co.. Norco Refinery
Norco, Louisiana
I. GENERAL IDKhfriKlCATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year) 23-
2. Latitude and Longitude; 30°30'oo"/90025>lQ"
3. Vfell Location (Legal Description); Sec 3. T12S. RSE
** County: St. Charles State; Louisiana
5. SIC Classification; 2911
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Acrolein, unsaturated organics. polymers
2.
3.
4.
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
Completed:
Name, Age, and Depth of injection Zone:
Date Injection Began: (Day)
1900 ft.
N/A (Month) (Year)
Total Volume Injected to Date: N/A (Gallons)
Date Injection Ceased: (Day)
Previous Mode of Disposal:
(Month) (Year)
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
LA-6 5
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflnine Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(q) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psl
(6) Hydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, milli dalles
(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
Lithologlc
Character
Fluid
Character
4. Mineral Resources in Area:
5. Location of Other Wells, Abandoned Wells, and Other Penetrations In
Immediate Ifydrologlcally 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. Specifie Gravity: "
D. Temperature:
E. pH;
(b)
-------
WIC 1-A-65
3. Toxicity:
4. Reactivity with Surface Equipment CcnponentsT
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 INSTRUCTION
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):
M. 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 LA- P5
3. Punps:
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
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;
(41.
-------
Well Id. Code: LA-66
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES'
Permit Status; AFP Operational Status: PND
Operating Company Name and Address; shell chemical Co.. Norco Refinery
Norco, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year) 73
2. Latitude and Longitude: 30030tOO"/90°25tio"
3. Well Location (Legal Description); Sec 3. T12S. RSE
1» County: St. Charles State; Louisiana
5. SIC Classification: 2911
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Acrolein, unsaturated organics, polymers
2.
3.
M.
5.
6.
7.
8.
9.
10.
Date Well Permitted: N/A Completed:
Injection Rate: N/A
Injection Pressure: N/A
Total Depth of Well: N/A
Name, Age, and Depth of Injection Zone:
1900 ft.
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: N/A
(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 Lithologic Description
(a)
-------
WIG
LA-6 6
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinlne Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(*i) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millldarcles
(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 Ifydrologlcally 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 LA-6 6
3. Toxicity:
. 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
Jection
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 LA-
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
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:
-------
Well Id. Code; LA-67
COMPILA1TON OP INDUSTRIAL AND MUNICIPAL
INJECTION WFT.T.S IN TOE UNlltl? STATES
Permit Status; AFP Operational Status: PND
Operating Company Name and Address: American Cyanamid. Frontier Plant
Ama, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year) 73
2. Latitude and Longitude: N/A
3. Vfell Location (Legal Description); Sec 3. T13S. R22E
i». County; Jefferson State: Louisiana
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Sulfates, ammonia, cyanide
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:
4600 ft.
7. Date Injection Began: (Day) N/A (MonEnT (Year)
8. Total Volume Injected to Date: N/A ' (Qallons)'
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal; N/A
HI. GEOLOGIC INPOFtMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a) (b) (c) (d) (e)
Name Age Depth Thickness Llthologic Description
-»*-
(a)
-------
WIC
i,A-r?7
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, psl
(6) Ifydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcies
(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
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_
3. Toxiclty:
. 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
Jectlon
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, etxT
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(c)
-------
WIC
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. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data:
B. SamplingFrequency 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: LA-68
COMPILATION OF INDUSTRIAL AND' MUNICIPAL
"INJECTION WELLS IN THE UNITED STATES
Permit Status: FDR Operational Status: o
Operating Company Name and Address: Universal oil Products Company
P.O. Box 1566 - Shreveport. Louisiana
I. GENERAL DJENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year) 73
2. Latitude and Longitude: 32°37'/93°55'
3. Well Location (Legal Description): Sec 20, T19N, RISW
4. County ; Cad do State; Louisiana
5. SIC Classification: 2911
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Wastes produced from the manufacture of synthetic
catalysts for the petroleum refining industry.
2. Date Well Permitted; 9/2/72 Completed:
3. Injection Rate; 185,000,000 gpy
Injection Pressure: 425 psig"
5. Total Depth of Well: mi ft.
6. Name, Age, and Depth of Injection Zone: Nacatoch, Cretaceous
985 ft.
7. Date Injection Began: (Day) 05 (Month) 10 (Year) 72 ~~
8. Total Volume Injected to Date: 250.000,000 (Gallons)'
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode of Disposal: None
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
Wilcox Tertiary 0 5TIT sand, shale
Arkadelphia Cretaceous 810 160 shale
Nacatoch Cretaceous 970 365 sand, lime, shale
(a)
-------
WIC
LA-68
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) Ifydro fracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raillidarcies
(10) Fteservoir Temperature, °C
(11) Character and Area!
Distribution
Nacatoch
970
80
460
800
Cretaceous
30
1000
27°
sand, lime, shale
extensive
Arkadelphia
810
160
800
800
Cretaceous
42
0
27°
shale
extensive
C. Chemical Characteristics of Formation Fluids: N/A
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Area!
Thickness Extent
Lithologlc
Character
Fluid
Character
. Mineral Resources in Area: N/A
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Ifydrologlcally Affected Area; other Universal Oil disposal
wells.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Chlorides, chromium,
sulfate, sodium
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: 9
B. Cone. Dissolved Solids, mg/1: 3000 - 5000
C. Specific Gravity: 1.05
D. Temperature:
E. pH: 8.0
(b)
-------
WIG LA-68
3. Ibxlcity: N/A
^. Reactivity with Surface Equipment Components: Slightly corrosive to
carbon steel.
5. Degradability Level and Rate: None
6. Biological Level at Injection and Estimated Biological Level After Injection:
BOD approximately 1000 ppm at injection.
7. Pre-lnjectlon Waste Treatment: pH control, septic tank treatment of
sewage.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole
Size
Surface 20
Intermediate 13-7/8
Casing or Tubing
Weigit and Grade Size
84# K-55 16
40. 5# K-55 10-3/4
Depth
Set
997.71
1101.63
Injection
36# K-55 and N-80 8-5/8
988.85
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
16 inch casing - 900 sks 50-50 Pozmix - Class A w/ 2% CaCl,, + 200 sks
Class A; 10-3/4 inch casing - 660 sks 50-50 Pozmix - class A cement.
3. Well Head Equipment (Name and Models): Larkin model 92 well head
I*. Packers, Centralizers , and Other Subsurface Equipment: injection tubing
bottom hole packer - Brown pin type squash packer 8-5/8" x 10-3/4".
Centralizers every other joint. _
5. Bottom Hole Completion: Perforations 70 by 1'' dia. shots from 1016
to 1042 ft. _ _ ..............
6. Hydraulic Fracturing, Acidizing Programs, etc.: Acidized with 2000 gai.~
inhibited 15% HF. _
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; N/A _
2. Filters: N/A
(c)
-------
WIC LA-68
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 10/72-3/73 Average 400 Maximum 700
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 10/72-3/73 Average 425 Maximum 475
ft ~^~~"~~.^~^^^ .MKMMVVHWMM^MW _~_^»_W~_
II
II
3. Annual Volume Injected, gal.
A. 1972. 46.000.000 B. 19 C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Monitor annulus for leaks.
B. Sampling Frequency and Water Quality Parameters Measured; Continuous'
quality samples.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; Monthly
2. Contingency Plan for Well Failure During Operation: Cease operations.
3. Regulatory Aspects
A. Construction Requirements: N/A
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures; N/A
-------
Well Id. Code: LA-69
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNTIED STATES
Permit Status : PDR _ Operational Status: _ o_
Operating Company Name and Address: shell chemical Company
Nor co. Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year) 73
2. Latitude and Longitude: 30000'/90024'
3. Well Location (Legal Description); N/A
4. County: Norco State; Louisiana
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: 220 gpm "
Injection Pressure: 150 psi
5. Total Depth of Well: 3500 ft. PBTD 3340 ft.
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 INPOF^MATION
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
-------
WIC
LA-6 9
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confininz Bed
U) Name
(2) Depth (Ft.)
(3) -thickness (Ft.)
T^T 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
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
Area!
Ihickness Extent
Lithologic
Character
Fluid
Character
i|. Mineral Resources in Area:
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate tfydrologically 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 LA-69
3. Toxic it y: N/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:
N/A
7. Pre-injection Waste Treatment: N/A
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing
Size Weight and Grade
Surface
Intermediate
Injection
Other
55#
17-1/2 48# H-40
12-1/4 36# K-55
4.7# J-55R2
230
Size
20
13-3/8
9-5/8
2-3/8
7
Depth
Set
106
1019
3530
3179
2111
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 13-3/8
inch casing - 925 sks cement; 9-5/8 inch casinR - 1450 sks cemented bottom
to 1019 ft.
3. Well Head Equipment (Name and Models): N/A
. Packers, Centralizers, and Other Subsurface Equipment: 7 inch packer at
2111 ft., type LH; mule shoe at 3179 ft.
5. Bottom Hole Completion: Perforations; 3286 to 3316 ft.. 3330 to 3340 ft.
with 3/4" diameter holes, two per foot.
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 LA-6 9
3. Pumps:
VII. OPERATION. X3JARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date (s) Average Maximum
11
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:
LA-70
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status: AFP
Operational Status: PND
Union Louisiana
Operating Company Name and Address: Texaco Refinery
I. GENERAL UDENTIFICATTON DATA
1. Entry Date of Data: (Day) 01 (Month)
2. Latitude and Longitude: N7F
06
(Year) 73.
3. Well Location (Legal Description): Sec 12. ins. R3S
^. County; st
State: Louisiana
5. SIC Classification:
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; N/A
2.
3.
A.
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 (Gallons)
Date Injection Ceased: (Day)
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
(b)
Age
(c) (d) (e)
Depth Thickness Lithologic Description
(a)
-------
WIC
LA-70
B. Geologic Description of Injection Unit and Other Possible Units
Injection
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(M) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing 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
Name Depth
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area:
5. Location of Other Wells, Abandoned Wells, and Other renet rat ions 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 LA-70
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-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
Jection
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, et
-------
WIG LA-70
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 Measuring Water Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operations
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restttctlcns of Operation Procedures:
(d)
-------
Well Id. Code: LA-71
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNITED STATES
Permit Status: AFP Operational Status; PND
Operating Company Name and Address: Un'ion Carbide
Taft, Louisiana
I. GENERAL lEEMTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) oc (Year) TJ_
2. Latitude and Longitude: N/A
3. Well Location (Legal Description): Sec 42. T13S. R20E
M. County; St. Charles State: Louisiana
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: N/A
Injection Pressure; N/A
5. Total Depth of Well;
6. Name, Age, and Depth of Injection Zone: NTT
7. Date Injection Began: (Day) N/A (MontHT" (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 LAthologic Description
-*»- '
(a)
-------
WIC
LA-71
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) Lithostatlc Pressure,, psi
(6) Itydrofracturing Pressure, psi
m 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!
