S06-Amendment 0004- Addendum 1 - Hazardous Materials Survey.pdf

243 Jim Knight Road, Cartersville, Georgia 30121 770-858-5323 – info@seleadtesting.com

March 15, 2024

Matt King

Spees Design Build

23830 Pacific Hwy S, Suite 203

Kent, Washington, 98032

Re: Lead-Based Paint Inspection & Asbestos Inspection

Carl Vinson – United States Department of Veterans Affairs

Building 9 – First Floor

Dublin, Georgia

Mr. King:

Southeast Lead Consultants, Inc. (SLC) performed a lead-based paint inspection & asbestos inspection of the 1st floor of building 9 (hereinafter referred to as the Project Site) located at the site referenced above in Dublin, Georgia. The lead-based paint and asbestos inspection were conducted in substantial accordance with applicable state and federal guidance documents. Our attached report includes a summary description of the bulk sampling and testing program, a summary of the testing results, and our comments.

We appreciate the opportunity to assist you with this project. Please contact our offices if you have any questions or require additional assistance.

Sincerely, Southeast

Jeremy Weir

President

Southeast Lead Consultants, Inc.

Project: Carl Vinson – Building 9 – 1st Floor

LEAD-BASED PAINT

Scope of Work

SLC’s scope of work included identification and testing of representative painted or coated components within the project site to determine the possible presence of lead-based paint films:

• SLC coordinated a visit to the Project Site with Kendall Gill, Healthcare Engineer. A

SLC lead inspector, certified and licensed by the Georgia Environmental Protection

Division’s (EPD) Asbestos and Lead-Based Paint program performed the testing and report preparation activities.

• Testing of suspect surfaces and components was performed using an SciAps X-550 X-

Ray fluorescence (XRF) lead paint analyzer, serial # 872.

• At the completion of the field activities and testing, SLC reviewed the XRF results and identified the surfaces or components where detectable concentrations of lead were identified, if any, and prepared this report to introduce the findings.

Inspection and XRF Testing Program

Mr. Jeremy Weir performed the sampling and testing program and operated the XRF. Mr.

Weir holds EPA and state of Georgia EPD licensure as a lead inspector and lead risk assessor, license number 50 CMB 112310040. SLC is certified by the state of Georgia as a lead firm, license number 120224329268. In addition, Mr. Weir has been trained in the use, calibration, and maintenance of XRF equipment along with necessary training on the principles of radiation safety.

Calibration of the SciAps lead paint analyzer was performed in accordance with the

Performance Characteristic Sheet (PCS) (attached as appendix F) assigned to the instrument. XRF instruments are calibrated using a calibration standard block of a known lead content. Three calibration readings are obtained before and after each testing session to ensure that the instruments are functioning in accordance with the manufacturer’s standards. When an inspection requires greater than four hours for completion, an additional set of three calibration readings are taken before the end of the four-hour period.

In addition, three calibration readings are collected at the end of the actual inspection.

Should the instrument not maintain a consistent calibration reading within the manufacturer’s specifications when calibrated using the calibration block, the manufacturer’s recommendations are used to bring the instrument into calibration. In the event that the instrument cannot be brought back into calibration, the XRF is taken off-site and sent back to the manufacturer for repair and/or re-calibration.

XRF Results

On February 29, 2024, SLC performed a total of one hundred sixty-two (162) XRF assays of representative painted surfaces and performed six (6) instrument calibrations. Thirty

(30) of the XRF assays identified a lead concentration above the state and federal regulatory limit of 1.0 mg/cm2 lead by XRF. Results of XRF assays and specific information related to each XRF assay are attached (see appendix D for attached XRF). Identified positive components:

- Metal Window Sills/Casings

- Wood Door Frames (primarily found in section 4 of attached floor diagram)

- Metal Chase Door

- Wood Baseboards

- Metal Vent Covers

- Walls in Room 107

(Photos attached in appendix A)

Conclusion/ Data Evaluation

United States Department of Housing and Urban Development (HUD) and the Georgia

Department of Natural Resources, Environmental Protection Division, Lead Paint and

Asbestos Program, define lead-based paint, varnish, shellac, or other coating that contains lead equal to or greater than 1.0 mg/cm2 as measured by XRF or laboratory analysis, or

0.5 percent by weight (5000 mg/g, 5000 ppm, or 5000 mg/kg) as measured by laboratory analysis. Detectable concentrations of lead were identified at the Project Site.

OSHA worker protection regulations do not establish a “threshold” concentration for lead in paint film. Detectable concentrations of lead in paint film that will be disturbed by construction or demolition activities trigger the OSHA worker protection requirements, including, but not limited to, proper work practices and personal protective equipment

(PPE).

Unless performed by properly trained and protected workers, OSHA 29 CFR 1926.62 will require proper work practices, worker protection, and exposure assessment monitoring during demolition, renovation, alterations, or other activities that will disturb lead paint film. Negative exposure assessment (NEA) monitoring during demolition and the calculation of an 8-Hour Time Weighted Average (TWA) exposure to airborne lead dust is warranted to determine possible worker exposures.

Whenever respiratory protection is worn by employees, the employer must comply with the OSHA standard 1926.62(f) and have a written respiratory protection program in accordance with 29 CFR 1910.134 (b), (d), (e) and (f). Appropriate engineering controls will be required to prevent contamination of previously uncontaminated areas.

OSHA is aware that in many instances in the construction industry the exposure assessment required under this interim standard will not be completed until after lead operations have begun or even ended. The need for interim protective measures, including provision of respirators, protective clothing and equipment, hygiene facilities, training, and biological monitoring, is presumed for three groups of lead-related tasks/operations (high exposure or "trigger tasks"). [(d)(5)]

The list of high exposure lead-related tasks/operations that have been developed by OSHA are based on available exposure data provided by a firm contracted to perform an assessment of lead exposure levels encountered in the construction industry, and on recommendations of both the Society for Occupational and Environmental Health (SOEH) and the Lead Workgroup of the Department of Labor Advisory Committee on Construction

Safety and Health (ACCSH). The tasks are grouped by the presumed degree of overexposure to lead and, therefore, are differentiated by the type of respirator to be provided. One group of tasks/operations presumes employee exposures above the PEL, but not so high as to require the employer to provide the employee with more than the least protective, allowable respirator (e.g., a respirator with a protection factor of 10). [(d)(2)(i)]

The second task group presumes employee exposure above 500 ug/m(3) and requires the employer to provide the employee with a respirator with a protection factor of at least 25.

