oEPA
United States Environmental Protection Agency
Office of Enforcement and Compliance Assurance
Office of Criminal Enforcement, Forensics and Training
CD
o
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CONTENTS
SUMMARY 3
METHODOLOGY 4
PERSONNEL 4
INSTRUMENTATION 4
CALIBRATION 5
DATA MANAGEMENT 6
QUALITY ASSURANCE 7
RESULTS 8
CONCENTRATION MAPPING 9
SOURCE CHARACTERIZATION 11
DISCUSSION 12
TABLES
Table 1. PROJECT TEAM MEMBERS 4
Table 2. GMAP ANALYTES AND INSTRUMENTATION 5
Table 3. SUMMARY OF DAILY CALIBRATION VERIFICATION RESULTS 5
Table 4. GMAP DAILY MAPPING SCALES, OVERALL UCL1, AND MDL2 6
Table 5. SUMMARY OF FIELD ACTIVITIES BY DAY 8
FIGURES
Figure 1. Overview of GMAP mapping runs; Calcasieu Parish, Louisiana; April 11-14, 2022 10
Figure 2. Overview of GMAP mapping runs; St. John the Baptist, St. James and St. Charles
Parishes; April 15-23, 2022 11
APPENDICES (NEIC-created*)
Appendix A Mapping Log (395 files)*
Appendix B FLIR Video Log (2 pages, 12 files)*
Appendix C Graphs of Calibration Results (5 pages)*
Appendix D Using KML files in Google Earth Pro (3 pages)*
Appendix E Mapping Results (14 pages)*
Appendix F Facilities Entered (3 pages)*
Appendix G Canister Sample Log and Chain of Custody Record (7 pages)*
This Contents page shows all the sections contained in this report
and provides a clear indication of the end of this report.
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SUMMARY
U.S. Environmental Protection Agency (EPA) Region 6 (Region) requested the EPA National
Enforcement Investigation Center (NEIC) to perform an EPA draft Other Test Method (OTM) 33,
Geospatial Measurement of Air Pollution, Remote Emissions Quantification, (GMAP) survey
both outside and inside the fence line of various stationary sources of air pollution in or nearby
Calcasieu Parish, St. Charles Parish, St. James Parish, and St. John the Baptist Parish, Louisiana.
GMAP surveys may help regulated entities, the government, and the public locate elevated
pollutant concentrations on or near selected facilities (concentration mapping) and identify
potential emission sources that may contribute to these elevated pollutant concentrations
(emission source characterization). The Region, in consultation with state and citizen partners,
provided guidance to NEIC on selecting facilities of interest. Entry was made into facilities
identified by EPA Region 6 personnel.
The GMAP survey was conducted from April 11-23, 2022, beginning in Calcasieu Parish and
ending in St. James Parish, Louisiana. Measured air pollutants included methane (CH4); ethylene
oxide (EtO); total volatile organic compounds (VOCs); and benzene (BEN), toluene (TOL), m-
xylene (XYM), and p-xylene (XYP) [collectively referred to as BTX], Sulfur dioxide (SO2) was
monitored while the GMAP team was traveling to and at one facility. Forward-looking infrared
(FLIR) cameras capable of visualizing gaseous volatile organic compounds were used to locate
potential upwind emission sources when elevated readings were detected. Air samples were
collected at selected locations using 1.4-liter (L) evacuated canisters, following the NEIC
operating procedure Air Sampling, NEICPROC/11-008.
This report summarizes the field measurement results obtained using the on-board
photoionization detector (PID) and differential ultraviolet absorption spectrometer (DUVAS)
instruments and the FLIR camera, and it describes the canister sampling process (discussed
below). A subsequent report will summarize the field measurement results for CH4 and EtO
obtained using the cavity ring-down spectrometer (CRDS). Analytical results from canister
sampling will be provided by the relevant laboratories. Detailed field measurement results are
provided in the appendices. Field measurement results from the PID and DUVAS instruments
were processed into files in the Keyhole Markup Language (KML) format and are provided in
Appendix A; FLIR camera video files in MP4 format that were collected by NEIC personnel are
provided in Appendix B.
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METHODOLOGY
General GMAP methodology is described in EPA draft test method OTM33 (version 1.2). Sub-
method OTM 33A (version 1.3) provides detailed method requirements, performance metrics,
and method quality indicators. This section of the report provides details about NEIC's
implementation of this method.
PERSONNEL
The project team is identified in Table 1.
Table 1. PROJECT TEAM MEMBERS
Name
Organization
Role
Bradley Venner
EPA-NEIC
Project manager
Richard Helmich
EPA-NEIC
Principal GMAP operator
David Mahoney
EPA-NEIC
Field team member
Agustin Martinez
EPA-NEIC
Field team member
Nick Bobbs
EPA-Office of Enforcement and
Compliance Assurance (OECA)-Air
Enforcement Division (AED)-
Stationary Source Enforcement
Branch (SSEB)
Field team member
Chris Williams
EPA-OECA-AED-SSEB
Field team member
Ali Gitipour
EPA-Office of Research and
Development-Center for
Environmental Measurement and
Modeling-Air Methods and
Characterization Division-
Combustion Source Branch
Field team member
Justin Chen
EPA-Region 6-Enforcement and
Compliance Assurance Division-
Air Enforcement Branch
Field team member
INSTRUMENTATION
The instruments used in the survey are summarized in Table 2.
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Table 2. GMAP ANALYTES AND INSTRUMENTATION
Analyte/Measurand
Instrument
Manufacturer
Model
Serial No.
Cm and EtO
CRDS
Picarro
G2920
3726-UV1030
Benzene, toluene, m-xylene,
p-xylene, sulfur dioxide
DUVAS
DUVAS
DV3000
DV1003
VOCs
PID
Ion Science
MiniPID2-
HS
MP3SHLHSCU2
Motion-corrected wind
speed and direction
Weather station
AirMar
200WX
3445952
Spatial location
Geographical positioning
system
Hemisphere
Crescent
R100
0734-4068-003
Imaging, VOCs
Infrared imaging camera
FUR
GFx320
C12140
CALIBRATION
Calibration verifications for the DUVAS and PID were performed at the beginning and the
ending of each working day. An additional calibration event was performed on April 23, 2022,
to calibrate the DUVAS to measure SO2. The gas cylinders used for calibration verification were
maintained in a separate trailer. Corresponding calibration gases were metered to each
instrument from the cylinders through a valved manifold. The calibration gases used in this
project were a BTX mixture and S02 for the DUVAS and isobutylene for the PID. Detailed
descriptions and certificates of analysis (CoAs) of the calibration gases are in the project file.
Calibration verifications also included analysis of a "zero" gas standard that contains, at most,
only very small quantities of any analyte.
Time periods during the calibration process when relatively constant zero gas and calibration
gas responses were obtained were visually identified by Bradley Venner. A summary of the daily
quantitative calibration results is shown in Table 3. Plots of the zero gas and calibration gas
responses are shown in Appendix C.
Table 3. SUMMARY OF DAILY CALIBRATION VERIFICATION RESULTS
Calibration Level
(Span or Zero)
Analyte
Calibration
Standard
Cone
Average
Measured Cone
of Calibration
Events
Standard
Deviation
Between
Calibration Events
Pooled Standard
Deviation Within
Calibration Events
Span
VOCs
1980
2100
200
30
Span
SO2
382
529
N/A1
2.1
Span
Benzene
324
329
20
4.6
Span
Toluene
316
313
14
7.5
Span
m-xylene
315
363
58
21
Span
p-xylene
315
316
20
9.3
Zero
VOCs
0
-50
90
10
Zero
SO2
0
1
N/A1
0.6
Zero
Benzene
0
0
3.6
2.9
Zero
Toluene
0
-1
8.1
4.2
Zero
m-xylene
0
-9
42
16
Zero
p-xylene
0
2
10
2.3
1 N/A: Not applicable, only measured in one event.
NOTE: All concentrations are in parts per billion (ppb).
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The zero standard was used to calculate a method detection limit (MDL) for each analyte. The
MDL was calculated using the largest standard deviation for the zero standard from all valid
calibration files multiplied by 2.39, the 99% quantile of a t-distribution with 60 degrees of
freedom. A minimum detectable concentration (also referred to as an upper control limit or
LJCL) was calculated by multiplying the MDL by 2.2. The calculated MDL and UCL values, with
the exception of SO2, are shown in Table 4. The calculated MDL and UCL values for the single
SO2 calibration event were 1.4 ppb and 3.1 ppb, respectively.
Table 4. GMAP DAILY MAPPING SCALES, OVERALL UCL1, AND MDL2
Benzene
Toluene
m-xylene
p-xylene
Total VOC
Largest
Standard
Deviation
5
7
25
3
25
MDL
13
17
61
7
59
UCL
28
37
130
16
130
Day
Min
Max
Min
Max
Min
Max
Min
Max
Min
Max
4/11/2022
14
57
26
83
61
267
15
40
-100
300
4/12/2022
13
56
29
87
100
306
11
36
-300
100
4/13/2022
13
56
17
75
62
268
14
39
-300
100
4/14/2022
13
56
25
83
73
279
7
33
200
600
4/15/2022
13
56
26
84
183
390
7
33
375
775
4/16/2022
20
63
17
75
82
288
26
51
700
1000
4/18/2022
14
57
17
75
61
267
25
50
510
910
4/19/2022
13
56
18
76
61
267
24
49
200
600
4/20/2022
16
58
19
77
61
267
12
37
200
600
4/21/2022
16
59
31
88
61
267
12
37
550
950
4/22/2022
13
56
22
79
113
319
11
37
450
850
4/23/2022
13
56
17
75
82
288
12
37
400
800
1 UCL: upper control limit
2 MDL: method detection limit
NOTE: All concentrations are in parts per billion
DATA MANAGEMENT
Instrument operation and data collection were managed by an on-board computer running
custom application software, Mobile Emissions Monitoring Software (MEMS), version 6.2.1.
Data were sampled and recorded from each instrument approximately every second. Data were
stored in individual, tab-delimited text files that were started and stopped by the instrument
operator. Individual text files are referred to as "mapping runs." The MEMS software displays
selected analytes in real-time, which allows for dynamic vehicle routing based on observed
measurements. Canister sampling is also controlled, and the start/stop times are recorded by
MEMS.
Following the completion of field activities, data files were processed by the custom application
software, Google Earth Map Plotter, version 1.7. This software produces KML files that can be
opened using geographic information systems such as Google Earth Pro (GEP).
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Mapping scales for each DUVAS analyte were calculated for each day. The minimum mapping
scale (green) was calculated as the MDL plus the daily average concentration value for the zero
standard, if positive. The maximum mapping scale (red) was calculated as two times the LJCL
plus the daily average concentration for the zero standard, if positive. Values greater than
maximum mapping scale appear on the maps as proportionally taller red bars.
For VOCs, it was necessary to adjust the daily mapping scales due to additional sources of noise
that were not captured during calibration. The VOC baseline would shift shortly after switching
to monitoring mode from calibration mode. This monitoring baseline would often drift within
the course of the day as well. On several occasions, there was a noticeable shift in the baseline
value between the time the GMAP team arrived at the facility and the start of monitoring at the
facility, after safety briefings and other entry requirements were completed. Furthermore, a
sine-wave oscillation in the baseline of about ±50 ppb with a period of about 4 minutes was
present in many mapping runs. Therefore, a daily VOC minimum mapping scale was determined
by visually examining data and choosing a value that represented a relative minimum value
over the oscillation during the day. The minimum (green) mapping scale was set at this value, a
maximum (red) was set at the minimum mapping scale plus 400 ppb, and a quantitation limit
was set at the minimum mapping scale plus 200 ppb. Measured VOC values equal or greater
than the maximum mapping scale are shown in red and appear on the map as proportionally
taller bars. Because of the variation in the relative instrument baseline over the day, individual
VOC maps should be examined with care before concluding the presence of an elevated VOC
concentration.
The daily adjusted minimum and maximum mapping scales (listed by date) for each targeted
analyte except SO2 are presented in Table 4; the daily offset for SO2 was 1.2 ppb, resulting in a
minimum mapping scale of 4.3 ppb and a maximum mapping scale of 7.4 ppb.
KML files were produced for each analyte and mapping run. In addition, analyte-specific KML
files were produced where the maximum within the run exceeded the daily UCL. The resulting
KML files are provided electronically as Appendix A. Directions for using GEP to visualize these
KML files are provided in Appendix D.
QUALITY ASSURANCE
All GMAP measurements were performed in accordance with the NEIC quality system. All field
sampling and measurements described in this report were within the scope of NEIC's ISO/I EC
17025 accreditation issued by the ANSI National Accreditation Board (certificate No. FT-0303),
except for the motion-corrected anemometer and FLIR videos taken by AED or the Region
(identified in Appendix B). The GMAP motion-corrected anemometer cannot be calibrated as a
complete system; therefore, the uncertainty of this instrument cannot be verified.
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According to the manufacturer, DUVAS-measured compounds are linear to a value of
1,000 ppb. The operating range for the PID sensor is 0-3,000 ppb. Readings greater than these
operating ranges will have a higher uncertainty.