Thickness Extent
Lithologic
Character
Fluid
Character
4. Mineral Resources in Area:
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Imnediate Hydrologically Affected Area:
IV. WASTE CHARACTERISTTCS
1. Technical Description (Including Radioactivity)
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1:"
CO A £** -
. OpCU-LJ. jH.
D. Temperature:
E. pH: "
(b)
-------
WIG LA-71
3. Toxiclty:
4. 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 TONSTRUCTION
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. fell 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 LA-71
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
it
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. Restrictions ofOperation Procedures:
(d)
-------
Well Id. Code: LA-72
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES'
Permit Status; AFP Operational Status: PND
Operating Company Name and Address: Union Carbide
Taft. Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year) 73.
2. Latitude and Longitude: N/A
3. Well Location (Legal Description): Sec 42 T13S. R20E
^. County; St. Charles State: Louisiana
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; 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
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
LA-7 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) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raillidarcies
(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
1|. Mineral Resources in Area:
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area:
IV. WASTE CHARACTERISTTCS
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 LA-7 2
3. Toxicity:
1*. 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
Jectlon
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
3. fell Head Equipment (Ifeme 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 LA-7 2
3. Pumps:
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date (s) Average Maximum
I!
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 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:
LA-7 3
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION
UNITED STATES
AFP
Operational Status; PND
Permit Status:
Operating Company Name and Address: E. I. DuPont de Nemours, Inc. Pontchartrain
Works LaPlacg. Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) ni
2. Latitude and Longitude: N/A
(Month) Q6
(Year) 73
3. Well Location (Legal Description): Sec 90. Tils. R7QE
4. County: St. John the Baptist
5. SIC Classification: 2899
State: Louisiana
II. GENERAL DATA ON WELL SHE
1. Type of Waste Injected; N/A
2. Date Well Permitted:_
3. Injection Rate: N/A
N/A
Completed:
Injection Pressure: N/A
5. Total Depth of Well;
6. Name, Age, and Depth of Injection Zone: N/A
7. Date Injection Began: (Day) N/A (MonthT
8. Total Volume Injected to Date: N/A '_
9. Date Injection Ceased: (Day)
10. Previous Mode of Disposal: N/A
(Month)
(Year)
TYear)
(Gallons)
HI. 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
LA-7 3
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) Lithostatlc Pressure, psi
(6) Hydrofracturing Pressure, psi
C?) 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
Depth
Name
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area:
5. Location of Other Wells, Abandoned Wells, and OtherPenetrations 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/1:"
C. Specific Gravity: ~
D. Temperature:
E. pH;
(b)
-------
WIC LA-7 3
3. Toxicity:
1. Reactivity with Surface Equipment Components:
5. Degradability Level and rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
7. Pre-inJ ectlon 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.
VT. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines:
2. Filters:
(0
-------
WIG LA-7 3
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 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: LA-75
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE"UNITED STATES
Permit Status: DAP Operational Status: DN
Operating Company Name and Address: Uniroyal chemical Co.
P.O. Box 397, Geisman, Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 10 (Month) 06 (Year) 73
2. Latitude and Longitude: N/A
3. Well Location (Legal Description): Sec 11, TIPS, R2E
4. County: Ascension State: Louisiana
5- SIC Classification: 3099
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Sodium sulfate, sodium chloride, ammonium sulfate
ammonium chloride, ferric sulfate, sodium hydroxide, sulfonic acid, methanol,
ketones, aliphatic compounds, amines,chromates, chromates, dipherly oxides
2. Date Well Permitted; N/A Completed;
3. Injection Rate: N/A ~
Injection Pressure;
5. Total Depth of Well: 3at>3 ft.
6. Name, Age, and Depth of Injection Zone: N/A
7. Date Injection Began: (Day) N/A (MonthT" (Year)
8. Total Volume Injected to Date: N/A (Gallons)'
9. Date Injection Ceased: (Day) ~~ (Month) (Year)
10. Previous Mode of Disposal:
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 LLthologic Description
"TT/A
(a)
-------
WIG
LA-7 5
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit ^onfininfi: Bed
(1) Name
(2) Depth (Ft.)
(?) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
C5) Lithostatic Pressure, psi
(6) Ifydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, ndllidarcles
(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
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 LA-75
3. Itaxicity: N/A
. Reactivity with Surface Equipment;"Components:
5. Degradabllity Level and Rate:
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
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 ~T7^l/2 48i< K-55 13-3/8 884
Intermediate 12-1/4 ^6? K-55 9-5/8 3501
Ihji
Oth
6-5/8 3411-3770
ection 15 23# K-55 __7 3402
ier wire wrapped liner
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
13-3/8 " casing - 790 sks cement; 9-5/8" casing - 1000 sks cement
casing - 429 sks cement
3. Well Head Equipment (Name and Models): 13-3/8 x 9-5/8 x 7 Gray E. TBG Head
. Packers, Centralizers , and Other Subsurface Equipment: Packer at 3402 - 3411
5. Bottom Hole Completion: 0.030 screen, underreamed hole below 9-5/8"
casing to 15" 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
(c)
-------
WIC LA-7 5
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
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 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:
LA-76
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status:
PDR
Operational Status:
DN
Operating Company Name and Address: Universal oil Products Company
Brian. Louisiana
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) 10 (Month) 09_
2. Latitude and Longitude: 32°37'/93''55'
(Year) 73
3. Well Location (Legal Description): N 1/2. Sec 20, T19N, R15W
County :_Caddo
State:
Louisiana
5. SIC Classification: 29IT
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Wastes produced from the manufacture of synthetic
catalysts for the petroleum refining industry.
2. Date Well Permitted:
3. Injection Rate: N/A"
N/A
Completed:
Injection Pressure:
N/A
_ ____
5. Total Depth of Well; 1081 ft.
6. Name, Age, and Depth of Injection Zone: Nacatoch, cretaceous
985 ft.
7. Date Injection Began: (Day) N/A (MontnT
8. Total Volume Injected to Date:_
9. Date Injection Ceased: (Day)
10. Previous Mode of Disposal: None
N/A
(Year)
(Month)
JYear)
(Gallons)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
"WiTcox
Arkadelphia
Nacatoch
(b)
ertiary
(c)
Depth
Cretaceous
Cretaceous
785
940
(d)
Thickness
785
155
365
(e)
Lithologic Description
Sand,snale
shale
sand, limestone, shale
(a)
-------
WIC
LA-76
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, ndllidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Nacatoch
940
75
460
Cretaceous
30
1000
26°
sand, limestone
shale
extensive
Arkapelphia
785
155
800
800
Cretaceous
42
0
26°
shale
extensive
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
Name
~W"A
Areal
Ihickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area:
None
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate ffydrologlcally Affected Area; Five disposal wells.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): sodium, calcium, chloride
chromium
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
0
1.05
B. Cone. Dissolved Solids, mg/1; 3000 - 5000
C. Specific Gravity:
D. Temperature: 100 "^T
E. pH: 8.0
-------
WIC LA-76
3. Toxicity: N/A
1. Reactivity with Surface Equipment Components: Slightly corrosive to carbon
steel
5. Degradabillty Level and Rate; N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-lnJection Waste Treatment: Filtration
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 350 sks
of class H cement
Hole
Size
10
9
Casing or Tubing
Weight and Grade
28i?
26#
J-55
J-55
Size
8-5/8
7
Depth
Set
156
1081
27i?
A-53B
5-9/16
957
3. Well Head Equipment (Name and Models); QilCeTiter Tool Co. nioglflea "T
veil head packoff, 5-9/16" x 7"
M. Packers, Centralizers, and Other Subsurface Equipment: injection tubing
bottom hole packer - Brown pin type squash packer, 5-5/8;> x 7".
Centralizers at everyother joint
5. Bottom Hole Completion: Perforations 70 - 1" dia. shots from 983 to
feet.
6. Hydraulic Fracturing, Acidizing Programs, etc.; Acidized with 2000 gal.
15% inhibited HF.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters: N/A
(c)
-------
WIC LA-76
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 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: Monitor for leaks in annulus.
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: Cease operation.
rework or plug back well. Switch to a stand-by x^ell.
3. Regulatory Aspects
A. Construction Requirements;
B. Monitoring Requirements; N/A
C. RestMctions of Operation Procedures; N/A
(d)
-------
Well Id. Code: LA-77
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Permit Status: FDR Operational Status: DN
Operating Company Name and Address: Delta iron Works.
Industrial Blvd. Houtna. Louisiana
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 03 (Month) os (Year) 73
2. Latitude and Longitude: N/A
3. Well Location (Legal Description): NW I/A. Sec 12. T17S. R17E
4. County: Terrebone State: Louisiana
5. SIC Classification: 7500
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Gas freeing of oil transport barges.
2. Date Well Permitted: 11/68 Completed;
3. Injection Rate; N/A
Injection Pressure: N/A
5. Total Depth of Well: 30A5'
6. Name, Age, and Depth of Injection Zone: N/A
7. Date Injection Began: (Day) N/A (MontHT (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 Lithoiogic Description
Miocene 0 3045 sand, shale
(a)
-------
WIC
LA-7 7
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, millidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
2215
75
Miocene
sanri
C. Chemical Characteristics of Formation Fluids:
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name Depth
N/A
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
Mineral Resources in Area; N/A
5. Location ofOther Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity):
N/A
2. 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
LA-7 7
3. Toxlcity: N/A
. Reactivity with Surface Equipment Components:
5. Degradabillty 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
Size
Surface ^'
Intermediate
Casing or Tubing Depth
Weigit and Grade Size Set
40. 5$ J-55 10-3/4 3045
26. 4# -55 7-5/8 1023
Injection
6.5# J-55 2-7/8 2214
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
10-3/4" casing - 1850 sks class A
3. Well Head Equipment (Name and Models): 10-3/4" x 7-;
7-5/8" x 2-7/8" casing head; 10-3/4 vTtt/8" cas ng head; 10-3/4" x
packer; 7-5/8" x 2-7/8" packer.