[(d)(2)(iii)] The third task group presumes very high exposures to lead (in excess of 2500 ug/m(3)) and, therefore, requires the employer to provide the employee with a respirator permitted by the standard for use during that exposure condition (e.g., a respirator with a protection factor above 50). [(d)(2)(iv)]

An ongoing OSHA employer’s worker protection program should be in place including, at the minimum, the following elements for employees exposed to lead:

Activity OSHA CFR Reference

- Hazard determination 1926.62(a)

- Permissible Exposure Level 1926.62(c)

- Exposure assessment 1926.62(d)

- Engineering and work practice controls 1926.62(e)

- Respiratory protection 1926.62(f)

- Protective clothing and equipment 1926.62(g),

- Housekeeping 1926.62(h)

- Hygiene facilities and practices 1926.62(i)

- Medical surveillance 1926.62(j)

- Provisions for medical removal 1926.62(k)

- Training 1926.62(l)

- Signs 1926.62(m)

- Recordkeeping 1926.62(n)

In the event that future plans for the components where lead-based paint was identified are scheduled for demolition or removal, those activities will generate a solid waste stream requiring proper disposal. Prior to waste transport and disposal, a composite sample of the solid waste stream should be collected and tested using the Toxicity Characteristic

Leachate Procedure (TCLP) to determine whether the waste will require disposal as hazardous or non-hazardous solid waste.

ASBESTOS

Project Narrative

In advance of the asbestos inspection, SLC was provided a reevaluation report dated

1/2/2015 titled 2014 Asbestos Reinspection (Reinspection) performed by USFIN

Development, LLC. SLC performed confirmatory sampling of identified asbestos from the

Reinspection. In addition, SLC sampled areas which were not sampled or did not identify asbestos containing material (ACM) during the reinspection. The revised findings are provided below.

Inspector

SLC’s asbestos inspector Jeremy Weir and Robert Heavey performed the visual evaluation and bulk sampling. Mr. Weir is accredited as an Asbestos in Buildings Inspector pursuant to Environmental Protection Agency’s (EPA) Asbestos Hazard Emergency Response Act

(AHERA) certificate number 193681, expiration is November 7, 2024. Mr. Heavey is accredited as an Asbestos in Buildings Inspector pursuant to Environmental Protection

Agency’s (EPA) Asbestos Hazard Emergency Response Act (AHERA) certificate number

19707, expiration is December 12, 2024.

Asbestos Methodology

Asbestos is a collective term given to a group of six commercial fibrous silicate minerals:

chrysotile (a serpentine mineral), crocidolite, amosite, anthophyllite, tremolite, and actinolite (amphiboles). In addition to their inherent noncombustible property, asbestos products make excellent thermal insulators, are effective at condensate control, and are resistant to corrosive chemicals. To date over 3,600 asbestos-containing commercial and consumer products have been identified. Some of the high-tonnage asbestos production is in flooring products, asbestos cement pipes, roofing products, friction products, asbestos cement sheets, packing and gaskets, insulation, paper products, textiles, etc.

This asbestos inspection consisted of three basic procedures: 1) conducting a visual inspection of the building; 2) determination of the required number of samples by identifying homogeneous areas of suspect asbestos-containing materials (ACMs); and 3) collection of samples of the accessible, friable, and non-friable suspect ACMs.

The buildings were visually inspected by the certified inspectors for the presence of suspect

ACBMs in general accordance with modified Asbestos Hazard Emergency Response Act

(AHERA) guidelines. These guidelines comply with sampling requirements found in 29 CFR

1926.1101.

The extent of each suspect asbestos-containing material or ACM was identified as a homogenous area (HA). The guidelines specify the minimum number of samples to be collected from each HA of suspect ACM. An HA is defined as one or more areas of suspect

ACM that are similar in appearance and texture and that have the same installation date and function. Each suspect material observed was further classified into one of three categories, which have specific sampling requirements for each category.

• Surfacing Material: This category of suspect ACM includes sprayed or toweled on material including textured ceilings, sprayed on insulation/fire proofing and exterior stucco.

• Thermal System Insulation (TSI): Representative materials in this category include heating/cooling system components, ducting, and pipe (steam pipe, hot water pipe) insulation.

• Miscellaneous Material: This category of suspect ACM includes all material not previously classified and includes decorative ACMs (flooring and ceiling panels) and roofing components.

Representative bulk samples of suspect materials observed were collected. Collection of representative samples of suspect ACM generally followed the protocol for the ACM sampling activities identified in the AHERA guidance. Some deviation from AHERA sampling was used; however, random sample distribution was conducted where possible.

Analysis for asbestos content was conducted using polarized light microscopy (PLM).

Eurofins in Atlanta, Georgia conducted all asbestos analyses.

Asbestos Analysis

Analysis of bulk samples for asbestos content was performed by Polarized Light

Microscopy (PLM) according to the EPA Interim Method of Asbestos in Bulk Insulation

Samples as defined in 40 CFR 763, Appendix B to Subpart F.

Materials that contain greater than one percent (>1%) asbestos are considered ACM by the

EPA. If the analytical results indicate that none of the samples collected per homogeneous area contain asbestos, then the suspect ACM represented by that HA would be considered non-ACM. However, if the analytical results of one or more of the samples collected per

HA indicate that asbestos is present in quantities of greater than one percent, then all the suspect ACM in that HA is considered ACM, regardless of any other analytical results.

Asbestos Findings

On February 24, 2024, a total of forty (40) samples were collected. Each sample may contain multiple layers of building material. Layers are identified by the laboratory when analyzing the bulk samples. The following suspect materials were found to have ACM from the project site. (Analytical results located in appendix C):

Sample Number Location Material ACM %

229-2 Room 121 Gray Floor Tile 2

Black Mastic 3

229-3 Room 123 Gray Floor Tile 2

Black Mastic 3

229-4 Hallway to 119 Tan Floor Tile 2

Black Mastic 3

229-5 Hallway by Closet Black Mastic 3

229-6 Hallway to CR15 Gray/White Tile 2

Black Mastic 3

229-7 Hallway to CR13 Grey/White Tile 2

Black Mastic 3

229-8 Hallway by 119 Grey/White Tile 2

Black Mastic 3

229-9 Hallway w/ Terrazzo Black Mastic 3

229-10 Room 107 Black/Grey Tile 2

Black Mastic 3

229-11 Room 108 Green Tile 2

Black Mastic 3

229-12 Room 109 Green Tile 2

Black Mastic 3

229-13 Room 110 Gray Tile 2

Black Mastic 3

229-14 Room 114 Gray Tile 2

Black Mastic 3

229-15 Room 115 Black Mastic 5

229-16 Room 126 Black Mastic 3

229-19 Room 131 Black Mastic 3

229-29 Bathroom 105 Pipe Insulation – White 20

Pipe Insulation – Gray 10

229-30 Bathroom 105 Elbow Insulation 20

229-31 Room 103 Radiator Gasket 60

229-40 Room 125 Yellow Mastic on Insulation 3

SLC sectioned the project site into four (4) areas, as identified on the provided floor diagram. (See Appendix B)

Section One (Rooms 115, 116, 119, 120, 121, 122, 123, 124, and Corridors CR13-9 &

Corridor CR14-9 Police Dept.):

• The reinspection drawing indicated (in green) that rooms 115, 116, 122, 124, Corridor CR13-9 were positive for asbestos floor tile and mastic).