The AirMar weather station failed to provide wind speed and direction data on several
occasions, likely due to a communication error with the on-board computer. The most severe
outages occurred on April 11, 2022, and April 22, 2022, when approximately 50% and 0%,
respectively, of the wind speed and direction data were recorded. However, most survey days
had at least one partial outage. During malfunction events, source attribution can be more
challenging. Wind speed and direction data from the National Weather Service at nearby
locations can be examined in the absence of data from the AirMar.1
RESULTS
GMAP field measurement activities were conducted on 12 days during the investigation period.
Detailed information of GMAP activities, indexed by mapping run, are provided in Appendix E.
A summary of the information in Appendix E, indexed by day, is provided in Table 5. A
summary of the facility information for each facility entered, including all personnel present at
opening and closing meetings, is provided in Appendix F. Canister sampling times, locations,
and operators are described in detail in Appendix G. FLIR video files are described in detail in
Appendix B. The field logbook contains further information regarding the measurement and
sampling activities performed for this project.
Table 5. SUMMARY OF FIELD ACTIVITIES BY DAY
Day
Facility Short Name1
Map ID
FUR Video File
Name2
(MOV_####)
Canister(s)3
4/11/2022
Louisiana Integrated
Polyethylene
Sasol
220411_MA01-
220411_MA44
AED:0140
NEIC: 0181-0183
NEIC: 3068, 3071, 3101, 10027
ORD: 11670, 11685, 12169,
12318
4/12/2022
Phillips 66 - Lake Charles
Citgo
220412_MA01-
220412_MA52
AED:0141
NEIC: 0184, 0185
NEIC: 521, 3116, 4612, 9497
ORD: 11686, 12151, 12175,
12307
4/13/2022
LOTTE
Westlake - South
220413_MA01-
220413_MA54
NEIC: 0186-0188
NEIC: 4609, 4621
ORD: 11678, 12137, 12148,
12171, 12306
4/14/2022
Westlake - North
Citgo
220414_MA01-
220414_MA52
AED:0167
NEIC: 0191, 0192
NEIC: 4605, 10007
4/15/2022
Marathon - Garyville
220415_MA01-
220415_MA38
NEIC: 0193-0196
NEIC: 9490, 10009
ORD: 12158
4/16/2022
220416_MA01-
220416_MA48
NEIC: 3066
ORD: 11669, 11680
1 https://www.weather.gov/help-past-weather. Accessed May 16, 2022.
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Table 5. SUMMARY OF FIELD ACTIVITIES BY DAY
Day
Facility Short Name1
Map ID
FUR Video File
Name2
(MOV_####)
Canister(s)3
4/18/2022
Evonik - Reserve
NuStar - St. James
220418_MA01-
220418_MA74
AED: 0170, 0172,
0174
NEIC: 0204
NEIC: 527, 535, 4606
ORD: 12172
4/19/2022
Union Carbide - St. Charles
220419_MA01-
220419_MA50
NEIC: 00118, 00278, 10018
ORD: 11677, 12153, 12311
4/20/2022
Union Carbide-St. Charles
MPLX - Mt. Airy
220420_MA01-
220420_MA50
AED:0175
NEIC: 4602
ORD: 12156
4/21/2022
Occidental - Convent
Plains Marketing - St. James
Americas Styrenics - St. James
220421_MA01-
220421_MA57
AED:0179-0181
NEIC: 0205, 0206
NEIC: 00279, 3073, 4601, 4618
ORD: 12159, 12161
4/22/2022
DuPont
Denka
220422_MA01-
220422_MA25
NEIC: 519, 10008
ORD: 11675
4/23/2022
Nucor Steel Louisiana
220422_MA01-
220422_MA15
NEIC: 3119, 10023
ORD: 12173
1 Detailed facility information available in Appendix F
2 Video files identified by equipment owner (AED, NEIC) and file name identifier. The file name can be obtained by
substituting the file name identifier (####) into the template MOV_####.mp4. Additional information on these
video files is provided in Appendix B.
3 Canisters are identified by canister owner (ORD, NEIC) and canister identifier. Additional information on the
canister sampling process is provided in Appendix G.
CONCENTRATION MAPPING
Overviews of the mapping runs are shown in Figures 1 and 2. These maps show the locations of
facilities (yellow pins), and all the locations where GMAP data was collected (green lines). Some
tracks were excluded from this plot due to display errors in the Google Earth Pro software used
to display these results; the KML files provided in Appendix A should be consulted to determine
precise routes.
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\ ¦
Figure 1. Overview of GMAP mapping runs; Calcasieu Parish, Louisiana; April 11-14, 2022
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Figure 2. Overview of GMAP mapping runs; St. John the Baptist, St. James and St. Charles
Parishes; April 15-23, 2022
SOURCE CHARACTERIZATION
Personnel from NEIC, AED and the Region used FLIR infrared imaging cameras to attempt to
locate upwind sources of elevated concentrations detected during concentration mapping
activities. The table in Appendix B identifies the date and time of collection, the equipment
used, the thermographer, the associated facility, and the mapping run where these videos were
collected. The electronic version of this report includes 12 videos of gaseous emissions
collected during the investigation on the NEIC camera by NEIC personnel in Appendix B. Videos
collected by non-NEIC personnel are identified in the table to Appendix B but are not included
in the electronic version of the report.
NEIC collected a total of 59 canister samples of air from 36 distinct locations during the GMAP
survey during potentially elevated concentration events or as field blanks. One ORD canister
and 34 NEIC canisters were sent to the ERG laboratory in Morrisville, North Carolina, for
analysis, while 24 ORD canisters were sent to the ORD VOC laboratory in Durham, North
Carolina. The canister identification number, designated laboratory, sampling time and location
where these canister samples were collected are summarized in Appendix G. Digital copies of
the chain of custody records for the canisters sent to the ERG laboratory are also included in
Appendix G. The results of these analyses will be reported by the respective laboratories, along
with detailed information about the analytical measurement procedures used.
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DISCUSSION
GMAP data are best used to screen for areas where further investigation using more traditional
inspection and leak detection instruments can help to determine if emissions meet regulatory
requirements.
Wind direction provides an important but not infallible source of information on the direction
of potential emissions sources. For example, when the wind direction is changing frequently, a
measured concentration may also be from an emitted plume that has been blown back to the
source. Large obstructions such as tanks also have wakes that can generate local winds
opposite of the prevailing wind direction. Additionally, the AirMar (wind speed and direction
sensor) is located on top of the moving vehicle and can be affected by the vehicle slipstream at
higher speeds. To avoid issues with vehicle slipstream causing erroneous wind data, the data is
only recorded when the vehicle's speed is less than 25 miles per hour. The wind direction is
determined with an internal magnetic compass that also may be affected by local magnetic
fields and large, nearby metallic objects.
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Appendix A
Mapping Log
VP1456E01
GMAP R6 Pollution Accountability Team FY2022
Calcasieu Parish, Louisiana
St. Charles Parish, Louisiana
St. James Parish, Louisiana
St. John the Baptist Parish, Louisiana
Please see folder sent with project report for digital KML files.
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Appendix B
FLIR Video Log
VP1456E01
GMAP R6 Pollution Accountability Team FY2022
Calcasieu Parish, Louisiana
St. Charles Parish, Louisiana
St. James Parish, Louisiana
St. John the Baptist Parish, Louisiana
2 pages
Please see folder sent with project report for digital MP4 files collected on the NEIC camera.
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Date/Time
(CDT)
File Name1
(+ ,mp4)
Equipment
Owner
Thermo-
grapher
Facility
Short Name
Potential
Source
Video
Length
fminsl
Description
Associated
Mapping Files
4/11/2022 15:15
MOV0140
AED
Bobbs
(AED)
Sasol
NA
1:36
NA
220411_MA28
4/11/2022 16:47
MOV0181*
NEIC
Helmich
(NEIC)
Sasol
Ground level
eoose neck
1:26
Emissions from ground-
level eoose neck vent
220411_MA35
4/11/2022 14:49
MOV0182*
NEIC
Helmich
(NEIC)
Sasol
Ground level
eoose neck
1:05
Emissions from ground-
level eoose neck vent
220411_MA35
4/11/2022 14:52
MOV0183*
NEIC
Helmich
(NEIC)
Sasol
Ground level
eoose neck
1:16
Emissions from ground-
level eoose neck vent
220411_MA35
4/12/2022 10:17
MOV0141
AED
Bobbs
(AED)
Phillips 66 -
La ke
Charles
Truck loading
rack
1:21
NA
220412_MA08
4/12/2022 11:18
MOV0184*
NEIC
Helmich
(NEIC)
Phillips 66 -
La ke
Charles
Tank 2001
1:44
Emissions from tank near
stair landing. Exact leak
source indeterminate.
220412_MA13
4/12/2022 13:25
MOV0185*
NEIC
Helmich
(NEIC)
Phillips 66 -
La ke
Charles
Tank 338
1:36
Emissions from pressure
release valve at top of
tank.
220412_MA28
4/13/2022 11:24
MOV0186*
NEIC
Helmich
(NEIC)
LOTTE
Acetaldehyde
tank
1:49
Emissions from thermal
oxidizer at acetaldehyde
sumo drain
220413_MA16
4/13/2022 16:08
MOV0187*
NEIC
Helmich
(NEIC)
Westlake -
South
Natural gas
Diceline
1:19
Emissions from natural gas
pipeline
220413_MA42
4/13/2022 16:10
MOV0188*
NEIC
Helmich
(NEIC)
Westlake -
South
Natural gas
Diceline
1:09
Emissions from natural gas
pipeline
220413_MA42
4/14/2022 13:30
MOV0191*
NEIC
Helmich
(NEIC)
Citgo
Tank 2
0:26
Emissions from
conservation vent on top
of tank
220414_MA37
4/14/2022 14:02
MOV0167
AED
Bobbs
(AED)
Citgo
API oil/water
separator
0:55
NA
220414_MA42
4/14/2022 14:53
MOV_0192
NEIC
Chen(R6)
Citgo
Tank 55
0:43
Emissions from tank
evebrow vent
220414_MA51
4/15/2022 9:28
MOV_0193
NEIC
Bobbs
(AED)
Marathon -
Garvville
Tank T-20-2
1:44
Emissions from top of tank
220415_MA03
4/15/2022 9:31
MOV_0194
NEIC
Bobbs
(AED)
Marathon -
Garvville
DGF-B
0:53
Emissions from open goose
neck vent.
220415_MA03
4/15/2022 10:32
MOV_0195
NEIC
Bobbs
(AED)
Marathon -
Garvville
Tank 300-16
1:13
Degassing/emptying tank
220415_MA08
4/15/2022 11:14
MOV0196
NEIC
Bobbs
(AED)
Marathon -
Garvville
Sewer grate
1:45
Emissions from sewer grate
220415_MA23
4/18/2022 10:20
MOV_0170
AED
Williams
(AED)
Evonik -
Reserve
EO scrubber
stack
1:54
NA
220418_MA14
4/18/2022 15:09
MOV_0172
AED
Williams
(AED)
NuStar - St.
James
Tank 25
1:28
NA
220418_MA49
4/18/2022 15:42
MOV_0204*
NEIC
Helmich
(NEIC)
NuStar - St.
James
TK-6
2:15
Emissions along roofline of
tank
220418_MA51
4/18/2022 15:42
MOV_0174
AED
Williams
(AED)
NuStar - St.
James
TK-6
0:44
Emissions along roofline of
tank
220418_MA51
4/20/2022 12:13
MOV0175
AED
Williams
(AED)
Union
Ca rbide
EO mound
flare
1:11
NA
220420_MA27
4/21/2022 11:56
MOV_0205*
NEIC
Helmich
(NEIC)
Barge FMT
3206
Barge vent
1:14
Emissions from barge vent
220421_MA16
4/21/2022 14:58
MOV_0206*
NEIC
Helmich
(NEIC)
Barges FMT
3045 & FMT
3156
Vents at front
of each barge
4:46
Emissions from vents at
front of each barge
220421_MA32
4/21/2022 17:00
MOV_0179
AED
Williams
(AED)
Americas
Styrenics -
St. James
Condensate
pumps
0:51
NA
220421_MA55
NEICVP1456E01
Appendix B
Page 1 of 2
GMAP R6 PAT FY22, Louisiana
-------
Date/Time
(CDT)
File Name1
(+ ,mp4)
Equipment
Owner
Thermo-
grapher
Facility
Short Name
Potential
Source
Video
Length
fminsl
Description
Associated
Mapping Files
4/21/2022 17:02
MOV0180
AED
Williams
(AED)
Americas
Styrenics -
St. James
Condensate
pumps
1:32
NA
220421_MA55
4/21/2022 17:20
MOV0181
AED
Williams
(AED)
Americas
Styrenics -
St. James
Condensate
pumps
1:13
NA
220421_MA55
1: Videos marked with an asterisk (*) are provided in the electronic version of Appendix B.