Packers, Centralizers, and Other Subsurface Equipment:
N/A
5. Bottom Hole Completion: Perforated 10-3/4" casing from 2220 - 2243
holes.
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)
-------
WIG LA-7 7
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 Measuring Water Levels and Hydrostatic Heads:
2. Contingency Plan for Well Failure During Operation; ~
3. Regulatory ^Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restracticns ofOperatlon Procedures:
-------
Well Id. Code:
MI-l
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITbl) STATES"
Permit Status: PDF
Operational Status: NOP
Operating Company Name and Address: Marathon Oil Co. Cold Dutch Refinery Co.
Muskegon. Michigan
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) 01
2. Latitude and Longitude: N/A
(Month) 06
(Year) 73
3. Well Location (Legal Description): SE 1/4. sw 1/4. SE 1/4. Sec 26. T10N.
R16W
County: Muskegon
State:
Michigan
SIC Classification: 2911
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Refinery water and surface flood waters.
2. Date Well Permitted: N/A
3. Injection Rate: N/A'
Completed:
Injection Pressure; N/A
5. Total Depth of Well; 2146 ft.
6. Name, Age, and Depth Of Injection Zone: Traverse-Detroit River, Devonian
7. Date Injection Began: (Day)
8. Total Volume Injected to Date: NA
1758 ft.
(Month} 09
9. Date Injection Ceased: (Day) N/A (Month)
10. Previous Mode of Disposal: N/A "
(Year) 48
(Gallons)
_(Year),
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Coldwater
Traverse
Dunaee
Detroit River
(b)
Age
Devonian
Devonian
Devonian
Devonian
(c)
Depth
"T7T
1758
2l30
(d)
Thickness
885
372
(e)
Lithologic Description
limestone
limestone
limestone
dolomite
(a)
-------
WIC
MI-1
B. Gteologlc Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
U) Name
2) Depth (Ft.)
T3T Thickness (Ft.)
5) Fbrmation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
f6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millldarcies
CIO) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Traverse-Detroit R.
1758
1643
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Devonian
limestone t dolo-
mite; extensive
Coldwater
673
885
*
Devonian
limestone
extensive
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
. Mineral Resources in Area: Oil and gas pools located near the well site,
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
I mediate Hydrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Refinery waste.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1: N/T
C. Specific Gravity: N/A
D. Temperature: N/A
E. pH: N/A
(b)
-------
WIG Ml-l
3. Ibxlcity: 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:
N/A
7. Pre-injectlon Waste Treatment: Settling and skimming.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface A2# 10 440
Intermediate 30# 8 605
18# 6 703
Injection 141 _5 1758
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. Vfell 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.: NTT
VI. DESCRIPTION OF SURFACE EQUIFMEMT
1. Holding Tanks and Plow T.lnes: 500 barrel underground tank and a 5000
barrel settling and skimming tank.
2. Filters:Strawboxes
(c)
-------
WIC MI-1
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-2
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED STATES
Permit Status:
PDR
Operational Status:
o
Operating Company Name and Address; Park, Davis, and Company
182 Howard Ave. - Holland. Michigan
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
Latitude and Longitude: 42U47*55"
(Month) 06
/86°06'59"
Well Location (Legal Description): sw 1/4, Sw 1/4,
R15W
County: Ottawa
SIC Classification: 2830
GENERAL DATA ON WELL SITE
(Year) 73
SW 1/4, Sec 20, T5!< ,
State: Michigan
Type of Waste Injected: The waste is derived from
Pharmaceuticals .
Date Well Permitted:
Injection Rate: b,ouo,ooo gpy
Injection Pressure: 440 psig
Total Depth of Well: 1635 ft.
Name, Age, and Depth of Injection
Date Injection Began: (Day)
Total Volume Injected to Date:
Date Injection Ceased: (Day)
Previous Mode of Disposal: None
Completed
Zone: Traverse,
1380 ft.
(Month) 05
the manufacture of
: 4/21/51
Devonian
(Year) 51
79,314,740 (1/73) (Gallons)
(Month)
(Year)
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Drift
Coldwater
Ellsworth
Antrim
Traverse
(b)
Age
Pleistocene
Mississippian
Mississippian
Mississippian
Devonian
(c) (d) (e)
Depth Thickness Lithologic Description
0 115 sand, gravel, clay
115 448 dolomite
563 637 shale
l200 180 shale
1380254 shale, limestone
(a)
-------
WIC
MI-2
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
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Traverse
1380
254
679
1.0 psi/ft est.
1.0 psi/ft est.
Devonian
15
limestone
Coldwater-Antrim
115
1250
Mississippian
dolomite, shale
C. Chemical Characteristics of Formation Fluids: chloride = 152.000 ppm;
Fe = 20 ppm; IDS = 235.950 ppm
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Drift
Area! Lithologic Fluid
Depth Thickness Extent Character Character
0
115
variable sand, gravel potable
Mineral Resources in Area: None
5. Location of Other wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area: Four deep disposal wells and
four shallow water wells within 1-1/2 miles.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Pharmaceutical wastes
2.
including; ammonia, bromide, and organics (BOD = 45,000 ppm)
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: 0
B. Cone. Dissolved Solids, mg/1: 60,000
C. Specific Gravity: 1.00 to 1.04
D. Temperature: ambient
E. pH: 3.7
(b)
-------
WIC MI-2
3. Toxlcity: N/A
H. Reactivity with Surface Equipment Components; Corrosion rates minor.
Injection string replaced in 11/66 showed approximately 1/4 loss in weight,
5. Degradability Level and Rate: N/A
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-injection Waste Treatment: Filtration, aeration, settling, and pH
adjustment. Precipitation and filtration of sulfates, phosphates, and
aluminum.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 42# 10-1/2 125
Intermediate 8-3/4 17# _7 1435
lection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
255 sks standard cement to surface; Halliburton acid proof in bottom
100 ft.
3. Well Head Equipment (Name and Models); Norris Hinderliter 5733 tubing
head; 2" gate valve Orbit 1434; 2" cast steel swing check
b. Packers, Centralizers, and Other Subsurface Equipment: Five centralizers;
Lane wells BOC-23 Hookwall packer; Howco float collar; Howco guide shoe.
5. Bottom Hole Completion; Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.: None
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holing Tanks and Plow Lines; Wooden settling and aging tanks; 2" piping
to well.
2. Filters":Wooden sand filters 30 gpm rate; Emicb Rotary precoat filter
60 gpm rate. ~~~~ ~~~~~~
(C)
-------
WIC MI-2
3- Pumps: John Bean triples 20 HP.
VII. OPERATION SHARACTERISTICS
I. Injection Rate, gpm (During Life of Well to Present)
Date(s) 1952 Average 3 Maximum 10
2.
3.
1958
11 1962
11 1972
Injection Pressure, psi (During
Date(s) 1952 Average
1958
" 1962
" 1972
Annual Volume Injected, gal.
A. 1972 6.136,440 B.
8
4
12
Life
150
240
282
456
1971
10
10
40
of Well to Present)
Maximum 168
280
335
520
5,001,960 C. 1970 6,329.280
VIII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Taylor recorders on injection string
pressure and on annulus pressure. Time totals are on pump operation.
B. Sampling Frequency and Water Quality Parameters Measured: Daily -
pressure, flow, and pump hours.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation: 340.000 gal, storage
tank; CaCOo on hand to drown well.
3. Regulatory Aspects
A. Construction Requirements: Follow design.
B. Monitoring Requirementst Injection and annulus pressures, hours of
pump operation, volume pumped, monthly summary of daily data submitted
to Michigan WRC.
C. Restrictions of Operation Procedures: Provisions of rules No. 315
Public Acts of 1969 - supervised by Michigan State Geologist. Monitor
well pressure and rates. Notification of any abnormalities.
(d)
-------
Well Id. Code:
MI-3
COMPILftTION OF INDUSTRIAL AND MUNICIPAL
INJECTION
THE UNl'ITflJ STATES
Permit Status:
PDR
Operational Status:
Operating Company Name and Address: Park, Davis, and Company
182 Howard Ave. - Holland. Michigan
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) 01
(Month) 06
(Year) 73
2. Latitude and Longitude: 42°47'54"/86°07'ooT
3. Well Location (Legal Description); sw 1/4, sw 1/4. sw 1/4, Sec 20, T5N,
R15W
14. County: Ottawa
State: Michigan
5. SIC Classification: ~2S3T)
II. GENERAL DATA ON WELL SITE
1.
2.
3-
H.
5.
6.
7.
8.
9.
10.
Type of Waste Injected: The waste is derived from the
Pharmaceuticals - ammonia, bromide, sodium, acetate,
organics .
Date Well Permitted: 8/31/56 Completed:
Injection Rate: 10^ 000^000 gpy
Injection Pressure: 490 psig
Total Depth of Well: 1946 ft.
Name, Age, and Depth of Injection Zone: Detroit River
1649 ft.
Date Injection Began: (Day) (Month) 10
Total Volume Injected to Date: 133,457,743 (1/73)
Date Injection Ceased: (Day) (Month)
Previous Mode Of Disposal: Another deep well.
manufacture of
chloride, and
, Devonian
(Year) 56
(Gallons)
(Year)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
Coldwater
(b) (c)
Age Depth
Pleistocene 0
Mississippian 115
Ellsworth
Mississippian 563
Antrim
Mississippian 1200
Traverse
Detroit River
Devonian
Devonian
1380
1634
(d) (e)
Thickness Llthologic Description
115 sand, gravel, clay
448 dolomite
637 ~ shale
180 ~" shale
254shale, limestone
limestone,dolomite
(a)
-------
WIC
MI-3
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinlnc: Bed
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(*0 Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
6) Ifydrofracturlng Pressure, psi
7) Age of Unit
8) Porosity %
(9) Permeability, raillidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Detroit River
1649
297
647
1.0 psi/ft est.
1.0 psi/ft est.