• The latest testing revealed additional asbestos floor tile & mastic in Rooms 121, 123 and Corridor CR14-9 (all bottom/original layer).

• The latest testing in Section One confirmed asbestos floor tile & mastic in Corridor

CR-13-9.

• The floor tile & adhesive in Room 119 tested negative for asbestos.

• The drywall/joint compound sampled from Room 121 tested negative for asbestos.

• Room 120 is a restroom with ceramic tile flooring.

• It is assumed that all original perimeter wall radiators in these rooms have a ribbon of asbestos-containing cloth that is wrapped around the perimeter of each unit which serves as a heat-shield and insulator (each ribbon measuring approx. 10' x 6" each).

• It is assumed that all original piping associated with the radiator is insulated with asbestos pipe insulation and asbestos pipe elbow insulation.

Section Two (Closet 125, Rooms 126, 127, 128, 129, 130 and Corridor CR15-9):

• The reinspection drawing indicated (in green) that Corridor CR15-9 tested positive for asbestos floor tile and mastic.

• The latest testing revealed additional remnants of asbestos mastic on the slab/floors in Rooms 125 and 126.

• The latest testing confirmed asbestos floor tile & mastic in Corridor CR15-9 (both the brown and gray tile & mastic).

• The latest testing confirmed that the flooring in room 129 tested negative for asbestos.

• The yellow adhesive for the fiberglass insulation on walls of Closet 125 (original air phylum) tested positive for asbestos.

• The plaster & skim coat sampled from Closet 125 tested negative for asbestos.

• The black perimeter wall sealant (sampled from Closet 125) tested negative for asbestos.

• The pipe insulation's warp/outer layer (sampled from Closet 125) tested negative for asbestos.

• The white mastic/sealant on the pipe insulation (sampled from closet 125) tested negative for asbestos.

• It is assumed that all original perimeter wall radiators in these rooms have a ribbon of asbestos-containing cloth that is wrapped around the perimeter of each unit which serves as a heatsheild and insulator (each ribbon measuring approx. 10' x 6" each).

Section Three (Rooms 110, 111, 112, 113, 114, 131, 132, 133, 134, 135 and Corridor

CR13-9 outside of Police Dept.):

• The reinspection drawing indicated (in green) that the Rooms 110,110, 112, 113, 114, 131, 132, 133, 134, 135 tested positive for asbestos.

• The latest testing (in Rooms 110, 114, 131) confirmed that there is asbestos floor tile & mastic (all bottom layer) in Section Three.

• The latest testing revealed additional asbestos floor tile & mastic in the main

Corridor CR13-9.

• The drywall/joint compound in Rooms 112 and 114 tested negative for asbestos.

• The cove-base adhesive from Corridor CR13-9 tested negative for asbestos.

• The yellow sealant/mastic on the HVAC duct insulation tested negative for asbestos.

• The ceiling tiles test negative for asbestos.

• It is assumed that all original perimeter wall radiators in these rooms have a ribbon of asbestos-containing cloth that is wrapped around the perimeter of each unit which serves as a heatshield and insulator (each ribbon measuring approx. 10' x 6" each).

Section Four (Rooms 101-109, Rooms 136 - 142, and Corridor CR11-9:

• The reinspection drawing indicated (in green) that Rooms 101 and 137 tested positive for asbestos.

• The latest testing (in Rooms 107,108, 109) revealed additional asbestos floor tile & mastic (all bottom layer) in Section Four.

• The latest testing of Corridor CR11-9 (terrazzo border) revealed asbestos black mastic beneath the 12"x12' floor tile in this corridor.

• It can be assumed that the remaining rooms/offices with tile on this side of Section

Four have an original layer of asbestos tile & mastic or asbestos mastic on the slab.

• No suspect flooring (tile or mastic) was observed in Rooms 136, 138, 140, 141, 142.

• The pipe insulation (both pipe run and elbow insulation) from Bathroom 105 tested positive for asbestos.

• It is assumed that all original pipe insulation associated with the plumbing fixtures is insulated with asbestos pipe insulation and asbestos pipe elbow insulation.

• The drywall/joint compound in Room 136 tested negative for asbestos.

• The ceiling tile in Room 105 tested negative for asbestos.

• The caulking around the radiator in Room 108 tested negative for asbestos.

• The red caulking/pipe penetration sealant in Room 103 tested negative for asbestos.

• The plaster and skim coat in Room 103 tested negative for asbestos.

• The radiator heatshield from Room 103 tested positive for asbestos.

• It is assumed that all original perimeter wall radiators in these rooms have a ribbon of asbestos-containing cloth that is wrapped around the perimeter of each unit which serves as a heatshield and insulator (each ribbon measuring approx. 10' x 6" each).

It is assumed that all original piping associated with the radiator is insulated with asbestos pipe insulation and asbestos pipe elbow insulation.

(Photos attached in appendix A)

Asbestos Estimate Quantities

Floor tile & Mastic Quantities:

• Section One - Approximately 2,050 SF.

• Section Two - Approx. 300 SF.

• Section Three - Approx. 2,450 SF.

• Section Four - Approx. 1,050 SF.

Radiator Heat-shield Quantities:

• 34 - 40 Units with a ribbon of asbestos-containing materials, each approx. 10' long/around x 6" wide, mounted into perimeter walls under window units.

Original Pipe Insulation Runs (including associated elbows) Quantities:

• 1,500 -2,000 LF.

Yellow Adhesive in Closet 125 behind fiberglass:

• < 50 SF

Conclusion

The GEPD considers all building materials with asbestos content in excess of 1% to be

Regulated Asbestos Containing Material (RACM). All RACM potentially impacted by the proposed demolition should be removed and disposed of by a licensed asbestos abatement contractor. Furthermore, all removed RACM should be disposed in a landfill permitted to accept asbestos containing materials.

The Georgia Environmental Protection Division’s (EPD’s) Solid Waste Management

Program requires that all ACMs (both friable and non-friable) must be deposited in a permitted landfill. This disposal as ACM waste may increase demolition costs.

Limitations

Southeast Lead Consultants, Inc. has made a reasonable effort to perform limited sampling and testing for asbestos-containing materials and lead-based paint testing in substantial conformance with applicable EPA and Georgia EPD guidance documents and regulations for the performance of asbestos surveys and in accordance with the requested Scope of

Work. This report should not be understood to be a HUD-compliant lead-based paint inspection of the project site. Conclusions presented in this report are based on our field observations and on the laboratory results obtained from a qualified analytical sub-contractor. Southeast Lead Consultants Inc 's report has been prepared on behalf of Spees

Build Design. Southeast Lead Consultants Inc 's scope of services performed in the execution of the limited lead-based paint and asbestos sampling program may not be appropriate to satisfy the needs of other users.

