36C24419R0064-005.pdf

FINAL

Asbestos-Containing Materials Report

Prepared For Lebanon VA Medical Center Project 595-13-102 Demolish Buildings 4, 5, 25, 26, 27, 28

Prepared By KCI Technologies Inc.

936 Ridgebrook Road Sparks, Maryland 21152 KCI Job No: 10110414X

July 16, 2013

Lebanon VA Medical Center Buildings 4, 5, 25, 26, 27, 28 1700 South Lincoln Avenue Lebanon, Pennsylvania 17042

Executive Summary

KCI Technologies, Inc. (KCI) was retained by BES Design/Build, LLC (Client), to conduct a pre-demolition Asbestos Inspection Survey of buildings 4, 5, 25, 26, 27, and 28 of the Lebanon Veterans Affairs Medical Center (VAMC) located at 1700 South Lincoln Ave in Lebanon, Pennsylvania.

KCI identified the following asbestos-containing materials:

Building 4:

• Insulation on approximately 230 linear feet of pipe and 60 pipe fittings

• Glazing on 16 windows

• Debris associated with the above materials

Building 5:

• Insulation on approximately 350 linear feet of pipe and 125 pipe fittings

• Approximately 110 square feet of residual floor tile mastic

• Caulk and glazing on twelve windows

• Debris associated with the above materials

Building 25:

• Insulation on approximately 2,000 linear feet of pipe and 750 pipe fittings

• Glazing on 14 windows.

• Caulk on two doors.

• Debris associated with the above materials

Building 26:

• Insulation on approximately 3,000 linear feet of pipe and 1,100 pipe fittings

• Caulk on 56 windows.

• Approximately 2,000 square feet of terrazzo flooring.

• Debris associated with above materials.

Building 27:

• Insulation on approximately 1,630 linear feet of pipe and 600 pipe fittings

• Caulk and glazing on 42 windows

• Caulk on one door

• Approximately 750 square feet of green terrazzo flooring

• Approximately 650 square feet of floor tile and mastic

• Debris associated with the above materials

Building 28:

• Approximately 300 linear feet of caulk on 11 garage doors

In addition, a lead-based paint screening was conducted on the six buildings. KCI identified lead-based paint on the following surfaces:

Buildings 4, 5, and 25:

• Interior – Wood door components; wood window sills and casings; window lintels; fire mantel; baseboards; attic hatch; wood stair components on main and basement systems;

metal beams in basement; basement bathroom walls.

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• Exterior – Wood door components; wood vestibule components; ground level windows;

wood porch components; door and window lintels.

Building 26:

• Interior – Closet shelf and shelf supports; painted stair components on main level and basement systems; painted pipes in basement; basement window components; structural steel in attic.

• Exterior – Wood door components; wood vestibule components; wood window components; lintels on doors and windows.

Building 27:

• Interior – Wood door components; Painted stair components on main level and basement systems; Closet wood shelf and shelf supports; Structural steel in attic; Metal door casing in basement.

• Exterior – Wood door components; wood vestibule components; window units and lintels; Metal vents/crates.

Building 28:

• Interior – Concrete window sills.

• Exterior – Door lintels; corner guards.

KCI recommends that all regulated asbestos-containing material and associated debris be removed from the buildings in accordance with all applicable Federal, State and local regulations prior to demolition. In addition, KCI recommends that the contractor follow applicable regulations during demolition of structures where non-regulated asbestos-containing materials are to remain during demolition, including notification, dust suppression and waste disposal. KCI recommends that the contactor follow OSHA regulations to protect workers from exposure to asbestos and lead during demolition, and test waste that contains lead for proper disposal technique.

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Table of Contents

Executive Summary ................................................................................................................................ ES-1

1.0 Introduction

2.0 Accreditation Credentials

3.0 Relevant Regulations and Terminology

4.0 Asbestos Inspection Methodology

5.0 Asbestos Inspection Findings

6.0 Lead-Based Paint Survey

7.0 Summary of Lead Based Paint Containing Components

8.0 Recommendations

9.0 Disclaimer

Appendices

Appendix A: Site Plan and Building Drawings Appendix B: Accreditation Certificates Appendix C: Chain of Custody Forms & Certificates of Analysis Appendix D: Results of Lead Screening Appendix E: Photographs

KCI Technologies, Inc. Page i July 16, 2013

Asbestos Survey Lebanon Veterans Affairs Medical Center

BES Design/Build, LLC KCI Project No. 10110413X Final

1.0 Introduction

KCI Technologies, Inc. (KCI) was retained by BES Design/Build, LLC (Client), to conduct an Asbestos Inspection of Buildings 4, 5, 25, 26, 27, and 28 of the Lebanon Veterans Affairs Medical Center (VAMC) located at 1700 South Lincoln Avenue in Lebanon, Pennsylvania.

1.1 Site Description

The subject properties consist of vacant (26 and 27, and 28) and occupied (4, 5, and 25) buildings. A site plan indicating the properties to be demolished is included as Appendix A.

2.0 Accreditation Credentials

The following KCI representative Mr. Joshua Julius performed the asbestos inspection of the subject site.

Mr. Julius is an EPA-AHERA asbestos building inspector Certification # 109573. A copy of this certification are included in Appendix B.

3.0 Relevant Regulations and Terminology

The US Environmental Protection Agency (EPA) defines an asbestos-containing material as "any material containing greater than one percent asbestos as determined using the method specified in appendix A, subpart F, 40 CFR part 763, Section 1, PLM.”

The Asbestos National Emissions Standards for Hazardous Air Pollutants (NESHAP) regulations protect the public by minimizing the release of asbestos fibers during activities involving the processing, handling, and disposal of asbestos-containing material. Accordingly, the Asbestos NESHAP specifies work practices to be followed during demolitions and renovations of all structures, installations, and buildings. In addition, the regulations require the owner of the building and/or the contractor to notify applicable State and local agencies and/or EPA Regional Offices before all demolitions, or before renovations of buildings, if the amount of regulated asbestos-containing material (RACM) is greater than 260 linear feet, 160 square feet, or 35 cubic feet.

Regulated Asbestos-Containing Material (RACM) is

(a) Friable asbestos material,

(b) Category I non-friable ACM that has become friable,

(c) Category I non-friable ACM that will be or has been subjected to sanding, grinding, cutting or abrading, or

(d) Category II non-friable ACM that has a high probability of becoming or has become crumbled, pulverized, or reduced to powder by the forces expected to act on the material in the course of demolition or renovation operations.

Friable asbestos-containing material (ACM), as defined by the EPA is an asbestos-containing material that, when dry, can be crumbled, pulverized or reduced to powder by hand pressure.

Non-friable ACM is an asbestos-containing material that, when dry, cannot be crumbled, pulverized, or reduced to powder by hand pressure.

KCI Technologies, Inc. Page 1 July 16, 2013

BES Design/Build, LLC KCI Project No. 10110413X Final

Category I non-friable ACM is an asbestos-containing packing, gasket, resilient floor covering or asphalt roofing product

Category II non-friable ACM is a non-friable asbestos-containing material, excluding Category I non-friable ACM.

4.0 Asbestos Inspection Methodology

KCI’s representatives conducted the asbestos-containing materials (ACM) survey of the subject site in April of 2013. The scope of work included a visual evaluation of potential ACMs and the collection of bulk samples of these materials.

