QUARTERLY SITE STATUS REPORT JULY 2012 – SEPTEMBER 2012 (NYSDEC SPILL NOS.: 95‐12713 & 96‐00355) PREPARED FOR: UNITED STATES DEPARTMENT OF HOMELAND SECURITY SCIENCE AND TECHNOLOGY DIRECTORATE OFFICE OF RESEARCH AND DEVELOPMENT PLUM ISLAND ANIMAL DISEASE CENTER PLUM ISLAND, SUFFOLK COUNTY, NEW YORK PREPARED BY: MILLER ENVIRONMENTAL GROUP, INC. 538 EDWARDS AVENUE CALVERTON, NY 11933 SEPTEMBER 2012
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QUARTERLYSITE STATUS REPORT...Maintenance Manual (MEG, 2004) and its subsequent revisions. Quarterly Report, April 2012 – June 2012 PIADC Remediation System Miller Environmental
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TABLES TABLE 1: SUMMARY OF REMEDIATION SYSTEM OPERATIONS & MAINTENANCE TABLE 2: WELL GAUGING DATA SUMMARY – RECOVERY WELLS TABLE 3: HISTORICAL MONITORING DATA TABLE 3A: MONTHLY MONITORING OF ADDITIONAL WELLS (BEGINNING
SEPTEMBER 2010) TABLE 4: HISTORICAL GROUNDWATER QUALITY DATA TABLE 5: LNAPL AND GROUNDWATER RECOVERY SUMMARY
FIGURES FIGURE 1: MONITORING WELL PRODUCT LOCATION SITE MAP FIGURE 2: LNAPL AND GROUNDWATER VOLUME RECOVERED PER VISIT FIGURE 3: CUMULATIVE LNAPL AND GROUNDWATER RECOVERY
APPENDICES APPENDIX A: MONTHLY MONITORING REPORTS APPENDIX B: BI‐WEEKLY SYSTEM MAINTENANCE INSPECTION SHEETS AND VEFR
DATA SHEETS
1.0 Introduction
A light non-aqueous phase liquid (LNAPL) remediation project is being performed at the United
States Department of Homeland Security (USDHS), Plum Island Animal Disease Center
(PIADC), located on Plum Island in Suffolk County, New York (the site). Miller Environmental
Group, Inc. (MEG) performs the Operations and Maintenance (O&M) of the LNAPL recovery
system under General Services Administration Contract Number HSHQPD-11-P-0000P. This
document contains a summary and assessment of the LNAPL recovery effort from the period of
July through September 2012.
The New York State Department of Environmental Conservation (NYSDEC) assigned Spill
Numbers 95-12713 and 96-00355 to the releases addressed by the LNAPL recovery project.
Both spills are located in close proximity to Building 102 (see FIGURE 1 – MONITORING WELL
PRODUCT LOCATION SITE MAP). The objective of the remedial measure is to restore the
subsurface to an acceptable condition as defined by the NYSDEC Spill Technology and
Remediation Series (STARS) Memo #1 Petroleum Contaminated Soil Guidance Policy, August
1992; and to achieve this objective in a manner in keeping with the requirements of the
NYSDEC Guidance for Petroleum Stipulation Agreement. This phase of the remediation effort
includes the removal of petroleum hydrocarbons to a point where they present no further risk to
human health and the environment.
Remediation of LNAPL is through the operation and maintenance of the pneumatic LNAPL
recovery system; the Spill Buster® in well MW-106 and the skimmer in well MW-103, both
installed on May 13, 2011; and, Spill Busters in wells MW-104 and MW-105, both installed on
November 1, 2011. Pneumatic pumps are installed in wells PI- 12 New, PI-12 Old, PI-11, PI-7,
PI-34, and PI-35.
The fully automated system is on a timer and operated 8 hours per day, 365 days per year.
During this period, seven wells had operating pneumatic recovery pumps configured to discharge
into a centrally located 1,000-gallon aboveground storage tank (AST) equipped with secondary
containment and high level alarms. Information regarding pneumatic recovery system
specifications and standard operating procedures (SOPs) can be found in the Operations and
Maintenance Manual (MEG, 2004) and its subsequent revisions.
Quarterly Report, April 2012 – June 2012 PIADC Remediation System Miller Environmental Group, Inc.
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This report contains a summary of activities performed at the site during this three month
reporting period (SECTION 2.0), a summary of groundwater monitoring and sampling activities
performed this period (SECTION 3.0), a summary of LNAPL recovery (SECTION 4.0), and a
discussion of pertinent results. Supporting data, tables, and figures are included at the end of the
report.
2.0 SUMMARY OF ACTIVITIES
Miller Environmental Group, Inc. (MEG) is under contract to perform the operation,
maintenance and monitoring activities required by the Corrective Action Plan (CAP). MEG
performed regularly scheduled visits to the site approximately every two weeks for remediation
system upgrades and remediation system maintenance from July through September 2012.
Activities performed during regularly scheduled visits included:
Verifying proper system operation and completing the Remediation System Checklist;
Completing the Maintenance Inspection Data Sheets; and
Periodic maintenance of equipment as described in the Operation and Maintenance
Manual (MEG, 2004).
