SDMS DocID 2044013 GROUNDWATER MONITORING WELL INSPECTION REPORT FOR GREENWOOD CHEMICAL SITE Contract No. DACW65--D-0080, DO 0003 March 13, 2000 Prepared for the U. S. Army Corps of Engineers Norfolk District 803 Front Street Norfolk, VA 23510-1096 Prepared by Home Engineering Services, Inc. Fairfax, VA Printed on Recycled Paper AR300272
69
Embed
GROUND WATER MONITORING WELL INSPECTION REPORT · Greenwood Chemical Groundwater Monitoring Well Inspection Report Executive Summary This Groundwater Monitoring Well Inspection Report
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
SDMS DocID 2044013
GROUNDWATER MONITORING WELLINSPECTION REPORT
FORGREENWOOD CHEMICAL SITE
Contract No. DACW65--D-0080, DO 0003
March 13, 2000
Prepared for theU. S. Army Corps of Engineers
Norfolk District803 Front Street
Norfolk, VA 23510-1096
Prepared byHome Engineering Services, Inc.
Fairfax, VA
Printed on Recycled Paper
A R 3 0 0 2 7 2
Greenwood Chemical Groundwater Monitoring Well Inspection Report
Executive Summary
This Groundwater Monitoring Well Inspection Report addresses current monitoring wellconditions and makes recommendations for refurbishing or abandonment. A total of 48 wellshave been installed on the Greenwood Chemical Site property in Albemarle County, Virginia.Forty-seven (47) of these wells are monitoring wells and one well is identified only as an "oldwell".
Of the original 48 wells installed on site a total of 35 monitoring wells are in a condition thatmay be sampled after minor refurbishing. Ten (10) monitoring wells require more extensiverefurbishment. Two (2) of these monitoring wells are artesian and have badly rusted fittings. Itis recommended that stainless steel fittings and sampling ports be installed to sample these wells.Three (3) other monitoring wells had broken casings in the upper five feet. It is recommendedthat these well casings be repaired prior to sampling event. Five (5) other monitoring wells wereconverted to extraction wells and are currently unavailable for sampling. The installation ofsampling ports is required if these 5 wells are to be sampled. Finally, three wells requiredabandonment. Two (2) of the original 48 wells installed on site were found destroyed fromprevious site activities and are not repairable. The location of the destroyed wells could not bepositively identified. It is believed that one well is under a paved area created duringconstruction of the treatment facility. The other well is covered by compacted soil.Abandonment of these wells will not be possible. The third monitoring well requiringabandonment is a shallow well. This well, which is a dry hole, was constructed above the watertable and can be properly abandoned.
Home Engineering Services, Inc \ March 13,2000
A R 3 0 0 2 7 3
Greenwood Chemical Groundwater Monitoring Well Inspection Report
Table of Contents
EXECUTIVE SUMMARY i
1.0 PROJECT DESCRIPTION 1
2.0 PROJECT ORGANIZATION AND RESPONSIBILITIES 1
3.0 SCOPE AND OBJECTIVES 1
4.0 FIELD ACTIVITIES 2
5.0 RECOMMENDATIONS 2
6.0 PHOTOGRAPHIC DOCUMENTATION 8
7.0 ANALYTICAL RESULTS REPORT 8
Table of Tables
Table 1, Monitoring Well Inventory Requiring Minor Refurbishment 3
Table 2, Monitoring Well Inventory Requiring Major Refurbishment 6
Table 3, Monitoring Well Inventory Requiring Abandonment 9
APPENDICES
Appendix A. Field LogsAppendix B. Monitoring Well Inspection/Inventory LogAppendix C. Overall Site and Control PlanAppendix D. Monitoring Well Inventory PhotographsAppendix E. List of Acronyms and AbbreviationsAppendix F. References
Home Engineering Services, Inc ii March 13, 2000
Greenwood Chemical Monitoring Well Inspection Report
1.0 PROJECT DESCRIPTION
The Greenwood Chemical Site, located in Albemarle County, Virginia, is an 18-acre site whichproduced chemicals for applications in industrial, agricultural, pharmaceutical, and photographicprocesses from the late 1940's until 1985 (Figure 1). The Site has been placed on the EPASuperfund National Priority List (NPL) due to contaminant releases resulting from past wastedisposal practices and a fire that destroyed the manufacturing facility.