4.1 Visual Inspection and Assessment of Asbestos-Containing Materials

During the walkthrough of the buildings, suspect ACMs were identified and assessed. Suspect ACMs are building materials that are suspected of being asbestos-containing based on appearance and usage, but have not been proven conclusively to be ACM, based on sampling and analysis. KCI identified accessible homogenous areas of suspect ACMs. A homogenous area is an area of surfacing material, thermal system insulation, or miscellaneous material that is uniform in color and texture. The accessible suspect ACMs were categorized into one of the following three categories:

• Surfacing Materials: The building materials that are sprayed-on, troweled-on, or otherwise applied to surfaces such as ceiling plaster, and sprayed-on fireproofing.

• Thermal System Insulations (TSI): The building materials applied to pipes, fittings, boilers, breeching, tanks, ducts, or other interior structural components to prevent heat loss or gain such as insulation wrapped on ducts or pipes.

• Miscellaneous Materials: The building materials on structural components that do not include surfacing material or TSI such as floor tiles or ceiling tiles.

4.2 Methodology of Sampling and Analysis

KCI representatives collected a total of 296 samples, following AHERA protocols. Bulk samples of the suspect ACMs were collected using a metal utility knife that was driven through the suspect material to the substrate in order to obtain a sample containing all discrete layers. The samples were then placed in re-sealable plastic bags and assigned unique identifiers that were recorded on the bags and on the bulk survey sampling sheets. The suspect asbestos bulk samples collected by KCI’s building inspector were submitted, along with a chain-of-custody form to AMA Analytical, Inc. in Lanham, Maryland. The chain-of-custody forms and certificates of analysis are included in Appendix C.

AMA is accredited by the American Industrial Hygiene Association, AIHA #100470, and National Institute of Standards and Technology through the National Voluntary Laboratory Accreditation Program (NVLAP) for Bulk Asbestos Analysis, NVLAP # 101143-0.

AMA analyzed the samples by polarized light microscopy (PLM). PLM is an optical microscopic technique that distinguishes the different types of asbestos fibers by their shape and unique optical properties. The technique is based on the refraction of light from various crystalline asbestos structures and the observation of the corresponding color changes through the microscope. All PLM analysis was

KCI Technologies, Inc. Page 2 July 16, 2013

BES Design/Build, LLC KCI Project No. 10110413X Final performed following the methodologies documented in the EPA method 600/R-93/116, July 1993, “Method for the Determination of Asbestos in Bulk Building Materials”.

Samples for which PLM analysis was inconclusive were subsequently analyzed by transmission electron microscopy, an analytical technique that offers greater resolution than PLM.

5.0 Asbestos Inspection Findings

KCI identified the following asbestos-containing materials at the subject properties:

Building 4:

• Insulation on approximately 230 linear feet of pipe and 60 fittings, located in the utility vault below the front porch and within walls and ceilings on the first floor. KCI estimates that 500 square feet of plaster walls and ceilings will need to be demolished in order to access the insulation.

• Glazing on the 16 windows in the basement and on the porches

• Debris associated with the above materials

Building 5:

• Insulation on approximately 350 linear feet of pipe and 125 pipe fittings, located behind plaster walls and ceilings in the basement and on the first and second floors. This includes insulation on abandoned pipes in penetrations in the basement wall. KCI estimates that 750 square feet of plaster walls and ceilings will need to be demolished in order to access the insulation.

• Approximately 110 square feet of residual floor tile mastic in the basement storage area

• Caulk and glazing on the twelve basement and porch windows

• Debris associated with the above materials

Building 25:

• Insulation on approximately 2,000 linear feet of pipe and 750 pipe fittings, located in the crawlspace and basement and behind plaster walls and ceilings on the first and second floors. KCI estimates that 1,000 square feet of plaster walls and ceilings will need to be demolished in order to access the insulation.

• Glazing on the 14 basement and porch windows

• Caulk on the two side porch doors

• Debris associated with the above materials

Building 26:

• Insulation on approximately 3,000 linear feet of pipe and 1,100 pipe fittings, located in the crawlspace and basement and behind plaster walls and ceilings on the first and second floors. KCI estimates that 3,000 square feet of plaster walls and ceilings will need to be demolished in order to access the insulation.

• Caulk on the 56 windows. Some caulk is behind aluminum wrap on new windows.

• Approximately 2,000 square feet of dark and light green terrazzo flooring located in the stairwell and landings and borders/wall-base of rooms and hallways throughout the building

• Debris associated with above materials

Building 27:

• Insulation on approximately 1,630 linear feet of pipe and 600 pipe fittings, located in the crawlspace and basement and behind plaster walls and ceilings on the first and second floors. KCI

KCI Technologies, Inc. Page 3 July 16, 2013

BES Design/Build, LLC KCI Project No. 10110413X Final estimates that 1,000 square feet of plaster walls and ceilings will need to be demolished in order to access the insulation.

• Caulk and glazing on the 47 windows

• Caulk on the back door

• Approximately 750 square feet of green terrazzo flooring used as border and wall base in various rooms throughout the building. Approximately 100 linear feet of drywall and metal framing may need to be removed to access terrazzo border/base in the newly created bathrooms on the first and second floors (Rooms 109 and 210).

• Approximately 650 square feet of floor tile and mastic in the first floor hallway and adjacent front foyer

• Debris associated with the above materials

Building 28:

• Approximately 300 linear feet of caulk on the 11 garage doors

Steam lines that feed the buildings to be demolished may have asbestos-containing insulation on them.

KCI sampled insulation on steam lines in the steam vault and determined that it was not asbestos-containing. KCI also drilled through the conduit that encases the steam lines underground where this conduit penetrated the perimeter of the crawlspace of Building 26. At this location the insulation found on the steam lines was fiberglass, and is not therefore a suspect asbestos-containing material. It is possible, however, that buried steam lines in other locations may contain asbestos insulation.

Detailed descriptions and locations of asbestos-containing materials, along with sample information and results, are included in the Tables 1 – 7, below. Locations of asbestos-containing materials are included in Appendix A.

KCI Technologies, Inc. Page 4 July 16, 2013

SF/LF/CF: Square/Linear/Cubic Feet; EA: Each NAD: No asbestos detected Shaded row indicates materials found to be >1% asbestos.

Ch: Chrysotile Asbestos A: Amosite Asbetsos

Croc: Crocidolite

PLM TEM

LVA4-17.2 A Rm 110 25% Ch, 10% Am 230 LF

Below East Front Porch and within walls and above ceilings on first floor Friable Good

LVA4-18 Not Sampled Assumed Pos 60 EA Below East Front Porch and within walls and above ceilings Friable Good

A South Basement Stairs NAD B Rm 106A NAD C Rm 107 NAD D Rm 101 NAD E Rm 201 NAD F Rm 206 NAD G Rm 206 NAD A South Basement Stairs NAD B Rm 106A NAD C Rm 107 NAD D Rm 101 NAD E Rm 201 NAD F Rm 206 NAD G Rm 206 NAD

LVA4-1 Porch Roof NAD NA NA NA NA NA

LVA4-2 Porch Roof NAD NA NA NA NA NA

A South Basement Stairs NAD B Rm 106A NAD

LVA4-6 Top of South Basement Stairs NAD NA NA NA NA NA

LVA4-7 Rm 102 NAD NA NA NA NA NA

LVA4-8 Rm 102 NAD NA NA NA NA NA LVA4-9 Rm 102 NAD NA NA NA NA NA

LVA4-10 Rm 102 NAD NA NA NA NA NA LVA4-11 Rm 102 NAD NA NA NA NA NA LVA4-12 Rm 106A NAD NA NA NA NA NA

A Rm 106A NAD B Rm 106B NAD A Rm 106A NAD B Rm 106 B NAD

Pipe Insulation

Mudded Insulation on Pipe Fittings

NA NA

NA NA

NA NA NA

NA NA NA

NA NA

Surfacing Material

Estimated

ACBM

Quantity Material Description

Table 1: Building 4 Homogeneous Sampling and Analysis Summary

LVA4-3 Plaster - Base Coat

Homogenous Area (HA) #

Thermal System Insulation

ACBM

Condition

Sample Number Sample Location HA Location Friability

Analytical Results

NA NANA

2'x4' CT Worm and Dots 2'x4' CT Looks like 2'x2' CT

LVA4-13 Joint Compound

Plaster - Skim CoatLVA4-4

LVA-45 Rock Lathe

Green Covebase White Covebase Mastic

Tan Carpet Mastic

Brown Mastic Under Sample 7

Green Sheet Flooring

Roofing Shingle

Miscellaneous Material

Roofing Felt

DrywallLVA4-14 NA NA

NA NA NA NA NA

NA NA NA

Shaded row indicates materials found to be >1% asbestos.

