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FINAL REPORT
CYLINDER DECOMMISSIONING
MALTA ROCKET FUEL AREA SITEMALTA, NEW YORK
October 1995
Prepared by:
ERM-NORTHEAST, INC.501 New Kamer RoadSuite 7Albany, New York 12205
ERM306222
^^ __ a
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Our Quality Policy ,
We will fully understand and document our clients' **requirements for each assignment. j
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To serve you well. I
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Chief Executive Officer Chief Operating Officer •
'Jtt^LS* f/l/x^/UL^' yLJxO-C ,LtL*~J____ •Craib A. Werle, Principal Brian 3. /tzc^j Principal m
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FINAL REPORT
CYLINDER DECOMMISSIONING
MALTA ROCKET FUEL AREA SITEMALTA, NEW YORK
October 1995
Prepared by:
ERM-NORTHEAST, INC.501 New Karner RoadSuite 7Albany, New York 12205
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TABLE OF CONTENTS
LO INTRODUCTION l-l
1.1 BACKGROUND 1-1
1.2 SITE DESCRIPTION 1-2
1.3 CYLINDER DESCRIPTION 1-3
1.3.1 UNLABELED (BORON TRIFL UORIDE) CYLINDER 1-3
1.3.2 PENTABORANE CYLINDER 1-4
2.0 VENDOR SELECTION 2-1
3.0 METHODOLOGY 3-1
3.1 DECOMMISSIONING 3-1
3.2 WASTE DISPOSAL 3-3
4.0 REFERENCES 4-1
LIST OF FIGURES
Figure 1 Site Location MapFigure 2 Test Station Map
LIST OF TABLES
Table 1 Test Pit Soil Analytical Results - Inorganic AnalytesTable 2 Test Pit Soil Analytical Results - Organic CompoundsTable 3 Summary of Waste Profile Analytical Results
LIST OF APPENDICES
Appendix A PHOTOGRAPHS OF CYLINDERSAppendix B ERC FINAL REPORT ON DECOMMISSIONING OF COMPRESSED GAS
CYLINDERSAppendix C WASTE PROFILE ANAL YTICAL RESULTS
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1.0 INTRODUCTION
A Remedial Investigation (RI) to characterize and define environmental conditions
at the Malta Rocket Fuel Area (MRFA) Site was conducted from 1991 to 1995 by
ERM-Northeast, Inc. (ERM). The RI was conducted pursuant to protocols setforth in the Revised RI Work Plan (WP) and Project Operations Plan (POP), bothprepared by Geraghty and Miller, Inc. (1991a and b, respectively), and as amendedwith United States Environmental Protection Agency (USEPA) approval duringthe RI (ERM-Northeast, Inc., 1995a). The RI consisted of numerous intrusive
tasks including soil borings and test pitting. During test pitting activities, twocompressed gas cylinders were unearthed These cylinders were intact; one wasunlabeled and the other was labeled as containing pentaborane. This reportdocuments the decommissioning process including the selection of the vendor,methodology, and disposal of wastes generated.
1.1 BACKGROUND
In July 1987, the MRFA Site was placed on the National Priorities List, and inSeptember 1989, the USEPA issued a Unilateral Administrative Order (UAO) toAdvanced Nuclear Fuels, Inc., Curtiss-Wright Corporation, General ElectricCompany (GE), Mechanical Technology, Inc. (MTI), New York State EnergyResearch and Development Authority (NYSERDA), Olin Corporation, Power
Technologies, Inc. (PTI), and Wright-Malta Corporation as potentially responsibleparties (PRPs). The UAO required that the PRPs conduct an RI and FeasibilityStudy (FS) at the MRFA Site. In March 1990, GE, NYSERDA, and theDepartment of Defense (DOD) (the Participating Parties) entered into aparticipation agreement to perform the RI and FS. The Final RI report was
submitted to the USEPA on 14 February 1995 (ERM-Northeast, Inc., 1995b) andapproved in 1995, while the Revised FS was submitted to the USEPA on 5October 1995 (Rust Environment and Infrastructure, 1995). FS approval is
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The cylinder decommissioning described below was performed as a responseaction under the RI pursuant to paragraph 87 of the UAO and the protocols set
forth in the USEPA-approved Work Plan prepared by Earth ResourcesCorporation (1994a).
1.2 SITE DESCRIPTION
The MRFA Site, also known as the Saratoga Research and Development Center, islocated on Plains Road in the Towns of Malta and Stillwater, Saratoga County,New York. The site includes a parcel of land consisting of approximately 165developed acres, known as the Malta Test Station, and additional undevelopedwoodlands surrounding the Test Station. Figure 1 identifies the location and arealextent of the MRFA Site.
A Literature Search Report (LSR) (Geraghty and Miller, Inc., 1992), prepared aspart of the RI, summarizes the history of operations at the MRFA Site. The U.S.Government established the Malta Test Station in 1945, and since then it has beenused for a wide range of rocket and weapons testing programs as well as for spaceresearch. Thirty-three buildings and sixteen storage or disposal areas wereconstructed or established at the Test Station during its use as a research anddevelopment facility.
The Test Station is surrounded by a restrictive one-mile radius circular "easementarea" in which human habitation is prohibited. A fence surrounding the 165-acre
Test Station, a single access road, and strict security also restrict public access.The central portion of the Test Station (property of the Wright-Malta Corporation)is still being used as a weapons and propellant testing facility.
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13 CYLINDER DESCRIPTION
Forty-eight distinct Areas of Concern (AOC) were investigated during the RI. Intwo of these AOCs, two single compressed gas cylinders were unearthed during
test pitting activities. These cylinders were intact; one was unlabeled (which was
later determined to contain boron trifluoride) and the other was labeled ascontaining pentaborane.
According to the LSR, pentaborane was stored at the MRFA Site in Buildings 8,9,20, 25, and 27, and drums containing residual pentaborane were reportedlyburied in Area D-5. The LSR also reports that pentaborane was manufactured inBuilding 20 and tested in rocket engines at the Building 25 test structure. On 21
June 1955, an explosion destroyed Building 20 while the pentaboranemanufacturing plant was being permanently shut down. The buildings/structures,storage areas, and disposal areas in which pentaborane was reportedly
manufactured, used, stored, and/or disposed, including Buildings 25G and 25Hand Area D-5, were investigated, and no evidence of pentaborane was found.
Boron trifluoride (BF3) was reportedly used only at Building 20 at the MRFA Site.
As with pentaborane, Building 20 was investigated, and no evidence of BFs wasfound.
1.3.1 UNLABELED (BORON TRIFLUORIDE) CYLINDER
The unlabeled compressed gas cylinder was unearthed in Area S-l during test
pitting activities on 21 October 1993. Area S-l is an open area surrounded bytrees with no buildings or paving, located in the south-central portion of the TestStation, south of Areas D-l and D-6 and at least 300 feet from the nearest TestStation building (Figure 2). According to the LSR, the area was reportedly usedfor all-purpose, above-ground storage of materials, such as scrap metal, domestic
garbage, lumber, roofing, pipes, spray cans, and drums. q n r* o 9 o
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The RI field work (geophysical surveying and 12 test pits) indicated that Area S-lwas also used historically for the subsurface disposal of crushed drums and a
single, unlabeled compressed gas cylinder. The RI test pits also contained othermiscellaneous metal such as shavings, metal chunks, sheet metal, plate metal,
banding, wire, cans, pipe, and angle iron. The test pits also contained wood,concrete, plastic sheeting, and styrofoam. There is no current use of this area.
The cylinder was found at a depth of approximately two feet below grade in testpit P-57 (Figure 2). The cylinder was a typical high pressure compressed gascontainer measuring approximately 52 inches long and 8.5 inches in diameter. Ithad an intact valve that appeared to be in fair condition, though both the cylinder
and the valve were considerably rusted. Portions of the cylinder without rustappeared to have been painted light green or silver gray. The cylinder wascarefully removed by the test pitting backhoe and staged on the ground near thetest pit Photographs in Appendix A show the cylinder as it was staged.
No elevated photoionization detector (PID) readings were noted during theremoval of the cylinder. A soil sample was collected directly below the cylinderlocation (P-57/2-4) and analyzed for Target Compound List (TCL) organics and
Target Analyte List (TAL) inorganics plus boron. The analytical results of thissample are included on Tables 1 and 2. Upon reaching the completion depth of thetest pit (10 feet), the pit was backfilled with soil from the test pit, and the cylinder
was left in place on the ground surface near the test pit pending appropriatedecommissioning. Caution tape was placed around the cylinder and across the
opening of Area S-l to restrict unauthorized access to the cylinder.
7.3.2 PENTABORANE CYLINDER
The compressed gas cylinder, labeled as containing pentaborane, was unearthed in
Area D-4 during test pitting activities on 15 October 1993. Area D-4 is an open
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grassy area with no buildings or paving, located in the eastern portion of the TestStation, approximately 100 feet east of Building 5 and immediately south of AreaD-2 (Figure 2). Large brush and/or woods surround the northeast and south sidesof the area in addition to a relatively steep bank, approximately five to fifteen feethigh. The area was reportedly used for surface storage of bulk metal.
The RI field work (geophysical surveying and 11 test pits) indicated that Area D-4was also used historically for the subsurface disposal of domestic trash includingpaper, wood, glass, spray cans, bottles, beverage cans, light bulbs, plasticcontainers, wire, and a single compressed gas cylinder. There is no current use ofthis area.
The cylinder was found at a depth of approximately three feet below grade in testpit P-35 (Figure 2). The cylinder was a large, low pressure container measuringapproximately 48 inches high and 30 inches in diameter. The cylinder and its intactvalve appeared to be in good condition. The cylinder was painted light green andlabeled as follows:
SHIPPED TO
TRANSPORTATION OFFICER
EDWARDS AFB CALIFORNIAAFB 2805M/F FTRFS
BATCH NO. 129PENTABORANE LOT NUMBER 2
SHIPPED BY
GALLERY CHEMICAL COMPANYMUSKOGEE OKLAHOMA
CONTRACT ?????? (800) 40844
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The question marks indicate illegible numbers or letters. The cylinder wascarefully removed by the test pitting backhoe and staged on the ground near thetest pit Photographs in Appendix A show the cylinder as it was staged.
No elevated photoionization detector (PID) readings were noted during theremoval of the cylinder. A soil sample was collected in the area where the cylinderwas found (P-35/2-4) and analyzed for TCL/TAL plus boron. The analyticalresults of this sample are included on Tables 1 and 2. Upon reaching thecompletion depth of the test pit (10 feet), the pit was backfilled with soil from thetest pit, and the cylinder was left in place on the ground surface near the test pitpending appropriate decommissioning. Caution tape was placed around thecylinder and across the opening of Area D-4 to restrict unauthorized access to thecylinder.
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2.0 VENDOR SELECTION
Early in 1994, ERM-EnviroClean Northeast, Inc. (ECNE) (the construction andremediation affiliate of ERM-Northeast, Inc.) began soliciting bids from vendors to
decommission the two cylinders in response to a request by the ParticipatingParties. Bids were solicited from a total of nine vendors. Bids were received fromfour of the vendors, while the other five declined to bid. The vendors that declinedto bid are listed below:
• Rollins ChemPack, Inc., Milford, Connecticut• SET Environmental, Inc., Wheeling, Illinois• Reactive Hazards Reduction, Inc., Newfoundland, New Jersey• Westinghouse Remediation Services, Clarkston, Georgia
Mr. Carmelo Vasi, Specialty Gas Consultant, Nutley, New Jersey
The four vendors that submitted bids are listed below:
• Emergency Technical Services Corporation, Schaumburg, Illinois• Advanced Environmental Technology, Inc., Latham, New York
• National Environmental Management Services, Inc., Virginia Beach,Virginia
• Earth Resources Corporation, Inc., Ocoee, Florida
Upon careful review of the four bidding vendors, including a thorough study oftheir previous projects completed, Earth Resources Corporation, Inc. (ERC) wasselected to perform the cylinder decommissioning at the MRFA Site. The decision
to retain ERC was based on referrals that ERC was able to perform cylinderdecommissioning work in a timely and safe manner, and because of their state-of-the-art secondary containment units and remote sampling, treatment, andsurveillance technologies.