NEICVP1456E01
Appendix B
Page 2 of 2
GMAP R6 PAT FY22, Louisiana
-------
Appendix C
Graphs of Calibration Results
VP1456E01
GMAP R6 Pollution Accountability Team FY2022
Calcasieu Parish, Louisiana
St. Charles Parish, Louisiana
St. James Parish, Louisiana
St. John the Baptist Parish, Louisiana
5 pages
-------
Figure 1: Zero calibration data and mapping scales, BEN
X
w
w
O)
o
o
dI
+
Cone °
ProcessMin °
Quant °
ProcessMax 0
0 102030405060
0 102030405060
0 102030405060
220421 CA01
220421 CA02
220422 CA01
220422 CA02
220423 CA01
220423 CA02
—
220418 CA01
220418 CA02
220419 CA01
220419 CA02
220420 CA01
220420 CA02
)
- r~*
220414 CA01
220414 CA02
220415 CA01
220415 CA03
220416 CA01
220416 CA02
—
220411 CA01
220411 CA02
220412 CA01
220412 CA02
220413 CA01
220413 CA02
0 102030405060
0 102030405060
Row.lndex
0 102030405060
NEICVP1456E01
Appendix C
Page 1 of 5
GMAP R6 PAT FY22, Louisiana
-------
Figure 2: Zero calibration data and mapping scales, TOL
X
CO
CD
o
o
80
60
46
20
o-
-2X1
80
66
40
26
0"
-2tl
Cone °
ProcessMin °
Quant °
ProcessMax 0
0 102030405060 0 102030405060
I.
220421 CA01 220421 CA02 220422 CA01 220422 CA02 220423 CA01 220423 CA02
220418 CA01
220414 CA01
220411 CA01
I I I I I I I
220418 CA02
220419 CA01
220414 CA02
220411 CA02
I I I I I I I
220415 CA01
220412 CA01
I I I I I I I
220419 CA02
220415 CA03
220412 CA02
I I I I I I I
0 10 20 3040 50 60
220420 CA01
220416 CA01
220413 CA01
I I I I I I I
220420 CA02
220416 CA02
220413 CA02
I I I I I I I
80
60
40
20
0
-20
80
60
40
20
0
-20
0 102030405060
0 102030405060 0 102030405060
Row. Index
NEICVP1456E01
Appendix C
Page 2 of 5
GMAP R6 PAT FY22, Louisiana
-------
Figure 3: Zero calibration data and mapping scales, XYM
X
CO
CD
o
o
40
30
20
16
0'
-•rt
40
30
20
10
0'
-TttlO.
220421 CA01220421 CA02220422 CA01220422 CA02220423 CA01220423 CA02
220418 CA01
220418 CA02
1Q_
220414 CA01
220411 CA01
Cone °
ProcessMin °
Quant °
ProcessMax 0
0 102030405060 0 102030405060
220419 CA01
220414 CA02
220411 CA02
220419 CA02
220415 CA01
220412 CA01
220420 CA01
220415 CA03
220412 CA02
0 102030405060
III.
220420 CA02
220416 CA01
220413 CA01
220416 CA02
220413 CA02
400
300
200
100
0
-100
400
300
200
100
0
-100
iiiiiiniiiiiniiiiiniiiiihiiiiiihiiiiiir
0 102030405060 0 102030405060 0 102030405060
Row. Index
NEICVP1456E01
Appendix C
Page 3 of 5
GMAP R6 PAT FY22, Louisiana
-------
Figure 4: Zero calibration data and mapping scales, XYP
X
CO
CD
o
o
40
20
o-
-2tl
46
20
0"
-20
Cone °
ProcessMin °
Quant °
ProcessMax 0
0 102030405060 0 102030405060
I.
220421 CA01 220421 CA02 220422 CA01 220422 CA02 220423 CA01 220423 CA02
220418 CA01
220414 CA01
220411 CA01
I I I I I I I
220418 CA02
220419 CA01
220414 CA02
220411 CA02
I I I I I I I
220415 CA01
220412 CA01
I I I I I I I
220419 CA02
220415 CA03
220412 CA02
I I I I I I I
0 10 20 3040 50 60
220420 CA01
220416 CA01
220413 CA01
I I I I I I I
220420 CA02
220416 CA02
220413 CA02
I I I I I I I
40
20
0
-20
40
20
0
-20
0 102030405060
0 102030405060 0 102030405060
Row. Index
NEICVP1456E01
Appendix C
Page 4 of 5
GMAP R6 PAT FY22, Louisiana
-------
Figure 5: Zero calibration data and mapping scales, VOC
X
CO
CD
o
o
220421 CA01220421 CA02220422 CA01220422 CA02220423 CA01220423 CA02
220418 CA01
26
0
-2t|>0
20 3_
0- -
220418 CA02
220414 CA01
220411 CA01
-200
I I I I I I I
Cone °
ProcessMin °
Quant °
ProcessMax 0
0 102030405060 0 102030405060
220419 CA01
220414 CA02
220411 CA02
I I I I I I I
220419 CA02
220415 CA01
220412 CA01
m—i i i i i
220420 CA01
220415 CA03
220412 CA02
I I I I I I I
0 102030405060
III.
220420 CA02
220416 CA01
220413 CA01
I I I I I I I
220416 CA02
220413 CA02
I I I I I I I
200
0
-200
200
0
-200
0 102030405060
0 10 203040 5060 0 10 2030 405060
Row. Index
NEICVP1456E01
Appendix C
Page 5 of 5
GMAP R6 PAT FY22, Louisiana
-------
Appendix D
Using KML Files in Google Earth Pro
VP1456E01
GMAP R6 Pollution Accountability Team FY2022
Calcasieu Parish, Louisiana
St. Charles Parish, Louisiana
St. James Parish, Louisiana
St. John the Baptist Parish, Louisiana
3 pages
-------
Google Earth Pro (GEP) is a free software program that may be downloaded and installed from
the internet at https://www.google.com/earth/versions/. The KML files produced by the GMAP
software are designed to be visualized by Google Earth Pro, although many other geographical
information systems (GIS) will also be able to import and visualize these files. The directions
below are designed to help new users understand the information present in the KML files and
use Google Earth Pro to visualize this information.
The analyte concentrations are coded in a traffic-light-color-palette line or bar graphs. Low
analyte concentrations are a green line or bar, with increasing concentrations corresponding to
colors shifting from green to yellow to red. Concentration values lower than the mapping scale
minimum (green) value appear as green lines. Concentrations higher than the mapping scale
maximum (red) value appear as proportionally taller red bars. Each bar corresponds to a 1-
meter distance travelled by the GMAP vehicle. The concentration value shown on the bar is the
highest concentration value recorded inside that distance. Wind arrows are provided for each
concentration bar only when the GMAP vehicle is moving slower than 25 miles per hour due to
instrument limitations. The direction of the arrow is the wind direction, and the length of the
arrow is proportional to the wind speed.
Controls in the upper right of the GEP image allow the user to turn the view and to set the
magnification so that the image can be seen from the best perspective. After the software is
installed, double-clicking a kml file will open the file in GEP under "Temporary Places" in the
"Places" box on the left side of the screen. Figure 1 is a screenshot of a GEP image showing
selected data from the kml file 220419_MA36_VOC.kml, created on May 19, 2022. Double-
clicking a second file will open that file, along with any others already open in GEP.
NEICVP1456E01
Appendix D
Page 1 of 3
GMAP R6 PAT FY22, Louisiana
-------
Google Ewffl Pro
E-e {IM2_VOCM
* CD 22M2S.MM2 VOC Re*d»*
• 220tiS,MA44.VOCionl
* O 220*20_fcKU* VOC Re» rtir»;
^ 220419.MAJO_VOC Jnnl
» O Wmd
~ O 22W19.MM0 VOC ficKbm
• ' 2204tSJb«A».VOCJon»
~ ' O MM
» ' O OMHJittK VOC *«•«•«!
HS [*T^
* B Pjiiwiy D«Ub«e
3 Announcements
* P ftoiden end l*beK
* 12 Pljcej
» " Ph«o»
' F fc«h
» titteuum*
~ 0
» * CiM*
» ¦ ~ Men
* ltHIM
Figure 1. Screen shot of Google Earth Pro image displaying GMAP data.
Note the check boxes and dropdown arrows in the "Places" box. The dropdown arrows control
the ievel of information that can be viewed in the "Places" box. The check boxes control what is
displayed on the GEP image. In Figure 1, wind arrows and VOC concentration bars are
displayed. If the concentration data are displayed in the "Places" box, clicking a concentration
bar in the image will highlight the concentration value in the "Places" box. Clicking the
dropdown arrow next to the wind check box and clicking on an individual wind arrow in the
image would highlight the wind speed and direction for that wind arrow.
Upon opening 220419_MA36_VOC.kml, the VOC concentration map and wind data are
displayed simultaneously. However, data for the fiie 220419_MA40_VOC.kml have been turned
off by clicking the check box next to the file name. The map shows the average measured
concentration of VOC within one meter in this mapping file. The concentration maximum scale
is fixed such that it will appear as a red bar representing a height of 25 meters. In Figure 1, all
concentrations greater than the maximum-scale value are red, representing a height greater
than 25 meters in proportion to the concentration. The green concentration bars represent
values that would not represent elevated VOC concentrations. Yellow or orange concentration
bars represent values that would require some corroborating evidence to establish high
confidence that they are true readings and not instrument noise outliers. Corroboration could
NEICVP1456E01
Appendix D
Page 2 of 3
GMAP R6 PAT FY22, Louisiana
-------
be the presence of a known source directly upwind, concentration of other compounds at the
same place, or red or higher values adjacent to the yellow bar.
GEP has features that allow the user to generate jpeg images from the image on the screen.
The user can add icons with labels to the maps. Legends, titles, and other information can be
added to the jpeg images.