Ch: Chrysotile Asbestos A: Amosite Asbetsos

Croc: Crocidolite

PLM TEM

Estimated

ACBM

Quantity Material Description

Table 1: Building 4 Homogeneous Sampling and Analysis Summary

Homogenous Area (HA) #

ACBM

Condition

Sample Number Sample Location HA Location Friability

Analytical Results

A Exterior Basement Level NAD B Exterior Basement Level 3% Ch C Interior Basement 2% Ch

LVA4-16 Exterior 1st Level NAD NA NA NA NA NA

LVA4-18.2 Side Door NAD NA NA NA NA NA

LVA4-15 Window Glazing

Window Caulking

Door Caulk

Non Friable Good16 EA Basement and Porch Windows

Shaded row indicates materials found to be >1% asbestos

Ch: Chrysotile Asbestos A: Amosite Asbestos

Croc: Crocidolite Asbestos

PLM TEM

A Basement 65% Ch B Basement 60% Ch, 5%

C Basement 60% Ch, Trace A

LVA5-20 Not Sampled Assumed Pos 125 EA

Basement - Above Plaster Ceiling within Walls in Basement

Bathroom and Adjacent Storage;

under the Front Porch. First Floor -above Plaster Ceilings Throughout and within Walls

Friable Good

A Basment Storage NAD B Basment NAD C Rm 208 NAD D Rm 104 NAD E 1st Floor Hall NAD A Basment Storage NAD B Basment NAD C Rm 208 NAD D Rm 104 NAD E 1st Floor Hall NAD

LVA5-1 Basement Storage 3% Ch 110 SF Basement Storage and Ajacent Closet Non Friable Good

LVA5-4 Top of Basement Floor NAD NA NA NA NA NA

LVA5-5 Rm 201 NAD NA NA NA NA NA

A Rm 202 NAD NA NA NA NA NA

B Rm 208 NAD NA NA NA NA NA

A Rm 208 NAD NA NA NA NA NA B Rm 104 NAD NA NA NA NA NA

LVA5-8 Rm 208 NAD NA NA NA NA NA LVA5-9 Rm 208 NAD NA NA NA NA NA

LVA5-2 Plaster - Base Coat

Residual Black Mastic

2'x4' CT Worm and Dot

Plaster - Skim CoatLVA5-3

Table 2: Building 5 Homogeneous Area Sampling and Analysis Summary

Homogenous Area (HA) #

NA NA NA

2'x4' CT Looks like 2'x2' CT

Miscellaneous Material

Tan Carpet Mastic

Mudded Insulation on Pipe Fittings

Friable

NANA

NA NA NA NA NA

Surfacing Material

Good

Thermal System Insulation

ACBM

ConditionHA Location Friability

Analytical Results Estimated

ACBM

Quantity Material Description Sample

Number Sample Location

Basement - Above Plaster Ceiling within Walls in Basement

Bathroom and Adjacent Storage;

under the Front Porch. First Floor -above Plaster Ceilings Throughout and within Walls

LVA5-17 Pipe Insulation 350 LF

LVA5-6

Rock LathLVA5-7

Green Covebase White Covebase Mastic

Shaded row indicates materials found to be >1% asbestos

Ch: Chrysotile Asbestos A: Amosite Asbestos

Croc: Crocidolite Asbestos

PLM TEM

Table 2: Building 5 Homogeneous Area Sampling and Analysis Summary

Homogenous Area (HA) #

ACBM

ConditionHA Location Friability

Analytical Results Estimated

ACBM

Quantity Material Description Sample

Number Sample Location

A Basement 3% Ch B Basement 2% Ch

LVA5-11 Exterior 1st Floor NAD NA NA NA NA NA

LVA5-12 Rm 208 NAD NA NA NA NA NA

LVA5-13 Rm 208 NAD NA NA NA NA NA

LVA5-14 Rm 102 NAD NA NA NA NA NA

LVA5-15 Hall Outside Rm 104 NAD NA NA NA NA NA

A Interior Basement NAD B Interior Basement 2% Ch

LVA5-18 Porch Roof NAD NA NA NA NA NA

LVA5-19 Porch Roof NAD NA NA NA NA NA

LVA5-10

LVA5-16

Roofing Felt

12 EA Basement and Porch Windows Non-friableWindow Caulking

Roofing Shingle

Non-friable12 EA Good

Good

Basement and Porch WindowsWindow Glazing

New Window Caulking

Green Sheet Floor

Floor Mastic

Drywall

Joint Compound

Shaded row indicates materials found to be >1% asbestos.

Ch: Chrysotile Asbestos A: Amosite Asbestos

Croc: Crocidolite Asbestos

PLM TEM

A Basement 20%Ch, 10%A

B Basement 20%Ch, 5%A

C Basement 20%Ch, 10%A

A Basement NAD B Basement NAD C Basement NAD A Basement 2% Ch B Basement 2% Ch C Basement 2% Ch A Basement NAD B Basement NAD C Basement NAD

A Basement 40%Ch, 10%A

B Basement 60% Ch

A Hall Closet NAD B Stairway NAD C Master Bedroom NAD D Rear bedroom NAD E Pantry NAD F 2nd Floor Closet NAD G 2nd Floor Closet NAD A Hall Closet NAD B Stairway NAD C Master Bedroom NAD D Rear bedroom NAD E Pantry NAD F 2nd Floor Closet NAD G 2nd Floor Closet NAD

A Interior Basement Trace Ch B Interior Basement 2% Ch

LVA25-5 Kitchen NAD NA NA NA NA NA

LVA25-8 Kitchen NAD NA NA NA NA NA

LVA25-2

LVA25-1

Non Friable Good

NA NA

NA NA

Material Description

Table 3: Building 25 Homogeneous Area Sampling and Analysis Summary

Pipe Wrap - Water

2,000 LF Throughout the Crawlspace, Basement and within Walls and Ceilings on the First Floor and within Walls on the Second Floor

Friable

EA

Pipe Insulation - Water

Pipe Insulation - Steam

Mud Fitting

Pipe Wrap - Steam

Homogenous Area (HA) #

Thermal System Insulation

Good

ACBM

Condition

Sample Number Sample Location HA Location Friability

Analytical Results Estimated

ACBM

Quantity

NA

Basement and Porch Windows

NA

Window Glazing

NANA NA

Plaster - Base Coat NA

LVA25-6

LVA25-7

Laminate Flooring Mastic

Surfacing Material

LVA25-3

LVA25-12

LVA25-13 Plaster - Skim Coat

Laminate Flooring

Miscellaneous Material

14 EA LVA25-4

Shaded row indicates materials found to be >1% asbestos.