Other routine and non-routine activities performed on the site during this reporting period
included:
Monthly monitoring of on-site monitoring wells (see APPENDIX A);
Bi-weekly system maintenance and inspections (see APPENDIX B);
Completion of the AST Monthly Inspection Checklist;
Repairs and adjustment to pumps and other equipment as needed;
Emptying the recovery tank as needed; and
Monthly hand bailing of wells that have no recovery pump and have over 1/8” of
LNAPL.
TABLE 1 is a summary of operations conducted at the site during this reporting period, including
the date of performance for each task. Field data sheets for the period of this report are included
in APPENDIX A and APPENDIX B.
Quarterly Report, April 2012 – June 2012 PIADC Remediation System Miller Environmental Group, Inc.
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3.0 GROUNDWATER MONITORING
3.1 WELL GAUGING
Well gauging was monthly at all monitoring wells from July through September, 2012. TABLE 2
and TABLE 3 contain summaries of monthly recovery well and monitoring well gauging data,
respectively. MEG personnel manually remove LNAPL from monitoring wells by hand-bailing
during monthly monitoring site visits. True LNAPL thickness in the formation surrounding
recovery wells cannot be determined because the pumps are continuously removing LNAPL;
therefore product thickness findings represent only product presence.
TABLE 2 illustrates fluctuations in product thickness in recovery wells over time. LNAPL was
detected in 4 of 15 recovery wells during the quarter at thicknesses ranging from 0.01 feet to
0.12 feet. All recovery wells containing LNAPL had observed LNAPL thickness fluctuations of
less than one foot in this quarter. In comparison, LNAPL was detected in 10 of 15 recovery
wells during the April through June 2012 monitoring period at thicknesses ranging from trace to
0.74 feet.
Eighteen wells have historically been monitored regularly and include PI-6, PI-8, PI-13, PI-14,
MW-100, MW-101, MW-103, MW-104, MW-105, MW-106, MW-108, and MW-109. During
the most recent monitoring event conducted on March 27, 2012, LNAPL was detected in 11 of
21 additional wells monitored at thicknesses ranging from 0.01 to 0.71 feet. Monitoring data for
these wells are contained in TABLE 3A.
FIGURE 1 illustrates wells containing LNAPL during the most recent monthly monitoring event
conducted on September 21, 2012.
Quarterly Report, April 2012 – June 2012 PIADC Remediation System Miller Environmental Group, Inc.
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3.2 ANNUAL GROUNDWATER SAMPLING
Quarterly groundwater sampling was discontinued as of August 27, 2010. The last quarterly
sampling event took place on June 25, 2010. A summary of the historical laboratory analyses
can be found in TABLE 4 – HISTORICAL GROUNDWATER ANALYTICAL DATA. Groundwater
sampling is now conducted on an annual basis and was last conducted on June 11 and 12 2012.
The next sampling round is scheduled for July 2013.
4.0 LNAPL REMEDIATION SYSTEM
4.1 SYSTEM DESIGN
The LNAPL remediation system uses pneumatic hydrophobic oil-skimmer pumps, Spill Busters,
and a down-well skimmer to remove LNAPL from recovery wells. The LNAPL and incidental
water recovered is stored in a 1,000-gallon AST located adjacent to the remediation building.
MEG personnel measure the volume of LNAPL and water in the AST during each system
inspection.
4.2 REMEDIATION SYSTEM AND VEFR PERFORMANCE
The amount of LNAPL and water in the AST is measured during each site visit. The cumulative
amount of oil and water collected for the quarter; and, total amount since system startup and
VEFR activities, are summarized in TABLE 5 and are shown graphically on FIGURE 2 and
FIGURE 3, respectively. The recovered LNAPL is pumped into 55-gallon drums and re-used on
site in a waste oil burner to provide heat to PIADC Building W in winter months. Decanted
water from the recovery tank is treated by pumping through a carbon vessel and pumped to the
subsurface with the use of injection wells MW-06 and MW-20.
In this reporting period from July through September 2012, the pneumatic system, spill busters
and belt skimmer recovered 57.2 gallons of LNAPL and 478 gallons of water. From startup on
July 29, 2001 through September 2012, the remediation system recovered a total of 6,163 gallons
of LNAPL and 39,480 gallons of water.
As part of an effort to increase product recovery, the pneumatic pump system was supplemented
with other LNAPL-recovery technologies. These technologies include two magnum spill busters
and one belt skimmer. Note that product recovered by these units is discharged into 55-gallon Quarterly Report, April 2012 – June 2012 PIADC Remediation System Miller Environmental Group, Inc.
4
drums located at the well head. Periodically the contents of these drums are transferred to the
AST. Overall, the belt skimmer has provided the greatest recovery during the past quarter; an
estimated 34 gallons of product was removed from MW-103. Also during this quarter, an
estimated 5.9 gallons of product was removed from MW-106 and 8.3 gallons of product was
removed from MW-105 with spill busters. Prior to installation of the present LNAPL recovery
technologies, PIADC historically used VEFR to extract LNAPL from the recovery wells. The
cumulative amount of LNAPL removed from the subsurface since June 3, 1998, utilizing VEFR
(both past and present) and the automated remediation system is 9,768 gallons.
5.0 RECOMMENDATIONS
MEG recommends that the current bi-weekly systems inspections, monthly monitoring, monthly
tank inspections, annual groundwater sampling, and quarterly reporting should continue through
the next several quarterly reporting periods.
Quarterly Report, April 2012 – June 2012 PIADC Remediation System Miller Environmental Group, Inc.
