36C24718B0637-0003002.pdf

VA Augusta, Patient Privacy Building 801, Wing 6A DEC Project No. 1609.002

TARGETED SURVEY

FOR ASBESTOS & LEAD-IN PAINT

PATIENT PRIVACY, BUILDING 801, WING 6A

DEPARTMENT OF VETERAN AFFAIRS

AUGUSTA, GEORGIA

Prepared for:

TOLAND<MIZELL<MOLNAR

590 MEANS STREET NW, SUITE 200

ATLANTA, GEORGIA 30318

Report Date:

October 3, 2016

Prepared by:

DURBIN ENVIRONMENTAL CONSULTANTS, INC.

2201 POTOMAC PLACE

LAWRENCEVILLE, GEORGIA 30043

(678) 482-9917

TABLE OF CONTENTS

PAGE

1. INTRODUCTION 3

2. DISCUSSION AND RESULTS 3

a. Asbestos

b. Lead

c. PCBs/Fluorescent Lights

3. METHODOLOGY 5

Asbestos sampling protocol Lead-In-Paint (LBP) sampling protocol

4. OBSERVATIONS/CONCLUSIONS 7

5. RECOMMENDATIONS 8

6. REFERENCES 9

APPENDIX

A. Asbestos Bulk Sampling Summary followed by the Laboratory Report and

Representative Photographs of Suspect Asbestos Containing Materials

B. Paint Chip Sampling Summary followed by the Laboratory Report and Representative

Photographs of Paint Chip Samples

1. INTRODUCTION

Durbin Environmental Consultants, Inc. (DEC) was retained by Toland<Mizell<Molnar, to conduct a hazardous material assessment for suspect asbestos containing materials and lead-in-paint (LBP) at the Department of Veteran Affairs, VA Medical Center, in Augusta, Georgia, in support of the Design Patient Privacy, Building 801, Wing 6A Project. Michael F. Durbin, CIH of Durbin Environmental Consultants, Inc., conducted the hazardous material assessment on September 22, 2016. Mr. Durbin is currently accredited as an asbestos inspector through an Environmental Protection Agency (EPA) approved training provider.

Bulk sample analysis for suspect asbestos containing materials and paint chip sample analysis was performed by SanAir Technologies Laboratory, 1551 Oakbridge Drive, Suite B, Powhatan, VA 23139. SanAir is accredited for asbestos fiber analysis through participation in the National Institute of Standards and Technology (NIST) National Voluntary Laboratory Accreditation Program (NVLAP) and is assigned NVLAP Lab Code 200870-0. San Air utilized the analytical method: EPA/600/R-93/116: "Method for the Determination of Asbestos in Bulk Building Materials” (polarized light microscopy in conjunction with dispersion staining). SanAir analyzed the paint chip samples by Atomic Absorption Spectrophotometer, Flame, following the NIOSH Method 7082. SanAir is accredited by the American Industrial Hygiene Association (AIHA) Laboratory Accreditation Program and is a participant in the Environmental Microbiology & Lead Proficiency Analytical Testing Program (EMPAT) and is assigned Lab Number 162952.

2. DISCUSSION AND RESULTS

a. Building 801, Wing 6A - Asbestos

The asbestos survey was conducted in accordance with the sampling protocol established in the Environmental Protection Agency’s Asbestos Hazard Emergency Response Act (AHERA 40 CFR, Part 763) for the materials included in this specific survey. The following provides general information and summarizes the potential impact of asbestos containing material during the scheduled renovation project.

Bulk samples were collected from the following suspect asbestos containing materials during this survey:

1. Ceiling Tile – White with Small Gouges and Pinholes (HM #1)

2. Ceiling Tile – White with Random Pinholes and Deep Fissures (HM #2)

3. Drywall and Drywall Joint Compound (HM #3)

4. Ceramic Wall Tile and Grout (HM #4)

5. 12” X 12” Green Floor Tile and Associated Mastics, Glues and Adhesives (HM #5)

6. 12” X 12” Blue Floor Tile and Associated Mastics, Glues and Adhesives (HM #6)