EPA recently completed construction of an on-site system to treat contaminated groundwater andsurface water. The primary contaminants of concern are volatile organic contaminants (VOCs),including benzene, perchloroethylene (PCE), trichloroethylene (TCE), and toluene; semi- volatileorganic contaminants (SVOCs), including naphthalene; and metals, including arsenic. The pumpand treat system is designed to treat contaminated ground water from extraction wells on site,and surface water drawn from the two remaining lagoons.
2.0 PROJECT ORGANIZATION AND RESPONSIBILITIES
Mr. Christian Jacobs is the Project Manager. His responsibilities for this project included:coordinating all site activities, scheduling, technical editing of reports, and client communication.Mr. Glenn Harrison, Site Superintendent, oversaw the initial phase of locating the wells, clearingoperations, well identification, videography and initial inspection of all wells for refurbishmentor abandonment. Mr. Dana Jackson, P.O., reviewed initial field survey results, conductedadditional monitoring well assessments and monitored subsurface video footage of monitoringwells to assist in making assessments and final recommendations.
3.0 SCOPE AND OBJECTIVES
The purpose of this Groundwater Monitoring Well Inspection Report is to summarize the currentcondition of the 48 monitoring wells located on the site. Home Engineering conducted thefollowing steps to complete this task:
• Performed an inventory of existing wells.• Performed cursory external and interior inspection of each well identified.• Cleared the area of debris and vegetation surrounding each well for access.• Performed downhole inspections of wells using a submersible video camera.• Determined which wells were suitable for refurbishment or abandonment.
Home Engineering Services, Inc 1 March 13.2000
A R 3 0 0 2 7 5
Greenwood Chemical Monitoring Well Inspection Report
4.0 FIELD ACTIVITIES
This section summarizes the field investigation results and well assessment information. Homemobilized field personnel to the site and conducted the following tasks:
Field personnel cleared the immediate area and access to the monitoring wells of scrub brush andother growth (Appendix A, Field Logs). The condition of each well was accurately determinedand recorded (Appendix B, Monitoring Well Inspection/Inventory Log). Well inspections wereoverseen by the project geologist and the information was recorded on a well inspection formused in this report (Appendix B, Monitoring Well Inspection/Inventory Log). The condition ofthe well casing, well covers, concrete pad and other details were noted. An overview map of thearea is also included (Appendix C, Overall Site and Control Plan). United TechnologiesServices, Inc. performed the internal video inspection of the wells, which included videotapefootage for 37 of the 48 monitoring wells. Internal inspection could not be performed on nine (9)of the wells (i.e., well was destroyed, artesian well, or extraction well). A VHS copy of theinternal well inspections is included with this report. The data collected from the field surveywas used to develop the table of recommendations and correctives measures necessary torefurbish each monitoring well. The field survey also identified those wells recommended forabandonment.
5.0 RECOMMENDATIONS
Of the original 48 wells installed, 35 monitoring wells are in a condition that may be sampledafter minor refurbishing (Table 1, Monitoring Well Inventory Requiring Minor Refurbishment).One of these wells actually contains two wells completed to different depths <£MW18D (1) 95 feetand MW18D (2) 74 feet]. Water level elevations between these two wells differ by two feet andmay-indicate that they intersect different water bearing formations. Six other wells werecompleted as open holes in the bedrock and may require extensive pumping to meet turbidityrequirements to allow sampling (BR-1, BR-3, MW7D, MW12S, MW12D, and MW16D). Ifthese wells cannot be meet the sampling criteria they may be redeveloped and reconstructedusing PVC well materials or abandoned.