NEICVP1456E01
Appendix D
Page 3 of 3
GMAP R6 PAT FY22, Louisiana
-------
Appendix E
Mapping Results
VP1456E01
GMAP R6 Pollution Accountability Team FY2022
Calcasieu Parish, Louisiana
St. Charles Parish, Louisiana
St. James Parish, Louisiana
St. John the Baptist Parish, Louisiana
14 pages
-------
MapJD
BEN
TOL
XYM
XYP
VOC
Facility Short Name
Process
FUR
Canister
220411_MA01
8
16
43
15
851
220411_MA02
7
9
22
11
685
220411_MA03
9
13
42
16
222
220411_MA04
10
12
34
14
246
Louisiana Integrated
Polvethvlene
220411_MA05
7
6
11
16
55
Louisiana Integrated
Polvethvlene
LDPE
220411_MA06
11
6
5
13
-178
Louisiana Integrated
Polvethvlene
LDPE
220411_MA07
7
13
1
14
-62
Louisiana Integrated
Polvethvlene
LDPE
220411_MA08
8
6
1
15
-98
Louisiana Integrated
Polvethvlene
Cracker
220411_MA09
7
3
13
15
3,560
Louisiana Integrated
Polvethvlene
Cracker
220411_MA10
10
13
12
14
5,027
Louisiana Integrated
Polvethvlene
Cracker
NEIC 3071;
ORD 11685
220411_MA11
8
8
18
12
3,031
Louisiana Integrated
Polvethvlene
Cracker
220411_MA12
8
13
27
14
1,960
Louisiana Integrated
Polvethvlene
Cracker
220411_MA13
7
7
24
12
-117
Louisiana Integrated
Polvethvlene
Cracker
220411_MA14
9
15
31
13
169
Louisiana Integrated
Polyethylene
Cracker
NEIC 10027;
ORD 11670
220411_MA15
8
14
49
11
-57
Louisiana Integrated
Polvethvlene
Cracker
220411_MA16
7
15
44
9
33
Louisiana Integrated
Polvethvlene
220411_MA17
10
15
43
8
-241
Louisiana Integrated
Polvethvlene
220411_MA18
8
17
51
10
-219
Louisiana Integrated
Polvethvlene
220411_MA19
5
13
52
7
-231
Louisiana Integrated
Polvethvlene
Tank farm
220411_MA20
5
16
56
5
-245
Louisiana Integrated
Polvethvlene
Loading rack
220411_MA21
7
9
48
8
-244
Louisiana Integrated
Polvethvlene
Loading rack
220411_MA22
8
15
40
6
-213
Louisiana Integrated
Polvethvlene
Loading rack
220411_MA23
6
13
54
11
-154
Louisiana Integrated
Polvethvlene
220411_MA24
5
13
34
9
9,577
Louisiana Integrated
Polvethvlene
220411_MA25
10
17
41
9
-192
Sasol
EOEG
220411_MA26
9
19
60
10
431
Sasol
EOEG
220411_MA27
10
16
51
8
-261
Sasol
EOEG
220411_MA28
12
19
61
10
1,213
Sasol
EOEG
AED MOV_0140
NEIC 3101;
ORD 12318
220411_MA29
6
19
35
7
-171
Sasol
EO tank farm
220411_MA30
5
10
50
6
-202
Sasol
220411_MA31
9
12
44
10
-205
Sasol
alcohol storage
220411_MA32
6
19
55
8
-76
Sasol
alcohol storage
220411_MA33
5
10
23
6
82
Sasol
WWTP
220411_MA34
5
21
40
9
175
Sasol
WWTP
NEICVP1456E01
Appendix E
lof 14
GMAP R6 PAT FY22, Louisiana
-------
MapJD
BEN
TOL
XYM
XYP
VOC
Facility Short Name
Process
FUR
Canister
220411_MA35
9
19
70
9
5,930
Sasol
EtO/Ethoxylate
NEIC MOV0181;
NEIC MOV_0182;
NEIC MOV_0183
NEIC 3068;
ORD 12169
220411_MA36
10
20
49
5
2,042
Sasol
Ziegler alcohol unit
220411_MA37
7
19
61
5
-27
Sasol
220411_MA38
8
18
52
6
4,147
Sasol
Old ethylene unit
220411_MA39
11
18
61
6
2,826
Sasol
Old ethylene unit
220411_MA40
7
15
66
8
565
Sasol
Co-monomer
220411_MA41
7
14
36
2
5,356
Sasol
Co-monomer
220411_MA42
9
15
47
4
978
Sasol
Co-monomer
220411_MA43
6
16
37
3
90
Sasol
220411_MA44
9
19
53
8
1,257
Sasol
Zeigler alcohol unit
220412_MA01
13
17
50
11
39,945
NEIC 4612;
ORD 12175
220412_MA02
10
18
42
10
492
220412_MA03
11
14
46
7
-14
Phillips 66 - Lake Charles
Reformer
220412_MA04
8
14
68
8
49
Phillips 66 - Lake Charles
Loading docks
220412_MA05
8
14
42
10
-265
Phillips 66 - Lake Charles
Loading docks
220412_MA06
5
11
8
7
-289
Phillips 66 - Lake Charles
Loading docks
220412_MA07
7
14
36
12
-287
Phillips 66 - Lake Charles
Loading docks
220412_MA08
9
18
29
11
-63
Phillips 66 - Lake Charles
Loading docks
AED MOV_0141
220412_MA09
10
14
85
7
150
Phillips 66 - Lake Charles
Truck loading rack
220412_MA10
6
13
50
13
101
Phillips 66 - Lake Charles
Truck loading rack
220412_MA11
9
19
42
6
399
Phillips 66 - Lake Charles
Asphalt tanks
220412_MA12
13
26
38
8
1,014
Phillips 66 - Lake Charles
Asphalt tanks
220412_MA13
6
15
45
5
-181
Phillips 66 - Lake Charles
Tank 2001
NEIC MOV_0184
220412_MA14
15
29
60
-3
-32
Phillips 66 - Lake Charles
Asphalt tanks
220412_MA15
12
29
77
-5
87
Phillips 66 - Lake Charles
Asphalt tanks
220412_MA16
24
32
94
-4
191
Phillips 66 - Lake Charles
Asphalt tanks
220412_MA17
10
26
61
-8
-144
Phillips 66 - Lake Charles
Asphalt tanks
220412_MA18
16
40
97
-8
4,762
Phillips 66 - Lake Charles
Tank 2001
220412_MA19
11
34
86
-9
218
Phillips 66 - Lake Charles
WWTP
220412_MA20
17
36
84
-7
-52
Phillips 66 - Lake Charles
WWTP
220412_MA21
16
35
106
-11
275
Phillips 66 - Lake Charles
Tank farm
220412_MA22
16
39
121
-7
145
Phillips 66 - Lake Charles
Tank farm
220412_MA23
14
32
107
-11
19
Phillips 66 - Lake Charles
Tank farm
220412_MA24
12
51
145
-8
4,608
Phillips 66 - Lake Charles
Tank 82
NEIC 521;
ORD 12307
220412_MA25
17
40
95
-7
395
Phillips 66 - Lake Charles
Tank 338
220412_MA26
14
46
92
-9
69
Phillips 66 - Lake Charles
Tank farm
220412_MA27
14
42
119
-8
563
Phillips 66 - Lake Charles
Tank farm
220412_MA28
19
39
100
-8
1,353
Phillips 66 - Lake Charles
Tank farm
NEIC MOV_0185
220412_MA29
18
34
110
-6
470
Phillips 66 - Lake Charles
Asphalt tanks
220412_MA30
15
30
85
-5
72
Phillips 66 - Lake Charles
Asphalt tanks
220412_MA31
17
36
99
-6
445
Phillips 66 - Lake Charles
Asphalt tanks
220412_MA32
13
31
86
-7
-109
Phillips 66 - Lake Charles
Asphalt tanks
220412_MA33
14
35
127
-7
-177
Phillips 66 - Lake Charles
Excel paralubes
220412_MA34
15
36
93
-5
-210
Phillips 66 - Lake Charles
Excel paralubes
220412_MA35
11
33
121
-8
-259
Phillips 66 - Lake Charles
Excel paralubes
220412_MA36
9
42
94
-5
-181
Phillips 66 - Lake Charles
Excel paralubes
220412_MA37
15
29
102
-2
-222
Phillips 66 - Lake Charles
Excel paralubes
NEICVP1456E01
Appendix E
2 of 14
GMAP R6 PAT FY22, Louisiana
-------
MapJD
BEN
TOL
XYM
XYP
VOC
Facility Short Name
Process
FUR
Canister
220412_MA38
18
38
100
-5
-171
Phillips 66 - Lake Charles
Excel paralubes
220412_MA39
17
45
103
-5
549
Phillips 66 - Lake Charles
Excel paralubes
220412_MA40
15
35
83
-11
-128
Phillips 66 - Lake Charles
220412_MA41
11
37
111
-3
564
Phillips 66 - Lake Charles
Downwind from Tank
2001
NEIC 3116;
ORD 12151
220412_MA42
15
35
103
-6
95
220412_MA43
12
34
88
-6
-241
220412_MA44
15
36
101
3
35
220412_MA45
15
28
91
10
-32
220412_MA46
7
12
44
10
-197
220412_MA47
33
18
51
12
-104
Phillips 66 Gulf Coast Plant
NEIC 9497;
ORD 11686
220412_MA48
19
13
26
9
-157
220412_MA49
15
14
54
12
-227
220412_MA50
9
13
49
9
-277
220412_MA51
8
18
31
10
781
Citgo
220412_MA52
9
15
55
11
-256
220413_MA01
8
4
35
19
905
220413_MA02
7
1
31
16
-85
LOTTE
MEG Unit
220413_MA03
7
-1
20
18
-67
LOTTE
MEG Unit
220413_MA04
3
-2
18
13
-237
LOTTE
MEG Unit
220413_MA05
4
0
24
13
-271
LOTTE
MEG Unit
220413_MA06
9
1
37
16
50
LOTTE
MEG Unit
220413_MA07
7
4
24
14
-194
LOTTE
MEG Unit
220413_MA08
8
12
24
14
-149
LOTTE
MEG Unit
220413_MA09
8
2
65
11
-133
LOTTE
MEG Unit
ORD 11678
220413_MA10
27
7
97
9
132
LOTTE
MEG Unit
220413_MA11
12
16
62
9
-173
LOTTE
MEG Unit
220413_MA12
66
12
79
9
517
LOTTE
Tank T-1807
NEIC 4621;
ORD 12306
220413_MA13
51
10
62
5
210
LOTTE
220413_MA14
8
7
60
3
-284
LOTTE
Acetaldehyde thermal
oxidizer
220413_MA15
8
2
38
5
-277
LOTTE
Acetaldehyde thermal
oxidizer
220413_MA16
10
10
89
7
-163
LOTTE
Acetaldehyde thermal
oxidizer
NEIC 4609;
ORD 12171
220413_MA17
58
13
62
7
520
LOTTE
WWTP
220413_MA18
12
11
71
3
42
LOTTE
Cracker/ethylene plant
220413_MA19
9
8
57
6
-205
LOTTE
Ethylene plant
220413_MA20
76
13
47
5
1,120
LOTTE
WWTP
220413_MA21
108
16
83
6
1,438
LOTTE
WWTP
220413_MA22
13
12
87
-5
-243
LOTTE
WWTP
220413_MA23
10
20
112
3
1,164
Westlake - South
220413_MA24
8
25
131
-5
1,815
Westlake - South
220413_MA25
9
17
107
-9
1,313
Westlake - South
WLCS
220413_MA26
13
28
137
-11
5,793
Westlake - South
WLCS
220413_MA27
6
32
125
-7
5,029
Westlake - South
WLCS
220413_MA28
14
20
124
-10
4,002
Westlake - South
WLCS
220413_MA29
10
20
117
-8
4,721
Westlake - South
WLCS
220413_MA30
9
27
151
-9
4,150
Westlake - South
WLCS
220413_MA31
12
17
152
-16
3,269
Westlake - South
WLCS
NEICVP1456E01
Appendix E
3 of 14
GMAP R6 PAT FY22, Louisiana
-------
MapJD
BEN
TOL
XYM
XYP
VOC
Facility Short Name
Process
FUR
Canister
220413_MA32
13
23
164
-12
-231
Westlake - South
WLCS
220413_MA33
11
27
147
-6
-200
Westlake - South
WLCS
220413_MA34
10
28
83
-12
-102
Westlake - South
WLCS
220413_MA35
9
25
152
-10
-226
Westlake - South
WLCS
220413_MA36
10
42
157
-12
-249
Westlake - South
WLCS
220413_MA37
15
21
140
-4
4,069
Westlake - South
TCE control room
ORD 12137
220413_MA38
18
23
129
-8
2,634
Westlake - South
TCE control room
220413_MA39
16
24
121
-6
-42
Westlake - South
220413_MA40
7
22
108
-9
-308
Westlake - South
Sabine water
treatment
220413_MA41
15
18
98
-5
-175
Westlake - South
Sabine water
treatment
220413_MA42
16
29
153
-3
-11
Westlake - South
Powerhouse C
NEIC MOV_0187;
MOV_0188
ORD 12148
220413_MA43
8
21
132
-5
-60
Westlake - South
220413_MA44
10
10
84
-4
37
Westlake - South
220413_MA45
14
21
97
2
5,835
Westlake - South
EOC plant
220413_MA46
9
19
102
-3
292
Westlake - South
WLCS
220413_MA47
10
20
84
-1
993
Westlake - South
EOC plant
220413_MA48
9
13
72
-1
11,950
Westlake - South
WLCS
220413_MA49
11
13
107
1
2,637
Westlake - South
WLCS
220413_MA50
8
14
123
-3
4,682
Westlake - South
WLCS
220413_MA51
10
19
99
1
2,695
Westlake - South
WLCS
220413_MA52
7
16
110
5
274
220413_MA53
6
13
84
7
-217
220413_MA54
7
11
75
15
-251
220414_MA01
13
15
53
17
732
220414_MA02
8
17
32
4
447
Westlake - North
Vinyl furnaces