Inaccessible asbestos-containing materials may exist in areas where full demolition is warranted for access. In the event that previously inaccessible suspect asbestos-containing materials are encountered during renovation or demolition activities, work activities must be suspended and additional bulk samples of suspect materials should be collected for testing.

Results of any subsequent bulk samples that contain detectable concentrations of asbestos fibers should be included in an updated report and adjustments made to the Scope of Work.

Revisions to project notifications may also be warranted.

Southeast Lead Consultants Inc’ s report shall not be reproduced, except in full, without consent from Southeast Lead Consultants, Inc. Reliance upon this report by persons other than those named herein will require an update to the report. Asbestos concentrations will vary between sample locations, between analysts, and between laboratories. No warranty is expressed or implied.

Southeast Lead Consultants, Inc.

Appendix A:

Photographic Documentation

CARL VINSON VA MEDICAL CENTER BUILDING 9A

LEAD-BASED PAINT PHOTO LOG

Metal Window Frames - LBP Metal Window Frames - LBP

Wood Door Frames - LBP Wood Door Frames - LBP

Wood Door Frames - LBP Wood Door Frames – LBP

Door Casing - LBP 137-9 Wood Baseboard – LBP

Ceiling Vent - LBP Wall Chase Door - LBP

Room 107 Walls - LBP

ASBESTOS CONTAING MATERIAL PHOTO LOG

In-Wall Radiator Radiator Gasket/Insulation – ACM

Floor Mastic- ACM Floor Mastic- ACM

Floor Mastic- ACM Floor Mastic- ACM

Pipe Insulation and Elbows - ACM Pipe Insulation - ACM

Pipe Insulation and Elbows - ACM Pipe Insulation and Elbows - ACM

Appendix B:

Floor Plan Showing ACM Floor Tile/Mastic

Section 1

Section 2

Section 3 Section 4

Identified ACM in 2014

Additional ACM identified in 2024

Diagram of Identified ACM Flooring and/or Floor Mastic

Appendix C:

Asbestos Laboratory Results

6-Mar-24

Bulk Sample Summary Report

AES Job Number:

Project Number:Project Name:

Client Name:

LocationClient ID AES ID Asbestos Mineral Percentage Comments

2403138

CARL VINSON VA MEDICAL CENTER BUILDING 9A

Southeast Lead Consulting

AMCH CR AN TR AC

3080 Presidential Drive

Atlanta,GA 30340

Tel :(770) 457-8177

Fax:(770) 457-8188 Report Date:

Floor tile ( Gray)NDNDNDNDNDNDROOM 119-12"X12" GRAY

FLOOR TILE & GLUE

2403138-

001A 229-1

Layer:

Glue (Yellow)NDNDNDNDNDNDROOM 119-12"X12" GRAY

FLOOR TILE & GLUE

2403138-

001A 229-1

Layer:

Glue ( Yellow)NDNDNDNDNDNDROOM 121-BOTTOM

LAYER OF FT & BLACK

MASTIC

2403138-

002A 229-2

Layer:

Floor tile ( Gray)NDNDNDNDND2ROOM 121-BOTTOM

LAYER OF FT & BLACK

MASTIC

2403138-

002A 229-2

Layer:

Mastic (Black)NDNDNDNDND3ROOM 121-BOTTOM

LAYER OF FT & BLACK

MASTIC

2403138-

002A 229-2

Layer:

Glue ( Yellow / Black)NDNDNDNDNDNDROOM 123-BOTTOM

LAYER OF FT & MASTIC

2403138-

003A 229-3

Layer:

Note: CH=chrysotile, AM=amosite, CR=crocidolite, AC=actinolite, TR=tremolite, AN=anthophylite

ND = None Detected

For comments on the samples, see the individual analysis sheets.

AES,Inc. is accredited by NIST’s National Voluntary Laboratory Accreditation Program (NVLAP) for Polarized Light Microscopy (PLM) analysis, Lab

Code 102082-0. All analyses performed in accordance with EPA “Interim Method for the Determination of Asbestos in Bulk Insulation Samples” (EPA

600/M4-82-020), 1982 as found in 40 CFR, Part 763, Appendix E to Subpart E and “Method for the Determination of Asbestos in Bulk Building

Materials” (EPA/600/R-93/116), 1993.

These test results apply only to those samples actually tested, as submitted by the client. All percentages are reported by visually estimated volume.

PLM is not consistently reliable in detecting small concentrations of asbestos in floor tiles and similar nonfriable materials, quantitative TEM is currently the only method that can be used to determine conclusive asbestos content. Interpretation and use of test results are the client ’s responsibility.

Laboratory liability is limited to the cost of analysis. This report must not be used to claim, and does not imply product certification, approval, or endorsement by NVLAP or any agency of the Federal Government.

This report must not be reproduced except in full without written approval of Analytical Environmental Services , Inc

Microanalyst: QC Analyst:

Yelena KhaninaElena Ivanova

AES Job Number:

Project Number:Project Name:

Client Name:

LocationClient ID AES ID Asbestos Mineral Percentage Comments

2403138

CARL VINSON VA MEDICAL CENTER BUILDING 9A

Southeast Lead Consulting

AMCH CR AN TR AC

3080 Presidential Drive

Atlanta,GA 30340

Tel :(770) 457-8177

Fax:(770) 457-8188 Report Date:

Floor tile ( Gray)NDNDNDNDND2ROOM 123-BOTTOM

LAYER OF FT & MASTIC

2403138-

003A 229-3

Layer:

Mastic (Black)NDNDNDNDND3ROOM 123-BOTTOM

LAYER OF FT & MASTIC

2403138-

003A 229-3

Layer:

Glue ( Yellow)NDNDNDNDNDNDHALLWAY TO ROOM

119-BOTTOM LAYER OF

FT & MASTIC

2403138-

004A 229-4

Layer:

Floor tile (Tan)NDNDNDNDND2HALLWAY TO ROOM

119-BOTTOM LAYER OF

FT & MASTIC

2403138-

004A 229-4

Layer:

Mastic (Black)NDNDNDNDND3HALLWAY TO ROOM

119-BOTTOM LAYER OF

FT & MASTIC

2403138-

004A 229-4

Layer:

Floor tile (White / Yellow)NDNDNDNDNDNDHALLWAY BY CLOSET

125-12"X12" FT & MASTIC

2403138-

005A 229-5

Layer:

Note: CH=chrysotile, AM=amosite, CR=crocidolite, AC=actinolite, TR=tremolite, AN=anthophylite

ND = None Detected

For comments on the samples, see the individual analysis sheets.