There are 10 monitoring wells that require more extensive repairs before they can be used forgroundwater sampling. These wells are listed in Table 2, Monitoring Well Inventory RequiringMore Extensive Refurbishment. Two (2) monitoring wells are artesian and have badly corrodedfittings for discharging water (MW13, and BR5). Each well will require installation of newfittings to be usable for groundwater sampling based on the analytes of concern. Three (3) othermonitoring wells had broken casings in the upper few feet near the surface. While a bailer may
Home Engineering Services, Inc 2 March 13,2000
A R 3 0 0 2 7 6
Groundwater Monitoring Well Inventory Report
Table 1, Monitoring Well Inventory Requiring Minor Refurbishment
New Pad, Paint well, ReplacelockNew Pad, Paint well, Replacelock & 4" well capNew Pad, Paint well, Replacelock & 4" well capNew Pad, Paint well, Replacelock & 2" well cap
New Pad, Paint well, Replacelock & 4" well cap
Paint well, Replace lock
Paint well, Replace lock
Video InHr/Min/Sec
Start
9:19
14:03
52:37
2:58
4:21
15:01
32:33
30:45
34:46
55:58
54:18
1:10
17:56
18:53
ventory[End 1:07:57)
Stop
10:54
15:01
54:18
4:21
5:5(>
15:49
33:57
32:33
36:41
57:22
55:5X
2:58
18:53
23:17
1. Measurements based on depth of down hole tool.2. MW12S and MW12D monitoring wells are reversed in video tape footage.3. + Indicates limit of downhole tool.NA -Not AvailableR W/NP - Rnrlc Wpll /No CasingHome Engineering Services, Inc.
A R 3 0 0 2 7 7March 9, 2000
Groundwater Monitoring Well Inventory Report
Table 1, Monitoring Well Inventory Requiring Minor Refurbishment Continued
1. Measurements based on depth of down hole tool.2. MW12S and MW12D monitoring wells are reversed in video tape footage.3. + Indicates limit of downhole tool.NA - Not AvailableRW/NIP - Rnrk Well /Nn
Home Engineering Services, Inc.
A R 3 0 0 2 7 8Maidi <;, 2000
Groundwater Monitoring Well Inventory Report
Table 1, Monitoring Well Inventory Requiring Minor Refurbishment Continued
No.
28
29
30
31
32
33
34
35
MonitoringWell
Number
OBI
OB2
OB3
OB4
OB5
OB6
OB7
OB8
Refurbish(Yes/No)
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
RelativeWaterLevel1
35
32
30
26
35
24
9
9
RelativeTotal
Depth1
47
60
39
52
64
52
45
37
Problem
Lock
Lock
Lock
Lock
Lock
Lock
Well Cap, Lock
Lock
Corrective Action
Replace lock
Replace lock
Replace lock
Replace lock
Replace lock
Replace lock
Replace lock & 4" well cap
Replace lock
Video InventoryHr/Min/Sec (End 1:07:57)
Start
10:54
12:31
14:03
1:03:42
57:22
1:05:29
1:06:44
25:54
Stop
12:31
14:03
15:01
1:05:29
58:50
1 :06:44
1:07:57
27:16
1. Measurements based on depth of down hole tool.2. MW12S and MW12D monitoring wells are reversed in video tape footage.3. + Indicates limit of downhole tool.NA - Not Available
- Rnrk Well /MnHome Engineering Services, Inc. ftR300279 March '), 2000
Groundwater Monitoring Well Inventory Report
Table 2, Monitoring Well Inventory Requiring Major Refurbishment.
No.
1
2
3
4
5
6
MonitoringWell
Number
BR2
BR5
BR6
BR7
BR8
MW3
Refurbish(Yes/No)
Yes
Yes
Yes
Yes
Yes
Yes
RelativeWaterLevel1
NA
NA
NA
NA
NA
26
RelativeTotal
Depth1
NA
NA
NA
NA
NA
43
Problem
Converted to extractionwell located in vault.