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TABLES
Table 1 Summary of Remediation System Operations Maintenance
Plum Island Animal Disease Center July ‐ September 2012
Date
Routine System Check Empty Tank
Decant Product Tank
Monthly Well Monitoring
Tank Inspection
Wells Bailed Or VEFR
Pump Repairs Sampling
Non Routine Maintenance and Comments
7/6/2012 No No Yes No Yes No No No
Removed product from PI-7, removed absorbents from PI-11, Shut off Pump in PI-103
due to low watertable
7/20/2012 Yes No Yes No No Yes Yes No Replaced Plumbing for pump
in PI-11
7/30/2012 No No No Yes No No No No Monthly Monitoring
8/3/2012 Yes No Yes No Yes No Yes No Changed compressor oil. Pump in PI-11 still having
problems
8/14/2012 Yes No No No No Yes Yes No Changed filters in PI-12New nd PI-35. Pulled pump from
PI-11
8/17/2012 No No No Yes No No No No Monthly Monitoring, removed absorbents from PI-9, PI-34
and PI-39
8/30/2012 No No No No No No Yes No Installed pump in MW-11
9/14/2012 Yes No Yes No Yes No No No Monthly Monitoring
9/21/2012 No No No Yes No No No No Monthly Monitoring
Table 2 Well Gauging Data Summary - Recovery Wells
Plum Island Animal Disease Center July - September 2012
Date PI-12 Old PI-12 New PI-33 DTP DTW PT DTP DTW PT DTP DTW PT
7/30/12 13.71 13.79 0.08 13.75 13.81 0.06 x 12.94 x 8/17/12 13.88 13.91 0.03 13.91 14.00 0.09 12.88 12.89 0.01 9/21/12 13.46 13.54 0.08 13.50 13.55 0.05 x 12.80 x
7/30/12 x 13.69 x 12.91 13.62 0.71 12.72 12.85 0.13 8/17/12 x 13.60 x 12.75 13.05 0.30 12.46 12.57 0.11 9/21/12 x 14.10 x 13.35 13.80 0.45 13.05 13.58 0.53
10/20/00 NA NA ND 17.63 ND 17.68 16.58 17.46 17.99 17.01 17.57 NA NA ND NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA 11/17/00 NA NA ND 17.78 ND 16.84 16.81 17.65 18.15 17.27 17.43 NA NA ND NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA 12/15/00 NA NA ND 18.21 ND 16.80 17.25 18.12 18.63 17.76 17.93 NA NA ND NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA 1/12/01 NA NA ND 18.13 ND 16.41 17.61 18.09 18.61 17.67 17.80 NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA 2/8/01 NA NA ND 17.99 ND 16.88 17.03 18.03 18.52 17.47 17.61 NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA 3/9/01 NA NA ND 16.95 ND 15.60 15.89 16.97 17.48 16.30 16.68 NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA 4/5/01 NA NA ND 16.73 ND 16.60 15.38 16.35 16.88 16.53 15.97 NA NA NA NA NA NA 13.14 12.37 NA NA NA NA 14.03 NA 11.09 11.64 NA NA NA 13.65 NA NA NA 5/4/01 NA NA ND 17.23 ND 16.98 16.18 17.14 17.65 16.57 16.98 NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA 6/1/01 NA NA ND 17.30 ND 16.83 16.32 17.24 17.75 16.84 16.79 NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA
7/12/01 NA NA ND 16.72 ND 17.08 16.18 17.00 17.59 16.72 17.06 NA NA NA NA NA NA 13.74 12.87 12.32 12.40 0.08 NA 14.41 NA 12.50 13.01 NA NA NA 14.33 13.72 13.90 0.18 8/10/01 NA NA ND 17.60 ND 16.95 16.59 17.50 17.99 NA 17.35 NA NA NA NA NA NA 13.75 12.82 12.43 12.52 0.09 NA 14.41 NA 12.75 13.35 NA NA NA 14.62 NA NA NA 9/4/01 NA NA ND 17.42 ND 16.18 16.35 17.33 17.83 16.62 17.06 NA NA NA NA NA NA 13.15 11.93 12.42 12.48 0.06 NA 13.81 NA 12.73 13.26 NA NA NA 14.27 13.50 14.37 0.87