Devonian
15
limestone P dolomit*
widespread
Coldwater-Antrim
115
1250
Mississippian
carbonates r shale
widespread
C. Chemical Characteristics of Formation Fluids:
Cl~ = 152.000 ppm
TDS = 235.950 ppm;
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
0
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
115
variable sand, gravel good
Mineral Resources in Area: None
5- Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area: Several other injection wells
in the area.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Chemical wastes including;
ammonia, bromide, sodium, acetate, chloride, and organics from the
manufacture of Pharmaceuticals.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1: 60,000
C. Specific Gravity: 1.00-1.04
D. Temperature: ambient
E. pH; 3.7 ~
(b)
-------
WIC MI-3
3. itoxicity: N/A
H. Reactivity with Surface Equipment Components: Corrosive - injection string
replaced 10/64. __
5. Degraidabllity Level and Rate; Can be degraded biologically with proper
filtering or lagoon
6. Biological Level at Injection and Estimated Biological Level After Injection:
N/A
7. Pre-injectlon Waste Treatment: settling and filtration.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; 10-3/4
inch casing - 60 sks regular cement and Dowflake; 7 inch casing - 270 sks
w/ 50 gallons Powell D-5 in last 37 sks.
3. Well Head Equipment (Name and Models); Type HW 4000# Norris Hinderliter
tubing head; 2" Gate valve orbit 1434; 2" cast steel swing check.
4. Packers, Centrallzers, and Other Subsurface Equipment: 8 centralizers;
Lane wells BOC-23, 7" Hookwall packer at 1642 ft.; Howco float collar;
Howco guide shoe, type B.
§. Bottom Hole Completion; Open hole.
Hole
Size
13-3/4
9
Casing or Tubing
Weight and Grade
32# H-40
23# J-55
Size
10-3/4
7
Depth
Set
152
1649
4.75# EUE J-55
2-3/8
6. Hydraulic Fracturing, Acidizing Programs, etc.: None"
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Settling tanks and a surge tank; 2" piping
to the well.
2. Filters; Permutite filter about 30 gpm, sand filters; Eimco rotaty precoat
filter - maximum rate 60 BPM
(c)
-------
WIC MI-3
3. Pumps: John Bean triplex, 20 gpm, 20 HP, float control; Farris packed
lever relief valve 700 psi.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Pr«
Date(s) 1957 Average 1.5 Maximum 10
1966 6 40
1969^ . 3() 40
1972 19^ 40
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 1957 Average 158 Maximum 205
" 1965 3Z8 485
" 1969 552 650
1972 492^ 660
3. Annual Volume Injected, gal.
A. 19_72 10,138,800 B. 19.71 15,250,860 C. 19_7£ 16.526,460
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Taylor recorders on injection string
pressure and on annulus pressure. Time totals on pump operation.
B. Sampling Frequency and Water Quality Parameters Measured; Daily -
deep well pressure, flow and pump hours.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation: 340,000 gal, storage
tank, CaCO^ on hand to drown well.
3. Regulatory Aspects
A. Construction Requirements; Follow design features.
B. Monitoring Requirements; Injection and annulus pressures, hours of
pump operation and volume; Monthly summary to Michigan WRC. Required
to report abnormalities.
C. Restrictions of Operation Procedures; Provisions of rules of NO. 315~
Public Acts of 1969.
(d)
-------
Well Id. Code:
MI-4
COMPILATION OP INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNTIED STATES
Permit Status:
PDF
Operational Status:
NOP
Operating Company Name and Address: Hooker Electro-chemical Company
Montague, Michigan
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
2. Latitude and Longitude: N/A
(Month) 06
(Year)
73
3. Well Location (Legal Description): SE 1/4, NW 1/4. SE 1/4. Sec 30, T12N7
R17W
County; Muskegon
State: Michigan
5. SIC Classification: 2818
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Chemical plant wastes.
2.
3.
i».
5.
6.
7.
8.
9.
10.
Date Well Permitted: 1953
Injection Rate: N/A
Injection Pressure: N/A
Total Depth of Well: 2066 ft.
Name, Age, and Depth of Injection
Date Injection Began: (Day)
Total Volume Injected to Date:
Date Injection Ceased: (Day) 18
Previous Mode of Disposal: N/A
Zone:
Completed :
Traverse, Devonian
1703
(Month) 04 (Year)
N/A
(Month) 06 (Year)
56
(Gallons)
69
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Drift
Coldwater
Ellsworth
Antrim
Traverse
(b)
Age
Pleistocene
Mississippian
Mississippian
Mississippian
Devonian
(c) (d) (e)
Depth Thickness Lithologic Description
0 355 clay, sand, gravel
355 563 shale
918 564 shale
1482 138 shale
1620 446 limestone, shale
(a)
-------
WIC
MI-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) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raillidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Traverse
1703
363
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft" est.
Devonian
limestone
widespread
Coldwater-Antrim
355
1350
Mississippian
carbonates, shale
widespread
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Drift
Depth
0
Area!
Thickness Extent
Lithologic
Character
355
Fluid
Character
variable sand, gravel good
4. Mineral Resources in Area: Several small oil and gas pools in the vicinity
of the 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): Sodium sulfate, sodium
chloride, and calcium sulfate.
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)
-------
WIG MI-4
3. Toxicity: None
. Reactivity with Surface Equipment Components: None
5. Degradability Level and Rate; None
6. Biological Level at Injection and Estimated Biological Level After Injection:
None
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 18 395
Intermediate 54# 13-3/8 1703
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
18 inch casing - 650 sks; 13-3/8 inch casing - 1150 sks. "
3. Well Head Equipment (Name and KxTelsT:N/A
. Packers, Centralizers, and Other Subsurface Equipment; N/A
5. Bottom Hole Completion; Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.: Acidized with 5000 gal.
at 1800 ft. to 2066 ft.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters: N/A
(c)
-------
WIC MT.-4
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.
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-5
COMPILATION OF INDUSTRIAL AND MUNICIPAL
THE UNITED STA1
INJECTION
Permit Status:
PDF
Operational Status:
NOP
Operating Company Name and Address; Hooker Electro-chemical Company
Montigue, Michigan
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
2. Latitude and Longitude;
(Month)
(Year)
73
3. Well Location (Legal Description): sw 1/4. NE 1/4, NE 1/4, Sec 31, T12N.
R17W
County: Muskegon
State:
Michigan
5. SIC Classification: 2818
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected; Chemical plant wastes.
2. Date Well Permitted;
3. Injection Rate; N/A
1956
Completed:
Injection Pressure:_
5. Total Depth of Well;
6. Name, Age, and Depth of Injection Zone: Traverse, Devonian
1622 ft.
7. Date Injection Began: (Day)
8. Total Volume Injected to Date:
(Month) 03"
N/A
9. Date Injection Ceased: (Day)
10. Previous Mode of Disposal: N/A
(Month) 06
(Year)
(Gallons)
_(Year)
68
HI. GEOLOGIC INFORMATION
1. LLthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
"DriTt
Marshall
Coldwater
Antrim
Traverse
(b) (c)
Bell
Leistocene
Mississippian 3*OlT
Mississippian 5W
Mississippian
DevonianIb22
Devonian2064
(d)
Thickness
300
590
575
206
442
(e)
Lithologlc Description
sand, gravel
sandstone
shale
shale
limestone,shale
shale
(a)
-------
WIC
MI-5
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, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcles
(10) Fteservoir Temperature, °C
(11) Character and Area!
Distribution
Traverse
1622
442
Devonian
limestone
Coldwater-Antrim
890
730
Mississippian
shale
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
"TSrTft
Marshall
Depth
300
Thickness
300
590
Area!
Extent
variable
Lithologic
Character
sand , gravel
sandstone
Fluid
Character
good
Mineral Resources in Area: Several small oil and gas pools.
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 sulfate .
sodium chloride, and calcium 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:
E. pH: N/A
\l / A
11 / f\
N/A
(b)
-------
WIC MI-5
3. Toxlclty: 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:
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 10-3/4 385
Intermediate _7 1995
lection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
10-3/4 inch casing - 200 sks; 7 inch casing - 425 sks.
3. Well Head Equipment (Name and Models): N/A
. Packers, Centralizers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion; Perforated 1962 ft to 1972 ft. (30 holes).
6. Hydraulic Fracturing, Acidizing Programs, etc.; Acidized with 5000 gal.
at 1996 ft. to 2068 ft.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters: N/A
(c)
-------
WIC MI- 5
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, psl (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:
MI-6
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"STffl
INJECTION
Permit Status:
PDF
Operational Status:
NOP
Operating Company Name and Address; Reichhold Chemical, inc.
Ferndale, Michigan
I. GENERAL IDENTIFICATION DATA
1.
2.
3.
4.
5.
II.
1.
2.
3.
1.
5.
6.
7.
8.
9.
.0.
Entry Date of Data: (Day) 01
Latitude and Longitude: N/A
Well Location (Legal Description)
RUE
County : Oakland
SIC Classification: 2899
GENERAL DATA ON WELL SITE
Type of Waste Injected: chemical
Date Well Permitted: 9/53
Injection Rate: 131 gpm
Injection Pressure: 100 psi
Total Depth of Well: 1053 ft.
Name, Age, and Depth of Injection
Date Injection Began: (Day)
(Month) 06 (Year)
; NW 1/4, SW 1/4, NE 1/4, Sec
State: Michigan
waste - phenol wastes.
Completed :
73
27, TIN,
Zone: Detroit River and Svlvania. Devonian
626 ft.
(Month) 09 (Year) 53
Total Volume Injected to Date: N/A
Date Injection Ceased: (Day)
Previous Mode of Disposal: N/A
(Month) (Year) 5?
(Gallons)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Drift
Antrim
Traverse
Dundee
Detroit River
(b)
Age
Pleistocene
Devonian
Devonian
Devonian
Devonian
(c)
Depth
0
128
222
600
626
(d)
Thickness
128
94
378
26
291
(e)
Lithologlc Description
sand, gravel, clay
shale
limestone
limestone
dolomite
Sylvania
Devonian
917
78
sandstone
-------
WIC
MI-6
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
(6) ftrdrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcles
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Detroit R. -Sylvan!
626 917
29l 78
203b
1.0 psi/ft est.
1.0 pst/ ft est.