Artesian well, fittingsextremely corroded.
Converted to extractionwell located in vault.
Converted to extractionwell located in vault.
Converted to extractionwell located in vault.Broken casing nearsurface may allowsediment to enter wellduring purging andsampling.
1. Measurements based on depth of down hole tool.2. MW12S and MW12D monitoring wells are reversed in video tape footage.3. + Indicates limit of downhole tool.NA - Not AvailableRW/NP - Rr.rk Well /Mr. Pa^inp
Home Engineering Services, Inc.
A R 3 G 0 2 8 UMarch 9, 2000
Groundwater Monitoring Well Inventory Report
Table 2, Monitoring Well Inventory Requiring Major Refurbishment Continued.
No.
7
8
9
10
MonitoringWell
Number
MW4
MW6
MW13
MW23
Refurbish(Yes/No)
Yes
Yes
Yes
Yes
RelativeWaterLevel1
29
7
NA
NA
RelativeTotal
Depth1
49
26
NA
NA
ProblemBroken casing nearsurface may allowsediment to enter wellduring purging andsampling.Broken casing nearsurface may allowsediment to enter wellduring purging andsampling.
Artesian well, fittingsextremely corroded.
Converted to extractionwell located in vault.
Corrective Action
Repair Well Casing,Paint Well, Replacelock
Repair Well Casing,Paint Well, ReplacelockReplace currentfittings with stainlesssteel with samplingport. Paint well,replace lockAdd Sampling Port,Paint well, replacelock
Video IHr/Min/Sei
Start
7:50
49:22
NA
NA
nventory: (Knd 1:07:57)
Stop
9:19
51:10
NA
NA
1. Measurements based on depth of down hole tool.2. MW12S and MW12D monitoring wells are reversed in video tape footage.3. + Indicates limit of downhole tool.NA - Not AvailableRW/NP - R»rk Wfll /Nn
Home Engineering Services, Inc.
flR30028March 9, 2000
Greenwood Chemical Monitoring Well Inspection Report
pass through the break, there is the potential for dislodging soil debris into the well (MVV3,MW4, and MW6). Finally, there are the five (5) monitoring wells that were modified asextraction wells for the treatment system. The installation of sampling ports are recommendedon these wells (BR2, BR6, BR7, BR8, and MW23) if sample collection is desired.
The last category is monitoring wells recommended for abandonment (Table 3, Monitoring WellsRecommended to be Abandoned). Two (2) monitoring wells were found destroyed. Theremnants of the first well (MW1) were located. However, the well casing is currently buriedunder compacted soil. The second destroyed well was labeled the "Old Well". This well wasburied during the construction of the treatment system and is somewhere underneath the pavedarea. Due to the current site conditions, neither of these two wells can be located to properlyabandon. The third well recommended for abandonment is MW6R. This well was found to be adry hole and only penetrated the subsurface to a depth of less than 7 feet. This well can beproperly abandoned.
6.0 PHOTOGRAPHIC LOG
Photographs were taken of all Monitoring Wells. Photographs for each well was identified andlabeled. These photographs are found in Appendix D, Monitoring Well Inventory Photographs.
7.0 ANALYTICAL RESULTS REPORT
All refurbishment and abandonment activities will be included and documented in the AnalyticalResults Report. The draft version of this report will be submitted following completion of allsampling, analysis, and receipt of lab results.
Home Engineering Services, Inc 8 March 13,2000
A R 3 0 0 2 8 2
Groundwater Monitoring Well Inventory Report
Table 3, Monitoring Wells Requiring Abandonment.
No.
1
2
3
MonitoringWell
Number
OLD WELL
MW1
MW6R
Refurbish(Yes/No)
No
No
No
RelativeWaterLevel1
N/A
N/A
N/A
RelativeTotal
Depth1
N/A
N/A
N/A
ProblemWell destroyed andburied under pavedarea.Monitoring welldestroyed, buried undercompacted soil.