10/10/01 11.85 15.20 ND 17.85 ND 17.38 16.82 17.65 18.17 17.36 17.35 NA NA NA NA NA NA 14.15 13.15 12.91 13.07 0.16 NA 14.97 NA 12.76 13.31 NA NA NA 14.80 14.26 15.22 0.96 11/9/01 13.38 12.06 ND 17.50 ND 16.94 16.93 17.29 17.80 16.90 17.22 NA NA NA NA NA NA 13.63 12.84 12.42 12.45 0.03 NA 14.47 NA 12.76 13.36 NA NA NA 14.42 13.90 14.30 0.40 12/3/01 12.55 11.50 ND 17.47 ND 16.90 16.36 17.34 17.88 16.68 17.32 NA NA NA NA NA NA 13.58 12.58 12.62 12.66 0.04 NA 14.40 NA 12.97 13.47 NA NA NA 14.54 14.02 14.67 0.65 1/8/02 13.90 11.50 ND 17.65 ND 17.49 16.48 17.34 17.83 16.90 17.37 NA NA NA NA NA NA 14.20 13.21 12.62 12.69 0.07 NA 14.72 NA 12.93 13.36 NA NA NA 14.68 14.36 14.84 0.48
2/22/02 14.00 12.10 ND 17.41 ND 16.31 16.26 17.20 17.71 16.71 17.14 NA NA NA NA NA NA 13.24 12.13 12.31 12.37 0.06 NA 13.90 NA 12.68 13.26 NA NA NA 14.40 13.63 13.83 0.20 3/8/02 12.60 11.66 ND 18.05 ND 17.23 16.93 17.86 18.34 17.45 17.70 NA NA NA NA NA NA 14.05 13.06 12.99 13.11 0.12 NA 14.82 NA 13.24 13.81 NA NA NA 15.03 14.28 14.80 0.52 4/19/02 12.10 NA ND 17.22 ND 17.38 16.79 17.68 18.17 17.32 17.41 NA NA NA NA NA NA 14.05 13.06 12.67 12.89 0.22 14.71 14.73 0.02 12.82 12.55 NA NA NA 14.78 14.16 14.60 0.44 5/3/02 12.40 12.80 ND 17.62 ND 17.45 16.63 17.54 18.04 17.15 17.08 NA NA NA NA NA NA 14.02 13.11 12.34 12.45 0.11 14.60 14.63 0.03 12.29 12.86 NA NA NA 14.54 14.02 14.24 0.22
6/14/02 13.60 15.30 ND 17.42 ND 17.04 16.32 17.69 17.92 16.82 17.39 NA NA NA NA NA NA 14.32 13.42 12.39 12.49 0.10 17.74 17.76 0.02 12.90 13.42 NA NA NA 14.92 14.80 14.82 0.02 7/12/02 12.70 12.70 ND 17.63 ND 16.51 16.70 17.71 18.23 17.06 17.35 NA NA NA NA NA NA 13.42 12.24 12.67 12.84 0.17 14.12 14.15 0.03 12.90 13.51 NA NA NA 14.54 13.96 14.15 0.19 8/8/02 13.48 13.00 ND 17.47 ND 16.46 16.58 17.58 18.09 16.94 18.20 NA NA NA NA NA NA 13.38 12.22 12.53 12.64 0.11 14.01 14.04 0.03 12.84 13.48 NA NA NA 14.41 13.75 14.18 0.43 9/5/02 13.66 12.00 ND 17.34 ND 16.35 16.31 17.35 17.88 16.68 16.61 NA NA NA NA NA NA 13.19 12.00 12.31 12.40 0.09 13.89 13.91 0.02 12.58 12.94 NA NA NA 14.26 13.59 13.90 0.31
12/14/05 8'3" NA ND 16.97 ND NA NA 17.01 17.57 16.25 NA NA NA NA NA NA NA 12.98 11.75 NA NA ND 13.75 13.77 0.02 12.27 12.60 NA NA NA 13.96 ND 14.25 ND 1/25/06 8'2" NA ND 16.82 ND 15.93 15.50 16.61 17.13 16.15 13.41 ND 12.39 ND 12.15 12.25 0.10 13.11 12.15 ND 11.95 ND ND 13.81 ND 11.77 11.30 NA NA NA 13.56 ND 14.00 NA 2/14/06 NA NA ND 17.25 ND 16.50 16.28 17.43 17.92 16.90 13.63 ND 12.86 ND NA NA NA 13.48 12.35 ND 12.43 ND ND 13.28 ND 12.02 12.70 NA NA NA 14.15 14.45 14.46 0.01 3/30/06 NA NA ND 17.61 ND 16.53 16.64 17.53 18.04 17.03 14.28 ND 13.31 ND NA NA NA 13.65 12.49 ND 12.71 ND ND 14.25 ND 12.88 13.55 NA NA NA 14.58 14.80 14.83 0.03 6/8/06 NA NA ND 16.63 ND NA NA 16.55 17.09 15.94 NA NA NA NA NA NA NA 13.06 12.00 ND 11.75 ND ND 13.62 ND 11.58 12.06 NA NA NA 13.68 13.04 13.07 0.03
• Wells PI-1 through PI-4 not gauged 3/31/04 to present. For Historical data on these wells, refer to Q4 2005 report or earlier. * One-Time Grab Sample 11/3/05: DTW - 12.37, DTP - 12.39, PT - .02 ** Well gauged on June 26, 2008.
Key: DTP = Depth to Product NA = Not Applicable/Not Gauged DTW = Depth to Water ND = Non Detect PT = Product thickness A = Abandoned Page 2 of 3
• Wells PI-1 through PI-4 not gauged 3/31/04 to present. For Historical data on these wells, refer to Q4 2005 report or earlier.