7. 12” X 12” Beige Floor Tile and Associated Mastics, Glues and Adhesives (HM #7)

8. Brown Covebase and Associated Adhesive (HM #8)

9. Light Tan Covebase and Associated Adhesive (HM #9)

10. Beige Spray Applied Fireproofing (HM #10)

11. Red Fire Safe Material (HM #11)

12. Foil Wrapped Duct Insulation with White Mastic (HM #12)

13. Paper Wrapped Duct Insulation with White Mastic (HM #13)

14. Paper Wrapped Pipe Insulation over Fiberglass (HM #14)

15. Fire Door Insulation (HM #15)

The following collected bulk sample material contained asbestos by Polarized Light Microscopy (PLM) (reference Appendix A for the Asbestos Bulk Sampling Summary followed by the Laboratory Report and Representative Photographs of Suspect Asbestos Containing Materials).

1. 12” X 12” Green Floor Tile and Associated Mastics, Glues and Adhesives (HM #5)

2. 12” X 12” Blue Floor Tile and Associated Mastics, Glues and Adhesives (HM #6)

3. 12” X 12” Beige Floor Tile and Associated Mastics, Glues and Adhesives (HM #7)

b. Building 801, Wing 6A - Lead

Paint chip samples were collected from the following representative surfaces:

1. Beige Paint on Metal Door Frame, Mechanical Room 6A-134 (Sample # 6A-PC-01)

2. Beige Paint on Metal Door, Mechanical Room 6A-134 (Sample # 6A-PC-02)

3. Beige Paint on Metal Door, Room 6A-143 (Sample # 6A-PC-03)

All of the representative painted surfaces sampled in Building 801, Wing 6A in areas that will be impacted by the scheduled renovation project had detectable levels of lead via Flame Atomic Absorption Spectrophotometry. Additionally, Sample #6A-PC-01 had paint above the HUD/EPA definition of Lead-Based Paint (LBP) of equal to or greater than 0.5% by weight.

The Occupational Safety and Health Administration (OSHA) Construction Industry Standard for Lead (29 CFR 1926.62) does not reference the HUD definition for LBP. If detectable levels of lead are identified in any painted surface, paint disturbance will fall under the OSHA Lead Standard. OSHA 29 CFR 1926.62 requires employers to perform exposure monitoring for employees whose tasks disturb or potentially disturb lead. The data contained in this survey report should be provided to the Contractor, prior to the Contractor submitting bids for maintenance, renovation or demolition work. The Contractor shall assume that all painted surfaces may contain detectable levels of lead for purposes of this project and demonstrate through personal air sampling that airborne lead levels will not exceed 30 micrograms (ug) lead per cubic meter (m3) of air determined as an 8-hour time-weighted average (TWA), for each representative task and trade that disturbs painted surfaces.

Refer to Appendix B for the Paint Chip Sample Summary followed by Laboratory Data and Representative Photographs of Paint Chip Samples.

c. Building 801, Wing 6A - PCBs/Fluorescent Lights

The construction date of Building 801, Wing 6A was not known on the day of the inspection.

All ballasts installed or manufactured prior to 1978, should be assumed to contain PCBs unless specifically labeled as having no PCBs.

Additionally, the fluorescent lights and high intensity discharge bulbs (HID) should be assumed to contain mercury.

All known or assumed PCB ballasts should be handled in accordance with 40 CFR Part 761 Polychlorinated Biphenyls (PCBs) Manufacturing, Processing, Distribution in Commerce, and Use Prohibitions.

All mercury vapor light fixtures should be handled in accordance with 40 CFR Part 273 Standards for Universal Waste Management.

3. METHODOLOGY

Asbestos Sampling Protocol

The inspector sampled all suspect ACM in accessible areas. In order for a group of homogeneous materials to be considered as non-asbestos containing, all samples from that specific homogeneous material must be analyzed and determined to be non-asbestos containing or less than or equal to 1% asbestos.

Representative, randomly selected samples were collected from each homogeneous area of suspect asbestos-containing material. For purposes of this report, the homogeneous area is physically defined as all material with the same visual appearance, texture and hardness.