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3.0 METHODOLOGY
Prior to any on-site work activities, ERC prepared a proprietary Work Plan dated
October 1994 that was approved by the USEPA. The Work Plan described thesite-specific tasks to be completed by ERC including health and safety protocols.In addition, a meeting was held at the site field office (Building 17) beforemobilizing to the work area (Area D-6, between Areas S-l and D-4). Thismeeting was attended by the entire ERC and ECNE field teams, representativesfrom the Participating Parties, Wright-Malta personnel, and representatives fromthe Malta Ridge Fire and Ambulance Services. During this meeting, the general
scope of work was discussed and details regarding the chemical hazards andemergency response procedures, in the event of a release, were presented.
3.1 DECOMMISSIONING
ERC began mobilizing equipment to the MRFA Site on 13 October 1994. ERCmobilized a Cylinder Recovery Vessel (CRV) trailer, Large Cylinder Transfer Unit
(LCTU) trailer, Mobile Laboratory, trained and certified personnel, and requiredsupport equipment. The CRV and LCTU are secondary containment units usedfor remotely sampling and treating the contents of cylinders using video
surveillance within an inert atmosphere (i.e., the secondary containment space isflooded with an inert gas such as nitrogen). The mobile laboratory was equippedwith an infrared (IR) spectrophotometer and a mass spectrometer (MS).
The setup and checkout of the CRV, LCTU, Mobile Lab, and supportingequipment continued through 21 October 1994. ECNE personnel were on site at
all times to monitor the activities of ERC personnel and to serve as liaison betweenthe Participating Parties, USEPA, local emergency response services, and thecompanies operating at the Test Station (i.e., Wright-Malta Corporation, MTI,
Advanced Liquid Polymer Silicones, Martin Marietta).
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On Friday, 21 October 1994, the pentaborane-labeled cylinder from Area D-4
(referred to as ERM-002 by ERC) was moved from its location in Area D-4 andplaced within the decommissioning exclusion zone (Area D-6); where it remained
for several days while the unlabeled, high pressure cylinder (referred to as ERM-
001 by ERC) was decommissioned. The pentaborane cylinder was moved byforklift after attaching it to a shipping pallet. On Monday, 24 October 1994, theunlabeled high-pressure cylinder was moved from Area S-l using a secondarycontainment unit (i.e., a solkatronic overpack) and placed directly into the CRVtrailer. Cylinder handling personnel wore Level A Personnel Protective Equipment(PPE), and air monitoring was accomplished by ERC throughout the relocationactivities, which both occurred without incident
On 24 October 1994, using remote techniques, the outside of the unlabeledcylinder was pierced and the vapor contents were sampled and analyzed by the on-
site laboratory. Analytical results indicated the cylinder contained BFs at oneatmosphere of pressure. The residual BFs gases were purged, using nitrogen, intoa water scrubber. All gases were then pumped through a Nixtox scrubbercontaining activated carbon and vented to the atmosphere. All treatment solutionsand spent carbon were containerized and staged in appropriate DOT-approved 55-gallon drums for subsequent sampling and disposal by ECNE as described inSection 3.2.
The pentaborane cylinder was prepared for processing on 25 and 26 October 1994.On 27 October 1994, the pentaborane cylinder was placed inside the LCTU trailer
using a forklift and manpower; again, all cylinder handling personnel wore Level A
PPE. Using remote techniques, the outside of the pentaborane cylinder was thenpierced and the vapor contents were sampled and analyzed by the on-sitelaboratory. Analytical results indicated the cylinder contained liquid pentaboraneat 5 pounds per square inch gauge (psig). The pentaborane was treated by
repeatedly purging the cylinder with nitrogen and then evacuating to the lowest
attainable pressure. All gases removed during evacuation were passed through a
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liquid scrubber containing caustic soda solution to hydrolyze the pentaborane.
These gases were then pumped through a Nixtox scrubber containing activated
carbon and then through a flare after-burner to burn off hydrogen generated by the
liquid scrubbing process. Flushing and evacuating continued for several days until
the vacuum level achieved in each cycle became constant. This indicated that all
liquid pentaborane had been evaporated and only residue remained. The residualpentaborane was treated as described above one last time on 1 November 1994.On 3 November 1994, the cylinder was drained and checked. All treatment
solutions and spent carbon were containerized and staged in appropriate DOT-
approved 55-gallon drums for subsequent sampling and disposal by ECNE as
described in Section 3.2.
After treatment, both cylinders were cut completely in half with a saw. On 4November 1994, ERG demobilized from the site. On 23 December 1994, ERC
submitted a Final Report which described the decommissioning activities
performed and included the on-site laboratory analytical results. This report is
attached in Appendix B.
3.2 WASTE DISPOSAL
Four waste streams were generated during the cylinder decommissioning activitiesincluding:
Decon Rinsate: Level A PPE was deconned upon exiting the "work
zone" during all the decommissioning operations. Liquids associated with
the decon process were collected, labeled, and staged in two 55-gallondrums.
• Spent BF3 Treatment Solutions: Liquids associated with the
decommissioning of the BFs cylinder were collected, labeled, and staged in
two 55-gallon drums.
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• Spent Pentaborane Treatment Solutions: Liquids associated with thedecommissioning of the pentaborane cylinder were collected, labeled, andstaged in twenty three 55-gallon drums.
• Spent Carbon: Carbon was used in ERC's Nixtox scrubber during the
decommissioning of the BFs and pentaborane cylinders. Upon completionof the decommissioning, the spent carbon was transferred to three 55-gallon drums.
United Industrial Services (UIS) of Meriden, Connecticut was selected andapproved by the USEPA to transport and receive the wastes. Composite samplesof each of the four waste streams were collected by ECNE personnel on 7November 1994 and shipped to UIS for waste profile analyses. Two quarts ofeach waste stream were composited by placing equal amounts of liquid (or carbon)
from each drum into sample containers. Analytical results for the four wastestreams, which are summarized on Table 3 and attached as Appendix C, indicatedthat all wastes generated during the cylinder decommissioning activities were non-hazardous. Based on the non-hazardous characterization, the 30 drums of wastewere transported to the UIS facilities in Meriden, Connecticut on 27 December1994 for treatment and disposal.
As stated above, the two cylinders were cut completely in half by ERC afterneutralizing the contents. The four cylinder halves were considered to be non-
hazardous scrap metal and were transported by ECNE personnel to Schiabo-
Hudson Scrapyard at the Port of Albany in Albany, New York for recycling.
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4.0 REFERENCES
Earth Resources Corporation, 1994a, Work, Safety, Health and Emergency
Response Plan, Malta Rocket Fuel Area Site, October 1994.
Earth Resources Corporation, 19945, Final Report, Decommissioning ofCompressed Gas Cylinders, Malta Rocket Fuel Area Site, December 231994.
ERM-Northeast, Inc., 1995a, Correspondence Documenting Changes in Scope or
Field Protocol, Remedial Investigation Report Malta Rocket Fuel Area Site
Towns of Malta and Stillwater Saratoga County, New York, February1995.
ERM-Northeast, Inc., 1995b, Final Remedial Investigation Report, Malta RocketFuel Area Site, Towns of Malta and Stillwater, Saratoga County, NewYork, February 1995.
Geraghty and Miller, Inc., 1991a, Revised Remedial Investigation Work Plan forthe Malta Rocket Fuel Area Site, Towns of Malta and Stillwater Saratoga
County, New York, February, 1991.
Geraghty and Miller, Inc., 1991b, Project Operations Plan for the Malta RocketFuel Area Site, Towns of Malta and Stillwater, Saratoga County, NewYork, August 1991.
Geraghty and Miller, Inc., 1992, Literature Search Report for the Malta RocketFuel Area Site, Towns of Malta and Stillwater, Saratoga County, NewYork, May 1992.
Rust Environment and Infrastructure, Inc., 1995, Draft Feasibility Study, Malta
Rocket Fuel Area Site, Saratoga County, New York, May 1995.
ERM-NORTHEAST, INC. A-1 Q C\ C O Q **} 380\206\CYLIND.DOC
S A R A T O G A L A K E
1 RoundLake
-\ '
SITE LOCATION MAP
306239MALTA ROCKET FUEL AREA SITE
;ERM Hortheast-•2 OOP
LEGEND:D~'/—
O - Rl AREA OF CONCERN
• - TEST PIT LOCATIONP-57
SCALE IN FEET
300 600
cvCDOCO
MRFA TEST STATION MAPMALTA ROCKET FUEL AREA SITE
MALTA, NYPREPARED FOR
MALTA ROCKET FUEL AREA SITE
ERM-NortheastERM
SCALE
DATE9/95
FIGURE
2
TABLE 1TEST PIT SOIL ANALYTICAL RESULTS
INORGANIC ANALYTESMALTA ROCKET FUEL AREA SITE
AnalytesAluminumAntimonyAnenicBariumBerylliumCadmiumCalciumChromiumCobaltCopperIronLeadMagnesiumManganeseMercuryNickelPotassiumSeleniumSilverSodiumThalliumVanadiumZincCyanideBoron
MRFAComparative
Criteria7830013.28.13001.013.5
50000013530999
90000500
50000027008.1540
5250002
135325000
1.89189
81005402400
AreaD-4P-35/2-4
3770< 8.2 UJ
1.4 B14.7 B0.19 B
<OJ1 U6830432.8 B7.578702.41820161
< 0.04 U6 B463 B
< 0.18 U< 1.0 U
40.8 B< 0.19 U
8.517.3
< 0.63 U< 15.5 U
AreaS-1P-57/2-4
5500< 7.8 UJ
1.614.4 B0.25 B
< 0.49 U326 B5.43.0 B7.889903.71350190
< 0.04 U6.9432 B
< 0.17 U< 0.99 U
24.2 B< 0.18 U
10.116.8 R
< 0.62 U< 14.8 U
Notes:1. All concentrations are in milligrams per kilogram (mg/kg = put* per million (ppm)).2. U = Analyte was not detected.3. J = Semi-quantitative value due to QA/QC data validation requirements.4. B = Value is above the Instrument Detection Limit (IDL) but below the Contract Required Detection Limit (CRDL).5. R = Analysis rejected.