AES,Inc. is accredited by NIST’s National Voluntary Laboratory Accreditation Program (NVLAP) for Polarized Light Microscopy (PLM) analysis, Lab

Code 102082-0. All analyses performed in accordance with EPA “Interim Method for the Determination of Asbestos in Bulk Insulation Samples” (EPA

600/M4-82-020), 1982 as found in 40 CFR, Part 763, Appendix E to Subpart E and “Method for the Determination of Asbestos in Bulk Building

Materials” (EPA/600/R-93/116), 1993.

These test results apply only to those samples actually tested, as submitted by the client. All percentages are reported by visually estimated volume.

PLM is not consistently reliable in detecting small concentrations of asbestos in floor tiles and similar nonfriable materials, quantitative TEM is currently the only method that can be used to determine conclusive asbestos content. Interpretation and use of test results are the client ’s responsibility.

Laboratory liability is limited to the cost of analysis. This report must not be used to claim, and does not imply product certification, approval, or endorsement by NVLAP or any agency of the Federal Government.

This report must not be reproduced except in full without written approval of Analytical Environmental Services , Inc

Microanalyst: QC Analyst:

AES Job Number:

Project Number:Project Name:

Client Name:

LocationClient ID AES ID Asbestos Mineral Percentage Comments

2403138

CARL VINSON VA MEDICAL CENTER BUILDING 9A

Southeast Lead Consulting

AMCH CR AN TR AC

3080 Presidential Drive

Atlanta,GA 30340

Tel :(770) 457-8177

Fax:(770) 457-8188 Report Date:

Mastic (Black)NDNDNDNDND3HALLWAY BY CLOSET

125-12"X12" FT & MASTIC

2403138-

005A 229-5

Layer:

Glue ( Clear )NDNDNDNDNDNDHALLWAY TO CR15-GRAY

MARBLED FT & MASTIC

2403138-

006A 229-6

Layer:

Floor tile ( Gray / White)NDNDNDNDND2HALLWAY TO CR15-GRAY

MARBLED FT & MASTIC

2403138-

006A 229-6

Layer:

Mastic (Black)NDNDNDNDND3HALLWAY TO CR15-GRAY

MARBLED FT & MASTIC

2403138-

006A 229-6

Layer:

Glue ( Yellow)NDNDNDNDNDNDHALLWAY CR13-GRAY

MARBLED FT & MASTIC

2403138-

007A 229-7

Layer:

Floor tile ( Gray / White)NDNDNDNDND2HALLWAY CR13-GRAY

MARBLED FT & MASTIC

2403138-

007A 229-7

Layer:

Note: CH=chrysotile, AM=amosite, CR=crocidolite, AC=actinolite, TR=tremolite, AN=anthophylite

ND = None Detected

For comments on the samples, see the individual analysis sheets.

AES,Inc. is accredited by NIST’s National Voluntary Laboratory Accreditation Program (NVLAP) for Polarized Light Microscopy (PLM) analysis, Lab

Code 102082-0. All analyses performed in accordance with EPA “Interim Method for the Determination of Asbestos in Bulk Insulation Samples” (EPA

600/M4-82-020), 1982 as found in 40 CFR, Part 763, Appendix E to Subpart E and “Method for the Determination of Asbestos in Bulk Building

Materials” (EPA/600/R-93/116), 1993.

These test results apply only to those samples actually tested, as submitted by the client. All percentages are reported by visually estimated volume.

PLM is not consistently reliable in detecting small concentrations of asbestos in floor tiles and similar nonfriable materials, quantitative TEM is currently the only method that can be used to determine conclusive asbestos content. Interpretation and use of test results are the client ’s responsibility.

Laboratory liability is limited to the cost of analysis. This report must not be used to claim, and does not imply product certification, approval, or endorsement by NVLAP or any agency of the Federal Government.

This report must not be reproduced except in full without written approval of Analytical Environmental Services , Inc

Microanalyst: QC Analyst:

AES Job Number:

Project Number:Project Name:

Client Name:

LocationClient ID AES ID Asbestos Mineral Percentage Comments

2403138

CARL VINSON VA MEDICAL CENTER BUILDING 9A

Southeast Lead Consulting

AMCH CR AN TR AC

3080 Presidential Drive

Atlanta,GA 30340

Tel :(770) 457-8177

Fax:(770) 457-8188 Report Date:

Mastic (Black)NDNDNDNDND3HALLWAY CR13-GRAY

MARBLED FT & MASTIC

2403138-

007A 229-7

Layer:

Floor tile ( Gray / White)NDNDNDNDND2HALLWAY BY ROOM

119-TOP LAYER OF GRAY

FT & MASTIC

2403138-

008A 229-8

Layer:

Mastic (Black)NDNDNDNDND3HALLWAY BY ROOM

119-TOP LAYER OF GRAY

FT & MASTIC

2403138-

008A 229-8

Layer:

Floor tile (White)NDNDNDNDNDNDHALLWAY WITH

TERRAZZO-12X12 FLOOR

TILE & MASTIC

2403138-

009A 229-9

Layer:

Glue (Yellow)NDNDNDNDNDNDHALLWAY WITH

TERRAZZO-12X12 FLOOR

TILE & MASTIC

2403138-

009A 229-9

Layer:

Mastic (Black)NDNDNDNDND3HALLWAY WITH

TERRAZZO-12X12 FLOOR

TILE & MASTIC

2403138-

009A 229-9

Layer:

Note: CH=chrysotile, AM=amosite, CR=crocidolite, AC=actinolite, TR=tremolite, AN=anthophylite

ND = None Detected

For comments on the samples, see the individual analysis sheets.

AES,Inc. is accredited by NIST’s National Voluntary Laboratory Accreditation Program (NVLAP) for Polarized Light Microscopy (PLM) analysis, Lab

Code 102082-0. All analyses performed in accordance with EPA “Interim Method for the Determination of Asbestos in Bulk Insulation Samples” (EPA

600/M4-82-020), 1982 as found in 40 CFR, Part 763, Appendix E to Subpart E and “Method for the Determination of Asbestos in Bulk Building

Materials” (EPA/600/R-93/116), 1993.

These test results apply only to those samples actually tested, as submitted by the client. All percentages are reported by visually estimated volume.

PLM is not consistently reliable in detecting small concentrations of asbestos in floor tiles and similar nonfriable materials, quantitative TEM is currently the only method that can be used to determine conclusive asbestos content. Interpretation and use of test results are the client ’s responsibility.

Laboratory liability is limited to the cost of analysis. This report must not be used to claim, and does not imply product certification, approval, or endorsement by NVLAP or any agency of the Federal Government.