Ch: Chrysotile Asbestos A: Amosite Asbestos

Croc: Crocidolite Asbestos

PLM TEMMaterial Description

Table 3: Building 25 Homogeneous Area Sampling and Analysis Summary

Homogenous Area (HA) #

ACBM

Condition

Sample Number Sample Location HA Location Friability

Analytical Results Estimated

ACBM

Quantity

LVA25-9 Kitchen NAD NA NA NA NA NA

A Kitchen (25-1) NAD NA NA NA NA NA B Kitchen (25-2) NAD NA NA NA NA NA

LVA25-11 Kitchen NAD NA NA NA NA NA A 1st Floor Closet NAD NA NA NA NA NA B 2nd Floor Closet NAD NA NA NA NA NA

LVA25-15 Porch Roof NAD NA NA NA NA NA

LVA25-16 Porch Roof NAD NA NA NA NA NA

LVA25-17 2nd Floor Bathroom Wall NAD NA NA NA NA NA

LVA25-18 2nd Floor Bathroom Floor NAD NA NA NA NA NA

LVA25-19 25-2 Kitchen NAD NA NA NA NA NA

LVA25-14.2 Porch Door 3% Ch 2 EA Porch Doors Non Friable Good

Black Felt Under FT

Roofing Shingle

Ceramic Tile Grout

Ceramic Tile Grout

Door Caulk

Rocke LatheLVA25-14

12" FT TanLVA25-10

12" FT Mastic

Laminate Flooring Paper Backing

Roofing Felt

Shaded rows indicates materials found to be >1% asbestos.

Ch: Chrysotile Asbestos A: Amosite Asbestos

Croc: Crocidolite Asbestos

PLM TEM

A Rm 115B 5% Ch B Rm 210 2%Ch C Rm 116 2%Ch D Crawl Space CW NAD E Crawl Space HWR 2% Ch A 115B 2% Ch B Rm 210 NAD C Rm 116 NAD D Crawl Space HWR NAD

A Rm 1 5% Ch, 15%A

B Crawl Space 2% Ch, 18%

A, Trace Croc

C Basement Storage Storage

2% Ch, 18% A

A Crawl Space NAD B Basement Storage NAD A 115B 60% Ch

B Rm 210 55% Ch, 5%

A C Rm 116 60% Ch D Crawl Space HW 60% Ch E Crawl Space CW 60% Ch

A LPS Crawl Space 50% Ch, 10% A

B Basement Storage 2% Ch, 13% A

A Rm 106 NAD B Rm 115B NAD C Rm 210 NAD D Rm 204 NAD E Rm 208 Ceiling NAD F Rm 106 Ceiling NAD G Rm 112 Ceiling NAD

Plaster - BasecoatLVA26-8

LVA26-36 Mud Fittings on Steam

Surfacing Material

Table 4: Building 26 Homogeneous Area Sampling and Analysis Summary

1,100 EA

Throughout Crawlspace, Basement and behind Plaster

Walls and Ceilings on Seconf and First Floors

Friable Good

Homogenous Area (HA) #

Good

LVA26-34 White Insulation on Steam Pipe

LVA26-35 Pipe Wrap on Steam Pipe

Pipe Insulation - Layered PaperLVA26-21

Pipe Insulation - WrapLVA26-22

LVA26-23 Lagging/Mud Fittings

Thermal System Insulation

ACBM

Condition

Sample Number Sample Location HA Location Friability

Analytical Results

3,000 LF

Throughout Crawlspace, Basement and behind Plaster

Walls and Ceilings on Seconf and First Floors

Friable

Estimated

ACBM

Quantity Material Description

NA NA NA NANA

Shaded rows indicates materials found to be >1% asbestos.

Ch: Chrysotile Asbestos A: Amosite Asbestos

Croc: Crocidolite Asbestos

PLM TEM

Table 4: Building 26 Homogeneous Area Sampling and Analysis Summary

Condition

Sample Number Sample Location HA Location Friability

Analytical Results Estimated

ACBM

Quantity Material Description

A Rm 106 NAD B Rm 115B NAD C Rm 210 NAD D Rm 204 NAD E Rm 208 Ceiling NAD F Rm 106 Ceiling NAD G Rm 112 Ceiling NAD

A 1st Floor Corridor Outside Rm 106 NAD 7.4% Ch

B Corridor Outside Rm 210 NAD A Stair Trace Ch 1.5% Ch B Stair Trace Ch A Rm 106 NAD B Rm 210 NAD A Rm 106 NAD B Rm 210 NAD A Rm 106 NAD B Corridor Outside Rm 210 NAD A Rm 106 NAD B Rm 114B NAD A Rm 106 NAD B Rm 114B NAD

LVA26-7 Rm 104 NAD NA NA NA NA NA LVA26-10 Rm 104 NAD NA NA NA NA NA LVA26-11 Rm 104 NAD NA NA NA NA NA LVA26-12 Rm 104 NAD NA NA NA NA NA LVA26-13 Rm 104 NAD NA NA NA NA NA

A Rm 104 NAD B Rm 210 NAD A Rm 104 NAD B Rm 210 NAD

LVA26-16 Rm 104 NAD NA NA NA NA NA A Rm 116 NAD B Rm 202 Bathroom NAD A Rm 116 NAD B Rm 202 Bathroom NAD A Rm 115A NAD B Rm 115B NAD A Rm 115A NAD B Rm 115B NAD

2x4 Ceiling Tile - Worm and Dot 12" Tan and White FT

LVA26-29 Dark Green Terrazo

LVA26-19 12" Off-White FT (Under Carpet)

LVA26-20 Brown FT Mastic Under 19

12" Orange FT Brown FT Mastic Under 12

LVA26-3

LVA26-4

Yellow FT Mastic Under 10

LVA26-6 White Covebase Mastic

Tan Carpet Mastic

LVA26-9 Plaster - Skimcoat

Brown 6" CovebaseLVA26-5

Green and Black TerrazoLVA26-1

LVA26-17 White Grout on Cermaic Wall Tile

LVA26-18 Grey Grout on Floor Tile

LVA26-14 Black 6" Covebase

LVA26-15 White Covebase Mastic

Fire Door Insulation - White

Dark Green Vinyl Flooring - Top

Dark Green Vinyl Flooring - Bottom

Miscellaneous Material

NANA

LVA26-2

2,000

NA NA NA

NA NA NA NA NA

SF Stairwells and Landings, and Borders/Base Throughout Non-friable Good

NA NA NA

NA NA NA NA NA

NA NA

NA NA NA NA NA

NA NA NA NA NA

NA NA NA NA

NA NA NA NA NA

NA

NA NA NA NA

NA NA NA NA NA

NA

NA NA NA NA

NA NA NA NA NA

NA

Shaded rows indicates materials found to be >1% asbestos.