220414_MA03
9
19
10
4
722
Westlake - North
Vinyl furnaces
220414_MA04
8
12
39
4
715
Westlake - North
Vinyl/EOC plant
220414_MA05
7
9
7
4
189
Westlake - North
Thermal oxidizer
220414_MA06
9
13
29
6
336
Westlake - North
Thermal oxidizer
220414_MA07
6
10
21
2
355
Westlake - North
Thermal oxidizer
220414_MA08
9
14
31
5
297
Westlake - North
Thermal oxidizer
220414_MA09
6
6
7
7
252
Westlake - North
Thermal oxidizer
220414_MA10
5
7
10
1
221
Westlake - North
Vinyl/EOC plant
220414_MA11
8
14
38
7
342
Westlake - North
Vinyl/EOC plant
220414_MA12
9
13
31
7
990
Westlake - North
Vinyl/EOC plant
220414_MA13
8
9
21
8
824
near Arch Chem
220414_MA14
9
13
23
6
817
near Arch Chem
220414_MA15
7
10
24
4
609
220414_MA16
13
13
49
9
2,041
220414_MA17
8
11
13
4
1,037
Citgo
Loading rack
220414_MA18
6
13
-18
0
552
Citgo
Loading rack
220414_MA19
9
28
17
8
8,520
Citgo
Loading rack
220414_MA20
9
20
12
2
5,395
Citgo
Loading rack
220414_MA21
7
22
-2
6
2,892
Citgo
Loading rack
220414_MA22
8
12
38
4
2,340
Citgo
Loading rack
220414_MA23
6
9
-17
6
2,443
Citgo
Loading rack
NEIC MOV_0189
220414_MA24
7
5
9
7
549
Citgo
Tank farm
220414_MA25
11
14
19
9
2,291
Citgo
Tank farm
NEICVP1456E01
Appendix E
4 of 14
GMAP R6 PAT FY22, Louisiana
-------
MapJD
BEN
TOL
XYM
XYP
VOC
Facility Short Name
Process
FUR
Canister
220414_MA26
11
14
12
5
825
Citgo
Tank farm
220414_MA27
10
17
24
5
940
Citgo
Tank farm
220414_MA28
4
10
11
7
696
Citgo
Tank farm
220414_MA29
8
11
16
6
845
Citgo
Tank farm
220414_MA30
8
14
9
11
1,043
Citgo
Tank farm
220414_MA31
7
9
9
6
1,300
Citgo
Tank farm
220414_MA32
8
8
11
11
949
Citgo
Sulfur plant
220414_MA33
5
9
29
7
814
Citgo
Tank 2
220414_MA34
13
118
25
9
8,205
Citgo
Tank 2
220414_MA35
10
9
15
7
82
Citgo
Marine loading dock
220414_MA36
15
165
22
8
12,754
Citgo
Marine loading dock
NEIC 4605
220414_MA37
10
39
31
10
1,761
Citgo
Marine loading dock
NEIC MOV_0191
220414_MA38
6
12
18
10
1,906
Citgo
Tank 2
220414_MA39
7
10
6
8
602
Citgo
Tank T-380
220414_MA40
14
11
2
6
1,585
Citgo
WWTP
220414_MA41
9
5
29
8
242
Citgo
WWTP
220414_MA42
22
48
35
11
8,793
Citgo
WWTP
AED MOV_0167
NEIC 10007
220414_MA43
8
12
9
6
2,241
Citgo
WWTP
220414_MA44
9
10
2
7
1,691
Citgo
WWTP
220414_MA45
7
4
8
6
350
Citgo
WWTP
220414_MA46
11
10
10
8
1,924
Citgo
WWTP
220414_MA47
9
7
-3
6
503
Citgo
WWTP
220414_MA48
8
5
1
7
568
Citgo
WWTP
220414_MA49
9
11
9
7
2,078
Citgo
Tank 55
220414_MA50
9
11
5
6
697
Citgo
Tank 55
220414_MA51
8
24
35
10
3,569
Citgo
Tank 55
NEIC MOV_0192
220414_MA52
8
15
41
7
511
220415_MA01
6
1
73
10
1,054
Marathon - Garyville
Alky unit
220415_MA02
3
0
73
8
853
Marathon - Garyville
WWTP
220415_MA03
23
35
72
12
6,100
Marathon - Garyville
API oil/water separator
NEIC MOV_0193;
NEIC MOV_0194
NEIC 10009
220415_MA04
10
17
58
11
4,414
Marathon - Garyville
WWTP
220415_MA05
21
38
66
12
7,937
Marathon - Garyville
Tank farm
220415_MA06
11
14
66
12
5,312
Marathon - Garyville
Tank farm
220415_MA07
17
34
78
10
7,557
Marathon - Garyville
Tank 300-19
NEIC 9490;
ORD 12158
220415_MA08
16
27
65
10
6,506
Marathon - Garyville
Tank farm
NEIC MOV_0195
220415_MA09
6
2
46
10
860
Marathon - Garyville
Tank farm
220415_MA10
5
16
64
9
2,108
Marathon - Garyville
Tank farm
220415_MA11
8
7
80
10
2,949
Marathon - Garyville
Tank farm
220415_MA12
11
28
60
10
12,338
Marathon - Garyville
Tank farm
220415_MA13
14
79
67
12
12,545
Marathon - Garyville
Tank farm
220415_MA14
8
31
71
9
3,696
Marathon - Garyville
Tank farm
220415_MA15
11
50
65
14
7,321
Marathon - Garyville
Tank farm
220415_MA16
10
25
69
13
6,294
Marathon - Garyville
Tank farm
220415_MA17
14
16
52
11
6,067
Marathon - Garyville
Tank farm
220415_MA18
11
60
75
12
10,225
Marathon - Garyville
Tank farm
220415_MA19
7
32
84
11
2,993
Marathon - Garyville
Tank farm
220415_MA20
6
7
78
9
2,284
Marathon - Garyville
Tank farm
220415_MA21
7
10
95
9
3,945
Marathon - Garyville
Tank farm
NEICVP1456E01
Appendix E
5 of 14
GMAP R6 PAT FY22, Louisiana
-------
MapJD
BEN
TOL
XYM
XYP
VOC
Facility Short Name
Process
FUR
Canister
220415_MA22
6
8
68
10
2,947
Marathon - Garyville
Tank farm
220415_MA23
4
4
45
10
3,048
Marathon - Garyville
Tank farm
NEIC MOV_0196
220415_MA24
6
2
75
12
4,883
Marathon - Garyville
Tank farm
220415_MA25
10
10
80
13
5,676
Marathon - Garyville
Tank farm
220415_MA26
6
6
74
9
5,174
Marathon - Garyville
Tank farm
220415_MA27
10
13
67
11
6,717
Marathon - Garyville
Tank farm
220415_MA28
6
20
94
11
5,327
Marathon - Garyville
Tank farm
220415_MA29
10
5
71
10
4,682
Marathon - Garyville
Tank farm
220415_MA30
4
-2
53
11
761
Marathon - Garyville
Tank farm
220415_MA31
8
14
106
12
8,381
Marathon - Garyville
Tank farm
220415_MA32
9
12
85
13
7,067
Marathon - Garyville
Tank farm
220415_MA33
9
-2
70
11
964
Marathon - Garyville
Tank farm
220415_MA34
3
0
56
11
946
Marathon - Garyville
Marine vapor recovery
combustors
220415_MA35
5
43
79
10
4,543
Marathon - Garyville
Marine vapor recovery
combustors
220415_MA36
4
2
62
13
3,325
Marathon - Garyville
Tank farm
220415_MA37
6
-1
55
11
698
Marathon - Garyville
220415_MA38
3
-2
57
12
797
Marathon - Garyville
220416_MA01
22
20
87
33
928
220416_MA02
17
26
66
12
813
220416_MA03
16
24
72
12
656
near Denka/DuPont
220416_MA04
21
22
36
10
646
near Denka/DuPont
220416_MA05
15
22
58
10
710
near Denka/DuPont
220416_MA06
13
27
45
14
741
near Denka/DuPont
220416_MA07
14
19
16
12
733
near Denka/DuPont
220416_MA08
15
18
47
22
702
near Denka/DuPont
220416_MA09
20
20
53
14
1,090
near Denka/DuPont
220416_MA10
14
16
26
13
728
near Denka/DuPont
220416_MA11
15
18
26
18
712
near Denka/DuPont
220416_MA13
15
6
20
15
690
near Denka/DuPont
ORD 11669
220416_MA13
16
11
30
21
728
near Denka/DuPont
220416_MA14
15
15
44
18
722
near Denka/DuPont
220416_MA15
16
17
49
19
811
near Denka/DuPont
220416_MA16
13
12
32
17
878
near Denka/DuPont
220416_MA17
20
14
49
17
879
near Denka/DuPont
220416_MA18
16
26
71
16
1,467
near DPC Enterprises
220416_MA19
13
21
80
10
1,090
near Evonik - Reserve
220416_MA20
16
21
65
9
1,048
near Evonik - Reserve
220416_MA21
18
20
73
12
1,074
near Evonik - Reserve
220416_MA22
16
23
56
9
873
near Evonik - Reserve
220416_MA23
12
29
49
9
1,420
near Evonik - Reserve
220416_MA24
17
26
81
9
1,101
near Evonik - Reserve
NEIC 3066;
ORD 11680
220416_MA25
13
23
59
7
969
downwind fom Evonik -
Reserve
220416_MA26
14
19
81
3
870
downwind fom Evonik -
Reserve
220416_MA27
14
16
78
8
988
downwind fom Evonik -
Reserve
220416_MA28
15
28
69
4
897
downwind fom Evonik -
Reserve
NEICVP1456E01
Appendix E
6 of 14
GMAP R6 PAT FY22, Louisiana
-------
MapJD
BEN
TOL
XYM
XYP
VOC
Facility Short Name
Process
FUR
Canister
220416_MA29
20
24
86
6
772
near Evonik/Nalco
220416_MA30
10
15
94
3
587
near Evonik/Nalco
220416_MA31
13
19
53
1
521
near Evonik/Nalco
220416_MA32
15
17
57
-1
543
near Evonik/Nalco
220416_MA33
16
22
87
1
578
near Evonik/Nalco
220416_MA34
20
34
59
5
981
near Evonik/Nalco
220416_MA35
11
30
75
4
634
near Evonik/Nalco
220416_MA36
20
25
100
5
500
near Evonik/Nalco
220416_MA37
14
27
90
6
494
near Evonik/Nalco
220416_MA38
15
21
57
4
470
near Evonik/Nalco
220416_MA39
13
24
87
12
513
near Louisiana Refining
220416_MA40
16
30
92
11
613
220416_MA41
14
11
47
16
647
220416_MA42
13
14
11
17
604
220416_MA43
13
15
24
18
862
220416_MA44
15
11
19
24
987
220416_MA45
13
8
3
27
607
220416_MA46
11
8
-17
27
1,769
220416_MA47
14
5
-8
25
737
220416_MA48
14
5
-1
29
614
220418_MA01
12
4
-8
28
-201
220418_MA02
13
8
29
27
179
220418_MA03
9
4
-24
23
525
Evonik - Reserve
Warehouse
220418_MA04
16
1
-17
28
587
Evonik - Reserve
AR process
220418_MA05
9
-4
-1
27
888
Evonik - Reserve
Scrubber stack
220418_MA06
9
-1
-22
29
559
Evonik - Reserve
Scrubber stack
220418_MA07
10
1
-22
28
570
Evonik - Reserve
Scrubber stack
220418_MA08
9
0
-13
26
506
Evonik - Reserve
near reactors
220418_MA09
9
1
-17
28
543
Evonik - Reserve
near reactors
220418_MA10
9
0
-21
27
431
Evonik - Reserve
near EO unloading
220418_MA11
11
-2
-25
28
462
Evonik - Reserve
near control room
building
220418_MA13
10
-2
-25
29
563
Evonik - Reserve
near control room
building
NEIC 4606;
ORD 12172
220418_MA13
10
-3
5
28
675
Evonik - Reserve
Scrubber stack
220418_MA14
8
-1
9
27
539
Evonik - Reserve
Scrubber stack
AED MOV_0170
220418_MA15
10
-3
-13
25
487
near Evonik - Reserve
220418_MA16
5
-7
-30
29
463
near Evonik - Reserve
220418_MA17
10
-3
20
29
508
near Evonik - Reserve
220418_MA18
12
-2
-11
27
456
near Evonik - Reserve
220418_MA19
10
-1
-22
29
1,002
near Stericycle
220418_MA20
11
0
-33
28
676
near Evonik - Reserve
220418_MA21
4
-5
-39
30
367
near Evonik - Reserve
220418_MA22
10
-4
-15
27
425
near Evonik - Reserve
220418_MA23
11
-5
-35
28
468
near Evonik - Reserve
220418_MA24
8
-1
-41
31
416
near Evonik - Reserve
220418_MA25
8
-3
-22
29
399
near Evonik - Reserve
220418_MA26
12
-4
-7
29
414
near Evonik - Reserve
220418_MA27
8
-4
-24
28
356
220418_MA28
12
0
1
29
603
220418_MA29
12
-3
2
31
449
220418_MA30
11
-1
-14
31
516
NEICVP1456E01
Appendix E
7 of 14
GMAP R6 PAT FY22, Louisiana
-------
MapJD
BEN
TOL
XYM
XYP
VOC
Facility Short Name
Process
FUR
Canister
220418_MA31
7
-4
1
28
345
220418_MA32
10
0
13
28
428
near NuStar - St. James
220418_MA33
7
-6
-23
26
319
near NuStar - St. James
220418_MA34
9
1
-8
30
499
near NuStar - St. James
220418_MA35
12
-5
-1
29
444
near NuStar - St. James
220418_MA36
9
-3
-6
29
561
near NuStar - St. James
220418_MA37
8
7
3
31
772
near NuStar - St. James