P35J7IKXLS KW/95
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TABLE 2TEST PIT SOIL ANALYTICAL RESULTS
ORGANIC COMPOUNDSMALTA ROCKET FUEL AREA SITE
Volatile Organic TICs*| Cyclotetrasiloxane, Octamethyl
MRFAComparative
Criterianone
AreaD-4P-35/2-4
NF
AreaS-1P-57/2-4
7 NJ
Semi-Volatile Organic TIC**Unknown Aliphatic EsterUnknown Cycloalkene
5000050000
NF76 J
89 JNF
Pestldde/PCB Compounds*4,4'-DDT 2100 UJ 2.0 PJ
Notes:1. All concentrations are in micrograms per kilogram (ug/kg = parts per billion (ppb)>.2. * = Only compounds that were detected in one or more samples are listed No target VOCs or S VOCs were detected.3. U = Analyte was not detected.4. J = Semi-quantitative value due to QA/QC data validation requirements.5. P = >25% difference for detected concentrations between the two OC columns. The lower value is reported.6. N = Compound was identified with a Chemical Abstract Servivei (CAS) number.7. NF = Compound not found on TIC list
P35.57ORJCLS \CW9S
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TABLE 3SUMMARY OF WASTE PROFILE ANALYTICAL RESULTS
MALTA ROCKET FUEL AREA SITE
AnalytesArsenicBariumCadmiumChromiumCopperIronLeadMercuryNickelSilverSodiumZincPhenolsPCBsPHFlash Point
DeconWash Water
NDNDND
0.020.162.980.03NA
0.04NDNA0.55NDND7.56
>200°C
BF3
Wash Water0.010.010.010.100.0832.50.01NA
0.110.02NA1.35ND
ND*7.87
>200°C
PentaboraneWash Water
NDNDNDND
0.030.29NDNA0.160.01NA
0.03NDND8.44
>200°C
Charcoal
NDNDNDNDNANANDNDNANANDNANANA8.65
>200°C
Notes:1. All concentrations are in parts per million (ppm).2. ND = Analyte was not detected.3. NA = Not analyzed* PCBs were reported in the original analytical results for this sample. However, the
detection of PCBs was not considered reasonable since PCBs were not associatedwith any of the cylinder decommissioning processes. A re-analysis of this sampleconfirmed that PCBs were not detected.
WST_PRO.XLS 1(V1»9S 21 23
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EARTH RESOURCES CORPORATION1227 Marshall Farms Road • Ocoee, Florida 34761
(407) 877-0877FAX (407) 877-3622
December 23, 1994
Mr. David W. MyersERM-EnviroClean-Northeast501 New Karner RoadSuite 7Albany, NY 12205
Subject: Final Report, Decommissioning of Compressed Gas Cylinders,Malta Rocket Fuel Site, Malta, New York
Dear Mr. Myers:
Earth Resources Corporation (ERC), under EnviroClean-Northeast, Inc.contract dated 7 October 1994 decommissioned two compressed gascylinders for EnviroClean-Northeast Project No. 132.04 at the MaltaRocket Fuel Site in Malta, New York. This report summarizes theoperation.
ERC's Director of Operations, Mr. Ed Van Schoick, was the on-siteproject director. He was assisted by Mr. Charles Mattern, ERCQuality Control Manager, and Mr. Tom Gysin, ERC's Site Manager.
Equipment and personnel began arriving at the job site on 13October. ERC mobilized the Cylinder Recovery Vessel (CRV) trailer,Large Cylinder Transfer Unit (LCTU) trailer, Mobile Laboratory,trained and certified personnel, and required support equipment.Site power was supplied by rental generators.
On 14 October, ERC's site management personnel met withrepresentatives from other project participants to review theproject schedule, site setup, and anticipated operations.
Cylinder designated ERM-001 was a high pressure container measuring52" in length and 8.5" in diameter. The cylinder had a 330 CGAvalve and the cylinder and valve had extensive exterior corrosion.The contents of the cylinder were unknown. ERC's approach was toplace the cylinder into the CRV, pierce the cylinder remotely,obtain a vapor sample for on-site laboratory analysis, and determinethe appropriate treatment methodology.
Cylinder designated ERM-002 was a low pressure container measuring48" high and 94" in circumference. The cylinder was labeled ascontaining pentaborane from Gallery Chemical Company. Liquidmaterial was known to be inside the cylinder. ERC's approach was
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basically the same as towards cylinder ERM-001 except, due to thelarge size of the cylinder, the cylinder's contents were to beaccessed via an external tapping collar with the LCTU providingsecondary containment during the process.
The setup and checkout of the CRV, LCTU, Mobile Lab and supportingequipment continued through 21 October.
On 21 October, ERG relocated cylinder ERM-002 from an area whoseaccess would be restricted to ERC's processing area. The cylinderwas moved by forklift after it had been strapped to a shippingpallet. Cylinder handling personnel wore Level A PersonnelProtective Equipment (PPE) and air monitoring was accomplishedthroughout the relocation activity. After relocation, access to thearea of the cylinder was restricted by caution tape.
On Monday, 24 October, cylinder ERM-001 was placed inside theSolkatronic overpack for moving to the cylinder processing area. At11:45AM, the cylinder was removed from the overpack and placedinside the CRV. At 2:14PM the cylinder was drilled and sampled.Analysis determined the cylinder contained boron trifluoride at oneatmosphere. The residual boron trifluoride gases were purged usingnitrogen into a water scrubber.
Site activities October 25 through October 26 involved preparationsfor processing cylinder ERM-002 in the LCTU.
On 27 October, at 10:12AM, cylinder ERM-002 was drilled and a samplewas taken. Analysis determined the cylinder contained pentaboraneat 5 pounds psig. The liquid pentaborane was slowly hydrolyzed ina liquid scrubber. The cylinder was repetitively purged withnitrogen into a liquid scrubber. On 1 November, water was injectedinto the source cylinder to hydrolyze any remaining pentaborane.
On 3 November, cylinder ERM-002 was drained and checked forcontamination. Both cylinders were cut completely in half andchecked for contamination.
On 4 November, site restoration began. The carbon adsorbent fromthe nixtox was removed and placed into three drums for disposal byERM. The liquids from the pentaborane scrubber and cylinderrinseates were placed in drums for disposal by ERM also.
All major equipment items were checked for contaminates,decontaminated if necessary, and were removed from the project siteby the end of the day, 4 November.
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Cylinder analytical documentation and additional documentationpertaining to site operations is enclosed.
Sincerely Yours,
EARTH RESOURCES CORPORATION
Robert R. McBrideAssistant Director of Operations
Enclosures:
1. Cylinder Inspection Logs and Analysis Data2. Daily Safety Meeting Logs3. Quality Control Daily Reports4. Confined Space Entry Permits6. Air Analysis Data
306251
Project Name:
Cylinder Serial »:
DOT Rating:
Other:
Form 2
CYLINDER INSPECTION LOG
Cylinder Type: H.P.
Inspector: jL.,
-2___
L.P.
Labels and/or Markings:
ERC *:
Dimensions : 52 "r ? '4
Owner Stamp:
3E1800 3A2015 3AA2400 JA221—————•—•
Test Date(s): __
Valve Type: 33£>
General Condition:
Comments:
Good Fair Poor
Valve Condition:
Comments:
Good Fair Poor
Pre-operation Weight:
Approved to Handle:
Handling Precautions:
Post-operation Weight:
Yes /_^-
/?
Approved for Valve Sampling:
Sample Method:
Yes
Large CRV Small CRV
No
No
Val
Comments:
Sample Date: C ? (J> Pressure:
Identified Contents:
Analytical Method:
Disposition:
j_ •
/hi f / u o •/• ,
Mass Spec FTIR
fa
Other
•Camtie •Scrub
Recontainerized:
Recontalnerlzed Cylinder #:
Acid Scrub ______ Oxidizing Carbon
Mole Sieve Flare
Yes No
306253'Use or disclosure of data contained on this sheet is subject to the
restrictions on the title page of this plan.'
Form 4ANALYTICAL SUMMARY FORM
OVERPACK it: __________ CYLINDER ff:
MASS SPECTRUM INTERPRETATION /
_________________£>i~ r^-' / r l f i t l r . f i r/(- • flJ,tlfrr-r>.^I/
Analyst Signature: ^jJ^^JL^ .. OK^>M.L~-.—______________ Date: to s-ctQA Confirmation Yes D No DComments: _____ __
FT1R INTERPRETATION
Analyst Signature: ______{JuL*sJL~, c. rn\^^AL^^L.__________ Date: to - ^QA Confirmation Yes D No DComments:
COLORIMETRIC OR OTHER INTERPRETATION
Analyst Signature: ________________________________________ Date:QA Confirmation Yes D No DComments:
INTERPRETED RESULTS: PW,^ TV', ftn« ^ < J t
QA or Document Officer Signature:
DATE: 306254'Use or disclosure of the data contained on this sheet is subject to the
restrictions on the title page of this plan. '
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306256
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306259
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3062GO
Project Name:
Date: /Q -c?/-
DOT Rating:
Other:
Form 2CYLINDER INSPECTION LOG
Inspector:
Cylinder Serial »: 33~
Color:
3E1800 3A2015
Cylinder Type: H.P.
Labels and/or Markings:
L.P.
D.mensions: ;/ X
Owner Stamp:
3AA2400 3A2215
Test Date(s): ly - (j> (
Valve Type: ^/D -
C&
General Condition:
Comments:
Good
Valve Condition:
Comments:
Good
Pre-operation Weight:
Approved to Handle:
Handling Precautions:
Approved for Valve Sampling:
Sample Method:
Comments:
Sample Date: <0 ' ^ ? "
Identified Contents:_
Analytical Method:
Disposition:
L
Fair Poor
Fair Poor
Post-operation Weight:
Yes t^^"
Yes
Large CRV Small CRV
Pressure:
~ VMass Spec
HyJ,
FTIR
No
No
Val
Other
Caustic Scrub
Recontainerized:
Recontalnerlzed Cylinder
Acid Scrub .______ Oxidizing Carbon
Mole Sieve ______ Flare
Yes No
disclosure of data contained on this sheet is subject to therestrictions on the title page of this plan.'
30B2G1
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306267
Form 9
DAILY SAFETY MEETING
DATE: /G //?C"1/
TIME:
CYLINDER MANAGEMENT PROJECT FOR:
EMPLOYEES PRESENT:
l/d/J S.^-nt/^fc1. & &
A ^ f c /tV 752. _ CT A fife-tV 75-
3. _
4. _
5- _
6. _
7. _
8. _
9- _
10.
PLANNED ACIVITIES:
TOPICS DISCUSSED:
'Use or disclosure of the data contained on this sheet is subject to therestrictions on the title page of this plan.'
306268
Form 9
DAILY SAFETY MEETING
•//£/DATE: / 6 //.
TIME: ~ A.
CYLINDER MANAGEMENT PROJECT FOR:
EMPLOYEES PRESENT:
1. _
2. ______
3. _ £.
4. _
5.
S" •-rz^AK.'TI- /1*JJ*
6. ____0_
1. _____ I ,
8. ___
9. ___
10.
PLANNED ACTIVITIES: /
Sc-f-
TOPICS DISCUSSED:
O Ti P p fi Qor disclosure of the data contained on this sheet is subject to the \J\J\J£,\J\J
restrictions on the title page of this plan.'
Form 9
DAILY SAFETY MEETING
DATE:/ /
TIME: ;
CYLINDER MANAGEMENT PROJECT FOR:
EMPLOYEES PRESENT:
/£V l/tl* Sc/Itit/<1. ____
2.
3. ________£ L\J: ///A*- J.
4. L. 5-^,^-15. __g.6. ______(J.
7. ____ ~T
8. ____
9. ____
10.
PLANNED ACTIVITIES:
G £*j£/i
TOPICS DISCUSSED:
/fx/y 7^57^
'Use or disclosure of the data contained on this sheet is subject to the O U D <« * Urestrictions on the title page of this plan. '
Form 9
DAILY SAFETY MEETING
DATE:/ /
TIME:
CYLINDER MANAGEMENT PROJECT FOR:
EMPLOYEES PRESENT:
2. _____
3. ^-
4. ____L_
5. (l__
6. __ ()'
7. __
8. __
9. __
10.
g. ^'11^ Ut*)
PLANNED ACTIVITIES:
' G F .5& /-
/^s t///^t-/g^5 >/g:-77rg ofy
TOPICS DISCUSSED:
r
'Use or disclosure of the data contained on this sheet is subject to thesure or tne oata contained on tnis sneet is suojeci to tne O A C* O *"} 1restrictions on the title page of this plan.' O U D £ ( 1
Form 9
DAILY SAFETY MEETING
DATE: __
TIME:
/?. 1/4/b
CYLINDER MANAGEMENT PROJECT FOR
EMPLOYEES PRESENT:
1. _
2. _
3. ___
4. ________
5- ^-
6. _£_7- ^T
8. _____U .