Ch: Chrysotile Asbestos A: Amosite Asbestos

Croc: Crocidolite Asbestos

PLM TEM

Table 4: Building 26 Homogeneous Area Sampling and Analysis Summary

Sample Number Sample Location HA Location Friability

Analytical Results Estimated

ACBM

Quantity Material Description

A Rm 112 NAD B Rm 116 NAD A Rm 112 NAD B Rm 116 NAD

LVA26-26 Corridor 1st Floor Stairs NAD NA NA NA NA NA A Corridor Outside Rm 210 NAD B Rm 109 NAD

LVA26-28 Rm 201 NAD NA NA NA NA NA LVA26-30 Rm 202 NAD NA NA NA NA NA LVA26-31 Rm 202 NAD NA NA NA NA NA

A Attic NAD B Attic NAD

LVA26-33 Attic Exhaust Fan NAD NA NA NA NA NA A Basement NAD B Basement NAD A Basement 2% Ch B Basement NAD

LVA26-39 Mechanical Room NAD NA NA NA NA NA A Rm 116 Trace Ch Trace Ch B Rm 109 Trace Ch Trace Ch

LVA26-39.2 Back Door NAD NA NA NA NA NA

LVA26-24 Tan Covebase

LVA26-25 Covebase Mastic

Paper Fire Door Insulation

NA

LVA26-38.2 Vapor Barrier

Door Caulk - grey

12" Green FT FT Mastic

LVA26-32 Felt Under Slate Shingle

Expansion Joint

Residual Cork Ceiling

LVA26-37 Window Glazing

LVA26-38 Window Caulking

NA

NA

Brown Mastic Under 2 and 3LVA26-27

White Flooring Leveling Compound

NA NA NA NA

NA NA NA NA NA

NA

NA NA NA NA

NA NA NA NA

NA NA NA NA NA

EA Windows and Exterior Doors throughout the building Non-friable Good

NA NANA NA

Shaded rows indicates materials found to be >1% asbestos.

Ch: Chrysotile Asbestos A: Amosite Asbestos

Croc: Crocidolite Asbestos

PLM TEM

A Rm 001 LPR 5% Ch, 10%

A

B Rm 001 LPS 5% Ch, 10%

A

C Rm 004 MPS 5% Ch, 10%

A A Rm 001 CW 5% Ch B Rm 004 HW 2% Ch C Rm 003 HWR 5% Ch A Rm 001 CW 2 % Ch B Rm 004 HW 5% Ch C Rm 003 HWR 2% Ch A Rm 001 LPS 50% Ch

B Rm 001 LPR 50% Ch, Trace A

A Rm 004 HW 60% Ch B Rm 004 CW 60% Ch A Rm 004 NAD B Rm 004 NAD C Rm 004 NAD

A Rm 113 NAD B Rm 114 NAD C Rm 216 NAD D 2nd Floor Hall NAD E Rm 218 NAD F Rm 111 NAD G 1st Floor Hall NAD A Rm 113 NAD B Rm 114 NAD C Rm 216 NAD D 2nd Floor Hall NAD E Rm 218 NAD F Rm 111 NAD G 1st Floor Hall NAD

A Roof NAD B Roof NAD A Roof NAD B Roof NAD

NA NA

NA NA NA NA NA

NA NA NA NA NA

NANA NA NANA

ShingleLVA27-1

LVA27-35 Tank Insulation

LVA27-16 Plaster - Basecoat

Homogenous Area (HA) #

Thermal System Insulation

ACBM

Condition

Sample Number Sample Location HA Location Friability

Analytical Results

Plaster - SkimcoatLVA27-15

LVA27-33 Mud Fittings - Water

Pipe Insulation -SteamLVA27-30

Pipe Insulation - WaterLVA27-31

LVA27-34 Pipe Insulation - Wrap

1,630 LF Friable

LVA27-32 Mud Fittings - Steam

Friable

Damaged

EA

Throughout Basement and Crawlspace and above Ceilings and behind Walls on First and

Second Floors

Damaged

Throughout Basement and Crawlspace and above Ceilings and behind Walls on First and

Second Floors

Estimated

ACBM

Quantity Material Description

Table 5: Building 27 Homogeneous Area Sampling and Analysis Summary

Roofing Felt

Miscellaneous Material

Surfacing Material

NANA

LVA27-2

Shaded rows indicates materials found to be >1% asbestos.

Ch: Chrysotile Asbestos A: Amosite Asbestos

Croc: Crocidolite Asbestos

PLM TEM

Sample Number Sample Location HA Location Friability

Analytical Results Estimated

ACBM

Quantity Material Description

Table 5: Building 27 Homogeneous Area Sampling and Analysis Summary

A 1st Floor Blue Carpet NAD B Rm 111 NAD

LVA27-4 1st Floor Hall 4% Ch LVA27-5 1st Floor Hall 3% Ch LVA27-6 1st Floor Hall 3% Ch LVA27-7 1st Floor Hall NAD NA NA NA NA NA LVA27-8 1st Floor Hall NAD NA NA NA NA NA LVA27-9 Rm 111 Bathroom NAD NA NA NA NA NA LVA27-10 Rm 111 Bathroom NAD NA NA NA NA NA

A 1st Floor Hall NAD B Rm 103 NAD A 1st Floor Hall NAD B Rm 105 NAD A 1st Floor Hall NAD B Rm 105 NAD A Rm 112 NAD NAD B Stairwell NAD NAD C Stairwell NAD A Rm 109A NAD B Rm 209B NAD A Rm 109A NAD B Rm 209B NAD

LVA27-19 Rm 109A NAD NA NA NA NA NA LVA27-20 Rm 109A NAD NA NA NA NA NA

A Rm 106 Trace Ch Trace Ch B Rm 218 Trace Ch 1.7% Ch A Rm 218 NAD B 2nd Floor Hall NAD A Rm 218 NAD B 2nd Floor Hall NAD A Rm 218 NAD B 2nd Floor Hall NAD A Rm 215 NAD B 2nd Floor Hall NAD A Rm 215 NAD B 2nd Floor Hall NAD

LVA27-27 Rm 209B NAD NA NA NA NA NA LVA27-28 Rm 209B NAD NA NA NA NA NA LVA27-29 Stairwell 1st Floor NAD NA NA NA NA NA LVA27-36 Rm 004 NAD NA NA NA NA NA LVA27-38 Exterior 1st Floor 2% Ch 47 EA Throughout Non-Friable Good

NA

NA NA NA NA NA

NA NA NA NA NA

NA NA NA NA NA

NA NA NA NA NA

750 SF Border and Wall-Base in Various Rooms Non-Friable Good

NA NA NA NA NA

NA NA NA NA NA

NA NA NA NANA

NA NA NA NA NA

NA NA NA NA NA

Non-Friable Unknown500 SF SF First Floor Hallway

NA NA NA NA NALVA27-3

Wall Tile Grout on Tan Tiles

Red 9" FT Black Mastic under 27-4

Tan 9" FT Tan 12" FT

Mastic under 27-7 Ceramic Tile Grout on Red FT

LVA27-18

Red Fire Stop

LVA27-13 White Covebase Mastic

LVA27-14 Yellow Terrazo

White Covebase MasticLVA27-26

LVA27-22 Top Layer Vinyl Flooring

LVA27-25 Brown Covebase

LVA27-17 Drywall

Joint Compound

Grey Duct Sealant

LVA27-21 Green Terrazo

LVA27-11 2'x4' CT Worm and Dot

Black CovebaseLVA27-12

Carpet Mastic

NA NA NA NA NA

NA NA NA NA

Ceramic Tile Grout on Tan Wall Tile

LVA27-23 Bottom Layer Vinyl Flooring

LVA27-24 Brown Mastic Under Vinyl Flooring

Residual Cork Ceiling Window Caulking

Tan Tile White Mastic Fire Door Insulation

Shaded rows indicates materials found to be >1% asbestos.