220418_MA38
10
2
1
27
379
near NuStar - St. James
220418_MA39
10
-2
-33
28
601
NuStar - St. James
220418_MA40
13
-4
-14
30
1,184
NuStar - St. James
220418_MA41
9
-2
3
30
984
NuStar - St. James
220418_MA42
11
3
-21
29
803
NuStar - St. James
220418_MA43
11
-3
-6
29
2,263
NuStar - St. James
220418_MA44
9
-3
-20
27
1,178
NuStar - St. James
downwind of Tank 25
220418_MA45
9
-6
-23
27
533
NuStar - St. James
downwind of Tank 25
220418_MA46
7
-4
-15
27
563
NuStar - St. James
downwind of Tank 25
220418_MA47
8
-5
-4
27
2,003
NuStar - St. James
downwind of Tank 25
220418_MA48
11
-8
-20
31
1,752
NuStar - St. James
downwind of Tank 25
220418_MA49
5
-12
-10
26
282
NuStar - St. James
AED MOV_0172
220418_MA50
8
-6
-10
26
506
NuStar - St. James
near Tank 25
220418_MA51
12
-2
-15
29
947
NuStar - St. James
Tank 6
AED MOV_0174;
NEICMOV 0204
220418_MA52
20
0
0
27
466
220418_MA53
21
-4
-3
27
382
downwind from Americas
Styrenics
220418_MA54
17
-2
-12
31
450
downwind from Americas
Styrenics
NEIC527
220418_MA55
16
-5
-12
31
388
downwind from Americas
Styrenics
220418_MA56
43
3
-6
28
830
downwind from Americas
Styrenics
NEIC535
220418_MA57
42
-4
-28
28
692
downwind from Americas
Styrenics
220418_MA58
12
-3
-25
29
365
downwind from Americas
Styrenics
220418_MA59
10
-5
3
32
336
220418_MA60
9
2
-4
27
279
220418_MA61
11
2
15
31
463
220418_MA62
11
0
-2
29
429
220418_MA63
11
-1
-19
27
260
220418_MA64
11
-4
-28
28
245
near Evonik - Reserve
220418_MA65
13
-2
-20
28
235
near Evonik - Reserve
220418_MA66
11
-6
-26
28
351
near Evonik - Reserve
220418_MA67
5
-5
-31
26
211
near Evonik - Reserve
220418_MA68
11
-1
-10
26
368
downwind of Evonik -
Reserve
220418_MA69
11
-4
-4
30
400
downwind of Evonik -
Reserve
220418_MA70
6
-4
-19
29
371
downwind of Evonik -
Reserve
NEICVP1456E01
Appendix E
8 of 14
GMAP R6 PAT FY22, Louisiana
-------
MapJD
BEN
TOL
XYM
XYP
VOC
Facility Short Name
Process
FUR
Canister
220418_MA71
11
-1
-14
26
279
downwind of Evonik -
Reserve
220418_MA72
12
2
-3
30
338
downwind of Evonik -
Reserve
220418_MA73
10
-4
6
29
360
downwind of Evonik -
Reserve
220418_MA74
11
0
10
30
407
220419_MA01
8
6
32
24
425
220419_MA02
8
2
22
22
443
220419_MA03
7
-3
24
27
208
220419_MA04
7
-3
-25
27
389
Union Carbide - St. Charles
near EXP plant
220419_MA05
9
0
10
26
277
Union Carbide - St. Charles
near railyard
220419_MA06
9
-2
-5
26
212
Union Carbide - St. Charles
near railyard
220419_MA07
8
-2
-26
25
229
Union Carbide - St. Charles
near butanol plant
220419_MA08
8
0
-20
25
275
Union Carbide - St. Charles
220419_MA09
6
-7
-20
26
162
Union Carbide - St. Charles
nearSPU
220419_MA10
4
-10
-18
23
127
Union Carbide - St. Charles
nearSPU
220419_MA11
9
-2
14
26
226
Union Carbide - St. Charles
near storage tanks
220419_MA12
15
-1
7
27
412
Union Carbide - St. Charles
near storage tanks
220419_MA13
36
-4
-4
26
836
Union Carbide - St. Charles
Tank 1311
220419_MA14
24
-4
0
26
540
Union Carbide - St. Charles
Tank 1301
220419_MA15
32
2
9
27
1,183
Union Carbide - St. Charles
Tank 1301
220419_MA16
13
-5
9
26
361
Union Carbide - St. Charles
Tank 1301
220419_MA17
9
-3
-10
26
245
Union Carbide - St. Charles
Railcar loading
NEIC 00278;
ORD 11677
220419_MA18
5
-3
-12
23
146
Union Carbide - St. Charles
SPU/railcar loading
220419_MA19
7
-4
-10
25
191
Union Carbide - St. Charles
SPU/railcar loading
220419_MA20
8
-8
-8
26
668
Union Carbide - St. Charles
WWTP
220419_MA21
3
-4
-6
23
145
Union Carbide - St. Charles
WWTP
220419_MA22
10
-3
1
28
1,055
Union Carbide - St. Charles
WWTP
220419_MA23
8
0
-11
27
432
Union Carbide - St. Charles
Acrylics unit
NEIC 10018;
ORD 12311
220419_MA24
4
-6
-9
27
168
Union Carbide - St. Charles
WWTP
220419_MA25
5
-9
-34
22
243
Union Carbide - St. Charles
WWTP
220419_MA26
9
-4
9
26
294
Union Carbide - St. Charles
Tank area
220419_MA27
9
-6
-21
27
187
Union Carbide - St. Charles
Tank area
NEICVP1456E01
Appendix E
9 of 14
GMAP R6 PAT FY22, Louisiana
-------
MapJD
BEN
TOL
XYM
XYP
VOC
Facility Short Name
Process
FUR
Canister
220419_MA28
5
-4
-1
26
164
Union Carbide - St. Charles
Tank area
220419_MA29
6
-5
1
26
542
Union Carbide - St. Charles
Tank area
220419_MA30
7
-1
-8
24
169
Union Carbide - St. Charles
HO/olefins
220419_MA31
5
3
7
20
468
Union Carbide - St. Charles
WWTP
220419_MA32
5
-4
-4
20
218
Union Carbide - St. Charles
WWTP
220419_MA33
6
-1
2
21
2,033
Union Carbide - St. Charles
WWTP
220419_MA34
6
3
10
24
1,321
Union Carbide - St. Charles
WWTP
220419_MA35
10
1
25
23
1,908
Union Carbide - St. Charles
WWTP
NEIC 00118;
ORD 12153
220419_MA36
5
2
-5
23
1,185
Union Carbide - St. Charles
WWTP
220419_MA37
6
1
-6
23
183
Union Carbide - St. Charles
Acrylics unit
220419_MA38
8
-3
-10
25
1,926
Union Carbide - St. Charles
Acrylics unit
220419_MA39
6
-4
-19
20
2,315
Union Carbide - St. Charles
Acrylics unit
220419_MA40
8
-4
-11
24
2,632
Union Carbide - St. Charles
Acrylics unit
220419_MA41
7
0
-36
25
309
Union Carbide - St. Charles
Acrylics unit
220419_MA42
6
-4
-10
25
211
Union Carbide - St. Charles
Acrylics unit
220419_MA43
6
-3
-15
25
201
Union Carbide - St. Charles
SPU unit
220419_MA44
6
-2
-23
28
205
Union Carbide - St. Charles
SPU unit
220419_MA45
6
-5
-11
26
321
Union Carbide - St. Charles
SPU unit
220419_MA46
8
-5
-14
24
206
Union Carbide - St. Charles
SPU unit
220419_MA47
7
-4
-28
25
234
Union Carbide - St. Charles
SPU unit
220419_MA48
5
1
-4
25
383
Union Carbide - St. Charles
SPU unit
220419_MA49
9
3
1
23
214
Union Carbide - St. Charles
220419_MA50
9
0
3
25
2,985
220420_MA01
11
13
58
7
264
220420_MA02
11
10
64
6
463
220420_MA03
8
7
46
7
604
Union Carbide - St. Charles
Olefins/HC plant
220420_MA04
11
9
57
9
1,087
Union Carbide - St. Charles
Olefins/HC plant
220420_MA05
8
3
15
7
1,076
Union Carbide - St. Charles
Olefins #2 plant
220420_MA06
8
2
26
7
589
Union Carbide - St. Charles
Olefins #2 plant
220420_MA07
9
5
40
8
826
Union Carbide - St. Charles
Olefins #2 plant
220420_MA08
10
3
41
9
1,468
Union Carbide - St. Charles
Olefins #2 plant
NEICVP1456E01
Appendix E
10 of 14
GMAP R6 PAT FY22, Louisiana
-------
MapJD
BEN
TOL
XYM
XYP
voc
Facility Short Name
Process
FUR
Canister
220420_MA08
10
7
50
6
1,074
Union Carbide - St. Charles
Olefins #2 plant
NEIC 4602
220420_MA10
11
6
30
10
6,693
Union Carbide - St. Charles
Olefins #2 plant
220420_MA11
12
9
43
9
2,395
Union Carbide - St. Charles
Olefins #2 plant
ORD 12156
220420_MA12
12
8
29
10
1,152
Union Carbide - St. Charles
Olefins #1 plant
220420_MA13
9
3
29
5
408
Union Carbide - St. Charles
Olefins #1 plant
220420_MA14
13
9
44
10
690
Union Carbide - St. Charles
Olefins #1 plant
220420_MA15
13
9
38
12
1,428
Union Carbide - St. Charles
Olefins #1 plant
220420_MA16
11
4
39
11
631
Union Carbide - St. Charles
Oxides plant
220420_MA17
6
-2
20
11
4,488
Union Carbide - St. Charles
Oxides plant
220420_MA18
11
4
30
9
3,017
Union Carbide - St. Charles
Oxides plant
220420_MA19
9
7
46
7
2,314
Union Carbide - St. Charles
Oxides plant
220420_MA20
10
5
36
7
1,123
Union Carbide - St. Charles
Oxides plant
220420_MA21
7
7
20
10
490
Union Carbide - St. Charles
Amines
220420_MA22
6
7
16
7
666
Union Carbide - St. Charles
Amines
220420_MA23
10
10
18
8
862
Union Carbide - St. Charles
Amines
220420_MA24
6
2
37
8
317
Union Carbide - St. Charles
Amines/EO mound
220420_MA25
10
0
42
9
344
Union Carbide - St. Charles
EO mound
220420_MA26
8
3
43
9
331
Union Carbide - St. Charles
EO mound
220420_MA27
6
6
35
7
321
Union Carbide - St. Charles
EO mound
AED MOV_0175
220420_MA28
9
4
26
8
355
Union Carbide - St. Charles
EO mound
220420_MA29
6
-1
1
3
257
Union Carbide - St. Charles
EO mound
220420_MA30
7
2
33
9
339
Union Carbide - St. Charles
EO mound
220420_MA31
12
12
54
11
668
Union Carbide - St. Charles
EO mound/admin
220420JVIA32
9
7
46
8
353
220420_MA33
8
9
42
9
656
220420_MA34
10
7
40
11
362
MPLX - Mt. Airy
220420_MA35
5
5
30
10
350
MPLX-Mt. Airy
220420_MA36
9
6
17
11
457
MPLX-Mt. Airy
220420_MA37
9
2
26
10
465
MPLX-Mt. Airy
220420_MA38
10
3
31
10
475
MPLX-Mt. Airy
220420_MA39
7
2
47
7
412
MPLX-Mt. Airy
220420_MA40
7
1
19
8
381
MPLX-Mt. Airy
220420_MA41
10
2
29
10
566
MPLX-Mt. Airy
220420_MA42
7
6
44
10
535
MPLX-Mt. Airy
220420_MA43
6
0
27
7
955
MPLX-Mt. Airy
Tank 150-2
NEICVP1456E01
Appendix E
11 of 14
GMAP R6 PAT FY22, Louisiana
-------
MapJD
BEN
TOL
XYM
XYP
VOC
Facility Short Name
Process
FUR
Canister
220420_MA44
10
6
46
12
1,001
MPLX - Mt. Airy
Tank 150-2
220420_MA45
9
5
45
10
795
MPLX - Mt. Airy
Tank 150-2
220420_MA46
9
1
42
11
519
MPLX - Mt. Airy
Tank 150-2
220420_MA47
8
5
35
7
602
MPLX - Mt. Airy
Tank 150-2
220420_MA48
9
4
50
9
527
MPLX-Mt. Airy
Tank 150-2
220420_MA49
9
5
32
11
407
220420_MA50
10
8
61
8
662
220421_MA01
10
16
59
18
-169
220421_MA02
10
0
85
7
-240
220421_MA03
9
17
20
3
-295
220421_MA04
8
43
101
-16
705
Occidental - Convent
220421_MA05
9
43
49
-20
592
Occidental - Convent
EDC tanks
220421_MA06
7
35
82
-17
585
Occidental - Convent
EDC tanks
220421_MA07
9
32
83
-18
537
Occidental - Convent
EDC tanks
220421_MA08
7
38
87
-15
580
Occidental - Convent
EDC tanks
220421_MA09
15
36
103
-19
637
Occidental - Convent
EDC tanks\Plant 1
220421_MA10
12
45
113
-17
674
Occidental - Convent
Plant 1
220421_MA11
11
33
115
-19
873
Occidental - Convent
220421_MA12
11
37
100
-19
614
Occidental - Convent
220421_MA13
11
40
106
-13
634
near Mosaic
220421_MA14
18
38
108
-11
2,630
going to Plains Marketing - St.