9. ________
10. _______
PLANNED ACTIVITIES:
Sc-£-ttn
ft If
TOPICS DISCUSSED:
"Use oc disclosure of the data contained on this sheet is subject to the O U U ^ ' *•restrictions on the title page of this plan.'
Form 9
DAILY SAFETY MEETING
DATE:7 7^
TIME:
CYLINDER MANAGEMENT PROJECT FOR:
EMPLOYEES PRESENT:
1. __
2. __
3.
4. / • 5 'TiC^'l * T
5. C. A6. ___
7. ____
8. ___
9. ____
10.
PLANNED ACTIVITIES:
C- - fll
TOPICS DISCUSSED:
'Use or disclosure of the data contained on this sheet is subject to therestrictions on the title page of this plan.'
Form 9
DAILY SAFETY MEETING
DATE: J0_r**S-
TIME:
CYLINDER MANAGEMENT PROJECT FOR: //X/fX //}
EMPLOYEES PRESENT:
2.
3.
4.
5.
6.
~1- A.//!& A
8.
10.
PLANNED ACTIVITIES:
TOPICS DISCUSSED:
/- disclosure of the data contained on this sheet is subject to the U U »D ^ I 4restrictions on the title page of this plan."
Form 9
DAILY SAFETY MEETING
DATE:
TIME:
CYLINDER MANAGEMENT PROJECT FOR:
EMPLOYEES PRESENT:
i.2.
3.
4.
5.
6.
7.8.
9.
10.
PLANNED ACTIVITIES
-^
TOPICS DISCUSSED:
/ x
or disclosure of the data contained on this sheet is subject to the Q p. r» Q M frestrictions on the title page of this plan. ' O U U £> ' «'
Form 9
DAILY SAFETY MEETING
DATE: //) - 7
TIME:
CYLINDER MANAGEMENT PROJECT FOR:
EMPLOYEES PRESENT:
2.
3.
5.
6.
7.
8.
Q
10.
PLANNED ACTIVITIES:
TOPICS DISCUSSED:
st f- -
or disclosure of the data contained on (his sheet /s subject to therestrictions on the title page of this plan. '
*3 (\ C O *7 C
Form 9
DAILY SAFETY MEETING
DATE:
TIME:
CYLINDER MANAGEMENT PROJECT FOR:
EMPLOYEES PRESENT:
2. Z
o
4. (/-'
6.
7.
8.
10. /
PLANNED ACTIVITIES:
TOPICS DISCUSSED:
"C/se or disclosure of the data contained on this sheet is subject to therestrictions on the title page of this plan. '
306277
Form 9
DAILY SAFETY MEETING
DATE:
TIME:
CYLINDER MANAGEMENT PROJECT FOR:
EMPLOYEES PRESENT:
2.
3.
4.
5.
6.
8.
9.
10.
PLANNED ACTIVITIES:
TOPICS DISCUSSED:
"C/se or disclosure of the data contained on this sheet is subject to the «J U U *« • Orestrictions on the title page of this plan. '
Form 9
DAILY SAFETY MEETING
DATE: //- J>-
TIME:
CYLINDER MANAGEMENT PROJECT FOR:
EMPLOYEES PRESENT:
1 -7 S7 aI • //TJ^J Lryf/.
2.
3.
4.
5.
6.
8.
9.
10.
PLANNED ACTIVITIES:
TOPICS DISCUSSED:
or disclosure of the data contained on this sheet /s subject to the O U U ^ I Urestrictions on the title page of this plan. '
Form 9
DAILY SAFETY MEETING
DATE: //-3-?</
TIME: j
CYLINDER MANAGEMENT PROJECT FOR:
EMPLOYEES PRESENT:
1.
2.
3.
4.
5.
6.
7.
8.
10.
PLANNED ACTIVITIES:
Zs f----
TOPICS DISCUSSED:
306280'i/se or disclosure of the data contained on this sheet ;s subject to the
restrictions on the title page of this plan. '
Form 9
DAILY SAFETY MEETING
DATE:
TIME:
CYLINDER MANAGEMENT PROJECT FOR:.X
EMPLOYEES PRESENT:
1.
2. fe
3.
4.
6.
7.
8.
Q
10.
PLANNED ACTIVITIES:
TOPICS DISCUSSED:
"L/se or disclosure of the data contained on this sheet is subject to the O 0 O *restrictions on the title page of this plan. '
Form 1
QUALITY CONTROL DAILY REPORT Page 1 of 2
PROJECT N«
WEATHER
/?<y<?y.3fo^/FA,*, TEMP. WIN.
DATE /o-J«-?*'TEMP. MAX.
/
1. Phase of operation in progress: ~7%'?'Z5f><Mft "<? £t//. {Z^.t/ £ tf/"? teg'tL
2. Results of operational check:
A. SAFETY EQUIPMENT CHECK:
If not, list deficiencies:
SUPPLIED AIR EQUIPMENT INCLUDES:
Compressor(10kavjxAir Lines (Okay)Air Bank (Okay)MasksctCkayV
5 Min Packs (Okay)
MONITORING EQUIPMENT:
Explosion/02 Meter <£OkayVHNudgkayiDetector Tubes
B. Cylinder Recovery Vessel'Hydraulic SystemPneumaticPumps (Vac &Pressure Temp. ReadoutsClQjcIFyj}
List Deficiencies
Other Deficiencies
'Use or disclosure of data contained on this sheet is subject to therestrictions on th» title page of this plan.' 306282
Form 1
QUALITY CONTROL DAILY REPORT Page 2 of 2
C. HazGAS" (Okay)Pneumatic System (Okay)Pumps (Okay)Pressure Temp. Readouts (Okay)Valves (Okay)Video (Okay)Other Deficiencies
-,
NOTE: Deficiencies listed will be recorded in the maintenance log by date andreport number.
3. Verbal instructions - received from Client Representative on deficiencies or retesting required:
4. Remarks:
SIGNATURE OF PROJECT MANAGER
5. CERTIFICATION: I certify that the above report is complete and correct, and that all material andequipment used and work performed during this reporting period are in strict compliance with the plansand specifications except as may be noted above.
AUTHORIZED REPRESENTATIVE
'Use or disclosure of data contained on this sheet is subject to the O 0 D 2 8 Srestrictions on the title page of this plan. '
Form 1
QUALITY CONTROL DAILY REPORT Page 1 of 2
PROJECT N«
WEATHER Cc& /^k TEMP. MIN.
DATE
ft*?
lo -(3S-9<s
TEMP. MAX.
1. Phase of operation in progress: v^V/// '/?t 'fc-rr
2. Results of operational check:
A. SAFETY EQUIPMENT CHECK:
. If not, list deficiencies:
SUPPLIED AIR EQUIPMENT INCLUDES:
B.
CompressorAir Lines (Okay)Air Bank (Okay)MasksSCBA's <5 Min Packs (Okay)
MONITORING EQUIPMENT:
Explosion/02 Meter {Gjcfy?HNugjgtgjJDetector Tubes t ?£J
Cylinder Recovery VesseRCRVfHydraulic SystendQ^T)Pneumatic Systemcfflla^VPumps (Vac & Comp)Pressure Temp. ReadoutsValves
List Deficiencies
Other Deficiencies
'Use or disclosure of deta contained on this sheet is subject to therestrictions on the title paga of this plan.' 306284
Form 1
QUALITY CONTROL DAILY REPORT Page 2 of 2
C. HazGAS™ (Okay)Pneumatic System (Okay)Pumps (Okay)Pressure Temp. Readouts (Okay) ————————ff /'/AValves (Okay) ———————/ //Video (Okay) ————————————Other Deficiencies ————————————
NOTE: Deficiencies listed will be recorded in the maintenance log by date andreport number.
3. Verbal instructions - received from Client Representative on deficiencies or retesting required:
4. Remarks:
SIGNATURE OF PROJECT MANAGER
5. CERTIFICATION: I certify that the above report is complete and correct, and that all material andequipment used and work performed during this reporting period are in strict compliance with the plansand specifications except as may be noted above.
AUTHORIZED REPRESENTATIVE
'Use or disclosure of data contained on this sheet is subject to thelosure of data contained on this sheet is subject to the Q /"I £? O C) r-restrictions on the title page of this plan.' \J \J O C O J
Form 1
QUALITY CONTROL DAILY REPORT Page 1 of 2
PROJECT N«
WEATHER
&<*></ 3~&n>lfa TEMP. MIN.
DATE
^'^
JO -d*. 5V
TEMP. MAX.
/
1. Phase of operation in progress: ^/2/// "fiflP 3)J?dCf5'S '?. ~7s~>?-'
2. Results of operational check:
A. SAFETY EQUIPMENT CHECK:
Suits <{Cf£ayi. If not, list deficiencies:
SUPPLIED AIR EQUIPMENT INCLUDES:
Compressor (Okay)Air Lines (Okay)Air Bank (Okay)
SCBA'scGgay)5 Min Packs (Okay)
MONITORING EQUIPMENT:
Explosion/02
Detector Tubes<^0^>
B. Cylinder Recovery VesselHydraulic SysterrK£0^|y)PneumaticPumps (Vac &Pressure Temp. Readouts
List Deficiencies
Other Deficiencies
'Use or disclosure of data contained on this sheet is subject to therestrictions on the title page of this plan.' 306286
Form 1
QUALITY CONTROL DAILY REPORT Page 2 of 2
C. HazGAS" (Okay) ——————————————Pneumatic System (Okay) ————————————-j—Pumps (Okay) ————————>.—) f *Pressure Temp. Readouts (Okay) ——————— / } . ' /^yValves (Okay) ——————L——! IVideo (Okay) —————————————Other Deficiencies —————————————
NOTE: Deficiencies listed will be recorded in the maintenance log by date andreport number.
3. Verbal instructions - received from Client Representative on deficiencies or retesting required:
4. Remarks:
SIGNATURE OF PROJECT MANAGER
5. CERTIFICATION: I certify that the above report is complete and correct, and that all material andequipment used and work performed during this reporting period are in strict compliance with the plansand specifications except as may be noted above.
AUTHORIZED REPRESENTATIVE
'Use or disclosure of data contained on this sheet is subject to the 306287restrictions on the title page of this plan.'
Form 1
QUALITY CONTROL DAILY REPORT Page 1 of 2
PROJECT N«
WEATHER
WW^**y>Ja^ TEMP. WIN.
DATE /& -<p:7-ryTEMP. MAX.
1. Phase of operation in progress: 2-4// /jf^7£> /^tftie^ss ^- Tfr^-^
2. Results of operational check:
A. SAFETY EQUIPMENT CHECK:
). If not, list deficiencies:
SUPPLIED AIR EQUIPMENT INCLUDES:
Compressor (2£ayfAir Lines (Okay)Air Bank (Okay)MasksSCBA's5 Min Packs (Okay)
MONITORING EQUIPMENT:
Explosion/02 Meter KJEfJ}
Detector Tubes
B. Cylinder Recovery VesselHydraulicPneumatic SystemPumps (Vac & Comp) g&Pressure Temp. Readouts
VideoOther Deficiencies
List Deficiencies
'Use or disclosure of data contained on this sheet is subject to therestrictions on the title page of this plan.' :06288
Form 1
QUALITY CONTROL DAILY REPORT Page 2 of 2
C. HazGAS" (Okay)Pneumatic System (Okay)Pumps (Okay)Pressure Temp. Readouts (Okay)Valves (Okay)Video (Okay)Other Deficiencies
mNOTE: Deficiencies listed will be recorded in the maintenance log by date and
report number.