Ch: Chrysotile Asbestos A: Amosite Asbestos

Croc: Crocidolite Asbestos

PLM TEM

Sample Number Sample Location HA Location Friability

Analytical Results Estimated

ACBM

Quantity Material Description

Table 5: Building 27 Homogeneous Area Sampling and Analysis Summary

LVA27-37 Rm 004 Trace Ch 3.6% Ch A Rm 101 NAD B Interior NAD A Exterior 1st Floor Trace Ch B Exterior 1st Floor NAD

LVA27-34.2 Back Door 2% Ch 1 EA Back Door Non-Friable Good LVA27-35.2 2nd Floor Side Doors NAD NA NA NA NA NA

A Room 216 NAD B Room 107

LVA27-37.2 Foyer NAD NA NA NA NA NA LVA27-38.2 Foyer 3% Ch 150 SF Front Foyer beneath Carpet Non-Friable Good

A Rm 106 NAD B Rm 106 NAD

NA NA NA NA NA

NA NA NA NA NAVapor BarrierLVA27-39.2

Door Caulk - grey Door Caulk - brown

LVA27-36.2 Floor Leveling Compound beneath Sheet Flooring

12" Floor Tile - offwhite with specks Black Mastic beneath 12" Floor Tile

LVA27-40 Window Glazing

LVA27-39 Window Glazing 47 EA Throughout Non-Friable Good

Window Glazing

Shaded row indicates materials found to be >1% asbestos.

Ch: Chrysotlie Asbetsos A: Amosite Asbetsos

Croc: Crocidolite Page17

PLM TEM

A Garage 10 2% Ch B Garage 6 Trace Ch A Garage 4 NAD B Garage 9 NAD A Above Garage NAD B Above Garage NAD A Roof NAD B Roof NAD

LVA28-3

Door Caulk on Garage DoorLVA28-1

Estimated

ACBM

Quantity Material DescriptionHomogenous

Area (HA) #

ACBM

Condition Sample Number Sample Location HA Location Friability

Analytical Results

NA NA

Miscellaneous Material

LVA28-2 NA NA NA

NA NA NA NA NA

Table 6: Building 28 Homogeneous Area Sampling and Analysis Summary

300 LF Garage Doors Non Friable Good

LVA28-4 Flashing Sealant NA NA NA NA NA

Window Caulk

Built-up Roofing

Shaded rows indicate materials found to be >1% asbestos or assumed.

Ch: Chrysotile Asbestos A: Amosite Asbestos

Croc: Crocidolite Asbestos Page 18

PLM TEM

A Vault near Bldg 5 NAD B Vault near Bldg 5 NAD C Vault near Bldg 5 NAD

LVAV-2 Underground Unknown Unknown

LVAV-1 Pipe Insulation within Vaults

Homogenous Area (HA) #

ACBM

Condition

Sample Number Sample Location HA Location Friability

Analytical Results

Miscellenous Material

NA NA NA NA

Pipe Insulation inside of Buried Conduit Assumed Positive Unknown

Table 7: Sub-Surface Steam Lines Estimated

ACBM

Quantity

Material Description

NA

Not Sampled

BES Design/Build, LLC Asbestos Survey KCI Project No. 10110413X Lebanon Veterans Affairs Medical Center Draft

6.0 Lead-Based Paint Survey

The scope of work included a survey of the interior and exterior components to determine general prevalence of lead based paint. The survey included 603 XRF readings including calibrations.

KCI’s lead inspector technician Jonathan Coale performed the survey on April, 16-18 2013 in order to determine painted surfaces for lead content.

The testing for lead content in paints was performed with a Thermo Scientific Niton XLp (model # XLp 303A, serial # 17603, resourced on June 4, 2012) x-ray fluorescence (XRF) Spectrum Analyzer, an instrument that detects lead by reading the fluorescence emanating from a painted surface when exposed to small amounts of radiation. XRF readings are in mg/cm2, a mass per area reading.

Lead-based paint is defined as ≥1.0 milligram of lead per square centimeter (mg/cm2) by the U.S.

Environmental Protection Agency (EPA) and the U. S. Dept. of Housing and Urban Development (HUD).

It should be noted that the Occupational Safety and Health Administration (OSHA) does not recognize the HUD definition of lead-based paint. The contractors working within the building should make their own determination about compliance with OSHA’s lead in construction standard, 29CFR1926.62, based on the results provided.

7.0 Summary of Lead-Based Paint Containing Components

The results of the lead screening are included in Appendix D. Surfaces with lead-based paint include:

Buildings 4, 5, and 25:

• Interior – Wood door components; wood window sills and casings; window lintels; fire mantel; baseboards; attic hatch; wood stair components on main and basement systems;

metal beams in basement; basement bathroom walls.

• Exterior – Wood door components; wood vestibule components; ground level windows;

wood porch components; door and window lintels.

Building 26:

• Interior – Closet shelf and shelf supports; painted stair components on main level and basement systems; painted pipes in basement; basement window components; structural steel in attic.

• Exterior – Wood door components; wood vestibule components; wood window components; lintels on doors and windows.

Building 27:

• Interior – Wood door components; Painted stair components on main level and basement systems; Closet wood shelf and shelf supports; Structural steel in attic; Metal door casing in basement.

• Exterior – Wood door components; wood vestibule components; window units and lintels; Metal vents/crates.

Building 28:

• Interior – Concrete window sills.

• Exterior – Door lintels; corner guards.

KCI Technologies, Inc. Page 19 June 11, 2013

BES Design/Build, LLC Asbestos Survey KCI Project No. 10110413X Lebanon Veterans Affairs Medical Center Draft

8.0 Recommendations

8.1 Asbestos-Containing Materials

KCI recommends that all regulated asbestos-containing material (RACM) and associated debris be removed from the buildings in accordance with all applicable Federal, State and local regulations prior to demolition. The National Emissions Standards for Hazardous Air Pollutants (NESHAP) regulations define RACM as:

• All friable asbestos-containing materials

• Any Category I non-friable materials (floor coverings, roofing materials, packings and gaskets) that are in poor condition and friable or that will be subject to cutting abrading or grinding

• Any Category II non-friable materials (all other materials) that may become friable during demolition

KCI recommends that the following materials be identified as RACM:

• All pipe and pipe fitting insulation

• All glazing and caulking

• All terrazzo flooring

• Floor tile, unless in good condition at the time of demolition

If non-regulated asbestos-containing materials are left in the building, KCI recommends that the demolition contractor and other contractors be made aware of these materials that will remain in the subject properties, as these materials may influence demolition techniques and waste disposal options.

If Category I non-friable asbestos-containing materials are to remain in the building, the following activities are restricted:

• Burning of the structures or debris

• Re-use, recycling or salvage of any asbestos-containing materials

• Grinding or abrading asbestos-containing debris

8.2 Lead-Based Paint

KCI recommends that work that involves disturbing lead-based paint be performed in accordance with OSHA’s lead in construction standard 29 CFR1926.62. In addition, KCI recommends the use of dust suppression techniques to minimize the potential for lead dust to migrate off site. Finally, KCI recommends that a representative sample of any lead-containing debris generated during the demolition be tested for toxicity characteristic to determine proper disposal.

9.0 Disclaimer

This report has been prepared by KCI Technologies, Inc. exclusively for our Client and their Authorized Representatives. The findings and recommendations presented are based upon discussions with the Client of the present conditions, and may not necessarily indicate future conditions. KCI implies no warranty to the accuracy of information provided them by the Client or outside agents and transmitted herein.

V:\_CONSTRUCTION_MANAGEMENT\SOUTHEAST\CONSTR_MANAGEMENT\CM PROJECTS\BESDB MPA\LEBANON VAMC DEMO

DESIGN\REPORTS\ASBESTOS\ASBESTOSREPORT.DOC

KCI Technologies, Inc. Page 20 June 11, 2013

APPENDIX A:

SITE PLAN

S

ITE

B O

U N

D A

R Y

B U

ILD

IN

G W

ITH

IN

S C

O P

E O

F W O

R K

B U

ILD

IN

G N

U M

B E

R

LE

G

E N

D

DESIGN/BUILD

PROJECT 595-13-102

Demolish Buildings 4, 5, 25, 26, 27, 28

N

SITE PLAN

2 8

APPENDIX B:

CERTIFICATIONS

APPENDIX C:

CHAIN OF CUSTODY FORMS & CERTIFICATES OF

ANALYSIS

APPENDIX D:

RESULTS OF LEAD SCREENING

XRF Screening Results Building 4

Index Substrate Component 1 Component 2 Wall Code Room Condition Color Pb Conc.