James
220421_MA15
13
22
96
-13
2,334
near NuStar - St. James
220421_MA16
24
36
90
6
18,556
near NuStar - St. James
NEIC MOV_0205
220421_MA17
11
16
16
4
1,089
220421_MA18
9
16
12
3
528
220421_MA19
8
17
19
0
733
Plains Marketing - St. James
220421_MA20
10
20
38
1
620
Plains Marketing - St. James
220421_MA21
12
16
26
-1
919
Plains Marketing - St. James
220421_MA22
7
18
38
1
1,201
Plains Marketing - St. James
220421_MA23
7
20
20
3
493
Plains Marketing - St. James
220421_MA24
7
18
27
2
868
Plains Marketing - St. James
220421_MA25
11
22
43
2
2,432
Plains Marketing - St. James
Tank 5210
220421_MA26
7
24
42
-1
862
Plains Marketing - St. James
220421_MA27
7
23
21
-1
486
Plains Marketing - St. James
220421_MA28
7
20
37
3
557
Plains Marketing - St. James
220421_MA29
7
18
33
2
684
Plains Marketing - St. James
220421_MA30
8
20
41
0
2,426
going to Americas Styrenics -
St. James
220421_MA31
1
16
9
-1
408
going to Americas Styrenics -
St. James
220421_MA32
200
130
57
14
42,498
going to Americas Styrenics -
St. James
NEIC MOV_0206
NEIC 3073;
ORD 12161
220421_MA33
31
29
27
3
17,418
going to Americas Styrenics -
St. James
NEICVP1456E01
Appendix E
12 of 14
GMAP R6 PAT FY22, Louisiana
-------
MapJD
BEN
TOL
XYM
XYP
VOC
Facility Short Name
Process
FUR
Canister
220421_MA34
33
25
44
-3
849
Americas Styrenics - St. James
Downwind of ME3100
220421_MA35
236
17
42
-4
4,623
Americas Styrenics - St. James
220421_MA36
470
21
38
-1
8,951
Americas Styrenics - St. James
SM2 styrene plant
220421_MA37
1178
19
59
8
23,131
Americas Styrenics - St. James
SM2 styrene plant
220421_MA37
1138
15
50
9
22,015
Americas Styrenics - St. James
SM2 styrene plant
NEIC 4618;
ORD 12159
220421_MA39
10132
308
30
57
42,494
Americas Styrenics - St. James
SM2 styrene plant
NEIC 00279
220421_MA40
623
13
45
1
12,736
Americas Styrenics - St. James
SM2 styrene plant
220421_MA41
862
20
62
6
28,258
Americas Styrenics - St. James
SM2 styrene
plant/cooline tower
220421_MA42
117
20
21
-2
2,547
Americas Styrenics - St. James
Cooling tower
220421_MA43
275
20
22
-1
5,800
Americas Styrenics - St. James
Cooling tower
220421_MA44
96
23
36
1
2,443
Americas Styrenics - St. James
Cooling tower
220421_MA45
169
25
13
1
3,342
Americas Styrenics - St. James
Cooling tower
220421_MA46
25
21
-12
-2
887
Americas Styrenics - St. James
Cooling tower
220421_MA47
95
17
7
-1
2,104
Americas Styrenics - St. James
Cooling tower
220421_MA48
13
18
13
1
503
Americas Styrenics - St. James
Cooling tower/north
tank farm
220421_MA49
12
18
15
0
389
Americas Styrenics - St. James
North tank farm
220421_MA50
190
80
-3
6
6,278
Americas Styrenics - St. James
DNBP
220421_MA51
99
41
3
4
5,020
Americas Styrenics - St. James
DNBP
220421_MA52
74
45
14
1
3,517
Americas Styrenics - St. James
DNBP
220421_MA53
37
31
-1
1
1,880
Americas Styrenics - St. James
DNBP
220421_MA54
204
97
20
6
7,438
Americas Styrenics - St. James
DNBP
NEIC 4601
220421_MA55
60
42
34
4
2,213
Americas Styrenics - St. James
Ethylbenzene
AED MOV_0179;
AED MOV_0180;
AED MOV 0181
220421_MA56
11
20
28
2
464
220421_MA57
11
21
35
5
290
220422_MA01
9
3
51
20
859
220422_MA02
17
34
193
-22
790
DuPont
220422_MA03
16
44
152
-16
1,994
DuPont
220422_MA04
14
31
174
-19
775
DuPont
220422_MA05
18
32
188
-11
1,150
DuPont
220422_MA06
11
36
193
-22
771
DuPont
220422_MA07
13
19
156
-21
494
DuPont
220422_MA08
16
37
179
-21
453
DuPont
220422_MA09
13
33
178
-17
436
DuPont
220422_MA10
12
27
179
-16
408
DuPont
220422_MA11
19
39
176
-15
1,236
DuPont
near WWTP
NEIC 10008
NEICVP1456E01
Appendix E
13 of 14
GMAP R6 PAT FY22, Louisiana
-------
MapJD
BEN
TOL
XYM
XYP
VOC
Facility Short Name
Process
FUR
Canister
220422_MA12
9
36
180
-16
534
DuPont
WWTP/chloroprene
storage
220422_MA13
16
26
183
-12
444
DuPont
Chloroprene storage
220422_MA14
9
30
176
-8
414
DuPont
CD brine clarifier
220422_MA15
15
25
176
-11
394
DuPont
Barrel storage yard
220422_MA16
16
35
184
-9
605
DuPont
Poly building
220422_MA17
14
32
132
-11
468
DuPont
Poly building
220422_MA18
13
111
150
-10
1,610
Denka
West side of poly
building
NEIC519
220422_MA19
18
95
201
-7
2,520
Denka
Poly building
ORD 11675
220422JVIA20
7
62
94
-17
1,493
Denka
Poly
building/fininshing
driers
220422_MA21
6
92
144
-8
1,780
Denka
Poly
building/fininshing
driers
220422_MA22
9
20
108
-18
331
Denka
Finishing driers/brine
pit
220422_MA23
9
42
122
-10
833
Denka
Brine pit
220422_MA24
10
23
145
-7
471
Denka
Brine pit/admin bid
220422_MA25
14
18
119
6
588
220423_MA01
0
0
0
0
553
220423_MA02
0
0
0
0
396
220423_MA03
0
0
0
0
396
220423_MA04
0
0
0
0
637
Nucor Steel - Louisiana
220423_MA05
0
0
0
0
478
Nucor Steel - Louisiana
Fines blending
220423_MA06
0
0
0
0
434
Nucor Steel - Louisiana
Fines blending
220423_MA07
0
0
0
0
386
Nucor Steel - Louisiana
Ore yards
220423_MA08
0
0
0
0
364
Nucor Steel - Louisiana
Ore yards
220423_MA09
0
0
0
0
461
Nucor Steel - Louisiana
Ore yards
220423_MA10
0
0
0
0
356
Nucor Steel - Louisiana
Ore yards
220423_MA11
0
0
0
0
350
Nucor Steel - Louisiana
Admin
220423_MA12
13
8
47
14
520
220423_MA13
6
1
39
9
458
near Motiva/Shell
220423_MA14
11
7
28
13
393
near Motiva/Shell
220423_MA15
11
5
42
14
531
NEIC 3119;
ORD 12173
NEICVP1456E01
Appendix E
14 of 14
GMAP R6 PAT FY22, Louisiana
-------
Appendix F
Facilities Entered
VP1456E01
GMAP R6 Pollution Accountability Team FY2022
Calcasieu Parish, Louisiana
St. Charles Parish, Louisiana
St. James Parish, Louisiana
St. John the Baptist Parish, Louisiana
3 pages
-------
Longitude
Latitude
County
Date
Facility Name (Facility Short Name)
FRS ID
-93.27563
30.24502
Calcasieu
4/11/2022
Louisiana Integrated Polyethylene Jv, Lie (Louisiana
Integrated Polyethylene)
110070879384
-93.29370
30.25880
Calcasieu
4/11/2022
Sasol Chemicals USA LLC
(Sasol)
110017418061
-93.27439
30.24216
Calcasieu
4/12/2022
Lake Charles Manufacturing Complex
(Phillips 66 - Lake Charles)
110000539757
-93.30859
30.21419
Calcasieu
4/13/2022
LOTTE Chemical Louisiana LLC
(LOTTE)
110070132818
-93.28623
30.23099
Calcasieu
4/13/2022
Westlake Petrochemical LP
(Westlake - South)
110043973509
-93.28626
30.25309
Calcasieu
4/14/2022
Westlake Petrochemical LP
(Westlake - North)
110043973509
-93.32405
30.18149
Calcasieu
4/14/2022
Citgo Petroleum Corp
(Citgo)
110000597248
-90.59353
30.06132
St. John
4/15/2022
Marathon Petroleum Co LP - LA Refining Division -
Garyville Refinery
(Marathon - Garvville)
110041135580
-90.57818
30.07145
St. John
4/18/2022
Evonik Corp - Reserve Plant
(Evonik - Reserve)
110017758381
-90.85700
30.02400
St. James
4/18/2022
NuStar Logistics LP - St. James Terminal
(NuStar - St. James)
110007278908
-90.44370
29.98290
St. Charles
4/19/2022 -
4/20/2022
Union Carbide
(Union Carbide - St. Charles)
110000597104
-90.64279
30.05606
St. John
4/20/2022
MPLX Terminals LLC
(MPLX - Mt. Airy)
110024570739
-90.83084
30.05509
St. James
4/21/2022
Occidental Chemical Corporation Convent Plant
(Occidental - Convent)
110000597328
-90.84000
30.00778
St. James
4/21/2022
Plains Marketing LP - St. James Terminal
(Plains Marketing - St. James)
110022481777
-90.91600
30.08013
St. James
4/21/2022
Americas Styrenics LLC - St James Plant
(Americas Styrenics - St. James)
110056954602
-90.52410
30.05890
St. John
4/22/2022
DuPont Pontchartrain Site
(DuPont)
110000597131
-90.52429
30.05674
St. John
4/22/2022
Denka Performance Elastomer LLC
(Denka)
110067396669
-90.86053
30.08131
St. James
4/23/2022
Nucor Steel Louisiana LLC
(Nucor Steel - Louisiana)
110046325400
NEICVP1456E01
Appendix F
Page 1 of 3
GMAP R6 PAT FY22, Louisiana
-------
Facility Short Name
Organization
Company Contact
Title
First Name
Last Name
Louisiana Integrated
Polyethylene
Louisiana Integrated
Polyethylene
Beau
Mixont
Env. Specialist
Louisiana Integrated
Polyethylene
Louisiana Integrated
Polyethylene
Ranesha
Davis
LDAP Specialist
Sasol
Sasol
Allyson
Leger
Environmental Manager
Sasol
Sasol
Matthew
Todd
Env. Specialist
Sasol
BrandSafway
Ridry
Abate
LDAR
Phillips 66 - Lake Charles
Phillips 66 - Lake Charles
Erin
Strang
Env. Team Lead
Phillips 66 - Lake Charles
Phillips 66 - Lake Charles
Tricia
Ripp
Env. Specialist
Phillips 66 - Lake Charles
Phillips 66 - Lake Charles
Cassie
Thearis
Env. Specialist
Phillips 66 - Lake Charles
Phillips 66 - Lake Charles
John
Trasiewicz
Env. Specialist
Phillips 66 - Lake Charles
Phillips 66 - Lake Charles
Heath
Mouton
ERS
LOTTE
LOTTE
Kaili
Patterson
Env. Supervisor
LOTTE
LOTTE
Heather
Holbrook
Air Env. Coordinator
LOTTE
LOTTE
Andrew
Lavin
EHSS Manager
Westlake South
Westlake South
Don
Johnson
Env. Specialist
Westlake South
Westlake South
Paula
McCain
Env. Manager
Westlake North
Westlake North
Bob
Craft
Production Eng
Westlake North
Westlake North
Paula
McCain
Env. Manager
Westlake North
Westlake North
Sarah
Donahe
Production Supervisor
Citgo
Citgo
Gus
Fazzio
Operator
Citgo
Citgo
Phyllis
Holifield
Env. Manager
Marathon - Garyville
Marathon - Garyville
Jim
Manning
ESS Manager
Marathon - Garyville
Marathon - Garyville
Kelly
Hedges
Env. Supervisor
Marathon - Garyville
Marathon - Garyville
Paula
Bremer
Env. Professional
Evonik - Reserve
Evonik - Reserve
Jennifer
Sparks
Evonik - Reserve
Evonik - Reserve
Brittany
Breaux
EHSS Manager
Evonik - Reserve
Evonik - Reserve
Jean
Marion
Site Manager
NuStar - St. James
NuStar - St. James
Jean
Zerinyue
GM Operation
NuStar - St. James
NuStar - St. James
Marcello
Cornejo
Terminal Manager
NuStar - St. James
NuStar - St. James
Brad
Roig
HSE
Union Carbide - St. Charles
EPA Region 5
Karina
Kuc
Union Carbide - St. Charles
EPA Region 5
Victoria
Nelson
Union Carbide - St. Charles
EPA Region 6
James
Haynes
Union Carbide - St. Charles
Leverage
Charles
Air Specialist
Union Carbide - St. Charles
Union Carbide - St. Charles
Brenden
Chamban
Air Specialist
Union Carbide - St. Charles
Union Carbide - St. Charles
Breb
Dejeen
Fugitive Emission
Union Carbide - St. Charles
Leverage
Marian
Palmisano
Env. Tech
Union Carbide - St. Charles
Union Carbide - St. Charles
Jason
Oser
NEICVP1456E01
Appendix F
Page 2 of 3
GMAP R6 PAT FY22, Louisiana
-------
Facility Short Name
Organization
Company Contact
Title
First Name
Last Name
Union Carbide - St. Charles
Union Carbide - St. Charles
Jared
St. Pier
Union Carbide - St. Charles
Union Carbide - St. Charles
Brett
Matherne
Senior EHS Specialist
MPLX - Mt. Airy
MPLX - Mt. Airy
John David
Neal
Terminal Manager
MPLX - Mt. Airy
MPLX - Mt. Airy
Patrick
Williams
Occidental - Convent
Occidental - Convent
Courtney
Rome
Technical Coordinator
Occidental - Convent
Occidental - Convent
Mark
Rismondy
Production Manager
Occidental - Convent
Occidental - Convent
Jake
Vakenti
Safety/Security Manager
Occidental - Convent
Occidental - Convent
Matt
Delicata
Production Superintendent
Occidental - Convent
Occidental - Convent
Steve
Welch
Plant Manager
Plains Marketing - St. James
Plains Marketing - St. James
Shannon
Duncan
HSE Professional
Plains Marketing - St. James
Plains Marketing - St. James
Joanna
Falgoust
Admin Assistant Professional
Plains Marketing - St. James
Plains Marketing - St. James
Jon
Hotard
Operations Supervisor
Americas Styrenics - St James
Americas Styrenics - St James
Durell
Morris
Env. Specialist
Americas Styrenics - St James
Americas Styrenics - St James
Dave
Thomas
Env. Compliance Manager
Americas Styrenics - St James
Americas Styrenics - St James
Jacob
Lasalvia
Plant Manager
Americas Styrenics - St James
Americas Styrenics - St James
Sam
Dupleses
Shift Supervisor
Americas Styrenics - St James
Americas Styrenics - St. James
Ben
Brignae
Ops Coordinator
Denka
Denka
Kevin
Volkel
Outside council
Denka
Denka
Akihiko
Kusaka
In-house council
Denka
Denka
Patrick
Walsh
HSE Manager
Denka
Denka
Koichi
Matsunaga
VP Technology
Denka
DuPont
Corey
Blanchard
DuPont
DuPont
Toni
Martin
EHS Resource
DuPont
DuPont
Damon
Williams
DuPont
DuPont
Mark
Schorr
Interim Plant Manager
DuPont
DuPont
Brad
Hill
Production Tech. Advisor
DuPont
DuPont
Lori Elisabeth
Sanders
Legal counsel
DuPont
DuPont
Douglas
Martin
Ops. Manager
DuPont
DuPont
Jason
Walker
EHS Consultants
DuPont
DuPont
Eric
Jarrell
Outside council
Nucor Steel - Louisiana
Nucor Steel - Louisiana
Marshall
Crawford
Env. Manager
Nucor Steel - Louisiana
Nucor Steel - Louisiana
Lane
Grant
Technical Manager
Nucor Steel - Louisiana
Nucor Steel - Louisiana
Eric
Caruso
Env. Engineer
Nucor Steel - Louisiana
Nucor Steel - Louisiana
Davre
Lartigue
Operations Manager
NEICVP1456E01
Appendix F
Page 3 of 3
GMAP R6 PAT FY22, Louisiana
-------
Appendix G
Canister Sample Log and Chain of Custody Record
VP1456E01
GMAP R6 Pollution Accountability Team FY2022
Calcasieu Parish, Louisiana
St. Charles Parish, Louisiana
St. James Parish, Louisiana
St. John the Baptist Parish, Louisiana
7 pages
-------
NEIC
ORD
Canister
Canister
Number
Number
Map ID
Date/Time
Sampler
Facility Short Name
Potential Source
3071
11685
220411.