* In January 2010 Wells PI-28 and PI-30 were damaged, replaced by others and are now referred to as PI-28R and PI-30R, respectively. * In April 2012 an 8" recovery well was installed and was labeled as RWELL. Key: DTP = Depth to Product NA = Not Applicable/Not Gauged DTW = Depth to Water ND = Non Detect PT = Product thickness A = Abandoned Page 3 of 3
Key: DTP = Depth to Product NA = Not Applicable/Not Gauged DTW = Depth to Water ND = Non Detect PT = Product thickness A = Abandoned B = Blocked/No Access/Snow
Table 4 Historical Groundwater Analytical Data
Plum Island Animal Disease Center January 15, 2005
^^ Unable to separate isomers ND - Non Detect NA - Not Applicable/Not Sampled * PI-15 was not sampled this quarter due to construction zone work. Samples analyzed by Phoenix Environmental Laboratories, Manchester, Ct. Page 13
Table 4 (continued) Historical Groundwater Analytical Data
^^ Unable to separate isomers ND - Non Detect NA - Not Applicable/Not Sampled * PI-15 was not sampled this quarter due to construction zone work. Samples analyzed by Phoenix Environmental Laboratories, Manchester, Ct. Page 14
Table 4 (continued) Historical Groundwater Analytical Data
Plum Island Animal Disease Center Sampling Date: December 4, 2009
^^ Unable to separate isomers ND - Non Detect NA - Not Applicable/Not Sampled * PI-15 was not sampled this quarter due to construction zone work. Page 15
TAGM - Technical and Guidance Memorandum - Ambient Water Quality Standards for Drinking Water NYSDEC - New York State Department of Environmental Conservation SVOC - Semi-Volatile Organic Compound All data are in parts per billion (ppb) Samples analyzed by Phoenix Environmental Laboratories, Manchester, CT.
Table 4 (continued) Historical Groundwater Analytical Data
Plum Island Animal Disease Center Sampling Date: March 11, 2010
^^ Unable to separate isomers ND - Non Detect NA - Not Applicable/Not Sampled * PI-15 was not sampled this quarter due to construction zone work. Page 16
TAGM - Technical and Guidance Memorandum - Ambient Water Quality Standards for Drinking Water NYSDEC - New York State Department of Environmental Conservation SVOC - Semi-Volatile Organic Compound All data are in parts per billion (ppb) Samples analyzed by Phoenix Environmental Laboratories, Manchester, CT.
Table 4 (continued) Historical Groundwater Analytical Data
Plum Island Animal Disease Center Sampling Date: June 25, 2010
^^ Unable to separate isomers ND - Non Detect NA - Not Applicable/Not Sampled * PI-15 was not sampled this quarter due to construction zone work. Page 17
TAGM - Technical and Guidance Memorandum - Ambient Water Quality Standards for Drinking Water NYSDEC - New York State Department of Environmental Conservation SVOC - Semi-Volatile Organic Compound All data are in parts per billion (ppb) Samples analyzed by Phoenix Environmental Laboratories, Manchester, CT.
^^ Unable to separate isomers ND - Non Detect NA - Not Applicable/Not Sampled
Page 18
TAGM - Technical and Guidance Memorandum - Ambient Water Quality Standards for Drinking Water NYSDEC - New York State Department of Environmental Conservation SVOC - Semi-Volatile Organic Compound All data are in parts per billion (ppb) Samples analyzed by Phoenix Environmental Laboratories, Manchester, CT.
^^ Unable to separate isomers ND - Non Detect NA - Not Applicable/Not Sampled
TAGM - Technical and Guidance Memorandum - TOGS - Technical & Operation Guidance - Ambient Water Quality Standards for Drinking Water - Clean Up Objective NYSDEC - New York State Department of Environmental Conservation SVOC - Semi-Volatile Organic Compound All data are in parts per billion (ppb) Samples analyzed by Phoenix Environmental Laboratories, Manchester, CT.
Page 19
Table 5 LNAPL and Groundwater Recovery Summary July through September 2012
Plum Island Animal Disease Center
Recovered (Per Visit)
Recovered (Per Visit)
Recovered (3rd QTR 2012)
Recovered (3rd QTR 2012)
Recovered (Cumulative)
Recovered (Cumulative) Decanted
Date LNAPL Water LNAPL Water LNAPL Water Water
7/6/2012 5.7 129 5.7 129 6,112 39,131 160
7/20/2012 6.5 77 12.2 206 6,118 39,208 0
7/30/2012 6.2 0 18.4 206 6,124 39,208 0
8/3/2012 6.3 98 24.7 304 6,131 39,306 170
8/14/2012 10.4 72 35.1 376 6,141 39,378 0
8/17/2012 2 0 37.1 376 6,143 39,378 0
8/30/2012 6.4 20 41.5 396 6,148 39,398 0
9/14/2012 12.8 34 54.3 430 6,160 39,432 130
9/21/2012 2.9 48 57.2 478 6,163 39,480 0
* Historical data carried over from previous year(s).
** Water from holding tank pumped through carbon vessels and injected to subsurface
* Please Note: Product Recovered in Spill Buster and Skimmer Recovery Drums Is Not Recorded Until Added to Recovery Tank
All data are in gallons
LNAPL - Light Non-Aqueous Phase Liquid Product volume is from measuring product thickness at recovery tank
FIGURES
TM
Figure 2 LNAPL and Groundwater Volume Recovered Per Visit
July - September 2012Plum Island Animal Disease Center
160
140
120
100
80
60
40
20
0
5.7
129
6.5
77
LNAPL Recovered
Water Recovered
06.2
6.3
98
10.4
72
02
20
6.4
34
12.8
48
2.9
Vollu
me
(Gal
lons
)
7/6/2012 7/20/2012 7/30/2012 8/3/2012 8/14/2012 8/17/2012 8/30/2012 9/14/2012 9/21/2012 On 4/10/2012 33 gallons of product was transferred to the AST from MW‐
Date105 recovered with a Spill Buster.