Devonian
dolomite, sand-
stone
i Traverse-Dundee
222
471
Devonian
shale, limestone
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
Imnediate Hydrologlcally Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Phenols
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
N/A
(b)
-------
WIG MI-6
3. Toxicity: Total dose of 1.5 grams of phenol may be fatal to humans.
M. Reactivity with Surface Equipment Components: None
5. Degradability Level and Rate: Phenol may be biologically degraded.
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
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 8-1/4 130
Intermediate 6-5/8 693
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. Vfell Head Equipment (Name and Models): N/A
. Packers, CentralJzers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion; Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.: Acidized with 500 gallons"
at 693-1053 ft.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters: N/A
(c)
-------
WIC MI-6
3. Pumps: Two Wheatly triplex pumps w/ 2-1/2" pistons.
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. 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; N/A
B. Monitoring Requirements; N/A
C. Restrictions of Operation Procedures: N/A
(d)
-------
Well Id. Code: Ml-7
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status:
PDR
Operational Status:
Operating Company Name and Address: Upjohn Company
I. GENERAL IDENTIFICATION DATA
Kalamazoo. Michigan
1. Entry Date of Data: (Day) 01 (Month)
2. Latitude and Longitude: N/A
06
(Year)
73,
3. Well Location (Legal Description): sw 1/4. SE 1/4. NE 1/4. Sec 14. T3Sr
R11W
County: Kalamazoo
State:
Michigan
5. SIC Classification; 4930
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Effluent from the manufacture of cortical
steroid.
2. Date Well Permitted; 5/54
3. Injection Rate; 60.000 gpd
Completed:
Injection Pressure; 220 psi
5. Total Depth of Well; 1532 ft.
6. Name, Age, and Depth of Injection Zone: Traverse-Monroe. Devonian
1220 ft.
7. Date Injection Began: (Day)
8. Total Volume Injected to Date:
9. Date Injection Ceased: (Day)_
10. Previous Mode of Disposal:
N/A
(Month)oT
44.670.592
(Month)
(Year) 54
TGaTIonsT
TYear)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Drift
Coldwater
Antrim
Traverse
Dundee
Monroe
(b)
Age
Pleistocene
Mississippian
Devonian
Devonian
Devonian
Devonian
(c)
Depth
0
1220
1390
1532
(d)
Thickness
350
170
55
(e)
Llthologlc Description
sand, gravel, clay
shale
shale
limestone
limestone
dolomite
(a)
-------
WIC
MI-7
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Confinine Bed
(1) Name
2) Depth (Ft.)
3) Thickness (Ft.)
4) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psl
(6) fydrofracturlng Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raillidarcles
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Traverse-Monroe
1220
312
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Devonian
limestone, dolo-
mite
Coldwater-Antrim
350
940
Miss. & Devonian
shale, limestone
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
0
Areal
Thickness Extent
Lithologic
Character
Fluid
Character
350
extensive sand, gravel fresh
Mineral Resources in Area: None
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): soluble organic solvents:
alcohols, ketones, esters, ethers, dissolved inorganic salts and acids.
2000 - 10.000 ppm BOD
2. Physical/Chemical Description
A. Cone. Suspended Solids, mgA:
B. Cone. Dissolved Solids, mg/1: 5000 - 8000
C. Specific Gravity: N/A
D. Temperature: N/A
E. pH: 4.0 - 4.5
(b)
-------
WIG MI-7
3. Toxicity: 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-injection Waste Treatment; Filtration, clarification, and pH adjustment
V. WELL DESIGN AND CONSTRUCTION
1. Casing and TUblng
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 42# 10 352
Intermediate 17# 7 1290
Injection Tubing 2-1/2 1295
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon; N/A
3. Vfell Head Equipment (Name and Models); N/A
i|. Packers, Centralizers. and Other Subsurface Equipment; 5 Centralizers on
7 inch casing; Hookwall neoprene packer at 1200 ft.
5. Bottom Hole Completion; Open hole - 200 ft,
6. Hydraulic Fracturing, Acidizing Programs, etc.:
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: 2 surge tanks - 45,000 gal, each; 1
25,000 gal, mixing tank; and one 65,000 gal, clarifier.
2. Filters:Niagara polishing filter.
(c)
-------
WIC MI-7
3. Pumps: One injection pump and one booster pump.
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) 1954 Average 250 Maximum
1964 211 320
" 1965 180 400
" 1966 180 400
3. Annual Volume Injected, gal.
A. 19_ N/A B. 19_ C. 19_
VIII. SAFEIY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Volume and pressure monitors.
B. Sampling Frequency and Water Quality Parameters Measured; N/A
C. Frequency or 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 manitained in a
manner that will prevent pollution of fresh water or endanger any
natural resources.
B. Monitoring Requirements: Pressure is monitored with continuous
pressure recorders.
C. Restrictions of Operation Procedures; Surface pressure is limited to
1250 psi and the rate is limited to 300.000 gpd.
(d)
-------
Well Id. Code:
MI-8
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNITED STA1ES
Permit Status:
PDR
Operational Status:
Operating Company Name and Address: UpJohn Company
I. GENERAL IDENTIFICATION DATA
Kalamazoo, Michigan
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, sw 1/4, NW 1/4, Sec 14,
T3S, R11W
County: Kalamazoo
State: Michigan
5. SIC Classification: 2830
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected; Wastes from pharmaceutical products and cortical
2.
3.
4.
5.
6.
7.
8.
9.
10.
steroid wastes.
Date Well Permitted: 5/54
Injection Rate: 60,000 gpd
Injection Pressure: 220 psi
Total Depth of Well: 1475 ft.
Name, Age, and Depth of Injection
Date Injection Began: (Day)
Total Volume Injected to Date:
Date Injection Ceased: (Day)
Previous Mode of Disposal: N/A
Completed :
Zone: Traverse-Monroe, Devonian
1220 ft.
(Month) 05 (Year) 54
44,670,000 (Gallons)
(Month) (Year)
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Drift
Coldwater
Antrim
Traverse
Dundee
Monroe
(b)
Age
Pleistocene
Mississippian
Devonian
Devonian
Devonian
Devonian
(c) (d) (e)
Depth Thickness Lithologic Description
0 350 sand, gravel, clay
350 shale
shale
1220 170 limestone
1390 142 limestone
1532 dolomite
(a)
-------
WIC
MI-8
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
G) Thickness (Ft.)
(5) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(b1) Porosity %
(9) Permeability, rainidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Traverse-Monroe
1220
312
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Devonian
limestone, dolo-
mite
Coldwater-Antrim
350
940
Miss. & Devonian
shale
C. Chemical Characteristics of Formation Fluids:
Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Drift
Areal
Thickness Extent
Lithologlc
Character
Fluid
Character
350
extensive sand, gravel fresh
Mineral Resources in Area: None
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): Soluble organics solvents:
2.
alcohols, ketones, esters, ethers and ethers; inorganic salts and acids;
BOD = 2,000 - 10,000 ppm
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1; 51)00-8000
C, Specific Gravity: N/A
D. Temperature: N/A
E. pH: 4.0 - 4.5
(b)
-------
WIC MI-8
3. Tbxlclty: N/A
Reactivity vrlth 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: Filtration, clarification, and pH adjustment
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Surface
Intermediate
Jection
Hole
Size
Casing or Tubing
Weight and Grade
42#
17 #
Size
10
7
Depth
Set
352
1290
Tubing
2-1/2
1295
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
7 inch casing - 395 sks cement.
3. Well Head Equipment (Name and Models); N/A
Packers, Centralizers, and Other Subsurface Equipment: 5 centralizers
on 7 inch casing; Hookwall neoprene packer on 7 inch casing.
5. Bottom Hole Completion: Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.: Acidized with 3000 gal,
at 1276 ft. to 1476 ft.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: 2 surge tanks - 45^000 gal, each; one
25,000 gal, mixing tank; and one 65,000 gal, ciarifer
2. Filters: Niagara polishing filter.
(c)
-------
WIC MI-8
3 Pumps'. One injection pump and one booster 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) 1954 Average 250 Maxiraum_
" 1964 211 "" 320
" 1965 180 400
11 1966 180 400
3. Annual Volume Injected, gal.
A. 19 N/A B. 19_ C. 19
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; 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; Completed, equipped and maintained in a
manner that will prevent pollution of fresh water or endanger any
natural resources.
B. Monitoring Requirements; Pressure is monitored with continuous ~~
pressure recorders.
C. Restrictions of Operation Procedures: Surface pressures limited to
1250 psi and the rate is limited to 300,000 gpd.
(d)
-------
Well Id. Code; Ml-9
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WFTiT."! IN TOE UNTIED STATES
Permit Status: PDR
Operational Status:
NOUP
Operating Company, Name and Address: Dow Chemical Company, Bay Refining Div.
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06_
2. Latitude and Longitude: 43°38'30"/83°07'30"
(Year) 73
3. Well Location (Legal Description): sw 1/4, NE 1/4, NE 1/4, Sec 15,
T14N, R5E
County: Bay
State; Michigan
5. SIC Classification: 290CT
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Chemical plant waste
2.
3-
H.
5.
6.
7.
8.
9-
10.
Date Well Permitted:
Injection Rate: 64,800 gpd
Completed: 10/13/54
N/A
Injection Pressure:
Total Depth of Well; 4710 ft.
Name, Age, and Depth of Injection Zone: Sylvania, Devonian
4425 ft.
Date Injection Began: (Day)
Total Volume Injected to Date:
Date Injection Ceased: (Day)_
Previous Mode of Disposal:
N/A
jMonthT
N/A
(Month)
(Year)54
(Gallons)
TYear) 67_
HI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
Saginaw
Michigan Series
Marshall
Berea
Antrim
Traverse-Detroit R. Devonian
(b)
Age
Pleistocene
Pennsylvanian
Mississippian
Mississippian
Mississippian
Miss.-Dev.
Sylvania
Devonian
(c) (d) (e)
Depth Thickness Lithologic Description
0 98 sand, clay
98 326 sand, shale
424 133 sandstone
557 1234 sandstone
1791 171 sandstone
1963 178 shale
2041 2307 limestone, dolomite, shale
4453 sandstone
(a)
-------
WIC
MI-9
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
IT) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(q) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) Hydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, raillidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Sylvania
4425
285
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Devonian
sandstone
300
4000
Miss . & Devonian
shale, carbonate.
sandstone
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
k. Mineral Resources in Area: None
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): Cuprous ammonium acetate,
phenol, and caustic waste.