Dry Hole
Corrective Action
None.
None.Abandon wellaccording to federaland state regulations
Video InventoryHr/Min/Sec (End 1:07:57)
Start
N/A
N/A
44:37
Stop
N/A
N/A
49:22
1. Measurements based on depth of down hole tool.2. MW12S and MW12D monitoring wells are reversed in video tape footage.3. + Indicates limit of downhole tool.NA - Not AvailableRW/Tsir - Rnr.k Well /NnHome Engineering Services, Inc.
A R 3 0 0 2 8 3March '), 2000
Greenwood Chemical Monitoring Well Inspection Report
APPENDIX A.
FIELD LOGS
Home Engineering Services, Inc March 13. 2000
A R 3 Q 0 2 8 U
Project: Greenwood Chemical Co.Project No: 3162-C01
DAILY FIELD LOG
Date: 2/16/00Weather clear
Site Location: Greenwood Chemical Co. Superfund Site. Newtown. VA
Personnel: Glenn Harrison
Maurice Brawner Corey Hill
Jason Hopson
Supervisor/Leadman
SUBCONTRACTORS
Company Foreman/Super Performing
N/A
Arr/Dep Time
Production: No subs working today
Comments/Directives by Client - Changes in Scope:
No changes in scope
A R 3 0 0 2 8 5
DAILY FIELD LOG
Project: Greenwood Chemical Co.Project No: 3162-C01
Date: 2/16/00Weather clear
Site Location: Greenwood Chemical Co. Superfund Site, Newt own, VA
General Field Notes:
Clear and grub, weed eat around wells, remove dirt from pads general clearing and cleaning for well
inspection. Home employees worked 6 hours.
VISITORS
Name
No visitors today
Company Time on Site Comments
Project: Greenwood Chemical Co.Project No: 3162-C01
DAILY FIELD LOG
Date: 2/17/00Weather clear
Site Location: Greenwood Chemical Co. Superfund Site, Newtown. VA
Personnel: Glenn Harrison
Maurice Brawner Corey Hill
Jason Hopson
Supervisor/Leadman
SUBCONTRACTORS
Company Foreman/Super Performing
N/A
Arr/DepTime
Production. No subs working today
Comments/Directives by Client - Changes in Scope:
No changes In scope
A R 3 0 0 2 8 7
DAILY FIELD LOG
Project: Greenwood Chemical Co.Project No: 3162-C01
Date: 2/17/00Weather, clear
Site Location: Greenwood Chemical Co. Superfund Site. Newtown. VA
General Field Notes:
Clear and grub, weed eat around wells, remove dirt from pads general clearing and cleaning for well i
inspecton. Home employees worked 10 hours
VISITORS
Name
No visitors today
Company Time on Site Comments
•
A R 3 0 0 2 8 8
DAILY FIELD LOG
Project: Greenwood Chemical Co.Project No: 3162-C01
Date: 2/22/00Weather: Clear
Site Location: Greenwood Chemical Co. Superfund Site, Newtown, VA
Personnel: Glenn Harrison
Maurice Brawner Corey Hill
Jayson Hopson
Supervisor/Leadman
SUBCONTRACTORS
Company
United Technologies
Services Inc.
Foreman/Super
Paul Valler
John lie
Performing
Video tape wells to determine
condition of wells
Arr/Dep Time
11:00/6:30
Production: Video tape wells as per contract, production is good with no problems
Comments/Directives by Client - Changes in Scope:
Comments by NorAir, progress Is good,no problems.
No changes in scoope
A R 3 0 0 2 8 9
DAILY FIELD LOG
Project: Greenwood Chemical Co.Project No: 3162-C01
Date: 2/22/00Weather Clear
Site Location: Greenwood Chemical Co. Superfund Site, Newtown, VA
General Field Notes:Continue to clear around wells to make inspection possibleproduction is good with no problems ______
VISITORS
Name
N/A No visitors today
Company Time on Site Comments
R R 3 0 0 2 9 U
DAILY FIELD LOG
Project: Greenwood Chemical Co.Project No: 3162-C01
Date: 2/23/00Weather Clear
Site Location: Greenwood Chemical Co. Superfund Site, Newtown, VA
Personnel: Glenn Harrison
Maurice Brawner Corey Hill
Jayson Hopson
Supervisor/Leadman
SUBCONTRACTORS
Company
United Technologies
Services Inc.