3. Verbal instructions - received from Client Representative on deficiencies or retesting required:
4. Remarks:
SIGNATURE OF PROJECT MANAGER
5. CERTIFICATION: I certify that the above report is complete and correct, and that all material andequipment used and work performed during this reporting period are in strict compliance with the plansand specifications except as may be noted above.
AUTHORIZED REPRESENTATIVE
'Use or disclosure of data contained on this sheet is subject to the O U U C Q «Jrestrictions on the title page of this plan. '
Form 1
QUALITY CONTROL DAILY REPORT Page 1 of 2
PROJECT N«
WEATHER
tfW^
TEMP. M1N.
DATE /t>-j.?-9<tTEMP. MAX.
1. Phase of operation in progress: £fo(?f'Z''> ^ 7&?i C-6r///7b££>
2. Results of operational check:
A. SAFETY EQUIPMENT CHECK:
). 'f n°t. list deficiencies:
SUPPLIED AIR EQUIPMENT INCLUDES: List Deficiencies
Air Lines (Okay)Air Bank (Okay)
SCBA's5 Min Packs (Okay)
MONITORING EQUIPMENT:
Explosion/02
HNu (Okay)Detector
B. Cylinder Recovery VesselHydraulicPneumaticPumps (Vac & Comp)Pressure Temp. Readouts
Other Deficiencies
'Use or disclosure of data contained on this sheet is subject to therestrictions on the title p»g» of this plan.' 306290
Form 1
QUALITY CONTROL DAILY REPORT Page 2 of 2
C. HazGAS™ (Okay! ————————————————Pneumatic System (Okay) ———————————— . — J.
————————— - — —-Pumps (Okay) -A ..Pressure Temp. Readouts (Okay) ———————— ./
Valves (Okay)Video (Okay)Other Deficiencies
NOTE: Deficiencies listed will be recorded in the maintenance log by date andreport number.
3. Verbal instructions - received from Client Representative on deficiencies or retesting required:
4. Remarks:
SIGNATURE OF PROJECT MANAGER
5. CERTIFICATION: I certify that the above report is complete and correct, and that all material andequipment used and work performed during this reporting period are in strict compliance with the plansand specifications except as may be noted above.
AUTHORIZED REPRESENTATIVE
'Use or disclosure of data contained on this sheet is subject to the ^\ 0 D 2 vJ 1restrictions on the title page of this plan.'
Form 1
QUALITY CONTROL DAILY REPORT Page 1 of 2
PROJECT N«
WEATHER
>cf</£>mTEMP. MIN.
DATE /& -3'- 94TEMP. MAX.
1 . Phase of operation in progress: OftZXleSS /Z- 7<?>' <Z.*/ /Js/£t<^
2. Results of operational check:
A. SAFETY EQUIPMENT CHECK:
Suits (Q£ay£ If not. list deficiencies:
SUPPLIED AIR EQUIPMENT INCLUDES: List Deficiencies
CompressorAir Lines (Okay)Air Bank (Okay)Masks fQfcfy)SCBA's tS£a&5 Min Packs (Okay)
MONITORING EQUIPMENT:
Exp!osion/02 MeterHNu-tSiDetector
B. Cylinder Recovery VesselHydraulic SystemPneumatic SystemPumps (Vac & Comp)Pressure Temp. Readouts (Olcasli
Other Deficiencies
'Use or disclosure of data contained on this sheet is subject to therestrictions on the title page of this plan.' 30R292
Form 1
QUALITY CONTROL DAILY REPORT Page 2 of 2
C. HazGAS" (Okay) —————————Pneumatic System (Okay) ————————Pumps (Okay) ———————-t-Pressure Temp. Readouts (Okay) ——————AValves (Okay) ——————/U7/ / IVideo (Okay) ————————Other Deficiencies ————————
NOTE: Deficiencies listed will be recorded in the maintenance log by date andreport number.
3. Verbal instructions - received from Client Representative on deficiencies or retesting required:
4. Remarks:
SIGNATURE OF PROJECT MANAGER
5. CERTIFICATION: I certify that the above report is complete and correct, and that all material andequipment used and work performed during this reporting period are in strict compliance with the plansand specifications except as may be noted above.
' AUTHORIZED REPRESENTATIVE
'Ust or disclosure of data contained on this sheet is subject to therestrictions on the title page of this plan. '
Form 1
QUALITY CONTROL DAILY REPORT Page 1 of 2
PROJECT N«
WEATHER
MW3.TEMP. MIN.
DATE / / - / -^TEMP. MAX.
1. Phase of operation in progress: <7ffi<3CFS 5" ^2. /&?? (^?&'//s7/)f>£>
2. Results of operational check:
A. SAFETY EQUIPMENT CHECK:
Suits If not, list deficiencies:
SUPPLIED AIR EQUIPMENT INCLUDES:
Compressor (tpjay?Air Lines (Okay)Air Bank (Okay)Masks tfSay?
B.
5 Min Packs (Okay)
MONITORING EQUIPMENT:
Ej(plosion/02 MeterHNuct2B$>Detector Tubes
Cylinder Recovery Vessel <Hydraulic System fgfcaS?Pneumatic System <t0E§JPPumps (Vac & Comp) XOTcaJPPressure Temp. Readouts <fd£|jj
List Deficiencies
Other -""Deficiencies
'Ust or disclosure of data contained on this sheet is subject to therestrictions on the title page of this plan.' 306294
Form 1
QUALITY CONTROL DAILY REPORT Page 2 of 2
C. HazGAS™ (Okay) —————————————Pneumatic System (Okay) ———————————— ,
———————— - — —-—L
Pumps (Okay) ————————jPressure Temp. Readouts (Okay) ———————JLValves (Okay) ——————/ \.t IVideo (Okay) ———————————Other Deficiencies ———————————
NOTE: Deficiencies listed will be recorded in the maintenance log by date andreport number.
3. Verbal instructions - received from Client Representative on deficiencies or retesting required:
4. Remarks:
SIGNATURE OF PROJECT MANAGER
5. CERTIFICATION: I certify that the above report is complete and correct, and that all material andequipment used and work performed during this reporting period are in strict compliance with the plansand specifications except as may be noted above.
AUTHORIZED REPRESENTATIVE
'Use or disclosure of data contained on this sheet is subject to the O /"• P O Q f!restrictions on the title page of this plan.' O \J \J £. O \)
Form 1
QUALITY CONTROL DAILY REPORT Page 1 of 2
PROJECT N«
WEATHER
Ifaort
1. Phase of operation in progress
2. Results of operational check:
TEMP. MIN.
DATE //•<P-9yTEMP. MAX.
ofta^r ^ -72™ *»****»*. s,./^~./ ' ' '
A. SAFETY EQUIPMENT CHECK:
Suits . If not, list deficiencies:
SUPPLIED AIR EQUIPMENT INCLUDES:
B.
CompressorAir Lines (Okay)Air Bank (Okay)Masks {OffifiSCBA's {QlEy}5 Min Packs (Okay)
MONITORING EQUIPMENT:
Explosion/Oj Meter (OJ35>HNu frPklrzkDetector Tubes Kjka$1
Cylinder Recovery Vessel ((Hydraulic System (0jtf^Pneumatic System {tfitay^lPumps (Vac & Comp) (Qg;Pressure Temp. Readouts tValves ({^kj PVideo (O^yfOther Deficiencies
List Deficiencies
'Use or disclosure of data contained on this sheet is subject to therestrictions on the title page of this plan.' 106296
Form 1
QUALITY CONTROL DAILY REPORT Page 2 of 2
C. HazGAS" (Okay) ———————Pneumatic System (Okay) ———————Pumps (Okay) ———————Pressure Temp. Readouts (Okay) ————————Valves (Okay) ———————/Video (Okay) ———————Other Deficiencies ———————
NOTE: Deficiencies listed will be recorded in the maintenance log by date andreport number.
3. Verbal instructions - received from Client Representative on deficiencies or retesting required:
4. Remarks:
SIGNATURE OF PROJECT MANAGER
5. CERTIFICATION: I certify that the above report is complete and correct, and that all material andequipment used and work performed during this reporting period are in strict compliance with the plansand specifications except as may be noted above.
' AUTHORIZED REPRESENTATIVE
'Use or disclosure of data contained on this sheet is subject to the Q Cl C O Q **)restrictions on the title page of this plan.'
Form 1
QUALITY CONTROL DAILY REPORT Page 1 of 2
PROJECT N«
WEATHER
/9W3TEMP. MIN.
DATE S/-3-9*TEMP. MAX.
1 . Phase of operation in progress: £>/}JCe'^3 ^z. 7&>? £?**//» £>fi.
2. Results of operational check:
A. SAFETY EQUIPMENT CHECK:
Suits fcQSy). If not, list deficiencies:
SUPPLIED AIR EQUIPMENT INCLUDES:
Compressor <Qk2y>)Air Lines (Okay)Air Bank (Okay)
5 Min Packs (Okay)
MONITORING EQUIPMENT:
Explosion/Oj Meter <QSE^
Detector
B. Cylinder Recovery VesselHydraulic System jQZayfrPneumaticPumps (Vac & Comp)Pressure Temp.
Video Ig^aJ3
Other Deficiencies
List Deficiencies
*L/s» or disclosure of data contained on this sheet is subject to therestrictions on the title page of this plan.' 306298
Form 1
QUALITY CONTROL DAILY REPORT Page 2 of 2
C. HazGAS™ (Okay) —————————————Pneumatic System (Okay) ————————————?—Pumps (Okay) —————————J J APressure Temp. Readouts (Okay) ——————fl/ ///Valves (Okay) _____L——L_LVideo (Okay) _______________________Other Deficiencies ————————————————————————
NOTE: Deficiencies listed will be recorded in the maintenance log by date andreport number.
3. Verbal instructions - received from Client Representative on deficiencies or retesting required:
4. Remarks:
SIGNATURE OF PROJECT MANAGER
5. CERTIFICATION: I certify that the above report is complete and correct, and that all material andequipment used and work performed during this reporting period are in strict compliance with the plansand specifications except as may be noted above.
AUTHORIZED REPRESENTATIVE
'Use or disclosure of data contained on this sheet is subject to the O U O <w U !jrestrictions on the title page of this plan.'
Form 7CONFINED SPACE ENTRY PERMIT Page 1 of 2
A permit is required for entering any tank or enclosed space for any purpose and may be grantedonly in accordance with review and approval by the Health and Safety Officer.
This permit can be used only during the date and time specified. Additional permits must be usedfor different dates and extended time periods - No Exceptions.
SITE:
LOCATION:
PURPOSE:
/O, (/.-
ENTRY DATE: /6' • &</-
TIME:
Person(s) to enter confined space:/? c h>f4 75 _____
Standby person(s):
Entry Conditions:1. All vessel inlet lines locked out?
2. All electrical switches locked out?
3. Vessel atmosphere tested for flammable concentration?
4. Vessel atmosphere tested for poisonous gases?
5. Surrounding area checked for flammable and/or poisonousgases?
6. Vessel tested for oxygen deficiency?
7. Standby person(s) assigned and properly instructed?
8. Persons properly instructed for safe entry into vessel?
9. Rescue harness provided?
10. Lifeline attached?
'Use or disclosure of the data contained on this sheet /s subject to therestrictions on the title page of this plan. '
Necessary
Yes/Not Necessary"
<Yes7Not Necessary
Necessary
Ye^TNot Necessar/J?