The minimum number of samples collected for each homogeneous area (or material) is as follows:

1. Friable Spray-applied or Trowel-applied Material

a. Less than or equal to 1000 square feet (S.F.) = 3 samples

b. Greater than 1000 S.F. and less than or equal to 5000 S.F. = 5 samples.

c. Greater than 5000 S. F. = 7 samples

2. Pipe and Duct Insulation

Three samples per homogeneous area of insulation were taken unless it was a confirmation sample.

3. Elbows, Valves, Fittings and Connection Mud

Three representative samples were taken from each representative type of insulated elbow, valve, fitting and connecting mud unless it was a confirmation sample.

4. Boiler, Tanks and Furnaces

A minimum of 3 samples per unit was collected.

5. Patchwork Patchwork is defined as a patch or repair to existing material based on the following quantities:

a. Surfacing material patches are limited to a maximum of 6 S. F.

b. Pipe and duct insulation patches are limited to a maximum of 6 L. F. or 6

S. F.

c. Boiler, tanks and furnace patches are limited to 6 S.F. maximum.

If the patchwork exceeded the limits prescribed above, the sampling protocol resorted back to the homogeneous area descriptions in items 1-4. If a material qualifies as patchwork, a single sample was collected per patch.

6. Ceiling or Acoustical Tile

a. Minimum of 3 Samples

7. Miscellaneous Friable Material

a. 3 Samples

8. Non-friable Material

Non-friable materials for purposes of this survey would include material such as floor tiles and mastic/adhesive, linoleum floor covering, interior/exterior caulks, flooring felt (if still under floor tile), roofing materials, miscellaneous cementitious material such as wall or ceiling panels, caulking or sealant, or window glazing. Note: All materials below the suspended ceiling system such as floor tile, was excluded from this survey.

a. Minimum of 3 samples

Lead-Based Paint (LBP) Sampling Protocol

Paint chips containing lead concentrations at or above 0.5 percent by weight are considered positive for lead based on EPA and Department of Housing and Urban Development (HUD) guidelines for Target Housing and Child Occupied Facilities.

The inspector collected paint chip samples from representative surfaces and components likely to be impacted by any renovation project and compared them against the HUD definition for Lead- Based Paint (LBP) of 0.5 % by weight. Individual sample results are presented in tabular form in Appendix B.

The Occupational Safety and Health Administration (OSHA) Construction Industry Standard for Lead (29 CFR 1926.62) does not reference the HUD definition for LBP. If detectable levels of lead are identified in any painted surface, paint disturbance will fall under the OSHA Lead Standard. OSHA 29 CFR 1926.62 requires employers to perform exposure monitoring for employees whose tasks disturb or potentially disturb lead. The data contained in this survey report should be provided to the Contractor, prior to the Contractor submitting bids for maintenance, renovation or demolition work. The Contractor shall assume that all painted surfaces may contain detectable levels of lead for purposes of this project and demonstrate through personal air sampling that airborne lead levels will not exceed 30 micrograms (ug) lead per cubic meter (m3) of air determined as an 8-hour time-weighted average (TWA), for each representative task and trade that disturbs painted surfaces.

4. OBSERVATIONS/CONCLUSIONS

Building 801, Wing 6A - Asbestos

The following collected bulk sample material contained asbestos by Polarized Light Microscopy (PLM) (reference Appendix A for the Asbestos Bulk Sampling Summary followed by the Laboratory Report and Representative Photographs of Suspect Asbestos Containing Materials).

1. 12” X 12” Green Floor Tile and Associated Mastics, Glues and Adhesives (HM #5)

2. 12” X 12” Blue Floor Tile and Associated Mastics, Glues and Adhesives (HM #6)

3. 12” X 12” Beige Floor Tile and Associated Mastics, Glues and Adhesives (HM #7)

Building 801, Wing 6A - Lead

All of the representative painted surfaces sampled in Building 801, Wing 6A in areas that will be impacted by the scheduled renovation project had detectable levels of lead via Flame Atomic Absorption Spectrophotometry. Additionally, Sample #6A-PC-01 had paint above the HUD/EPA definition of Lead-Based Paint (LBP) of equal to or greater than 0.5% by weight.