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 MI-9
3 Toxlclty: Threshold concentration of copper in domestic water supplies
- is 1.0 mg/1; phenol may be fatal with a total dose of 1.5 grains ~~
H. Reactivity with Surface Equipment Components: Possible corrosion of
metallic components in caustic solution.
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
Size Weight and Grade
Surface 14
Intermediate 14#
Size
14
10-3/4
Depth
Set
97
891
Injection
Other Tubing
5
2-1/2
4125
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: N/A
3. Well Head Equipment (Name and Models); N/A
Backers, Centralizers, and Other Subsurface Equipment; six centralizers
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
(0
-------
WIG MI-9
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 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-10
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STATES
Permit Status:
PDR
Operational Status:
o
Operating Company Name and Address: DOW Chemical Company. Bay Refining DJV.
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
(Month) 06
2. Latitude and Longitude: 43°38'18"/83°51'00"
(Year) 73
3. Well Location (Legal Description): sw 1/4. SE 1/4. NE 1/4. Sec 10.
T14N. R5E
County: Bay
State; Michigan
5. SIC Classification: 2900
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Chemical plant waste
2. Date Well Permitted: 9/59
3. Injection Rate: 293,000 gpd
Completed: 7/28/59
Injection Pressure: 1900 psi
5. Total Depth of Well: 4605
6. Name, Age, and Depth of Injection Zone: Sylvania, Devonian
4489 ft.
7. Date Injection Began: (Day) (Month) 09
8. Total Volume Injected to Date: 18,248,880 (3/1/73)
9. Date Injection Ceased: (Day)
10. Previous Mode of Disposal:
(Year) 59
(Gallons)
(Month)
N/A
jYear)
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Marshall
Dundee
Detroit River
Sylvania
(b) (c)
Age Depth
Mississippian 437
Devonian 2900
Devonian 3245
Devonian 4453
(d) (e)
Thickness Lithologic Description
sandstone
limestone
limestone
sandstone
(a)
-------
WIC
MI-10
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) Jfydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, millidarcles
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Sylvania
4489
126
Devonian
sandstone
Dundee-Detroit R.
2900
1553
Devonian
limestone
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: Some °il» 8as ancl coal found in the area.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate ^ydrologlcally Affected Area: N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Phenol water, 20% spent
caustic, and acidic water.
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity: N/A
D. Temperature: N/A
E. pH: N/A
(b)
-------
WIG _ MI-10
3. Toxic 1 ty : Total dose of 1.5 grams of phenol may be fatal to humans.
M. Reactivity with Surface Equipment Components: Possible corrosion of metallic
components by exposure to caustic.
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-inJectlon Waste Treatment: Settling
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 40.5# H-40 10-3/4 891
Intermediate 23# J-55 CSG 7 4441
Injection EUE tubing 3-1/2 4000
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
10-3/4 inch casing - 600 sks; 7 inch casing - 1050 sks.
3. Well Head Equipment (Name and Models): N/A
. Packers, Centrallzers, and Other Subsurface Equipment: six centralizers;
Baker Model B packoff shoe at 4441 ft.; Baker baffle collar at 4393 ft.
5. Bottom Hole Completion: Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.: 9,000 gal.(9/2/59);
16,000 gal. (9/3/59)
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters:
(c)
-------
WIC MI-10
3. Pumps: N/A
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 2/70 Average 60 Maximum
" '1/71 60
" 7/72 59
11
2773
2. Injection Pressure, psi (During Life of Well to Present)
Date(s) 2/70 Average 1530 Maximum
" 1/71 1280
" 7/72 1225
11 2773 1775
3. Annual Volume Injected, gal.
A. 19_72_ 16,885,600 B. 19_71_ 12,681,900 C. 1970_ 24,576,400
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 of Operation Procedures: N/A
(d)
-------
Well Id. Code:
MI-ll
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNTIED
Permit Status:
PDR
Operational Status:
o
Operating Company Name and Address: Ford Motor Company, Rouge Plant
Dearborn, Michigan
I. GENERAL IDENTIFICATION DATA
1.
2.
3.
H.
5.
II.
1.
2.
3-
U.
5.
6.
7.
8.
9.
10.
Entry Date of Data: (Day) 29
Latitude and Longitude: 42°18'00"
Well Location (Legal Description) :
T2Sj RUE
County : Wayne
SIC Classification: 3312
GENERAL DATA ON WELL SITE
(Month) oi (Year) 73
/83°08'48"
SE 1/4, NW 1/4, NW 1/4. Sec 29.
State: Michigan
Type Of Waste Injected: Liquid coke oven wastes.
Date Well Permitted: 8/15/56
Injection Rate: 15j 000^000 gpy
Injection Pressure: 278 psi
Total Depth of Well: 563 ft.
Name, Age, and Depth of Injection
Date Injection Began: (Day) 15
Completed :
Zone: Sylvania, Devonian
482 ft.
(Month) 08 (Year) 56
Total Volume Injected to Date: 247,000,000 (Gallons)
Date Injection Ceased: (Day)
Previous Mode of Disposal: N/A
(Month) (Year)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Drift
Detroit River
Sylvania
(b)
Age
Pleistocene
Devonian
Devonian
(c) (d) (e)
Depth Thickness Llthologic Description
0 80 clay, gravel
80 400 dolomite
480120 sandstone
(a)
-------
WIC
MI-11
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) Llthostatic Pressure, psi
(6) Jfydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, mlllidarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Sylvania
482
74
211
490
490
Devonian
sandstone
Detroit River
80
400
Devonian
dolomite
C. Chemical Characteristics of Formation Fluids:
Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Drift
Depth
20
Area!
Thickness Extent
Llthologlc
Character
Fluid
Character
60
variable clay, sand
. Mineral Resources in Area: Salt is mined near 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 manufacture
of coke - cyanide = 270 ppm; phenol = 1300 ppm; H7S = 300 ppm; Ammonium
thiocyanate = 1579 ppm; sulfur = 1900 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; N/A
(b)
-------
WIG MI-11
««»
3. Toxicity: Cyanide and phenol may be fatal to humans.
4. 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: Filtration. pH adjustment
V. WELL DESIGN AND CONSTHJCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weigit and Grade Size Set
Surface
Intermediate 9 7 583
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
7 inch casing - 95 sks.
3. Well Head Equipment (Nane and Models);
. Packers, Centralizers, and Other Subsurface Equipment: N/A
5. Bottom Hole Completion: Open hole
6. Hydraulic Fracturing, Acidizing Programs, etc.: Well acidized when well
head pressure reaches and maintains excessive values.
VI. DESCRIPTION OF SURFACE EQmPMENT
1. Holding Tanks and Plow Lines: 30,000 gal, sump; 900 gal, surge tank.
2. Filters: Leaf filters with diatomaceous earth and cartridge filter.
(c)
-------
WIC MI-11
3. Pumps: Gardner Denver duplex reciprocating steam driven pump rated at
100 gpm at 450 psig.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) I960 Average 24.7 Maximum 25.8
" 1969 24.8 25.8
" 1970 20.8 25.5
" 1972 21.6 25.7
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) i960 Average 177 Maximum 284
11 1969 441 551
" 1970 158 477
11 1972 89 273
3. Annual Volume Injected, gal.
A. 19_72 11,300,000 B. 19_71 12,000,000 C. 19_70 10,900.000
VIII. SAFE3Y INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Pressure and flow 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; Completed, equipped and 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 Procedures; Must operate as permitted.
(d)
-------
Well Id. Code: Mi-12
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN TOE UNITE!) STATES
Permit Status:
PDR
Operational Status: p_
Operating Company Name and Address: Leonard Refineries. inc._
Alma, Michigan
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
(Month) 06 (Year) 73
2. Latitude and Longitude: N/A
3. Well Location (Legal Description)
4. County: Gratiot
: N/A
State: Michigan
5. SIC Classification: 2900
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Waste effluent from refinery operation.
2. Date Well Permitted: 6/57
Completed :
3. Injection Rate: 20 gpm
4. Injection Pressure: 750 psi
5. Total Depth of Well: 1244 ft.
6. Name, Age, and Depth of Injection
7. Date Injection Began: (Day)
Zone: Marshall, Mississippian
1030 ft.
(Month) 06 (Year) 57
8. Total Volume Injected to Date: 63,097,192 (1/1/73) (Gallons)
9. Date Injection Ceased: (Day)
.0. Previous Mode of Disposal: N/A
(Month) (Year)
HI. GEOLOGIC INFORMATION
1. Lithology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
Drift
(b)
Age
Pleistocene
Saginaw-Parma
Bayport-Michigan
Marshall
(c)
Depth
0
207
(d) (e)
Thickness Lithologic Description
clay, gravel
Pennsylvanian
Mississippian
Mississippian 1030
207
443
650
380
sandstone, shale
shale, dolomite
sandstone
(a)
-------
WIC
MI-12
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(k] 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
Marshall
1030
219
0.45 psi/ft est.
1.0 psi/ft est.
1.0 psi/ft est.
Mississippian
sandstone
widespread
Bayport
650
380
Mississippian
shale, dolomite
widespread
C. Chemical Characteristics of Formation Fluids: IDS = 24,600 ppm;
Cl~ = 15.200 ppm; Na = 4980 ppm; Ca = 3120 ppm; pH = 3.9
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Drift
Area! Lithologic
Depth Thickness Extent Character
Fluid
Character
variable clay, gravel good
Saginaw
443
283
extensive sand,shale
Mineral Resources in Area: Several small oil accumulations in Gratiot
County. There is also considerable coal in the area.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Inmediate Hydrologically Affected Area: N/A
IV. WASTE CHARACTERISTICS
Waste effluent from
1. Technical Description (Including Radioactivity):
refinery operation. The waste consists of the foul condensate and spent
caustic fulids. Hydroxide = 786 ppm; phenols = 7.7 ppm
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1:"
C. Specific Gravity: 1.002
D. Temperature: N/A
E. pH; 8.8
N/A
N/A
(b)
-------
, WIC MI-12
3. Tbxlcity: Total dose of 1.5 grams phenol mav be fatal to humans; dose
" of 1.95 grams of NaOH may be fatal to humans.
M. Reactivity with Surface Equipment Components; Possible corrosion of
metallic components by caustic hydroxides.
5- Degradabillty Level and Rate: slow anaerobic degradation of phenol
6. Biological Level at Injection and Estimated Biological Level After Injection:
Brobablv not sterile at injection; bacterial activity minimal.