This report must not be reproduced except in full without written approval of Analytical Environmental Services , Inc

Microanalyst: QC Analyst:

AES Job Number:

Project Number:Project Name:

Client Name:

LocationClient ID AES ID Asbestos Mineral Percentage Comments

2403138

CARL VINSON VA MEDICAL CENTER BUILDING 9A

Southeast Lead Consulting

AMCH CR AN TR AC

3080 Presidential Drive

Atlanta,GA 30340

Tel :(770) 457-8177

Fax:(770) 457-8188 Report Date:

Glue (Yellow)NDNDNDNDNDNDROOM 107-BLACK TILE &

MASTIC (BOTTOM

LAYER)

2403138-

010A 229-10

Layer:

Floor tile (Black / Gray)NDNDNDNDND2ROOM 107-BLACK TILE &

MASTIC (BOTTOM

LAYER)

2403138-

010A 229-10

Layer:

Mastic (Black)NDNDNDNDND3ROOM 107-BLACK TILE &

MASTIC (BOTTOM

LAYER)

2403138-

010A 229-10

Layer:

Glue (Yellow)NDNDNDNDNDNDROOM 108-GREEN TILE &

MASTIC (BOTTOM

LAYER)

2403138-

011A 229-11

Layer:

Floor tile (Green)NDNDNDNDND2ROOM 108-GREEN TILE &

MASTIC (BOTTOM

LAYER)

2403138-

011A 229-11

Layer:

Mastic (Black)NDNDNDNDND3ROOM 108-GREEN TILE &

MASTIC (BOTTOM

LAYER)

2403138-

011A 229-11

Layer:

Note: CH=chrysotile, AM=amosite, CR=crocidolite, AC=actinolite, TR=tremolite, AN=anthophylite

ND = None Detected

For comments on the samples, see the individual analysis sheets.

AES,Inc. is accredited by NIST’s National Voluntary Laboratory Accreditation Program (NVLAP) for Polarized Light Microscopy (PLM) analysis, Lab

Code 102082-0. All analyses performed in accordance with EPA “Interim Method for the Determination of Asbestos in Bulk Insulation Samples” (EPA

600/M4-82-020), 1982 as found in 40 CFR, Part 763, Appendix E to Subpart E and “Method for the Determination of Asbestos in Bulk Building

Materials” (EPA/600/R-93/116), 1993.

These test results apply only to those samples actually tested, as submitted by the client. All percentages are reported by visually estimated volume.

PLM is not consistently reliable in detecting small concentrations of asbestos in floor tiles and similar nonfriable materials, quantitative TEM is currently the only method that can be used to determine conclusive asbestos content. Interpretation and use of test results are the client ’s responsibility.

Laboratory liability is limited to the cost of analysis. This report must not be used to claim, and does not imply product certification, approval, or endorsement by NVLAP or any agency of the Federal Government.

This report must not be reproduced except in full without written approval of Analytical Environmental Services , Inc

Microanalyst: QC Analyst:

AES Job Number:

Project Number:Project Name:

Client Name:

LocationClient ID AES ID Asbestos Mineral Percentage Comments

2403138

CARL VINSON VA MEDICAL CENTER BUILDING 9A

Southeast Lead Consulting

AMCH CR AN TR AC

3080 Presidential Drive

Atlanta,GA 30340

Tel :(770) 457-8177

Fax:(770) 457-8188 Report Date:

Glue (Yellow)NDNDNDNDNDNDROOM 109-GREEN TILE &

MASTIC (BOTTOM

LAYER)

2403138-

012A 229-12

Layer:

Floor tile (Green)NDNDNDNDND2ROOM 109-GREEN TILE &

MASTIC (BOTTOM

LAYER)

2403138-

012A 229-12

Layer:

Mastic (Black)NDNDNDNDND3ROOM 109-GREEN TILE &

MASTIC (BOTTOM

LAYER)

2403138-

012A 229-12

Layer:

Glue (Yellow)NDNDNDNDNDNDROOM 110-WHITE TILE &

MASTIC (BOTTOM

LAYER)

2403138-

013A 229-13

Layer:

Floor tile (Gray)NDNDNDNDND2ROOM 110-WHITE TILE &

MASTIC (BOTTOM

LAYER)

2403138-

013A 229-13

Layer:

Mastic (Black)NDNDNDNDND3ROOM 110-WHITE TILE &

MASTIC (BOTTOM

LAYER)

2403138-

013A 229-13

Layer:

Note: CH=chrysotile, AM=amosite, CR=crocidolite, AC=actinolite, TR=tremolite, AN=anthophylite

ND = None Detected

For comments on the samples, see the individual analysis sheets.

AES,Inc. is accredited by NIST’s National Voluntary Laboratory Accreditation Program (NVLAP) for Polarized Light Microscopy (PLM) analysis, Lab

Code 102082-0. All analyses performed in accordance with EPA “Interim Method for the Determination of Asbestos in Bulk Insulation Samples” (EPA

600/M4-82-020), 1982 as found in 40 CFR, Part 763, Appendix E to Subpart E and “Method for the Determination of Asbestos in Bulk Building

Materials” (EPA/600/R-93/116), 1993.

These test results apply only to those samples actually tested, as submitted by the client. All percentages are reported by visually estimated volume.

PLM is not consistently reliable in detecting small concentrations of asbestos in floor tiles and similar nonfriable materials, quantitative TEM is currently the only method that can be used to determine conclusive asbestos content. Interpretation and use of test results are the client ’s responsibility.

Laboratory liability is limited to the cost of analysis. This report must not be used to claim, and does not imply product certification, approval, or endorsement by NVLAP or any agency of the Federal Government.

This report must not be reproduced except in full without written approval of Analytical Environmental Services , Inc

Microanalyst: QC Analyst:

AES Job Number:

Project Number:Project Name:

Client Name:

LocationClient ID AES ID Asbestos Mineral Percentage Comments

2403138

CARL VINSON VA MEDICAL CENTER BUILDING 9A

Southeast Lead Consulting

AMCH CR AN TR AC

3080 Presidential Drive

Atlanta,GA 30340

Tel :(770) 457-8177

Fax:(770) 457-8188 Report Date:

Glue (Yellow)NDNDNDNDNDNDROOM 114-WHITE TILE &

MASTIC (BOTTOM

LAYER)

2403138-

014A 229-14

Layer:

Floor tile (Gray)NDNDNDNDND2ROOM 114-WHITE TILE &

MASTIC (BOTTOM

LAYER)

2403138-

014A 229-14

Layer:

Mastic (Black)NDNDNDNDND3ROOM 114-WHITE TILE &

MASTIC (BOTTOM

LAYER)

2403138-

014A 229-14

Layer:

Insulation (Black)NDNDNDNDNDNDROOM 125-REMNANTS OF

BLACK MASTIC ON SLAB

2403138-

015A 229-15

Layer:

Mastic (Black)NDNDNDNDND5ROOM 125-REMNANTS OF

BLACK MASTIC ON SLAB

2403138-

015A 229-15

Layer:

Floor tile (Light Gray)NDNDNDNDNDNDROOM 126-GRAY TILE &

REMNANTS OF BLACK

MASTIC

2403138-

016A 229-16

Layer:

Note: CH=chrysotile, AM=amosite, CR=crocidolite, AC=actinolite, TR=tremolite, AN=anthophylite

ND = None Detected

For comments on the samples, see the individual analysis sheets.