Disturbance to any painted item/surface/component shall be done in compliance with the OSHA Construction Industry Standard for Lead (29 CFR 1926.62). The Occupational Safety and Health Administration (OSHA) Construction Industry Standard for Lead (29 CFR 1926.62) does not reference the HUD definition for LBP. If detectable levels of lead are identified in any painted surface, paint disturbance will fall under the OSHA Lead Standard. OSHA 29 CFR

1926.62 requires employers to perform exposure monitoring for employees whose tasks disturb or potentially disturb lead. The data contained in this survey report should be provided to the Contractor, prior to the Contractor submitting bids for maintenance, renovation or demolition work. The Contractor shall assume that all painted surfaces may contain detectable levels of lead for purposes of this project and demonstrate through personal air sampling that airborne lead levels will not exceed 30 micrograms (ug) lead per cubic meter (m3) of air determined as an 8-hour time-weighted average (TWA), for each representative task and trade that disturbs painted surfaces.

Building 801, Wing 6A – PCBs/Fluorescent Lights

The construction date of Building 801, Wing 6A was not known on the day of the survey. All ballasts installed or manufactured prior to 1978, should be assumed to contain PCBs unless specifically labeled as having no PCBs.

Additionally, the fluorescent lights and high intensity discharge bulbs (HID) should be assumed to contain mercury.

All known or assumed PCB ballasts should be handled in accordance with 40 CFR Part 761 Polychlorinated Biphenyls (PCBs) Manufacturing, Processing, Distribution in Commerce, and Use Prohibitions.

All mercury vapor light fixtures should be handled in accordance with 40 CFR Part 273 Standards for Universal Waste Management.

5. RECOMMENDATIONS

A. The asbestos containing material survey report should be maintained at the job site during performance of the construction activities. At least ten (10) working days advanced written NESHAPS Notification to Georgia Department of Natural Resources, Environmental Protection Division, Air Protection Branch/Air Quality Control Section, Attention: Asbestos and Lead Program, 4244 International Parkway, Suite 104, Phone: (404) 363-7026/Fax:

(404) 363-7100 and EPD Asbestos Fees Lockbox, Post Office Box 101173, Atlanta, Georgia 30392 is required for renovation work on this project.

B. Communication of this asbestos survey report results should be presented in accordance with the OSHA 29 CFR 1926.1101 Asbestos Standard to all personnel who may enter or perform work in Building 801, Wing 6A.

C. Disturbance of painted surfaces should be performed in accordance with the OSHA Lead

Standard (29 CFR 1926.62). Waste generated by disturbance of painted surfaces should be subjected to Toxicity Characteristic Leaching Procedure (TCLP) testing to determine leachable lead concentrations. If leachable concentrations of lead in construction waste are determined by TCLP testing, those materials should be disposed of in accordance with 40 CFR Part 260 to 271.

D. Remove and dispose of all PCB ballasts in accordance with 40 CFR Part 761 Polychlorinated Biphenyls (PCBs) Manufacturing, Processing, Distribution in Commerce, and Use Prohibitions, and other applicable Federal, State and Local Regulations.

E. Remove and dispose of (or recycle) all mercury vapor light fixtures in accordance with 40

CFR Part 273 Standards for Universal Waste Management and other applicable Federal, State and Local Regulations.

6. REFERENCES

1. Guidance for Controlling Asbestos-Containing Materials in Buildings”

(Purple Book). EPA 560/5-85-024. Office of Pesticides and Toxic Substances Washington, DC 20460.

2. 40 CFR, Part 763, Asbestos Hazard Emergency Response Act

3. 40 CFR, Part 763, Asbestos School Hazard Abatement Reauthorization Act

4. 40 CFR, Part 61, Subpart M Asbestos

5. 29 CFR Part 1926.1101 Asbestos

6. 29 CFR Part 1926.62 Lead

7. HUD Guidelines for the Evaluation and Control of Lead-Based Paint Hazards in Housing

8. 40 CFR Part 260 General Hazardous Waste Management.

9. 40 CFR Part 261 Identification and Listing of Hazardous Waste.