_MA10
4/11/2022 12:54
Helmich
Louisiana Integrated
Polyethylene
Cracker
10027
11670
220411.
MA14
4/11/2022 13:34
Helmich
Louisiana Integrated
Polyethylene
Cracker
3101
12318
220411
MA28
4/11/2022 15:16
Helmich
Sasol
EOEG
3068
12169
220411
MA35
4/11/2022 16:22
Helmich
Sasol
EtO/Ethoxylate
4612
12175
220412
MA01
4/12/2022 7:59
Helmich
Field blank
521
12307
220412
MA24
4/12/2022 12:49
Helmich
Phillips 66 - Lake Charles
Tank 82
3116
12151
220412
MA41
4/12/2022 15:55
Helmich
Phillips 66 - Lake Charles
Tank 2001
9497
11686
220412
MA47
4/12/2022 17:03
Helmich
Phillips 66 - Lake Charles
11678
220413
MA09
4/13/2022 10:01
Helmich
LOTTE
MEG Unit
4621
12306
220413
MA12
4/13/2022 10:43
Helmich
LOTTE
Tank T-1807
4609
12171
220413
MA16
4/13/2022 11:11
Helmich
LOTTE
Thermal oxidizer
12137
220413
MA37
4/13/2022 15:25
Helmich
Westlake - South
Unknown
12148
220413
MA42
4/13/2022 15:54
Helmich
Westlake - South
Powerhouse C
4605
220414
MA36
4/14/2022 13:15
Helmich
Citgo
Marine loading docks
10007
220414
MA42
4/14/2022 14:15
Helmich
Citgo
WWTP
10009
220415
MA03
4/15/2022 9:21
Helmich
Marathon - Garyville
API oil/water separator
9490
12158
220415
MA07
4/15/2022 10:25
Helmich
Marathon - Garyville
Tank 300-19
11669
220416
MA13
4/16/2022 10:18
Helmich
near Denka
3066
11680
220416
MA24
4/16/2022 11:36
Helmich
near Evonik - Reserve
4606
12172
220418
MA13
4/18/2022 10:59
Helmich
Evonik Reserve
EO scrubber
527
220418.
MA54
4/18/2022 16:30
Helmich
Americas Styrenics - St.
James
Benzene tank
535
220418.
MA56
4/18/2022 16:46
Helmich
Americas Styrenics - St.
James
Benzene tank
00278
11677
220419.
MA17
4/19/2022 12:19
Helmich
Union Carbide - St. Charles
Railcar loading
10018
12311
220419.
MA23
4/19/2022 12:59
Helmich
Union Carbide - St. Charles
Acrylics unit
00118
12153
220419.
MA35
4/19/2022 15:30
Helmich
Union Carbide - St. Charles
WWTP
4602
220420.
MA08
4/20/2022 10:16
Helmich
Union Carbide - St. Charles
Olefins #2
12156
220420.
_MA11
4/20/2022 10:38
Helmich
Union Carbide - St. Charles
Olefins #2
3073
12161
220421
MA32
4/21/2022 15:01
Helmich
Public road
Barge loading
4618
12159
220421.
MA37
4/21/2022 16:43
Helmich
Americas Styrenics - St.
James
SM2 styrene plant
00279
220421.
MA39
4/21/2022 16:57
Helmich
Americas Styrenics - St.
James
SM2 styrene plant
4601
220421.
MA54
4/21/2022 17:49
Helmich
Americas Styrenics - St.
James
DNBP plant
10021
N/A
4/22/2022 13:20
Mahoney
10006
N/A
4/22/2022 13:22
Mahoney
10005
N/A
4/22/2022 13:25
Mahoney
4614
N/A
4/22/2022 13:28
Mahoney
10008
220422
MA11
4/22/2022 15:00
Helmich
DuPont
WWTP
519
220422
MA18
4/22/2022 17:10
Helmich
Denka
Poly building
11675
220422.
MA19
4/22/2022 17:17
Helmich
Denka
Poly building
(ERG)
3119
12173
220423
CA02
4/23/2022 14:49
Helmich
Field blank
10023
220423
CA02
4/23/2022 15:16
Helmich
Field blank
NEICVP1456E01
Appendix G
Page 1 of 7
GMAP R6 PAT FY22, Louisiana
-------
*ERG Chain of Custody Record
601 Keystone Park Drive, Suite 700. Morrisviile, NC 27560
PROJECT
. , ..
I i H
I' 7
ANALYSES
SITE
w
QC
UJ
COLLECTED BY (Signature)
.
-ff.fr,
<
i£
o
o
LL
FIELD SAMPLE I.D.
SAMPLE MATRIX
DATE/TIME
o
d
z
REMARKS
ERG LIMS ID
(For lab use only)
"I' < ' ;W V ¦¦¦
,
¦
\ , > '
¦
• \ i -.A,.
> V I ' •
\v V V «
\ ¦
'V- \' 1'
REMARKS:
RECEIVED BY:
DATE
TIME
RELINQUISHED BY:
DATE
TIME
RECEIVED BY:
DATE
TIME
RELINQUISHED BY:
DATE
TIME
LAB USE ONLY
RECEIVED FOR LABORATORY BY:
DATE
TIME
AIRBILL NO.
OPENED BY:
DATE
TIME
TEMP "C
SEAL#
CONDITION
REMARKS:
NEICVP1456E01
Whits: Sample Traveler
Appendix G
Page 2 of 7
Canary: Lab Copy
GMAP R6 PAT FY22, Louisiana
Pink: Field Copy
-------
*ERG Chain of Custody Record
' -»Xt- *>:
601 Keystone Park Drive, Suite 700. Morrisviile, NC 27560
PROJECT
NO. OF CONTAINERS
ANALYSES
ERG LSMS ID
REMARKS (For lab use only)
SITE ,
COLLECTED BY (Signature)
FIELD SAMPLE l.D. SAMPLE MATRIX DATE/TIME
K,' \> • . -V" l . S,S j, .
M f ¦
REMARKS:
RECEIVED BY:
DATE
TIME
RELINQUISHED BY;
DATE
TIME
RECEIVED BY:
DATE
TIME
RELINQUISHED BY:
DATE
TIME
LAB USE ONLY
RECEIVED FOR LABORATORY BY:
DATE
TIME
AIRBILL NO.
OPENED BY:
DATE
TIME
TEMP °C
SEAL#
CONDITION
REMARKS:
NEICVP1456E01 Appendix G GMAP R6 PAT FY22, Louisiana
Page 3 of 7
White; Sample Traveler Canary; Lab Copy Pink; Field Copy
-------
%ERG Chain of Custody Record
601 Keystone Park Drive, Suite 700, MorrisviHe, NC 27560
PROJECT
t
1
t 1 /
ANALYSES
SITE
w
cc
UJ
COLLECTED BY (Signature)
/ =
z
o
o
y.
FIELD SAMPLE 1,0,
SAMPLE MATRIX
DATE/TIME
O
o
Z
REMARKS
ERG LI MS 10
(For lab use only)
.
- : I - '
i/ » • \ n i
1 ...
\ ^ ,
V -V "t : v, ¦ *'V ; .
%
V i.
REMARKS-
RECEIVED BY:
DATE
TIME
RELINQUISHED BY:
DATE
TIME
RECEIVED BY:
DATE
TIME
RELINQUISHED BY:
DATE
TIME
LAB USE ONLY
White: Sample Traveler Canary: Lab Copy Pink: Field Copy
-------
%ERS
Chain of Custody Record
tews-tr-flwsw.".Soi*" kw.
601 Keystone Park Drive, Suite 700. Morrisviile, NC 27560
PROJECT
NO, OF CONTAINERS
ANALYSES
ERG LIMS ID
REMARKS (For lab use only)
SITE
COLLECTED BY (Signature)
FIELD SAMPLE I.D. SAMPLE MATRIX DATE/TIME
¦ ,
REMARKS:
RECEIVED BY:
DATE
TIME
RELINQUISHED BY:
DATE
TIME
RECEIVED BY:
DATE
TIME
RELINQUISHED BY:
DATE
TIME
LAB USE ONLY
RECEIVED FOR LABORATORY BY:
DATE
TIME
AIRBILL NO.
OPENED BY:
DATE
TIME
TEMP °C
SEAL#
CONDITION
REMARKS:
NEICVP1456E01 Appendix G GMAP R6 PAT FY22, Louisiana
Page 5 of 7
White; Sample Traveler Canary. Lab Copy Pink: Field Copy
-------
Chain of Custody Record
601 Keystone Park Pnve, Suite TOO, Morrisviile. NC 27560
PROJECT
NO. OF CONTAINERS
ANALYSES
ERG LIMS ID
REMARKS (For lab use only)
SITE
COLLECTED BY (Signature)
FIELD SAMPLE I.D. SAMPLE MATRIX DATE/TIME
<
i
' '
i .s it
' ¦ ! ,i ;
REMARKS:
RECEIVED BY:
DATE
TIME
RELINQUISHED BY:
DATE
TIME
RECEIVED BY:
DATE
TIME
RELINQUISHED BY:
DATE
TIME
LAB USE ONLY
RECEIVED FOR LABORATORY BY:
DATE
TIME
AIRBILL NO,
OPENED BY:
DATE
TIME
TEMP "C
SEAL#
CONDITION
REMARKS:
NEICVP1456E01 Appendix G GMAP R6 PAT FY22, Louisiana
Page 6 of 7
White: Sample Traveler Canary: Lab Copy Pink; Field Copy
-------
Chain of Custody Record
Page.
PR0JECTvrvi':;,i- k»' T.A-T
NO. OF CONTAINERS
ANALYSES
ERG LI MS ID
REMARKS {For lab use only)
SITE
COLLECTED BY (Signature) , , » ! ^. ,'r •<'. -
FIELD SAMPLE I.D. SAMPLE MATRIX DATE/TIME
- <•- • , ¦
Vt ^ ( fcW.. .
. : ,. i .
V-'. *¦'»¦¦¦# ,
t.UM,
;
\>OL ¦ i iJ \*-V
•! i
ylA, tfV _ | tH'U/
NEiCyP145GEQl
Wftit©* Sample Trsvslsr
J ,
1 . • !, ^ \ < «
¦¦¦¦'¦ ; i' "
Canary: tab Copy
GMAP R6 PAT FY22, Louisiana
Pink: Field Copy
------- |