Foreman/Super
Paul Valler
John He
Performing
Video tape wells to determine
condition of wells
Arr/Dep Time
7:00am/4:30pm
Production: Video tape wells as per contract, production is good with no problems
Comments/Directives by Client - Changes in Scope:
Progress is good.no problems.
No changes in scoope
A R 3 0 0 2 S
DAILY FIELD LOG
Project: Greenwood Chemical Co.Project No: 3162-C01
Date: 2/23/00Weather Clear
Site Location: Greenwood Chemical Co. Superfund Site, Newtown. VA
General Field Notes:Continue to clear around wells to make inspection possible
production is good with no problems
VISITORS
Name
Dana Jackson
Philip H. Rotstein
Company
Home Eng.
E.P.A.
Time on Site
All day
All day
Comments
Notes and Recomdations for report
Notes and inspection
\ R R 3 0 0 2 9 2
Greenwood Chemical Monitoring Well Inspection Report
APPENDIX B.
MONITORING WELLSINVENTORY/INSPECTION LOG
Home Engineering Services, Inc March 13, 2000
A R 3 0 0 2 9 3
United Technologies Services, Inc.Well Monitortng-VMeo Log
E W/TW3.55sfG/N GPASiNG '~ '•"•;.'.pa? >»cceis ro x'TREATMEU' /->BUILDING f'AO. SEE (tOOFOR TYP ROAD v_>
J3M2L27 >'
' I ' , ' ' A ^V - \ \ \ \ I i i './.'//.'•y/•,/•/"*:• ^^AAV-»•« ' - • • • ' ' • ; ;''',/ ••
. •
l*'ASBY THE US. ARMy CORPS Of ENGINEERS..„ . ^^ ei «ne w.a. ««*r CWKP5 OF ENGINE
I 'WC REVISED BY RCVOABUSH. GALE AND ASSOCIATES (8/23/061i
tVIIIOM
R1U«I OF t?OCUMU<l» P"*11*tMBOOOuMtr. «• n« BIXMO ouo« MOO»- |*M • OM >o«
J?
•0«»>«) >•••«. MMCflOUNDWATER A«) LAGOONWATER TR£ATk*NT SYSTEM
FOR ARCS GREENWOODOCUICAL SITE
ALBEMARLE COUNTY. VIRGINIA
CIVIL
OVERALL SITE AND CONTROL PLAN DATI APR
Greenwood Chemical Monitoring Well Inspection Report
APPENDIX D.