10. 40 CFR Part 262 Standards Applicable to Generators of Hazardous Waste.

11. 40 CFR Part 263 Standards Applicable to Transporters of Hazardous Waste.

12. 40 CFR Part 268 Land Disposal Restrictions.

13. 40 CFR Part 761 Polychlorinated Biphenyls (PCBs) Manufacturing, Processing, Distribution in Commerce, and Use Prohibitions.

14. 40 CFR Part 273 Standards for Universal Waste Management

15. State of Georgia Solid Waste Management (391-3-4) and Hazardous Waste Management

(391-3-11) Rules.

If you have any questions or comments regarding this report, please do not hesitate to call.

Sincerely, Durbin Environmental Consultants, Inc.

Michael F. Durbin, CIH Michael F. Durbin, CIH (EPA-Accredited Asbestos Inspector/Management Planner, Certificate Number 15694, Expiration Date: May 23, 2017) President

APPENDIX A

Asbestos Bulk Sampling Summary

Followed by the Laboratory Data and Representative Photographs of Suspect Asbestos Containing Materials

Sample Number

Description Asbestos Present

Friable Non- Asbestos Material Present

Sample Location

HM

6A-CT1-01

Ceiling Tile – White with Small Gouges and Pinholes

NAD N/A See Lab Report

Building 801, Wing 6A, C6-

C8 Nurses Station

6A-CT1-02

Ceiling Tile – White with Small Gouges and Pinholes

NAD N/A See Lab Report

Building 801, Wing 6A, Corridor

Outside Room 6A-135

6A-CT1-03

Ceiling Tile – White with Small Gouges and Pinholes

NAD N/A See Lab Report

Building 801, Wing 6A, Corridor

Outside Room 6A-109

6A-CT2-01

Ceiling Tile – White with Random Pinholes and Deep Fissures

NAD N/A See Lab Report

Building 801, Wing 6A, Room

6A-145

6A-CT2-02

Ceiling Tile – White with Random Pinholes and Deep Fissures

NAD N/A See Lab Report

Building 801, Wing 6A, Room

6A-111

6A-CT2-03

Ceiling Tile – White with Random Pinholes and Deep Fissures

NAD N/A See Lab Report

Building 801, Wing 6A, Room

6A-151

6A-DWJC-

Drywall and Drywall Joint Compound NAD N/A See Lab

Report Building 801, Wing 6A, C6-

6A-DWJC-

Drywall and Drywall Joint Compound NAD N/A See Lab

Report

Building 801, Wing 6A, Corridor

Outside Room 6A-135

Description Asbestos Present

Friable Non- Asbestos Material Present

Sample Location

HM

6A-DWJC-

Drywall and Drywall Joint Compound NAD N/A See Lab

Report Building 801, Wing 6A, Room 6A-134

6A-DWJC-

Drywall and Drywall Joint Compound NAD N/A See Lab

Report

Building 801, Wing 6A, Room

6A-122

Drywall and Drywall Joint Compound NAD N/A See Lab

Report

Building 801, Wing 6A, Room

6A-113

6A-DWJC-

Drywall and Drywall Joint Compound NAD N/A See Lab

Report

Building 801, 6A-154

Drywall and Drywall Joint Compound NAD N/A See Lab

Report

Building 801, 6A-164

6A-CER-01 Ceramic Wall Tile and Grout NAD N/A See Lab

Report

Building 801, 6A-143

6A-CER-02 Ceramic Wall Tile and

Report

Building 801, Wing 6A, Corridor Near Stair 2

6A-CER-03 Ceramic Wall Tile and

Report

Building 801, Wing 6A, Vestibule Near Room 6A-130A

6A-CER-04 Ceramic Wall Tile and Grout NAD N/A See Lab

Report

Building 801, 6A-135

6A-CER-05 Ceramic Wall Tile and

Report

Building 801, Wing 6A, Corridor Near Room 6A-105A

6A-FT1-01

12” X 12” Green Floor

Tile and Associated Mastics, Glues and

Adhesives

3% Chrysotile in Black Mastic

No See Lab Report

Building 801, Wing 6A, C6-

C8 Nurses

Description Asbestos Present

Friable Non- Asbestos Material Present

Sample Location

HM

6A-FT1-02

12” X 12” Green Floor

Tile and Associated Mastics, Glues and

Adhesives

3% Chrysotile in Black Mastic

No See Lab Report

Building 801, Wing 6A, C6-

6A-FT1-03

12” X 12” Green Floor

Tile and Associated Mastics, Glues and

Adhesives

3% Chrysotile in Black Mastic

No See Lab Report

Building 801, Wing 6A, C6-

C8 Nurses Station

6A-FT2-01

12” X 12” Blue Floor Tile and Associated Mastics, Glues and

Adhesives

3% Chrysotile in Black Mastic

No See Lab Report

Building 801, Wing 6A, C6-

6A-FT2-02

12” X 12” Blue Floor Tile and Associated Mastics, Glues and

Adhesives

3% Chrysotile in Black Mastic

No See Lab Report

Building 801, Wing 6A, C6-

C8 Nurses Station

6A-FT2-03

12” X 12” Blue Floor Tile and Associated Mastics, Glues and

Adhesives

3% Chrysotile in Black Mastic

No See Lab Report

Building 801, Wing 6A, C6-

6A-FT3-01

12” X 12” Beige Floor

Tile and Associated Mastics, Glues and

Adhesives

2% Chrysotile Floor Tile;

3% Chrysotile in Black Mastic

No See Lab Report

Building 801, 6A-113

6A-FT3-02

12” X 12” Beige Floor

Tile and Associated Mastics, Glues and

Adhesives

2% Chrysotile Floor Tile;

3% Chrysotile in Black Mastic

No See Lab Report

Building 801, Wing 6A, Room

6A-154

6A-FT3-03

12” X 12” Beige Floor

Tile and Associated Mastics, Glues and

Adhesives

2% Chrysotile Floor Tile;