(mg/cm2)

Result

Calibration 1.2 Calibration 0.9 Calibration 0.9

1 Wood Door A Hall Intact Green 5.9 Positive 2 Wood Door Casing A Hall Intact Green 3 Positive 3 Wood Door Jamb A Hall Intact Green 5 Positive 4 Wood Window Sill D Hall Intact Green 3.9 Positive 5 Wood Window Sash D Hall Intact Green 2.1 Positive 6 Wood Window Casing D Hall Intact Green 3.2 Positive 7 Wood Door Jamb B 110 Intact Green 0.7 Null 8 Wood Door B 110 Intact Green 1.9 Positive 9 Wood Door Casing B 110 Intact Green 6.8 Positive

10 Metal Radiator A 110 Intact White 0.25 Negative 11 Plaster Wall A 110 Intact White 0.5 Null 12 Plaster Wall B 110 Intact White 0.4 Null 13 Plaster Wall B 110 Intact White 0 Negative 14 Plaster Wall C 110 Intact White 0.01 Negative 15 Plaster Wall D 110 Intact White 0.02 Negative 16 Plaster Ceiling N 110 Intact White 0.01 Null 17 Plaster Ceiling N 110 Intact White 0.19 Null 18 Metal Door Jamb D 108 Intact Green 0 Negative 19 Metal Door Casing D 108 Intact Green 0 Negative 20 Wood Window Sill C 108 Intact Green 4.4 Positive 21 Wood Window Casing C 108 Intact Green 2.6 Positive 22 Wood Door B 101 Intact Green 5 Positive 23 Wood Door Casing B 101 Intact Green 3.1 Positive 24 Wood Door Jamb B 101 Intact Green 3.8 Positive 25 Wood Baseboard B 101 Intact Green 3.3 Positive 26 Wood mantle B 101 Intact Green 9.9 Positive 27 Wood Window Sill A 101 Intact Green 8.3 Positive 28 Wood Window Casing A 101 Intact Green 5.3 Positive 29 Metal Radiator A 101 Deteriorated White 0.03 Negative 30 Plaster Wall A 101 Intact White 0.13 Negative 31 Plaster Wall B 101 Intact White 0.24 Null 32 Plaster Wall B 101 Intact White 0.4 Negative 33 Plaster Wall C 101 Intact White 0.25 Null 34 Plaster Wall C 101 Intact White 0.02 Negative 35 Plaster Wall D 101 Intact White 0.15 Negative 36 Plaster Ceiling N 101 Intact White 0.23 Negative 37 Wood Door C Hall Intact Green 7.8 Positive 38 Wood Door Casing C Hall Intact Green 3.3 Positive 39 Wood Door Jamb C Hall Intact Green 2.1 Positive 40 Wood Stair Stringer N Stairwell Intact Green 4.1 Positive 41 Wood Stair Riser N Stairwell Intact Green 7.8 Positive 42 Wood Stair baluster N Stairwell Intact Green 9.2 Positive 43 Wood Floor joist N Stairwell Intact Green 10.1 Positive 44 Wood Window Sill C Stairwell Intact Green 2.9 Positive 45 Wood Window Casing C Stairwell Intact Green 8.5 Positive 46 Wood Baseboard A Stairwell Intact Green 2 Positive 47 Wood Door Jamb D 201 Intact Green 2.4 Positive 48 Wood Door Casing D 201 Intact Green 5.6 Positive 49 Wood Closet Casing D 201 Intact Green 12.5 Positive 50 Wood Closet Jamb D 201 Intact Green 2.7 Positive

Index Substrate Component 1 Component 2 Wall Code Room Condition Color Pb Conc.

(mg/cm2)

Result

51 Wood Closet Jamb D 201 Intact Green 3.1 Positive 52 Wood Window Sill A 206 Intact Green 1 Positive 53 Wood Window Casing A 206 Intact Green 1.8 Positive 54 Metal Radiator A 206 Intact White 0.01 Negative 55 Plaster Wall A 206 Intact White 0.24 Null 56 Plaster Wall A 206 Intact White 0.29 Null 57 Plaster Wall A 206 Intact White 0 Negative 58 Plaster Wall B 206 Intact White 0.06 Null 59 Plaster Wall B 206 Intact White 0.11 Null 60 Plaster Wall C 206 Intact White 0 Negative 61 Plaster Wall D 206 Intact White 0.16 Negative 62 Plaster Ceiling N 206 Intact White 0.4 Negative 63 Wood Door Jamb C 207 Intact Green 4.9 Positive 64 Wood Door Casing C 207 Intact Green 8.7 Positive 65 Wood Window Sill A 207 Intact Green 2.2 Positive 66 Wood Window Casing A 207 Intact Green 1.6 Positive 67 Wood Stair Stringer N basement Intact Grey 10 Positive 68 Wood Stair Tread N basement Intact Grey 6.8 Positive 69 Wood Stair Railing N basement Intact Grey 9.8 Positive 70 Metal Beam N basement Intact Grey 2.2 Null 71 Metal Beam N basement Intact Grey 1.4 Positive 72 Wood Door B Bathroom Intact Grey 0.21 Negative 73 Wood Door Jamb B Bathroom Intact Grey 3 Positive 74 Wood Door Casing B Bathroom Intact Grey 8.9 Positive 75 Wood Wall A Bathroom Intact Grey 14 Positive 76 Wood Wall B Bathroom Intact Grey 8.3 Positive 77 Wood Wall B Bathroom Intact Grey 11.5 Positive 78 Concrete Wall D Bathroom Intact Grey 0 Negative 79 Concrete Floor N basement Intact Grey 0.08 Negative 80 Metal Window A basement Intact Grey 0.4 Negative 81 Metal Window A basement Intact Grey 0.29 Negative 82 Metal Window Lintel A basement Intact Grey 2.4 Positive 83 Metal Window A basement Intact Grey 0 Null 84 Metal Radiator C basement Deteriorated Grey 0.22 Negative 85 Wood Door C basement Deteriorated Grey 7.5 Positive 86 Wood Door Casing C basement Deteriorated Grey 2.3 Positive 87 Wood Door Jamb C basement Deteriorated Grey 2.4 Positive 88 Wood Door A Exterior Deteriorated Tan 27.6 Positive 89 Wood Door Jamb A Exterior Deteriorated Tan 26.6 Positive 90 Wood Door Casing A Exterior Deteriorated Tan 0.7 Positive 91 Wood Door Casing A Exterior Deteriorated Tan 0.5 Negative 92 Wood Door Casing A Exterior Deteriorated Tan 0.6 Negative 93 Wood Door Casing A Exterior Deteriorated Tan 1.3 Positive 94 Metal Window A Exterior Deteriorated Tan 6 Positive 95 Wood porch column B Exterior Deteriorated Tan 24.3 Positive 96 Wood porch ceiling B Exterior Deteriorated Tan 26.2 Positive 97 Metal porch Railing B Exterior Deteriorated Black 8 Positive 98 Metal porch siding C Exterior Deteriorated Black 25.8 Positive 99 Metal porch Door C Exterior Deteriorated Black 3.3 Null

100 Metal porch Door C Exterior Deteriorated Black 6.7 Positive 101 Metal porch ceiling C Exterior Deteriorated Black 15.4 Positive 102 Metal porch soffit C Exterior Deteriorated Black 22.6 Positive 103 Metal porch Railing C Exterior Deteriorated Black 2.5 Positive

Index Substrate Component 1 Component 2 Wall Code Room Condition Color Pb Conc.