AES,Inc. is accredited by NIST’s National Voluntary Laboratory Accreditation Program (NVLAP) for Polarized Light Microscopy (PLM) analysis, Lab

Code 102082-0. All analyses performed in accordance with EPA “Interim Method for the Determination of Asbestos in Bulk Insulation Samples” (EPA

600/M4-82-020), 1982 as found in 40 CFR, Part 763, Appendix E to Subpart E and “Method for the Determination of Asbestos in Bulk Building

Materials” (EPA/600/R-93/116), 1993.

These test results apply only to those samples actually tested, as submitted by the client. All percentages are reported by visually estimated volume.

PLM is not consistently reliable in detecting small concentrations of asbestos in floor tiles and similar nonfriable materials, quantitative TEM is currently the only method that can be used to determine conclusive asbestos content. Interpretation and use of test results are the client ’s responsibility.

Laboratory liability is limited to the cost of analysis. This report must not be used to claim, and does not imply product certification, approval, or endorsement by NVLAP or any agency of the Federal Government.

This report must not be reproduced except in full without written approval of Analytical Environmental Services , Inc

Microanalyst: QC Analyst:

AES Job Number:

Project Number:Project Name:

Client Name:

LocationClient ID AES ID Asbestos Mineral Percentage Comments

2403138

CARL VINSON VA MEDICAL CENTER BUILDING 9A

Southeast Lead Consulting

AMCH CR AN TR AC

3080 Presidential Drive

Atlanta,GA 30340

Tel :(770) 457-8177

Fax:(770) 457-8188 Report Date:

Glue (Yellow)NDNDNDNDNDNDROOM 126-GRAY TILE &

REMNANTS OF BLACK

MASTIC

2403138-

016A 229-16

Layer:

Mastic (Black)NDNDNDNDND3ROOM 126-GRAY TILE &

REMNANTS OF BLACK

MASTIC

2403138-

016A 229-16

Layer:

Floor tile (Light Gray)NDNDNDNDNDNDROOM 129-12"X12" FLOOR

TILE & GLUE

2403138-

017A 229-17

Layer:

Glue (Yellow)NDNDNDNDNDNDROOM 129-12"X12" FLOOR

TILE & GLUE

2403138-

017A 229-17

Layer:

Floor tile (Light Gray)NDNDNDNDNDNDROOM 131-SOLID GRAY FT

& GLUE

2403138-

018A 229-18

Layer:

Glue (Yellow)NDNDNDNDNDNDROOM 131-SOLID GRAY FT

& GLUE

2403138-

018A 229-18

Layer:

Note: CH=chrysotile, AM=amosite, CR=crocidolite, AC=actinolite, TR=tremolite, AN=anthophylite

ND = None Detected

For comments on the samples, see the individual analysis sheets.

AES,Inc. is accredited by NIST’s National Voluntary Laboratory Accreditation Program (NVLAP) for Polarized Light Microscopy (PLM) analysis, Lab

Code 102082-0. All analyses performed in accordance with EPA “Interim Method for the Determination of Asbestos in Bulk Insulation Samples” (EPA

600/M4-82-020), 1982 as found in 40 CFR, Part 763, Appendix E to Subpart E and “Method for the Determination of Asbestos in Bulk Building

Materials” (EPA/600/R-93/116), 1993.

These test results apply only to those samples actually tested, as submitted by the client. All percentages are reported by visually estimated volume.

PLM is not consistently reliable in detecting small concentrations of asbestos in floor tiles and similar nonfriable materials, quantitative TEM is currently the only method that can be used to determine conclusive asbestos content. Interpretation and use of test results are the client ’s responsibility.

Laboratory liability is limited to the cost of analysis. This report must not be used to claim, and does not imply product certification, approval, or endorsement by NVLAP or any agency of the Federal Government.

This report must not be reproduced except in full without written approval of Analytical Environmental Services , Inc

Microanalyst: QC Analyst:

AES Job Number:

Project Number:Project Name:

Client Name:

LocationClient ID AES ID Asbestos Mineral Percentage Comments

2403138

CARL VINSON VA MEDICAL CENTER BUILDING 9A

Southeast Lead Consulting

AMCH CR AN TR AC

3080 Presidential Drive

Atlanta,GA 30340

Tel :(770) 457-8177

Fax:(770) 457-8188 Report Date:

Glue (Yellow)NDNDNDNDNDNDROOM 131-REMNANTS OF

BLACK MASTIC ON SLAB

2403138-

019A 229-19

Layer:

Mastic (Black)NDNDNDNDND3ROOM 131-REMNANTS OF

BLACK MASTIC ON SLAB

2403138-

019A 229-19

Layer:

Cove Base (Dark Gray)NDNDNDNDNDNDHALLWAY-COVE BASE &

ADHESIVE

2403138-

020A 229-20

Layer:

Glue (Yellow)NDNDNDNDNDNDHALLWAY-COVE BASE &

ADHESIVE

2403138-

020A 229-20

Layer:

Joint Compound (White). Paint included as binder

NDNDNDNDNDNDHALLWAY-DRYWALL/JOI

NT COMPOUND

2403138-

021A 229-21

Layer:

Joint Compound (White). Paint included as binder

NDNDNDNDNDNDROOM 114-DW/JC2403138-

022A 229-22

Layer:

Note: CH=chrysotile, AM=amosite, CR=crocidolite, AC=actinolite, TR=tremolite, AN=anthophylite

ND = None Detected

For comments on the samples, see the individual analysis sheets.

AES,Inc. is accredited by NIST’s National Voluntary Laboratory Accreditation Program (NVLAP) for Polarized Light Microscopy (PLM) analysis, Lab

Code 102082-0. All analyses performed in accordance with EPA “Interim Method for the Determination of Asbestos in Bulk Insulation Samples” (EPA

600/M4-82-020), 1982 as found in 40 CFR, Part 763, Appendix E to Subpart E and “Method for the Determination of Asbestos in Bulk Building

Materials” (EPA/600/R-93/116), 1993.

These test results apply only to those samples actually tested, as submitted by the client. All percentages are reported by visually estimated volume.

PLM is not consistently reliable in detecting small concentrations of asbestos in floor tiles and similar nonfriable materials, quantitative TEM is currently the only method that can be used to determine conclusive asbestos content. Interpretation and use of test results are the client ’s responsibility.