3% Chrysotile in Black Mastic

No See Lab Report

Building 801, 6A-145

Description Asbestos Present

Friable Non- Asbestos Material Present

Sample Location

HM

6A-CB1-01 Brown Covebase and Associated Adhesive NAD N/A See Lab

Report

Building 801, Wing 6A, Corridor

6A-146A

6A-CB1-02 Brown Covebase and Associated Adhesive NAD N/A See Lab

Report

Building 801, Wing 6A, Corridor

Outside Room 6A-164A

6A-CB1-03 Brown Covebase and Associated Adhesive NAD N/A See Lab

Report

Building 801, Wing 6A, Vestibule Near Room 6A-130

6A-CB2-01

Light Tan Covebase and Associated Adhesive

NAD N/A See Lab Report

Building 801, 6A-134

6A-CB2-02

Light Tan Covebase and Associated Adhesive

NAD N/A See Lab Report

Building 801, Wing 6A, C6-

C8 Nurses Station

6A-CB2-03

Light Tan Covebase and Associated Adhesive

NAD N/A See Lab Report

Building 801, Wing 6A, C6-

6A-FP-01 Beige Spray Applied Fireproofing NAD N/A See Lab

Report

Building 801, Wing 6A, Corridor

6A-FP-02 Beige Spray Applied

Report

Building 801, 6A-FP-03 Beige Spray Applied

Report

Building 801, Wing 6A, C6-

C8 Nurses Station

6A-FP-04 Beige Spray Applied Fireproofing NAD N/A See Lab

Report

Building 801, 6A-119

Description Asbestos Present

Friable Non- Asbestos Material Present

Sample Location

HM

6A-FP-05 Beige Spray Applied Fireproofing NAD N/A See Lab

Report

Building 801, 6A-151

6A-FP-06 Beige Spray Applied

Report

Building 801, Wing 6A, Vestibule Near Room 6A-154

6A-FP-07 Beige Spray Applied Fireproofing NAD N/A See Lab

Report

Building 801, 6A-111

6A-FS-01 Red Fire Safe Material NAD N/A See Lab Report

Building 801, Wing 6A, Corridor

6A-109

6A-FS-02 Red Fire Safe Material NAD N/A See Lab

Building 801, Wing 6A, Corridor

Outside Room 6A-135

6A-FS-03 Red Fire Safe Material NAD N/A See Lab Report

Building 801, 6A-DM1-01

Foil Wrapped Duct

Insulation with White Mastic

NAD N/A See Lab Report

Building 801, 6A-DM1-02

Foil Wrapped Duct

Insulation with White Mastic

NAD N/A See Lab Report

Building 801, Wing 6A, Room

6A-134

6A-DM1-03

Foil Wrapped Duct

Insulation with White Mastic

NAD N/A See Lab Report

Building 801, 6A-DI2-01

Paper Wrapped Duct Insulation with White

Mastic NAD N/A See Lab

Report

Building 1, Attic – Between Structural Steel and Metal Deck

Description Asbestos Present

Friable Non- Asbestos Material Present

Sample Location

HM

6A-DI2-02

Paper Wrapped Duct Insulation with White

Mastic NAD N/A See Lab