Necessary
Necessary
Necessary
Form 7CONFINED SPACE ENTRY PERMIT
11. Rescue equipment available?
12. PPE provided and worn?
ATMOSPHERIC ANALYSIS:
Lower Explosive Limit (LED Analysis:
Oxygen Content Analysis:
Additional Precautionary Remarks:
mg/m3 or ppm
mg/m3 or ppm
mg/m3 or ppm
Page 2 of 2
Necessary
Necessary
Time:
Time:
Time:
I certify that all necessary precautions have been taken to make this confined space entry job safe
for entering and carrying on the prescribed work.
Project Manager:
Site Supervisor:
Field Technician:
Field Technician:
Field Technician: _____
Approval for entry:
Health and Safety Off icer:
Date:
Q-Y-e's D No
Date:
Date:
Date:
Date:
Date:
Time:
'Use or disclosure of the data contained on this sheet is subject to therestrictions on the title page of this plan. '
r\ 0630:
Form 7CONFINED SPACE ENTRY PERMIT Page 1 of 2
A permit is required for entering any tank or enclosed space for any purpose and may be granteonly in accordance with review and approval by the Health and Safety Off icer.
This permit can be used only during the date and time specified. Additional permits must be usedfor different dates and extended time periods - No Exceptions.
LOCATION:
PURPOSE:
ENTRY DATE:
TIME: £ TO:
Person(s) to enter confined space:
Standby person(s):
Entry Conditions:1. All vessel inlet lines locked out?
2. All electrical switches locked out?
3. Vessel atmosphere tested for flammable concentration?
4. Vessel atmosphere tested for poisonous gases?
5. Surrounding area checked for flammable and/or poisonousgases?
6. Vessel tested for oxygen deficiency?
7. Standby person(s) assigned and properly instructed?
8. Persons properly instructed for safe entry into vessel?
9. Rescue harness provided?
10. Lifeline attached?
'Use or disclosure of the data contained on this sheet is subject to therestrictions on the title page of this plan. '
"SSsYNot Necessary
Necessary
Necessary
306303
Form 7CONFINED SPACE ENTRY PERMIT
11. Rescue equipment available?
12. PPE provided and worn?
ATMOSPHERIC ANALYSIS:
mg/m3 or ppm
mg/m3 or ppm
mg/m3 or ppm
Page 2 of 2
Necessary
Necessary
Time:
Lower Explosive Limit (LED Analysis: Time:
Oxygen Content Analysis:
Additional Precautionary Remarks:
% Time:
I certify that all necessary precautions have been taken to make this confined space entry job safe
for entering and carrying on the prescribed work.
Project Manager:
Site Supervisor:
Field Technician:
Field Technician:
Date:
Date:
Date:
Date:
/ i
Field Technician: Date:
Approval for entry: D No
Health and Safety Officer: d
Date: Time:
'Use or disclosure of the data contained on this sheet is subject to therestrictions on the title page of this plan. ' 306304
Form 7CONFINED SPACE ENTRY PERMIT Page J of 2
A permit is required for entering any tank or enclosed space for any purpose and may be grantedonly in accordance with review and approval by the Health and Safety Officer.
This permit can be used only during the date and time specified. Additional permits must be usedfor different dates and extended time periods - No Exceptions.
SITE:
LOCATION:
PURPOSE:
ENTRY DATE: fd -<3 & ' *2 </
TIME: 8 TO:Personis) to enter confined space:
Standby person(s):
xsEntry Conditions:
1. All vessel inlet lines locked out?
2. All electrical switches locked out?
3. Vessel atmosphere tested for flammable concentration?
4. Vessel atmosphere tested for poisonous gases?
5. Surrounding area checked for flammable and/or poisonousgases?
6. Vessel tested for oxygen deficiency?
7. Standby person(s) assigned and properly instructed?
8. Persons properly instructed for safe entry into vessel?
9. Rescue harness provided?
10. Lifeline attached?
</Yjjl#Slot Necessary
Necessary
Necessary
Necessary
Y e
0630n'Use or disclosure of the data contained on this sheet /5 subject to the
restrictions on the title page of this plan. '
Form 7CONFINED SPACE ENTRY PERMIT
11. Rescue equipment available?
12. PPE provided and worn?
ATMOSPHERIC ANALYSIS:
mg/m3 or ppm
mg/m3 or ppm
mg/mj or ppm
Page 2 of 2
Yes/Not Necessary
Yes/Not Necessary
Time:
Lower Explosive Limit (LED Analysis: Time:
Oxygen Content Analysis:
Additional Precautionary Remarks:
Time:
I certify that all necessary precautions have been taken to make this confined space entry job safe
for entering and carrying on the prescribed work.
Project Manager: Date:
Site Supervisor:
Field Technician:
Field Technician:
Field Technician:
Approval for entry:
Health and Safety Officer:
Date:
Date:
0"Yes D No
-J?
Date: {0 2.^-9 </
Date: .
Time:
'Use or disclosure of the data contained on this sheet is subject to therestrictions on the title page of this plan.'
30630G
Form 7CONFINED SPACE ENTRY PERMIT Page 7 of 2
A permit is required for entering any tank or enclosed space for any purpose and may be gronly in accordance with review and approval by the Health and Safety Officer.
This permit can be used only during the date and time specified. Additional permits must be usedfor different dates and extended time periods - No Exceptions.
SITE:
LOCATION:
PURPOSE:
fik&s
ENTRY DATE:
TIME: TO:
Person(s) to enter confined space:
Standby person(s):
Entry Conditions:1. All vessel inlet lines locked out?
2. All electrical switches locked out?
3. Vessel atmosphere tested for flammable concentration?
4. Vessel atmosphere tested for poisonous gases?
5. Surrounding area checked for flammable and/or poisonousgases?
6. Vessel tested for oxygen deficiency?
7. Standby person(s) assigned and properly instructed?
8. Persons properly instructed for safe entry into vessel?
9. Rescue harness provided?
10. Lifeline attached?
'Use or disclosure of the data contained on this sheet is subject to therestrictions on the title page of this plan. '
Necessary
Necessary
Necessary
Necessary
Necessary
Necessary
306307
Form 7CONFINED SPACE ENTRY PERMIT
11. Rescue equipment available?
12. PPE provided and worn?
ATMOSPHERIC ANALYSIS:
Lower Explosive Limit (LED Analysis:
Oxygen Content
Additional Precautionary Remarks:
mg/m3 or ppm
mg/m3 or ppm
mg/m3 or ppm
%
Page 2 of 2
Necessar
Necessary
Time:
Time:
Time:
I certify that all necessary precautions have been taken to make this confined space entry job safe
for entering and carrying on the prescribed work.
Project Manager: Date:
Site Supervisor:
Field Technician:
Field Technician:
Field Technician:
Approval for entry:
Health and Safety Off icer:
B-Tes D No
Date:
Date:
Date:
Date:
Time:
'Use or disclosure of the data contained on this sheet is subject to therestrictions on the title page of this plan. ' 306308
Form 7CONFINED SPACE ENTRY PERMIT Page 1 of 2
A permit is required for entering any tank or enclosed space for any purpose and may be granteeonly in accordance with review and approval by the Health and Safety Officer.
This permit can be used only during the date and time specif ied. Additional permits must be usedfor different dates and extended time periods • No Exceptions.
SITE:
LOCATION:
PURPOSE:/* Lf/'f/bfO
/
ENTRY DATE:
TIME: X TO:
Person(s) to enter confined space:
Standby person(s):
AS
Entry Conditions:1. All vessel inlet lines locked out?
2. All electrical switches locked out?
3. Vessel atmosphere tested for flammable concentration?
4. Vessel atmosphere tested for poisonous gases?
5. Surrounding area checked for flammable and/or poisonousgases?
6. Vessel tested for oxygen deficiency?
7. Standby person(s) assigned and properly instructed?
8. Persons properly instructed for safe entry into vessel?
9. Rescue harness provided?
10. Lifeline attached?
Necessary
t^ecesjar
Necessary
Necessary
Necessary
Necessary
j£ef)Not Necessary
Y e s (NoTNe cl3s?aZv>
'Use or disclosure of the data contained on this sheet is subject to therestrictions on the title page of this plan. '
306309
Form 7CONFINED SPACE ENTRY PERMIT
11. Rescue equipment available?
12. PPE provided and worn?
ATMOSPHERIC ANALYSIS:
Lower Explosive Limit (LED Analysis:
Oxygen Content Analysis:
Additional Precautionary Remarks:
mg/m1 or ppm
mg/mj or ppm
mg/mj or ppm
Page 2 of 2
Yes/Not Necessar-
Yes/Not Necessary
Time:
Time:
% Time:
I certify that all necessary precautions have been taken to make this confined space entry job safe
for entering and carrying on the prescribed work.
Project Manager:
Site Supervisor:
Field Technician:
Field Technician:
Field Technician:
Approval for entry:
Health and Safety Offi
Date: /I
£XYes D No
Date:
Date:
Date: J$ •£% •<?(/
Date:
Time:
'Use or disclosure of the data contained on this sheet is subject to therestrictions on the title page of this plan. '
306310
Form 7CONFINED SPACE ENTRY PERMIT Page 7 of 2
A permit is required for entering any tank or enclosed space for any purpose and may be granteonly in accordance with review and approval by the Health and Safety Officer.
This permit can be used only during the date and time specified. Additional permits must be usedfor different dates and extended time periods - No Exceptions.
SITE:LOCATION: ffi&TTI
PURPOSE: ,
ENTRY DATE:
TIME:
~3/-
Person(s) to enter confined space:
Standby person(s):
Entry Conditions:1. All vessel inlet lines locked out?
2. All electrical switches locked out?
3. Vessel atmosphere tested for flammable concentration?
4. Vessel atmosphere tested for poisonous gases?
5. Surrounding area checked for flammable and/or poisonousgases?
6. Vessel tested for oxygen deficiency?
7. Standby person(s) assigned and properly instructed?
8. Persons properly instructed for safe entry into vessel?
9. Rescue harness provided?
10. Lifeline attached?
01 Necessary
Necessary
Necessary
frtefejsajy1
Necessary
Necessary
Necessary
Yes/NorNgceTsaTy^
'Use or disclosure of Iht data contained on this sheet is subject to therestrictions on the title page of this plan. '
306311
Form 7CONFINED SPACE ENTRY PERMIT
11. Rescue equipment available?
12. PPE provided and worn?
ATMOSPHERIC ANALYSIS:
Lower Explosive Limit (LED Analysis:
Oxygen Content Analysis: //, 7
Additional Precautionary Remarks:
mg/m3 or ppm
mg/mj or ppm
mg/m1 or ppm
Page 2 of 2
)t Necessary
Jot Necessary
Time:
Time:
Time:
I certify that all necessary precautions have been taken to make this confined space entry job safe
for entering and carrying on the prescribed work.
Project Manager:
Site Supervisor:
Field Technician:
Field Technician:
Date:
Date:
Date:
Date:
Field Technician:
Approval for entry:
Health and Safety Officer:
Date:
D No
Date:
Time:
'Use or disclosure of the data contained on this sheer is subject to therestrictions on the title page of this plan. '
306312
Form 7CONFINED SPACE ENTRY PERMIT Page 1 of 2
A permit is required for entering any tank or enclosed space for any purpose and may be granteonly in accordance with review and approval by the Health and Safety Off icer.
This permit can be used only during the date and time specified. Additional permits must be usedfor dif ferent dates and extended time periods - No Exceptions.
LOCATION:
PURPOSE:
ENTRY DATE: //- /-
TIME:
Person(s) to enter confined space:
Standby person(s):
Entry Conditions:1. All vessel inlet lines locked out?