Figure 3 Cumulative LNAP L and Groundwater Recovery
July - September 2012 Plum Island Animal Disease Center
NA = Non Applicable For Suspended Solids: Light (L); Medium (M); or Heavy (H)
ND =Non Detectable For Clarity: Color; Tint; etc. (),.
MW= Monitoring Well For Odor: Oil, Gas, etc. ,4 $ &_, #(. i) f>o.J"i.S f e{Y) d IH' _h f'' <!)YI'\ RW = Recovery Well (shaded) T = Trace J/,q'!:J (Yl{>.JJ•»/IL 01<~111(1'
Monthly Well. Monitoring Form
Monthly Well Monitoring Form
.Ihm~;z- :.....1!.L...::.S."-' ' ~ e ______r<M: __-----...;1./-''----~-/>J.;....;;._t:._<!J_,.,J Start Time: --""'---'---'~
End Time: /.:J.)(:)
Well Number
PI-6
PI-8
Pl-13
Pl-14
Pl-15
PI-18
PI-20
PI-21
PI-24
PI-26
PI-27
Pl-2
PI-29
P!-30
Pl-31R
P'J-l:2
Pl-37
Pl-38
MW-100
MW-IOI
MW-103
MW-104
MW-105
MW-106
MW-108
MW-109
PI-12 (old)
Pl-12 (new)
Pl-33
Pl-34
Pl-35
PI-36
PI-19
Pl-11
Pl-07
!'l-22
PI-10
1>109
DTP DTW PT
NA= Non Applicable For Suspended Solids: Light (L); Medium (M); or Heavy (H)
ND = Non Detectable For Clarity: Color; Tint; etc.
_Monthly Above Ground Storage Tank In~pection Checklist
Date: ~4/?<112 Items to Be Check:
Tank Shells and Roof: Discoloration Corrosion Cracks Bulging
Foundation: Cracking of Ringwall (If Applicable) Uneven Settlement Loosened Anchor Bolts Stained Condition of Concrete Pad and Legs
Resoonse
Y @NA
~ Y & NA _ NA Y , J:'! . NA
YY,.NNA
...·NA
Y N , NA Y . . NA
@UNA
SIT: I ( j /l'H!lf't!;(}
Items to Be Check:
~M Corrosion Paint Supports High Level Alarm Condition/Operability* Leak Detection System Condition/Operability* Tank Labels Fuel Gauge Operational and Readable * Must Be Tested by Manual Activation
Signage: No Smoking, Engine Off
$ Y r11) NA
lJ NA U NA U NA
s u~ @ UNA
.s. u @
y @) Symbols: Y =Yes; N =No; S =Satisfactory; U =Unsatisfactory; NA=Not Applicable (Note: The Underlined Symbol Is the Anticipated Response)
TANK INSPECTION LOG DAY/MONTH/YEAR ?4&t?14 I
INSPECTOR TANK COMMENTS REFERRED TO,..,
I A mfl!J-..J ~ 87 lfu~1. I tJ o.,, Cl ..j.. ~JJ lr ~- ~,q LL fit ,{-pt<._ II
' E?.b&:is> Ai-1~ .Jf ,,:i~{) (.
SPPoo'bfJt,/ A tJda f,v rnP"' f }~~1 '
I
- - -
Bi-~~.Site Visit Ila.ta Sheet
. ___
~ -ccbnician: I mt.1tc.UDate:
\' di Dtl'
131~ 13-91
/;). 9(
onv
lf.o~
/3.fj()..
,_p . 90
13- el I
Pum Status 1LNAPLPT Arrival Departure recovered by:
.. 09 ' ()/
. Ol
- &, 7 . o<'
I ~ II . 10
Work performed/Observations
Use additional sheets if needed
I ·Method ofLNAPl recovel)' - LNAPL recovered by Skimmer, pneumatic pump, Spill Buster, nad bail , oher?
TANK LEVELS (Pre-Decanlincl
Total Liquids: '3_'{0 gallons
Oil Volume: J2.I gallons
Water Volume: ~I~ gallons
TANK LEVELS {Post-Decantin~*)
Water Volume: ~----gallons
•Wells Used for Decanting: PI-6/Pl-20
WEATHER NOTES:
f ¢L - (')Jo~y- ~1'1/.'#)J'"17 /.4/J./ - fl~/A/
Notes: ffce..,./ ~/ t.vA w · ri,;.,'"""L Rttlii id JtJo/ · fleN sh•M:t L pta ~ 'Nvr1 p1J!!;rh oft - /uei.J~hL / '"'tf.C /tAr1ff~ -ui"JISi~-t-i-;ek lt1<· , · · • ~ ,1...1 , -_ 0Ji,,~.,. J -.. ·_ jJ r I _
Remediation System Checklist
Checked Description Period Comments(YIN)
' 'Complete tank inspection checklist Monthly JJ/t.... /,.?sl V/f/ f Gauge product and water level in tank Each Visit ~
Inspect the tank secondary containment dike Each Visit / ~ly Inspect fill boxes and product recovery lines on top of tank ' Each Visit / I
Test high level and high-high level floats in tank Quarterly ~ (J/1(/(,. { Test low-pressure alarm Quarterly v/~ Check pressure regulators in bldg. for each leg (set at 100 psi) Each Visit ./ 'h - 91 /
' -'
Check that air dryer. is cycling between towers Each Visit /' ,I
Check pressure on operating tower in air dryer (> 100 psi) Each Visit ~ Check pre-filter and after-filter indicators on air dryer Each Visit / Check operating cycle of air compressor ( 130-170 psi) Each Visit ~-
lcheck oil level in compressor and add as necessary Each Visit / Change oil in compressor Every 2 Months A}/;..__
Drain compressor tank using manual override on auto-drain Each Visit / Inspect the air lines for moisture Quarterly I u/f..._ Check pressure reading in each well box (>50psi, <90 psi) Each Visit ·
v'i -Check clear hose in each well box to ensure product recovery Each Visit ~ Gauge product and water level in each well Each Visit ~ Check skimmer operation Each Visit
I /~
I Check Spill Bister operation Each Visit
Check fluid levels in drums Per Event /
Technician:
Date:
Bi-Weekly Site Visit Data Sheet
Date: T(-th:akiiu1: / ..J0;1.