Laboratory liability is limited to the cost of analysis. This report must not be used to claim, and does not imply product certification, approval, or endorsement by NVLAP or any agency of the Federal Government.

This report must not be reproduced except in full without written approval of Analytical Environmental Services , Inc

Microanalyst: QC Analyst:

AES Job Number:

Project Number:Project Name:

Client Name:

LocationClient ID AES ID Asbestos Mineral Percentage Comments

2403138

CARL VINSON VA MEDICAL CENTER BUILDING 9A

Southeast Lead Consulting

AMCH CR AN TR AC

3080 Presidential Drive

Atlanta,GA 30340

Tel :(770) 457-8177

Fax:(770) 457-8188 Report Date:

Joint Compound (White). Paint included as binder

NDNDNDNDNDNDROOM 112-DW/JC2403138-

023A 229-23

Layer:

Drywall tape (Gray / Brown)NDNDNDNDNDNDROOM 112-DW/JC2403138-

023A 229-23

Layer:

Wallboard (Gray)NDNDNDNDNDNDROOM 112-DW/JC2403138-

023A 229-23

Layer:

Joint Compound (White). Paint included as binder

NDNDNDNDNDNDROOM 121-DW/JC2403138-

024A 229-24

Layer:

Joint Compound (White). Paint included as binder

NDNDNDNDNDNDROOM 136-DW/JC2403138-

025A 229-25

Layer:

Skim Coat (White). Paint included as binder

NDNDNDNDNDNDROOM 103-PLASTER &

SKIM COAT

2403138-

026A 229-26

Layer:

Note: CH=chrysotile, AM=amosite, CR=crocidolite, AC=actinolite, TR=tremolite, AN=anthophylite

ND = None Detected

For comments on the samples, see the individual analysis sheets.

AES,Inc. is accredited by NIST’s National Voluntary Laboratory Accreditation Program (NVLAP) for Polarized Light Microscopy (PLM) analysis, Lab

Code 102082-0. All analyses performed in accordance with EPA “Interim Method for the Determination of Asbestos in Bulk Insulation Samples” (EPA

600/M4-82-020), 1982 as found in 40 CFR, Part 763, Appendix E to Subpart E and “Method for the Determination of Asbestos in Bulk Building

Materials” (EPA/600/R-93/116), 1993.

These test results apply only to those samples actually tested, as submitted by the client. All percentages are reported by visually estimated volume.

PLM is not consistently reliable in detecting small concentrations of asbestos in floor tiles and similar nonfriable materials, quantitative TEM is currently the only method that can be used to determine conclusive asbestos content. Interpretation and use of test results are the client ’s responsibility.

Laboratory liability is limited to the cost of analysis. This report must not be used to claim, and does not imply product certification, approval, or endorsement by NVLAP or any agency of the Federal Government.

This report must not be reproduced except in full without written approval of Analytical Environmental Services , Inc

Microanalyst: QC Analyst:

AES Job Number:

Project Number:Project Name:

Client Name:

LocationClient ID AES ID Asbestos Mineral Percentage Comments

2403138

CARL VINSON VA MEDICAL CENTER BUILDING 9A

Southeast Lead Consulting

AMCH CR AN TR AC

3080 Presidential Drive

Atlanta,GA 30340

Tel :(770) 457-8177

Fax:(770) 457-8188 Report Date:

Plaster (Gray)NDNDNDNDNDNDROOM 103-PLASTER &

SKIM COAT

2403138-

026A 229-26

Layer:

Skim Coat (White). Paint included as binder

NDNDNDNDNDNDROOM 125-PLASTER &

SKIM COAT

2403138-

027A 229-27

Layer:

Plaster (Gray)NDNDNDNDNDNDROOM 125-PLASTER &

SKIM COAT

2403138-

027A 229-27

Layer:

Skim Coat (White). Paint included as binder

NDNDNDNDNDNDBATHROOM 105-PLASTER

& SKIM COAT

2403138-

028A 229-28

Layer:

Plaster (Gray)NDNDNDNDNDNDBATHROOM 105-PLASTER

& SKIM COAT

2403138-

028A 229-28

Layer:

Coating (Gray). Paint included as binder

NDNDNDNDNDNDBATHROOM 105-PIPE RUN

INSULATION

2403138-

029A 229-29

Layer:

Note: CH=chrysotile, AM=amosite, CR=crocidolite, AC=actinolite, TR=tremolite, AN=anthophylite

ND = None Detected

For comments on the samples, see the individual analysis sheets.

AES,Inc. is accredited by NIST’s National Voluntary Laboratory Accreditation Program (NVLAP) for Polarized Light Microscopy (PLM) analysis, Lab

Code 102082-0. All analyses performed in accordance with EPA “Interim Method for the Determination of Asbestos in Bulk Insulation Samples” (EPA

600/M4-82-020), 1982 as found in 40 CFR, Part 763, Appendix E to Subpart E and “Method for the Determination of Asbestos in Bulk Building

Materials” (EPA/600/R-93/116), 1993.

These test results apply only to those samples actually tested, as submitted by the client. All percentages are reported by visually estimated volume.

PLM is not consistently reliable in detecting small concentrations of asbestos in floor tiles and similar nonfriable materials, quantitative TEM is currently the only method that can be used to determine conclusive asbestos content. Interpretation and use of test results are the client ’s responsibility.

Laboratory liability is limited to the cost of analysis. This report must not be used to claim, and does not imply product certification, approval, or endorsement by NVLAP or any agency of the Federal Government.

This report must not be reproduced except in full without written approval of Analytical Environmental Services , Inc

Microanalyst: QC Analyst:

AES Job Number:

Project Number:Project Name:

Client Name:

LocationClient ID AES ID Asbestos Mineral Percentage Comments

2403138

CARL VINSON VA MEDICAL CENTER BUILDING 9A

Southeast Lead Consulting

AMCH CR AN TR AC

3080 Presidential Drive

Atlanta,GA 30340

Tel :(770) 457-8177

Fax:(770) 457-8188 Report Date:

Insulation (White)NDNDNDNDND20BATHROOM 105-PIPE RUN

INSULATION

2403138-

029A 229-29

Layer:

Insulation (Gray)NDNDNDNDND10BATHROOM 105-PIPE RUN

INSULATION

2403138-

029A 229-29

Layer:

Coating (Gray). Paint included as binder

NDNDNDNDNDNDBATHROOM 105-PIPE

ELBOW INSULATION

2403138-

030A 229-30

Layer:

Insulation (White)NDNDNDNDND20BATHROOM 105-PIPE

ELBOW INSULATION

2403138-

030A 229-30

Layer:

Tape (Gray)NDNDNDNDND60ROOM…