Report

Building 1, Attic – Between Structural Steel and Metal Deck

6A-DI2-03

Paper Wrapped Duct Insulation with White

Mastic NAD N/A See Lab

Report

Building 801, Wing 6A, Room

6A-134

6A-PI1-01

Paper Wrapped Pipe

Insulation over Fiberglass

NAD N/A See Lab Report

Building 801, 6A-PI1-02

Paper Wrapped Pipe

Insulation over Fiberglass

NAD N/A See Lab Report

Building 801, 6A-PI1-03

Paper Wrapped Pipe

Insulation over Fiberglass

NAD N/A See Lab Report

Building 801, Wing 6A, Room

6A-134

6A-PI1-04

Paper Wrapped Pipe

Insulation over Fiberglass

NAD N/A See Lab Report

Building 801, 6A-FD-01 Fire Door Insulation NAD N/A See Lab

Building 801, Wing 6A, Room

NAD – No Asbestos Detected; N/A – Not Applicable

Representative Photographs of Suspect Asbestos Containing

Materials

1. Ceiling Tile – White with Small Gouges and Pinholes (HM #1)

2. Ceiling Tile – White with Random Pinholes and Deep Fissures (HM #2)

3. Drywall and Drywall Joint Compound (HM #3)

4. Ceramic Wall Tile and Grout (HM #4)

5. 12” X 12” Green Floor Tile and Associated Mastics, Glues and Adhesives (HM #5)

6. 12” X 12” Blue Floor Tile and Associated Mastics, Glues and Adhesives (HM #6)

7. 12” X 12” Beige Floor Tile and Associated Mastics, Glues and Adhesives (HM #7)

8. Brown Covebase and Associated Adhesive (HM #8)

9. Light Tan Covebase and Associated Adhesive (HM #9)

10. Beige Spray Applied Fireproofing (HM #10)

11. Red Fire Safe Material (HM #11)

12. Foil Wrapped Duct Insulation with White Mastic (HM #12)

13. Paper Wrapped Duct Insulation with White Mastic (HM #13)

14. Paper Wrapped Pipe Insulation over Fiberglass (HM #14)

15. Fire Door Insulation (HM #15)

APPENDIX B

Paint Chip Sample Summary Table Followed by Laboratory Data and Representative Photographs of Paint Chip Samples

Collection Date

Sample Number

Description Location Analytical Method

Percent Lead by Weight

(wt%)

9/22/16 6A-PC-01 Beige Paint

Metal Door Frame, Mechanical Room 6A-134

AAS 0.5874

9/22/16 6A-PC-02 Beige Paint Metal Door, Mechanical

Room 6A-134

AAS 0.0289

9/22/16 6A-PC-03 Beige Paint Metal Door, Room 6A-143 AAS 0.028

BRL: Not Detected at the Reporting Limit

Representative Photographs of Paint Chip Samples

1. Beige Paint on Metal Door Frame, Mechanical Room 6A-134 (Sample # 6A-PC-01)

2. Beige Paint on Metal Door, Mechanical Room 6A-134 (Sample # 6A-PC-02)

3. Beige Paint on Metal Door, Room 6A-143 (Sample # 6A-PC-03)