2. All electrical switches locked out?
3. Vessel atmosphere tested for flammable concentration?
4. Vessel atmosphere tested for poisonous gases?
5. Surrounding area checked for flammable and/or poisonousgases?
6. Vessel tested for oxygen deficiency?
1. Standby person(s) assigned and properly instructed?
8. Persons properly instructed for safe entry into vessel?
9. Rescue harness provided?
10. Lifeline attached?
ot Necessary
Necessary
Necessary
'Use or disclosure of the data contained on this sheer is subject to therestrictions on the title page of this plan. '
306313
Form 7CONFINED SPACE ENTRY PERMIT
11. Rescue equipment available?
12. PPE provided and worn?
ATMOSPHERIC ANALYSIS:
Lower Explosive Limit (LEL) Analysis:
Oxygen Content Analysis: ___/<-)•
Additional Precautionary Remarks:
mg/m1 or ppm
mg/m3 or ppm
mg/mj or ppm
Page 2 of 2
ot Necessa
Jot Necessai,
Time:
Time:
Time: /l
I certify that all necessary precautions have been taken to make this confined space entry job safe
for entering and carrying on the prescribed work.
Project Manager: _
Site Supervisor: _
Field Technician: _
Field Technician: _
Field Technician: _
Approval for entry:
Health and Safety Officer;
Date: //-/-<?«/
D No
Date:
Date:
Date:
Date:
Date:
Time:
'Use or disclosure of the data contained on this sheet is subject to therestrictions on the title page of this plan. '
306314
Form 7CONFINED SPACE ENTRY PERMIT Page 1 of 2
A permit is required for entering any tank or enclosed space for any purpose and may be granteonly in accordance with review and approval by the Health and Safety Off icer.
This permit can be used only during the date and time specified. Additional permits must be usedfor different dates and extended time periods - No Exceptions.
SITE: /?7/rV7/f
LOCATION: /?/,'/ 7%
PURPOSE:7)>
ENTRY DATE: U_
TIME: TO:
Person(s) to enter confined space:
Standby person(s):
- AS
Entry Conditions:1. All vessel inlet lines locked out?
2. All electrical switches locked out?
3. Vessel atmosphere tested for flammable concentration?
4. Vessel atmosphere tested for poisonous gases?
5. Surrounding area checked for flammable and/or poisonousgases?
6. Vessel tested for oxygen deficiency?
1. Standby person(s) assigned and properly instructed?
8. Persons properly instructed for safe entry into vessel?
9. Rescue harness provided?
10. Lifeline attached?
Necessary
Y e
Necessary
Necessary
Yes ffiffiT" N
Necessary
cSSsTNot Necessary
Necessary
'Use or disclosure of the data contained on this sheet is subject ro therestrictions on the title page of this plan. '
30631:r;
Form 7CONFINED SPACE ENTRY PERMIT
11. Rescue equipment available?
12. PPE provided and worn?
ATMOSPHERIC ANALYSIS:
Lower Explosive Limit (LED Analysis:
mg/m3 or ppm
mg/m1 or ppm
mg/m3 or ppm
Page 2 of 2
Necessary
Necessary
Time:
Time:
Oxygen Content Analysis:
Additional Precautionary Remarks:
% Time:
I certify that all necessary precautions have been taken to make this confined space entry job safe
for entering and carrying on the prescribed work.
Project Manager:
Site Supervisor:
Date:
Date:
Field Technician: Date:
Field Technician:
Field Technician:
Approval for entry:
Health and Safety Off icer:
Q-Yes" D No
, (
Date: //-
Date:
Date:
Time:
'Use or disclosure of the data contained on this sheet is subject to therestrictions on the title page of this plan.'
30631H
Form 7CONFINED SPACE ENTRY PERMIT Page 1 of 2
A permit is required for entering any tank or enclosed space for any purpose and may be gnonly in accordance with review and approval by the Health and Safety Off icer.
This permit can be used only during the date and time specified. Additional permits must be usedfor different dates and extended time periods - No Exceptions.
SITE: (.
LOCATION:
PURPOSE:
ENTRY DATE:
TIME: J?. TO:
Person(s) to enter confined space:
Standby person(s):
Entry Conditions:1. All vessel inlet lines locked out?
2. All electrical switches locked out?
3. Vessel atmosphere tested for flammable concentration?
4. Vessel atmosphere tested for poisonous gases?
5. Surrounding area checked for flammable and/or poisonousgases?
6. Vessel tested for oxygen deficiency?
1'. Standby person(s) assigned and properly instructed?
8. Persons properly instructed for safe entry into vessel?
9. Rescue harness provided?
10. Lifeline attached?
Necessary
Necessary
Necessary
fifisssacs
Necessary
Necessary
Necessary
YestfJot
'Use Of disclosure of the data contained on this sheet is subject to therestrictions on the tills page of this plan. '
30R317
Form 7CONFINED SPACE ENTRY PERMIT
11. Rescue equipment available?
12. PPE provided and worn?
ATMOSPHERIC ANALYSIS:
Lower Explosive Limit (LED Analysis:
Oxygen Content Analysis:
Additional Precautionary Remarks:
mg/m1 or ppm
mg/m3 or ppm
mg/m* or ppm
Page 2 of 2
Jot Necessa
'Yes<JNot Necessary
Time:
Time:
Time:
I certify that all necessary precautions have been taken to make this confined space entry job safe
for entering and carrying on the prescribed work.
Project Manager:
Site Supervisor:
Field Technician:
Field Technician:
Field Technician:
Approval for entry:
Health and Safety
Date: //- 3 -9<f
D No
Date:
Date:
Date:
Date:
Date:
Time:
'Use o/ disclosure of the data contained on this sheet is subject to therestrictions on r/)e ;/'f/« page of this plan. '
306318
Form 11
AIR ANALYSIS DATA
Date: it> -.J V -
SUSPECTED COMPOUNDS EXPOSURE LIP.'.ITS ERC'S ACTION LEVELS
1)
2)
3)
TIME
LOCATION /L^. <- /
TEMPERATURE
WINDDIRECTION
0- / 4/SJ.
WEATHERCONDITION
OVA-128 orHNu C
EXPLOSI-OZMETER
READING(s)ppm 0
COMPOUND(s)
SURVEYOR'SINITIALS sf.J.
Field Calibration for OVA-128:
Calibration Gas Used: Potentiometer Setting: Instrument Reading:
o/- disclosure of ihe data ccntained on :.-,s sheet /i sub/ect lo therestrictions en the title page o! this plan. '
306319
Form 11
AIR ANALYSIS DATA
Date:
SUSPECTED COMPOUNDS EXPOSURE LIMITS ERG'S ACTION LEVELS
1)
21
3)
TIME
LOCATION
TEMPERATURE
1*5WIND
DIRECTIONmpt)
•3. j.WEATHER
CONDITION
OVA-128 orHNu
-£LEXPLOSI-Oj
METER
"77 ^^T^ 7* ~rr
READING(s)ppm
£ A.COMPOUND(s)
SJ/t
SURVEYOR'SINITIALS
Field Calibration for OVA-123:
Calibration Gas Used: Potentiometer Setting: Instrument Reading:
O
'Use of d.siiasute of the da;a contained on :his sheet is subject to therestrictions on the title page ol this plan. '
306320
Form 11
AIR ANALYSIS DATA
Date: If)
SUSPECTED COMPOUNDS EXPOSURE LIMITS ERC'S ACTION LEVELS
1)
2)
3)
TIME
LOCATION
TEMPERATURE
WINDDIRECTION
WEATHERCONDITION
OVA-128 orHNu
EXPLOSI-OjMETER
READING(s)ppm
COMPOUND(s)
SURVEYOR'SINITIALS
#'*2?
Mm-yj'ft>~:i/xpt+
<s.(fu*
?f.$.
r*. . £^ /0£t>
Field Calibration for OVA-128:
Calibration Gas Used: Potentiometer Setting:
?. M______
Instrument Reading:
'Use or disclosure of the data contained on this sheet is subject !o therestriction! on the title page of this plan. '
306321
aUNITEDINDUSTRIAL.
VICES. INC-
No.
WASTE STREAM PROFILE SHEET
I _______p l>-f>^. , *-r- ~ I-.K1___________,——————————." Coo-act ^^.-^ urJ m~€--r phone r/fl- *rz- <KL<t.
Shipping ContaclBusiness ContactEPA I O NumOer
resi A?6 Cracev Ave.Meriden. CT
(2O3) 238-6n NJ,.-TI»O. CTD02l866a9
DESCRIPTIOhCoerrvcal f. Physical Slalas
TL.qu.—— ————S^m,OSoi.d
PROCESS DESCRIPTION ^^ _______ . ______________ ——————————— —rat.n waste stream Please include a list ol vrgm male,,ais and ihe-r Malcr.ai Safety Data Sheets
kjof-oro A-rl-
T-OC4-
CHEMICAL CONSTITUENTSPetroleum Phase Suspecteo Leveii Aclija' Levelspce-s A/D<2-aiooens ^ l\SolventsA'senic (AsiCadmium fCd) .Chromium fCr) \ /Lead (Pbl ' '
T
SHIPPING INFORMATIONU DOT Regulated Material O Non-Regulated
DOT Maimrd Class A/C>/J':
OOT Shipping N«m« C. 7" /?£Q iJLfi J f. f} VJS)( T 1-Rooortatjle Quantity 'J
UN/NA Number fJr> /J i;Amount of Waste Per Shioment 3*1Fr-Quency of Shipments
Please submit a one (1) quart representative sample of tr"»waste stream Also describe the sampling method below.
/~\ \ r^ (^^-OV\pe_J* "T A Q.y^£i\e ^A-TciyvV "TU^O
__ i / \0*3 ^a_Uo,vi Q<~i_<,v>v5 ^"^"^OB *K>O. I O04-^
FACILITYReceived On.Sarnple ContamorCommonts:
Aqueous Phase SuSoecteC Levels Actual _^Copper (Cu) f' C/3Cad-n.urn ;Cd) ^^Chromium (Cr) ^//.Lead ;Pt>) Ao?"VArser"c (As) r\j f3.SrxJu.m ;Na)Barium (8a)Tin (Sn) -_7NiCHel (Ni) f-} / 4.
Silver (Ag) j°"5. O/Zinc (Zn) n Q"^
Phenols _ , ,. — \ AJ-i-
This Waste is:CJRCRA Listed -OCOA lumbarCJ State Peculated State Number C RO^^jNon- Regu'atedIJ\/i»gin KXff'9ria<
Notes & Spectat HgiPKjIirg Information
•— --.-m -. ..—», »_i » .__- .... -._ -„_-_« __._. .-»_„-, _^«_. i,,,,. ,_. ii -i, , _
•"" ' ———— ™*~ — ' —— ~ —— '-' ———— - ——— '"* —— "• ——— 'r /T<^\ i r * ^^^ **' J * »- • l-F i TII .1 n n_ » im i ii ii ^_ i i_.
. —— 1^_ — ".ir.-.., . __ , _S.anat_«e iSiu^O?" Jr>T. [\ticM "*" T / ' ""
USE ONL^ '
Approved/Roj»d«cJ By J1^/*-^- Date:/ ' . ' y'-' '^
306324
oUN1TKOmpu.T!«>JNC<
MIMIOCN. CT Oa4M (JOO) J3S.17S3. » WASTE »TR6AM PROP".! SHEET
l * Phyaloal StajaaO Liputc) UfMultilavfraO pH O?'4 CJB-lO
. liquid QaHA/arad *'6Pha»a
TSS .ColO'
Pom!