7. Pre-inJaction Waste Treatment: N/A
V. WELL DESIGN AND (XXBTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 10-3/4 452
Intermediate 7 1025
lection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon:
10-3/4 inch casing - 265 sks; 7 inch casing - 225 sks.
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: NTT"
(c)
-------
WIC MI-12
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) 12/69 Average 752 Maximum
" 12/7C " ' '745'
" 12/71 727
" 12/72 728
3. Annual Volume Injected, gal.
A. 1922 8.635,320 B. 19 71 11.808.856 C. 19_70 5.684.520
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 of Operation Procedures: N/A
(d)
-------
Well Id. Code; Mi-13
CCKPILATION OF fflDUSTRIAL AND MUNICIPAL
, INJECTION WETT/! IN TOE UNITED STATES
Permit Status; FDR Operational Status: o_
Operating Company Name and Address: Chemetron Corporation
Holland, Michigan
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01 (Month) 06 (Year) 73_
2. Latitude and Longitude: 42°47'50"/86°07'55"
3. Well Location (Legal Description): NE 1/4, NE 1/4, NW 1/4, Sec 30. T5N7
R15W
H. County: Ottawa State: Michigan
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Effluent from pigment manufacturing process.
2. Date Well Permitted; 1966 Completed:
3. Injection Rate: 18,000.000 gpy "
Injection Pressure: 225 - 250 psi
5. Total Depth of Well: 5895 ft.
6. Name, Age, and Depth of Injection Zone; Cambrian, 4608 ft.
7.
8.
9.
10.
Date Injection Began: (Day)
Total Volume Injected to Date:
Date Injection Ceased: (Day)
(Month)
90,000,000
(Month)
(Year)
(Year)
66
(Gallons)
Previous Mode of Disposal: None - new process
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
MI-13
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
3) Ihickness (Ft.)
(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, °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
Drift
Area!
Ihickness Extent
Llthologic
Character
Marshall
sand, clay
sandstone
Mineral Resources In Area: Oil and gas in the area.
Fluid
Character
5- Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologlcally Affected Area: One disposal well located 300 ft,
south.
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity); Pickle liquor of dilute
sulfuric acid, 2 to 30% solution.
2.
None
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1: N/A
C. Specific Gravity: 1.0 - 1.125
D. Temperature: 100°F - 125°F
E. pH: 1 - 9 ~~
(b)
-------
WIC MI-13
3. Toxiclty: N/A
4. Reactivity with Surface Equipment Components: Corrosive from acid"
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: Polishing filter and equalization holding.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Welffit and Grade Size Set
Surface 13-5/8 32.75// H-40 10-3/4 538
Intermediate 8-3/4 23# J-55 7 4606
Injection 6.5# 2-7/8 4600
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 10-374
inch casing - 350 sks; 7 inch casing - 1375 sks.
3. Well Head Equipment (Name and Models): N/A
. Packers, Centralizers, and Other Subsurface Equipment: 20 centralizers
on 7 inch casing; Otic packer at 4606 ft.
5. Bottom Hole Completion: Open hole completion.
6. Hydraulic Fracturing, Acidizing Programs, etc.: Acidized with 6000
HCl.
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: Two large settling tanks.
2. Filters:Two closed delivery plate and frame filters.
(0
-------
WIC MT-H
3. Pumps: Two injection pumps, centrifugal type, one of which is a stand-by.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 2/68 Average 135 Maximum
11/72 150
ii -
n
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 2/68 Average 125 Maximum
11/72 225
3. Annual Volume Injected, gal.
A. 1912. 18.000.000 B. 19.71 18.QQQ.QQQ C. 19.zn ia,nnn,nnn
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data; Injection pressure, annulus pressure, and
injection flow recorder.
B. Sampling Frequency and Water Quality Parameters Measured; Once a day
for suspended solids, pH, specific gravity, and chloride.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation: MA-14 stand-by
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-14
COMPILATION OF INDUSTRIAL AND MUNICIPAL
"INJECTION WELLS IN THE UNTIED STATES
Permit Status; FDR Operational Status: o_
Operating Company Name and Address: Chemetron Corporation. Pigment Division
Holland, Michigan
I. GENERAL IDENTIFICATION DATA
1. Ehtry Date of Data: (Day) 01 (Month) 06 (Year) 73
2. Latitude and Longitude: 42°47'50"/86°07'55"
3. Well Location (Legal Description): SE 1/4, NE 1/4. NW 1/4, Sec 30, T5N.
R14W
H. County ; Ottawa State: Michigan
5. SIC Classification: 2899
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Effluent from pigment manufacturing process.
2. Date Well Permitted; 7/69 Completed:
3. Injection Rate: 18,000,000 gpy '
Injection Pressure: 225 - 250 psi
5. Total Depth of Well: 5910 ft.
6. Name, Age, and Depth of Injection Zone: Cambrian, 4608 ft.
7. Date Injection Began: (Day) (Month) 07 (Year) 69
8. Total Volume Injected to Date: 36,000,000 (GallonsT
9. Date Injection Ceased: (Day) (Month) (Year)
10. Previous Mode Of Disposal: None - new process
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
N/A
(a)
-------
WIC
MI-14
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Thickness (Ft.)
(M) Formation Fluid Pressure, psi
(5) Lithostatic Pressure, psi
(6) ftrdrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, minidarcies
(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
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; One disposal well 300 ft. north
IV.
1.
WASTE CHARACTERISTICS
Technical Description (Including
manufacturing process including
Radioactivity) : Effluent from a pigment
sulfuric acid = 0-15%, hydrochloric acid =
0-15%, ammonium sulfate = 0-15%, ammonia = 0;10%.
2.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1
B. Cone. Dissolved Solids, mg/1
: None
: N/A
C. Specific Gravity: 1.0 - 1.125
D. Temperature: 100°F - 125°F
E. pH: 1.0 - 9.0
(b)
-------
WIG MI-14
3. Toxiclty : Acids may be fatal to humans.
*
M. Reactivity with Surface Equipment Components: Corrosive from 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-injection Waste Treatment; Polishing filtration and equalization
holding.
V. WELL DESIGN AND CONSTRUCTION
1. Casing and Tubing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface 15 10-3/4 535
Intermediate 8-3/4 ^7 T73IT
Injection
Other
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 10-3/4
inch casing - 325 sks; 7 inch casing - 880 sks '
3. Well Head Equipment (Name and Models); N/A
. Packers, Centrallzers, and Other Subsurface Equipment: 8 centralizers
on 10-3/4 inch casing.
5. Bottom Hole Completion; Perforated completion.
6. Hydraulic Fracturing, Acidizing Programs, etc.: None
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; 2 large holding tanks and 4 large equalization
tanks.
2. Filters: Two closed delivery plate and frame filter presses.
(O
-------
WIC MI-14
3. Pumps: Two injection pumps, centrifugal type, one of which is stand-by.
VII. OPERATION CHARACTERISTICS
1. Injection Rate, gpm (During Life of Well to Present)
Date(s) 1971 Average 120 Maximum 150
1972 120 150
2. Injection Pressure, psl (During Life of Well to Present)
Date(s) 1971 Average 225 Maximum 250
" 1972 225 250
3. Annual Volume Injected, gal.
A. 1972_ 18,000,000 B. 1971_ 9.000,000 C. 1970. 9,000,000
VIII. SAFETY INFORMATION
1. Monitoring Program
A. Monitoring Devices and Data: Injection pressure, annulus pressure and
injection flow recorder.
B. Sampling Frequency and Water Quality Parameters Measured; Once a day
for suspended solids, pH, specific gravity, chloride.
C. Frequency of Measuring Water Levels and Hydrostatic Heads; N/A
2. Contingency Plan for Well Failure During Operation; Use MA-13 as
stand-by
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 be operated as permitted.
(d)
-------
Well Id. Code:
MI-15
COMPILATION OF INDUSTRIAL AND MUNICIPAL
INJECTION WELLS IN THE UNITED STAHS
Operational Status: NOUP
Permit Status; FDR
Operating Company Name and Address: Wyandotte Chemical Company
Wyandotte, Michigan
I. GENERAL IDENTIFICATION DATA
1. Entry Date of Data: (Day) 01
(Month) 06
2. Latitude and Longitude: 42013'00"/83°08'12"
(Year) 73
3. Well Location (Legal Description); Sec 23, TIZN. R2W
County: Wayne
State:
Michigan
5. SIC Classification; 2812
II. GENERAL DATA ON WELL SITE
1. Type Of Waste Injected: Chemical process water and solid residues.
2.
3.
H.
5.
6.
7.
8.
9.
10.
Date Well Permitted; 10/66
Injection Rate: 210.000.000 gpy
Completed:
Injection Pressure; 50 psig
Total Depth of Well; 1400 ft.
Name, Age, and Depth of Injection Zone: Salina. Silurian
850 ft.
Date Injection Began: (Day) 24 (Month) ip
(Year) 66
Total Volume Injected to Date: 278.023.000
Date Injection Ceased: (Day) 12 (Month) "02
Previous Mode Of Disposal: Sedimentation of solids on waste beds with
(Year) 68"
(GailonsT
discharge of clarified fluid to Detroit River.
PI. GEOLOGIC INFORMATION
1. Ldthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
"DrTft
Detroit River
Sylvania
Bois Blank
Bass Island
Salina
(b)
Age
Pleistocene
Devonian
Devonian
Devonian
Silurian
Silurian
(c)
Depth
5
60
165
280
310
850
(d) (e)
Thickness Lithologic Description
60 clay, gravel
115 dolomite, anhydrite
115 sandstone, dolomite
30 dolomite, chert
415 dolomite, shale
evaporites
(a)
-------
WIC
MI-15
B. Geologic Description of Injection Unit and Other Possible Units
Injection
(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) Fteservolr Temperature, °C
(11) Character and Area!
Distribution
Salina
850
600
open cavity
open cavity
Silurian
cavity
10°
evaporites
Detroit
River
60
115
0 - 200
Devonian
dolomite
,, evaporites
C. Chemical Characteristics of Formation Fluids; Salt cavity - saturated
brine
3. Geohydrology of Fresh Water and Other Useful Aquifers
Depth
0
Area!