TANK LEVELS {Pre-Decantinsl
Total Liquids: .iflfo gallons WEATHER NOTES:
Oil Volume: /:15 gallons l /ftfy' tvfi(m - vN1/ tlu11·11--~
Water Volume: '3/? gallons
TANK LEVELS (Post-Decantind
Water Volume: / '17 gallons
*Wells Used for Decanting: PI-6/Pl-20
w~u
/'),_ ()LI
I";. I I
DTW PT Pump Status
Use additional sheets if needed
1 - Method ofLNAPl recovery - LNAPL recovered by Skimmer, pneumatic pump, Spill Buster, nad bail, oher?
Work performed/Observations
&me
Remediation System Checklist
' ' '•
Description Period Checked
(YIN) Comments
Complete tank inspection checklist Monthly ~ Auou.rr Gauge product and water level in tank Each Visit / Inspect the tank secondary containment dike Each Visit v I ~t/
r Inspect fill boxes and product recovery lines on top of tank Each Visit v Test high level and high-high level floats in tank Quarterly
tJ J{l Test low-pressure alarm Quarterly v ()A(JI' 1t ('~ ~.,./.- tJIL (J A-11>1 Pi" Check pressure regulators in bldg. for each leg (set at 100 psi) Each Visit ~ 91 - r;s
-
Check that air dryer is cycling between towers Each Visit ' ~-
Check pressure on operating tower in air dryer (> 100 psi) I Each Visit i _..,,..-'
Check pre-filter and after-filter indicators on air dryer I
Each Visit / Check operating cycle of air compressor (130-170 psi) Each Visit /
: Check oil level in compressor and add as necessary Each Visit NI({_ '
' v;change oil in compressor Every 2 Months (1 f11J •' jP '!-, Drain compressor tank using manual override on auto-drain Each Visit v · Inspect the air lines for moisture Quarterly r-d" Check pressure reading in each well box (>50psi, <90 psi) Each Visit ~~/
Check clear hose in each well box to ensure product recovery Each Visit / Gauge product and water level in each well Each Visit v Check skimmer operation Each Visit ~
' / -
<;::heck Spill Bister operation Each Visit ~ _,.,....
Check fluid levels in drums Per Event /
I
I
Technician:
Date:
Monthly Above Ground Storage Tank Inspection Checklist
Date: Juqvs-J. 3 201 ~ srr: / (/;meittJAlI
Items to Be Check:Items to Be Check:
Tank Shells and Roof: Pipfog: Discoloration Y @NA Corrosion @NA Corrosion <J) N NA Paint U NA
Cracks Y c1Y NA Supports U NA
Bulging Y @NA High Level Alan:n Condition/Operability* U NA Leak Detection System Condition/Operability* ~ . u@
Foundation: Tank Labels Cracking ofRingwall (If Applicable) Y t1J} NA Fuel Gauge Operational and Readable >F ~@Uneven Settlement * Must Be Tested by Manual Activation
y i.A Loosened Anchor Bolts Y . NA Stained Y · NA · ignage: Condition of Concrete Pad and Legs @ UNA No Smoking, Engine Off y N ~Symbols: Y =Yes; N =No; S =Satisfactory; U =Unsatisfactory; NA=Not Applicable (Note: The Underlined Symbol Is the Anticipated Response)
TANK INSPECTION LOG DAY/MONTHIYEAR _a~0,_'S-'f;__ l 'l._ _~tJ__~1
Complete tank inspection checklist Monthly .v/a I IJSi VJ'<:\J ,L Gauge product and water level in tank Each Visit 'v---_· Inspect the tank secondary containment dike --- !--'"Each Visit IInspect fill boxes and product recovery lines on top of tank Each Visit ~ Test high level and high-high level floats in tank Quarterly ~1~.
I Test low-pressure alarm Quarterly ,._,Jc JA.<:-1 IJ r<::..t ..f.
r
Check pressure regulators in bldg. for each leg (set at I 00 psi) Each Visit ~·
Check that air dryer is cycling between towers Each Visit ~ Check pressure on operating tower in air dryer (> I 00 psi) Each Visit ~·
Check pre-filter and after-filter indicators on air dryer ~-Each Visit
Check operating cycle of air compressor ( 130- I 70 psi) Each Visit / ' / .. Check oil level in compressor and add as necessary Each Visit
-
Change oil in compressor Every 2 Months Lt.ls;"-! u rsd-t-J I°'
Drain compressor tank using manual override on auto-drain Each Visit / Inspect the air lines for moisture Quarterly JJ ) 11.