MONITORING WELLINVENTORY PHOTOGRAPHS
Home Engineering Services, Inc. March 13, 2000
R R 3 0 0 3 0 3
M\V HR2Februarv 17, 2000
M\V BR1l - t -bruarv 17,2000
A R 3 0 0 3 Q I *
M\Y BR4•i 'hruarv 22, 2000
M\V BR3February 17, 2000
flR30Q3Q5
M\V BR5February 17,2000
MVV BR5riKiry 17,2000
A R 3 0 0 3 0 6
M\V IJR7•ebruurv 22. 2000
M\V HR6l- 'ebruarv 17, 2(H)0
A R 3 0 0 3 0 7
.*"*
M\Y BUSFebruary 16,2000
A R 3 0 0 3 U 8
M\V 21.)February 22, 2000
M\V iFebruary 17,2000
AR300309
M\V 2S• I 'bruarv 22, 2000
M\V 21)
0
M\V 3February 22, 2000
M\V 2SFebruary 22, 2000
11^3003 I I
M\V 4I ' l 'bruarv 22, 2000
M\V 4iirv 22, 2000
A R 3 0 0 3 I 2
M\V 5February 17, 2000
M\V 4February 22, 2000
A R 3 0 0 3 I 3
M\V 6kI -ebruurv 17,2000
M\V 6February 17,2000
A R 3 0 0 3 I I *
M\V 6RFebruary 17,2000
A R 3 0 0 3 I 5
M\V 7SFebriKirv 17,2000
M\\ 71)Fi'hriiary 17, 2000
A R 3 0 0 3 I 6
M\V 10February 17,2000
\nv <)February 23, 2000
A R 3 0 0 3 I 7
M \ \ I IFebruary 22. 2000
M\\• ch rua rv 17,2000
H R 3 0 0 3 I 8
M\V 121)I I'briuirv 17, 2000
M\\ 1!cbruarv 22, 2000
A R 3 0 0 3 I 9
M\\ 12SFebruary 17,2000
M\V 12SI-Vlmiiirv 17,2000
A R 3 Q 0 3 2 0
M\V 13•'ebruarv 17,2000
M\V 13Kebniarv 17,2000
A R 3 0 0 3 2 I
f ! I I I I I I I I I I I '
M\V 13ebnuirv 17, 2
M\V 13l- ' i 'hniarv 17,2000
R R 3 0 0 3 2 2
M\V 13February 17,2000
M\V 13February 17, 2000
' &R300323
M\V 141)I - e b r u a r y 17,2000
M\V 141)February 17,2000
A R 3 0 0 3 2 1 *
M\V USFebruary 17,2000
M\V 14SFebruary 17.2000
A R 3 0 0 3 2 5
M\\ 161)February 23,2000
M\V 161)February 23, 2000
A R 3 0 0 3 2 6
M\V 16SFebruary 23, 2000
M\V 161)February 23, 2001)
& R 3 0 0 3 2 7
M\V 171)February 16,21)00
M\V UiSI 'Vbninrv 23,2000
A R 3 0 0 3 2 8
M\V I SI)I ' e b r u a r v 16, 2000
M\V 17SFebruar 16,200(1
M\V 1()elmuirv 22, 2000
M\V ISSI 'Vlmiarv 16,2000 & R 3 0 0 3 3 0
M\V 201)February 17,2000
VI \V 20SFebruan
£»3DCOCDCDCOCO
M\V 2ISFebruary 17.2000
M\V 211)February 17,2000
COCDCDCOCOCO
M\V OBIFebruary 17.2000
M\V 23February 17,2000
COCDCDCOCO
M\V OH2I 'cbruarv 17.2000
COCDCDCOCOcn
M\V OH4February 16, 2000
MVV OB3February 17,2000
M\V OB6February 16,2000
M\V OB5February 16, 2000
COCDCDCOGO
M\V OHSFebriun-v 17,2000
M\V OB7FcbriKirv 17, 2000
COCDCDCOCOCO
OLD \VKLLFebruary 17,2000
Greenwood Chemical Monitoring Well Inspection Report
APPENDIX E.
LIST OF COMMON ACRONYMSAND ABBREVIATIONS
EPA Environmental Protection AgencyFDR Field Inspection ReportOVA organic vapor analyzerPOC point of contactRCRA Resource Conservation and Recovery ActSVOC Semi- volatile organic compoundTAL Target Analyte ListTCL Target Compound ListUS ACE U. S. Army Corps of EngineersVOC volatile organic compound
Home Engineering Services, Inc. March 13, 2000
A R 3 0 0 3 3 9
Greenwood Chemical Monitoring Well Inspection Report
APPENDIX F.
REFERENCES
U.S. Environmental Protection Agency. 1997. EPA Requirements for Quality Assurance ProjectPlans. EPAQA/R-5. Washington, DC: USEPA Quality Staff.
U.S. Army Corps of Engineers. 1994. Requirements for the Preparation of Sampling andAnalysis Plans. EM 200-1-3. Washington, DC: USAGE.