(mg/cm2)

Result

104 Wood Door C Exterior Deteriorated Tan 7.8 Positive 105 Wood Door Jamb C Exterior Deteriorated Tan 27 Positive 106 Wood Door Casing C Exterior Deteriorated Tan 28.9 Positive 107 Wood Door storm C Exterior Deteriorated Tan 25.6 Positive 108 Wood Window D attic Deteriorated Tan 26.4 Positive

Calibration 1.1 Calibration 1.2 Calibration 1

Building 5

Index Substrate Component 1 Component 2 Wall Code Room Condition Color Pb Conc.

(mg/cm2)

Result

1 Wood Door A Hall Deteriorated Blue 3.4 Positive 2 Wood Door Casing A Hall Deteriorated Blue 2.3 Positive 3 Wood Door Jamb A Hall Deteriorated Blue 9.8 Positive 4 Wood Window Sill A Hall Deteriorated Blue 2.1 Positive 5 Wood Window Casing A Hall Deteriorated Blue 1.8 Positive

12 Wood mantle B 101 Intact Green 12.4 Positive 13 Wood Window Sill C 101a Intact Green 2.2 Positive 14 Wood Window Casing C 101a Intact Green 1.2 Positive 16 Wood Window Sill A 105 Intact Green 1.4 Positive 17 Wood Window Casing A 105 Intact Green 3 Positive 18 Wood Door C Kitchen Intact Green 5 Positive 19 Wood Door Casing C Kitchen Intact Green 5.1 Positive 20 Wood Door Jamb C Kitchen Intact Green 4.5 Positive 27 Wood Door Jamb B 105 Intact Green 3 Positive 28 Wood Door Casing B 105 Intact Green 10 Positive 29 Wood Stair Stringer B Stairwell Intact Green 4.4 Positive 30 Wood Stair Riser B Stairwell Intact Green 8.5 Positive 31 Wood Stair baluster B Stairwell Intact Green 5.6 Positive 32 Wood Baseboard C Stairwell Intact Green 2.8 Positive 33 Wood Baseboard C Stairwell Intact Green 2.6 Positive 34 Wood Door Jamb B 201 Intact Green 3.4 Positive 35 Wood Door Casing B 201 Intact Green 14.4 Positive 40 Wood Window Sill C 201 Intact Green 2.9 Positive 41 Wood Window Casing C 201 Intact Green 2.6 Positive 44 Metal Window Door C 208 Intact Green 2.1 Positive 45 Wood hatch N hall Intact White 7.5 Positive 46 Wood Stair Stringer N basement Intact Grey 7.3 Positive 47 Wood Stair Tread N basement Intact Grey 0.9 Positive 48 Wood Stair Railing N basement Intact Grey 5.9 Positive 49 Metal Beam N basement Intact Grey 2.5 Positive 50 Wood Door C basement Intact White 8.7 Positive 51 Wood Door Casing C basement Intact White 2.8 Positive 52 Wood Door Jamb C basement Intact White 1.1 Positive 56 Metal Window D basement Deteriorated White 1.7 Positive 57 Metal Window Lintel D basement Deteriorated White 2.4 Positive 59 Wood Door A Exterior Deteriorated Tan 23.3 Positive 60 Wood Door Jamb A Exterior Deteriorated Tan 25.1 Positive 61 Wood Door Casing A Exterior Deteriorated Tan 13.7 Positive 63 Metal Window A Exterior Deteriorated Tan 28.7 Positive 64 Metal Window Lintel A Exterior Deteriorated Tan 25.9 Positive 66 Wood porch ceiling B Exterior Deteriorated Tan 24.5 Positive 67 Wood porch soffit B Exterior Deteriorated Tan 29.9 Positive 68 Wood Door C Exterior Deteriorated Tan 25.6 Positive 69 Wood Door Casing C Exterior Deteriorated Tan 25.6 Positive 70 Wood Doorstorm) C Exterior Deteriorated Tan 26.4 Positive 71 Wood Window Sash C Exterior Deteriorated Tan 24.8 Positive 72 Wood Window Casing C Exterior Deteriorated Tan 24.8 Positive 73 Wood Window Sill C Exterior Deteriorated Tan 33.6 Positive 74 Metal Stair Railing C Exterior Deteriorated Black 4.2 Positive 75 Wood porch siding C Exterior Deteriorated Tan 21.4 Positive 77 Wood Window C Attic Deteriorated Tan 5.6 Positive 11 Drywall Wall D 101 Intact White 0.07 Null 24 Drywall Wall D Kitchen Intact White 0 Null

Building 5

Index Substrate Component 1 Component 2 Wall Code Room Condition Color Pb Conc.

(mg/cm2)

Result

39 Drywall Wall D 201 Intact White 0.11 Null 6 Wood Baseboard A Hall Intact Blue 0 Negative 7 Metal Door Jamb A 101 Intact Blue 0.04 Negative 8 Drywall Wall Casing A 101 Intact White 0 Negative 9 Drywall Wall B 101 Intact White 0.03 Negative

10 Drywall Wall C 101 Intact White 0 Negative 15 Metal Radiator C 101a Intact White 0 Negative 21 Drywall Wall B Kitchen Intact White 0 Negative 22 Drywall Wall B Kitchen Intact White 0 Negative 23 Drywall Wall C Kitchen Intact White 0.01 Negative 25 Drywall Wall D Kitchen Intact White 0 Negative 26 Metal cabinets D Kitchen Intact White 0.13 Negative 36 Drywall Wall A 201 Intact White 0.17 Negative 37 Drywall Wall B 201 Intact White 0.09 Negative 38 Drywall Wall C 201 Intact White 0.01 Negative 42 Metal Door Jamb C 208 Intact Green 0 Negative 43 Metal Door Casing C 208 Intact Green 0 Negative 53 Concrete Wall A basement Intact White 0 Negative 54 Concrete Wall B basement Intact White 0 Negative 55 Concrete Wall C basement Intact White 0.03 Negative 58 Concrete Floor N basement Deteriorated Grey 0.1 Negative 62 Metal Window A Exterior Deteriorated Tan 0.18 Negative 65 Wood porch columns B Exterior Intact Tan 0 Negative 76 Wood porch Door(Storm) C Exterior Deteriorated Tan 0.01 Negative 78 Metal Stair Railing A Exterior Deteriorated Black 0.5 Negative 79 Plaster Ceiling N 102 Deteriorated White 0.4 Negative

Calibration 0.9 Calibration 0.9 Calibration 1.1

Building 25

Index Substrate Component 1 Component 2 Wall Code Room Condition Color Pb Conc.

(mg/cm2)

Result

Calibration 1 Calibration 1.1 Calibration 1.1

1 Wood Door A vestibule Deteriorated White 5.1 Positive 2 Wood Door Jamb A vestibule Deteriorated White 3.6 Null 3 Wood Door Jamb A vestibule Deteriorated White 5.9 Positive 4 Wood Door Casing A vestibule Deteriorated White 2.8 Positive 5 Wood Window Sash B vestibule Deteriorated White 4 Positive 6 Wood Window Casing B vestibule Deteriorated White 2.6 Positive 7 Wood Window Sill B vestibule Deteriorated White 4.2 Positive 8 Drywall Wall A vestibule Intact White 0.1 Negative 9 Drywall Wall B vestibule Intact White 0.14 Negative

10 Drywall Wall D…