No.prdiie
Bottom
A»h. SpGC.IIe Gravity
prates* ganpratl^o w»»ta atreaov Pl*a»e include a list o» virgin material! and their Material 5«f»ly Data Shaais
C coo used \ tfT
wHa
CHEMICAL CONSTITUENTS
8o!v«ntAAraanic (Aj)Cadmium (Cd)Chramium (Cr)Lead (Pi>)»t»a»aU»t /) Lj Q~ / <*^
AOUOCUB Phat*Cooper (Cu)
(Cf)
Arienie (Aa;Sodium [Na)Barlwm CBft)
Zinc (Zn)Pri»nol»
(GN)
Suocxctaa L»v«lc Actual LI
K^a
INFORMATION
DOT Haiara Clfta* _DOT Shipping N»m»R»portable QuantityUN/NA Numftar
Nen-Raguiat*dThi»Wact»iOPiCRA LlstadOat ate n«gulalac)
RCHA Numb«rState Numb«' _
Amount ol Wa»t« Par Sfney ol SMIpmonti
-asLin Malarial
Nptet A Spac-al Handling in.'orrnBlign ,
"leaia tubmil a on* (1) quart reore*»n(atlva cample o< ^wiiitia alroam Also floscrtbo |h« aamplInQ m»<hod balow.
''^ lOTAM^^rttfvolMIPWH
Signature ___Titla ______
-ri^»ivi». j^nm.>c»»
Omia
On:Sampla Container.
USE ONLY
By-
306325
Page 2
Date Sar.ples Received : 11-18-94
Client Name: United Oil Recovery inc.Report Date: 11-21-94
CTL Lab No. 114-170-1P?0/Job No. 94-1393
RESULTS OF ANALYSIS
EPA 8080
Matrix TypaCTL Sample No.Field ID
Total FCB's-ppb____
W1446794-1393
ND<1
Matrix Types : W = Water/AqueousS = Soil/SolidO •= Oil/Hydrocarbons
CONNECTICUT TESTING LABORATORIES. INC.165 Gracey Avenue / Meriden, CT 06451-2268
(203)-634-3731Connecticut Certification No. PH-0547
306326
November 21, 1994
United Oil Recover)' Inc.136 Gracev Ave.Meriden, CT 06450Attn: Mr. David Carabetta
Please find attached laboratory report(s) for the samples submitted on :November 18, 1994
All pertinent information for this analysis is located on the report. Should it benecessary to contact us regarding billing and or the test results, please have thefollowing information readily available :
LAB No. I 114-170-1?PO/JOB No. ; 94-1393INVOICE NO. : 47924ORDER No. : 27853CUSTOMER No.: 319
Please feel free to contact us if you have any questions.
Very truly yours,
Stephen J. FrancoLaboratory DirectorPH-0547
Connecticuttesting
=-- - WATER • SOIL • AIR
STEPHEN J.FRANCOLaboratory Director
inc. PHONE • 203/634-3731165 CRACEY AVENUE • MERIDEN. CTB 0645'
306327
UNITEDINDUSTRIAL No.
lit GRACtV AVENUE ME«IOEN CTOMSO :2<XJ12DST7S3WASTE STREAM
Profile * f-MI T-l '-/•ooncn F IHPPT ^ Da'° Submmeo
•f GFNEHATOR ! BROKER OR SALESPERSONx- p^ \^ P^L.0Jf fo*^ Arwo. £. j.*rkWu»J T V4t» iNnrr-- ft*a ^. N „', ,-Q r \ cy -j — fO«r^V\co^~\
~T"r, ic <->4 rTi l4-« a r-»O S^tluMT-e/- Ariarnii * t> 1 txi.^i Kourvi* r- " 4. «a fiS« rt-Wv* ^^"^tJ i K)<^~1 V.r-U 1 _ ————— M^aruw. KJ-V- — I tiT —————————
u>,i,r>a •* fi(Vor«l U£ UcA .N- ~ ' rCooiact 1^>£U»'A UJ . V^^AJ-J: phone £-|9-4£Z-.Tv A rt " I ^!o *\ -V^--- "hr-ioe — AVLoys-M W e^ \?«rk. !22oS1 °
- , ,- . ~. k'-^cjL , T>.n.«^- phSjrVc ^|A-4r8-6L2x3 ' TRANSPORTER"" S^-'pp-g C-nntar. °. pnone Narne United Industrial Services, ITIC .
Busies". Cofliact phone
X~<ie.>c KJo. "IT CfeRCi-A -qo2,i^
Anriro..^ 136 Gracev Ave.Meriden, CT O6A51
^
4s?
Contar-i phone (2O3) 238-6;PPA i n M,,rT,n«r CTDO2181.6889
WAST^ pESCRIPTION ————————————————————————————————————————Cb.em.cal * Physical Slates
lU Semi-iiquid CjBNayerecJ SI? ** O'O''2U Solid (^ysmgle Phase £Up5-8 O>>2
TSS •>•• DeOrisCOlO' % Ath
Flasti Po.ni ~^ ^ r>C~> ° Soecific Gravity
PROCESS DESCRIPTIONOosc-ibe process generating wavto stream Please include a list ol virgin -nate"ais and ine.r Material Safely Data Sheets
~^<?c.o.o ooc^r^ C-ow^ oo^Vt~ a£ P o^A>raVtt^oe ^- -*» e»A
A, • 4^ A v . . C A V \, \ 1au<-^c. TV\€. Q € CO <v^ iV\ >S5 > OrJ'rViQ, O"l O~ f, e jToOtit) (~«*jv €_ C.M \ i rJQ C.i- Q.r-<i *^-
J off V ^JOD *^ <-^f1'
CHEMICAL CONSTITUENTS '' ' ———————————————————— —————Petroleum Pnase Susoecteq l^eveij Actual I fwgisPCB-s Nfi<l"aiogens l\J PvSolvents fVjlV
Agueous Phase Suspected Levels AcCoppor (Cu) ————
Cadi-i urn ;Cd)C^. i r~ \ ' ——————— " — ' ——————— —————hrom.uTi (Cr)
Arsenic (As) i Lead 'Pe»Cadmium (Cd)Chro.Tiiunn fCr) ,Lead (Pb) \(
Piaase List Specific Solvents s\IJ — ~) ^~/
SHIPPING INFORMATIONU DOT Regulated Material U Non-Reguialed
DOT Hazard Class fi/O}J£.DOT Shipp.no Name &T RvCiLit. f) 7£ 7) Ul.'XJFReportable Quantity /UN/MA Numoe' A/tf IJ £Amount ol Waste Per Shipment galPreauency of Shipments
Please submit a one (1) quart representative sample of thuwaste stream Also describe the sampling method below.
ti S~- °t6-*Xtiio O>~vj>-«»vJ . f Y\ r\r* <C L. \ QQ / \
oat ..
&
Arsen.c (As) ^ , J*Sodium ;Na)Barium (8a)Tin (Sn(Nickel (Ni) ~ (•Silver (Ag)Zmc (2n; ,»
t ^eN, -j -r^-nr-r^ —————————— —— tThis Waste is.ORCRA Listed RCHA Num&«rCJ State Regulated State Number (" P O <-iC^ Non- RegulatedCJv/irg.n Material
Notes « Special Handlir-o Information
\J~
y'.C*,^J A
^
'~ — *— — ..—.... ——— .^.^-^-^^. — -^.^..^_. —— ,^ — =^. _ ._ . ____ , __ . rl- , - - ^rrjrrrr5c i tii0' — \. ^ . __ T "Sionaiure Cy^OV^X^ 1 VU-g-cp ^ J" C"" ~j"Title p5efl»'n,u«J1 fY-l<* -^-Vfl *^~ Date It 71
PACILCTY USE ONLY^Received On Received By ^
^v*^nv
Sample Container AoDravBd/Ro.eclec! By ,' / V Date /, /"Comments: A- • * ' ~ ———————————————— — ~*~
UNITEDIMDUSTR1AL.SERVICES, INC.
No.1MCRAC6V »VENU6 7S3 .._-_-,.WASTE STREAM PROFILE SHEET
Oate Submiited
MakingAddress *• v-«J*->pii - -"-r—'
()- Technical Contact KI"-'ST<0 Shipping Contact
Busines* ContactEPA i D Number
phonephone
Name United Industrial Services. Inc.Address 136 Gracey Ave.
Meriden. CT O6451.Contact —————————————————————.E P A i n Number CTDO21616889
phone (2O3) 238-^
DESCRIPTION^Crvprnical * Physical States/rtX_,Quid U Muttiiayered pH U 2-*^JSomi-iiqu'O rjBllayrored Si*'6U Solid (JJtemgle Phase (O)6-8
'2O-12
OdO'TSS
_*t* Bottom_*r. Oeons _r. Ath __
Flasi- Pom! Specific Gravity
PROCESS DESCRIPTION^ P^ U ., C Jj ^JC-JV-.|r-»ir l^'Jfc^'-^ __ _______ _ _ — --_ _ _ - - ——————— ———— ...^ —— • ——————————————————————
Ooscribe process generating waste stream Please .nclude a l.st ol virgin materials and tr-e.r Matcr.ai Safety Data Sheets
P 062-
CHEMICAL CONSTITUENTSPotroieum Phasa Suspected Levels ,-.•,,-,. Actual Levelspca-s ' "^V^) 7.T <yvnnaiooans WV\Solvents TArsenic (As)Cadmium (Cd)Chromium (Cr] 5 ;Lead (Pb) ^
SHIPPING INFORMATIONU DOT Regulated MatenaJ^ C^ Non-Regulated
DOT Haj-ard Class ^ ri W'lO .DOT Shipping Name O " — <2 i?" Ov v \ f\ *^-f> C^ <v Xfv"5V-f:>Reoortable Quar-rnv ~VUN/NA Numoer t ?i CN,(-- -QAmount o' Waste Per Shipment galF'rBcjuency o/ Shipments
pia,ase submit a one (1) quan representative sample of thewaste stream Also describe the sampling method below.
/""^ 1 I \ \ \Lo^^v-V^ A-rtvA T^'fcKfVi -nVre^_ ,,Q f\ /• f>ool Poo2\
S4., C<:ij<.t>r-> oLriA vi...- V Po^rj . fi£>2r7 /FACILfTY
Received OnSarnple ContainerComments:
f
Aqueous Phase Suspected Levels Actual -Coponr (Cu) f ) _''Cadm.un ;Cd) f C'lChromium (Cr) C' / CLeao1 ;Pb) C' OlArsenic (As) fV Sodium (N3) \Barium {BaJ 1Tin (Sn) ^/
Nickel (Mi) OUJSilver (Ag) T C2.Zinc (2n) i 55Phenols /^/fL^ —— r.J^ ^'^j-JT^yj ' ..'
This Waste is:OnCHA Listed RCHA Number • —U State Peculated Stato Number (_/?. f it-/^.fNon- RegulatedOVi'gm Malerral
Notes & Snecial HarxJIing information
.T^7*T r !»^*^?~*ri'r '"*'-^r"*^-*rrrT"*T'**r"j'*'.t- j '" "* '" *~-~ *~ — • ~"~ •— *~~ "• ' — " "•• •» -'~— "*>" - • • '* **' Ij -^ '** ' l*~*^"^ ** - •* ••-•ui i_ i r u w * —— _ u it _l — — r "-
T"T ~ J^ *^
Signature LVxtti/) tl) ^<J. ~jVC-Yt->_3 / /Title Rtt*>V_j« ! /V\« _A_-?-£/^ Date V//'? 7< -
USE ONLY ^_Rocsived 8y '/V / , / /ADprovBa/noioct»d By /^/ 1 / Date: / ' / ' _ ; /
" 3063Z9