Thickness Extent
Lithologic
Character
Fluid
Character
60
Detroit River
sand, gravel potable
extensive dolomite
H2S water
. Mineral Resources in Area: salt
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate Hydrologically Affected Area: Numerous abandoned salt wells,
IV. WASTE CHARACTERISTTCS
1.
2.
Technical Description (Including Radioactivity); chemical process water,
the waste contains 3% solids which are a mixture of CaCO^. CaSO/.. CaO.
B.
C.
D.
E.
13.500 - 15.500
and SnOp. Solution mining operation and chlorine production.
Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
Cone. Dissolved Solids, mg/1:"
Specific Gravity: 1.17 "
Temperature:
pH:
79.000 - 112.000
120° F
11.0 - 11.5
(b)
-------
WIG MI-15
« "" rLI''
3. Toxiclty; None
tt
1. Reactivity with Surface Equipment Components; corrosive
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-lnjectlon Waste Treatment: N/A
V. WELL DESIGN AND «)NSTRUCTION
1. Casing and Tubing
Hole Casing or Tlibing Depth
Size Weight and Grade Size Set
Surface
Intermediate 12-1/2 24# JT&C 8-5/8 800
Injection
Other
2. TVpe and Amount of Cement, Cement Additives, Emplacement Horizon:
400 sks common circulated to grade.
3. Well Head Equipment (Name and Models); None
Packers, Centralizers, and Other Subsurface Equipment: None
5. Bottom Hole Completion: Open into abandoned salt cavity.
6. Hydraulic Fracturing, Acidizing Programs, etc.; None
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters: NTT
(c)
-------
WIC MI-15
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, psi (During Life of Well to Present)
Date(s) - Average Maximum
3. Annual Volume Injected, gait
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-16
COMPILATION OF INDUSTRIAL AND MUNICIPAL
'
WPT.T.S TN THE
Permit Status:
PDF
Operational Status:
Operating Conpany Name and Address: Wyandotte chemical Co.
Wyandotte, Michigan
I. GENERAL IDENTIFICATION DATA
1.
2.
3.
5.
Entry Date of Data: (Day) 01 (Month)
Latitude and Longitude: 42°13'31"/83°08'46"
Well Location (Legal Description): Sec 23,
County : Wayne State :
SIC Classification: 2818
06 (Year)
1
T12H, R2W
Michigan
73
II. GENERAL DATA ON WELL SITE
1. Type of Waste Injected: Chemical process water
2.
3-
4.
5-
6.
7.
8.
9.
10.
HI
Date Well Permitted: 10/66
Injection Rate: N/A
Injection Pressure: N/A
Total Depth of Well: 1400"
Name, Age, and Depth of Injection
Date Injection Began: (Day) ^/A
Completed :
Zone: Salina^
850'
(Month)
Silurian
(Year)
Total Volume Injected to Date: N/A
Date Injection Ceased: (Day)
Previous Mode of Disposal: N/A
. GEOLOGIC INFORMATION
(Month)
(Year)
(Gallons)
1. Llthology and Stratigraphy
A. Geological Description of Rock Ifriits Penetrated by Well
(a)
Name
Drift
Detroit River
Sylvania
Bois Bank
Bass Island
Salina
(b)
Age
Pleistocene
Devonian
Devonian
Devonian
Silurian
Silurian
60
165
(d)
Thickness
60
115
115
280
30
310
4.15
850
(e)
Lithologic Description
clay, gravel
dolomite, anhydrite
sandstone, dolomite
dolomite, chert
anhydrite, shale, dol.
evaporite
(a)
-------
WIC
MI-16
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
(1) Name
(2) Depth (Ft.)
(3) Ihickness (Ft.)
(i») Formation Fluid Pressure, psi
(5) Lithostatic Pressure > psi
f6) Ifydrofracturing Pressure, psi
(7) Age of Unit
(8) Porosity %
(9) Permeability, roillidarcies
(10) Reservoir Temperature, °C
(11) Character and Areal
Distribution
Salina
850
400
Silurian
10°
evaporites
t
Detroit River
0
450
0 - 200
Devonian
10°
limestone, dolomite
sandstone
C. Chemical Characteristics of Formation Fluids: Salt cavitv
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Drift
Detroit River
Depth
0
450
Thickness
60
400
Area! Lithologic
Extent Character
variable sand, gravel
extensive dolomite
Fluid
Character
fresh
H9S
Mineral Resources in Area: None
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 process water
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1:
B. Cone. Dissolved Solids, mg/1:"
Specific Gravity; 1.17 "
Temperature:
pH:
13.500 - 15.500
79.000 - 112.000
C.
D.
E.
120° F
11.0 - 11.5
(b)
-------
WIG
.^ Ibxiclty : None
4. Reactivity with Surface Equipment Components : Calcium sulfate scaling
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 CONSTRUCTION
1. Casing and Tubing
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. 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.; NTT"
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines: N/A
2. Filters:
(c)
-------
WIG MI-16
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 Measuring Water Levels and Hydrostatic Heads;
2. Contingency Plan for Well Failure During Operation:
3. Regulatory Aspects
A. Construction Requirements:
B. Monitoring Requirements:
C. Restidcticns or Operation Procedures:
(d)
-------
Well Id. Code:
MI-17
COMPILATION OF INDUSTRIAL AND MUNICIPAL
PAT
INJECTION WELLS IN
Permit Status:
PDR
Operational Status:
Operating Company Name and Address: niunk Laundromat
1111 Round Lake Road - Union Lake. Mich lean
I.
1.
2.
3.
4.
5.
II.
1.
2.
3.
14.
5.
6.
7.
8.
9.
10.
GENERAL IDENTIFICATION DATA
Entry Date of Data: (Day) 01
Latitude and Longitude: N/A
Well Location (Legal Description):
County: Oakland
SIC Classification: 7211
GENERAL DATA ON WELL SITE
(Month) 06 (Year) 74
SW 1/4, r.E 1/4, ?n 1/4. Sec. 35. T3N. R8i:
State: Michigan
Type Of Waste Injected: Laundromat waste water.
Date Well Permitted: 3/67
Injection Rate: in,onn gal. /day
Injection Pressure: 5no psi
Total Depth of Well: 1840 ft.
Name, Age, and Depth of Injection
Date Injection Began: (Day)
Total Volume Injected to Date: 8
Date Injection Ceased: (Day) -'/A
Previous Mode of Disposal: N/A
Completed:
Zone: Syl van i an, Devonian, 1774
(Month) 03 (Year) 67
29,ono (Gallons)
(Month) (Year)
PI. GEOLOGIC INFORMATION
1. Llthology and Stratigraphy
A. Geological Description of Rock Units Penetrated by Well
(a)
Name
"TTrTTt
Sunbury
Be re a
Bedford
Antrim
Traverse
Dundee
Detroit K.
(b)
Age
PI eistocene
Mississippi an
Missi ssippi an
Mississippi an
Devonian
Devonian
Devonian
Devon inn
(c)
Depth
576
605
664
866
]Qno
121R
1437
(d)
Thickness
9Q
5Q
202
143
289
130
26?
(e)
Llthologic Description
slial e
sandstone/pil t
shal e
shale
shale/1 inestone
1 imestono
anhydri re/do lon-ite
Sylvnnia
177
panristone/dolom' te
(a)
-------
WIC
MI-17
B. Geologic Description of Injection Unit and Other Possible Units
Injection Unit
Conflninz Bed
(I) Mane
w
(1
(5
(£,
If
Depth (Ft.)
Thickness (Ft.)
Formation Fluid Pressure, psi
Llthostatlc Pressure, psi
) Ifydrofracturing Pressure, psi
> Age of Unit
(B) Porosity %
(9) Permeability, raLllldarcies
(10) Reservoir Temperature, °C
(11) Character and Area!
Distribution
Sylvania
1774
0.45 jsi/ft. est.
1.0 psi/ft. est.
1.0 psi/ft. est.
Devonian
sandstone
Bedford-Dundee
664
700
Miss . -Devonian
shales, carbonates &
evapo rites
C. Chemical Characteristics of Formation Fluids: Saline
3. Geohydrology of Fresh Water and Other Useful Aquifers
Name
Coldwater
Berea
Depth
300
608
Thickness
15
60
Areal Lithologlc
Extent Character
extensive shale
extensive sandstone
Fluid
Character
rreshwater
freshwater
4. Mineral Resources in Area; No mineral resources are reported in the area of
the disposal well.
5. Location of Other Wells, Abandoned Wells, and Other Penetrations in
Immediate tfydrologlcally Affected Area; N/A
IV. WASTE CHARACTERISTICS
1. Technical Description (Including Radioactivity): Laundromat waste water
Ca 36,400 ppm, Mg 8,900 ppm, Na 59,000 ppm, K 3,000 ppm, phosphates. ~
2. Physical/Chemical Description
A. Cone. Suspended Solids, mg/1: N/A
B. Cone. Dissolved Solids, mg/1; 466,000
C. Specific Gravity; 1.19
D. Temperature; N/A
E. pH; 5.8
(b)
-------
WIG MI-17
*
3. Toxiclty: N/A
* ^__^____________-_-____^^
H. 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-injection Waste Treatment: Filtration and sedimentation J screens
to 3 compartment block settling-holding tanks. ~
V. WELL DESIGN AND CONSTRUCTION
1. Casing and lUbing
Hole Casing or Tubing Depth
Size Weight and Grade Size Set
Surface TFI/4 Jf-55 21 ///ft. JF578
Intermediate 7-7/8 33 20 ff/ft. " "82
6-1/4 J-55 15.5 ff/ft. 5=172 1.561
lection 4-3/4
OthSF
2. Type and Amount of Cement, Cement Additives, Emplacement Horizon: 8-5/8 inch
casing - 175 sks ; 7 inch casing - 175 sks. ;
3. tell 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.; AcidizationT
VI. DESCRIPTION OF SURFACE EQUIPMENT
1. Holding Tanks and Plow Lines; 3 compartments-cement block settling tank.
2. Filters; 3 screens.
(0
-------
WIG MI-17
3. Pumps: 50 gpm pump
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; 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 Requirements; Completed, equipped and maintained in a
manner that will prevent pollution of fresh water or endanger any
natural resources .
B. Monitoring Requirements: Max. injection pressure, daily vol
-H volume o* waste injected, accumulative am
volume of waste
mnnthiv voum , amuuiiL ^'
C. Restrictions of Operation Procedures; Must operate as permitted.
(d)
------- |