Check pressure reading in each well box (>50psi, <90 psi) Each Visit 7 Check clear hose in each well box to ensure product recovery Each Visit / Gauge product and water level in each well Each Visit / "" Check skimmer operation Each Visit / I Check Spill Bister operation Each Visit
/ v
Check fluid levels in drums Per Event
Technician:
Date: ;r·
Bi-Weekly Site Visit Data Sheet
Date: Technician: .-,-- amctf".J TANK LEVELS (Pre-Decanting}
Total Liquids: ~Ct:J gallons
Oil Volume: !;1 gallons
Water Volume: ~~3 gallons
WEATHER NOTES:
I TANK LEVELS <Post-Decanting*)
Water Volume: /l/S gallons
•Wells Used for Decanting: PI-6/PI-20
Pump Status 1LNAPLV rll DTP DT\ PT Work performed/ObservationsArrival Departure recovered by:
Use additional sheets if needed
I - Method ofLNAPl recovery - LNAPL recovered by Skimmer, pneumatic pump, Spill Buster, nad bail, oher?
Notes:
Ot f':. Pfr · .4 !ui Movi:Jct f~ P1: a,g -+- J0 I - il\J o pt11\1 1( f - ~r4 .l\1u~ ltll C&rw,_~ 4 '1 i'.., .2 ~l<.s: r ,4tntffi"0 au./.~ · - · I I
Monthly Above Ground Storage Tank Inspection Checklist
Date: r'fft fl/ 'J't!1/2 Sff: -;-afrJeLtPJ Items to Be Check: Res(!onse Items to Be Check: Resnome
Tank Shells and Roof: Pi in : Discoloration Corrosion Cracks Bulging
y
cy y
@ N
$ NA NA NA NA
Corrosion Paint Supports High Level Alarm Condition/Operability*
y @NA
j u NA u NA u NA
Leak Detection System Condition/Operability* .s. u<@ Foundation: Cracking of Ringwall (If Applicable) Uneven Settlement
y y $ NA
NA
Tank Labels Fuel Gauge Operational and Readable * Must Be Tested by Manual Activation
@ .s.
u NA u@
Loosened Anchor Bolts y NA Stained Condition of Concrete Pad and Legs
y
@ ~ u
NA NA
Signage: No Smoking, Engine Off y @
Symbols: Y =Yes; N =No; S =Satisfactory; U =Unsatisfactory; NA=Not Applicable (Note: The Underlined Symbol Is the Anticipated Response)
TANK INSPECTION LOG DAY/MONTHNEAR w~d/.2:
I
INSPECTOR TANK COMMENTS A
!f!J>?tl£~# l,S'(' 8 > Some (l"K/OJ/oo a./.. euk-< rk11 -
.?"'~s _Iµ~ HJNj't'..f ~ J4wk._ c;e,():)
I - - -
'
I
REFERRED TO
I
I
Remediation System Checklist
CheckedDescription Period Comments
I (VtN I
,/'.Complete tank inspection checklist Monthly 'i;{> (J f <f/IYJ ;Jp,<.I
Gauge product and water level in tank Each Visit ~ Inspect the tank secondary containment dike Each Visit v 0~1 Inspect fill boxes and product recovery lines on top of tank Each Visit ~ I· '
Test high level and high-high level floats in tank Quarterly ~)ukA._..v Test low-pressure alarm Quarterly ;J/k feJl-f~ al- 01l t!~.6-141L Check pressure regulators in bldg. for each leg (set at 100 psi) Each Visit /.
' Check that air dryer is cycling between towers Each Visit ~ Check pressure on operating tower in air dryer (> 100 psi) Each Visit /
~·Check pre-filter and after-filter indicators on air dryer Each Visit
Check operating cycle of air compressor ( 130-170 psi) Each Visit / Check oil level in compressor and add as necessary Each Visit ~ I
I
I
Change oil in compressor Every 2 Months JJ J(A_ ~(J#~ els
Drain compressor tank using manual override on auto-drain Each Visit /I
Inspect the air lines for moisture Quarterly u/;; Check pressure reading in each well box (>50psi, <90 psi) Each Visit v Check clear hose in each well box to ensure product recovery Each Visit ~ Gauge product and water level in each well Each Visit
I I/ Check skimmer operation Each Visit i// ~ l~/lt1///oll-a-tesd 1v1ef.il- (j'<.!1C!I~ Check Spill Bister operation Each Visit t~.) Check fluid levels in drums Per Event ~
Technician:
Date:
Ei.-Weekty Site Visit Data Sheet
Date:
TANK LEVELS (Pre-Decanting) z1o1
Total Liquids: ~ b () gallons
Oil Volume" Jd CJ galtQos
W!!ter Voh1me., :J. J! g.al:lons
TANK LEVELS (Post-Decantin2*)
Water Volume: ___ _ gallons
*Wells Used for Decanting: Pl-6/PI-20
r~clmlcian: T /Ae, />n1 """
Pump Status 1LNAPL .. cll l>T\V PT Work performed/ObservationsArrival Departure recovered by:
}~//(...
' D)/J J
Use additional sheets if needed
I - Method ofLNAPI recovery- LNAPL recovered by Skimmer, pneumatic pump, Spill Buster, nad bail, oher?