Report_of_Asbestos_and_Lead-Based_Paint_Survey.pdf

Page 2 Tab F8

December 14, 2006

POND & Company 263 5 Century Parkway Atlanta, Georgia 30345

ATTENTION:

Reference:

Dear Mr. Farnie:

Mr. Chris Farnie

Report of Asbestos and Lead-Based Paint Survey h Air National Guard-Buildings 1907, 1908, and 1914 Savannah, Georgia S&ME Project No. 1138-06-129

S&ME, Inc. (S&ME) is pleased to provide the enclosed report detailing our asbestos and lead based paint survey of the 1651 h Air National Guard Buildings 1907, 1908, and 1914 in Savannah, Georgia. This work was performed in general accordance with S&ME Proposal 38-06-148 dated July 25, 2006. This report includes the executive summary, project background, investigative procedures, and findings and recommendations regarding asbestos containing materials and lead based paints associated with the buildings.

We appreciate the opportunity to provide POND & Company with our industrial hygiene/environmental services. If you have any questions concerning this report, please call us at (912) 353-8885.

Sincerely, S&ME,Inc.

,J l (A,f.7

Stacy S~vage, MS, CIH Certified Industrial Hygienist (SCDHEC Accredited AMP#00025)

James L. Killingsworth, CHMM Environmental Services Manager (SCDHEC Accredited AMP#20232)

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ASBESTOS AND LEAD BASED PAINT SURVEY

165TH AIR NATIONAL GUARD BUILDINGS 1907, 1908, AND 1914

SAVANNAH, GEORGIA

S&ME PROJECT No. 1138-06-129

Prepared For:

POND & Company

2635 Century Parkway Atlanta, Georgia 30345

Prepared By:

130 Stephenson Avenue, Suite 204 Savannah, Georgia 31405

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1.0

2.0

3.0

4.0

Table of Contents

Page

Executive Summary

Background

Asbestos Survey

2.1

2.2

2.3

Investigative Procedures

Findings/Results

Hazard Assessment Key

Lead-Based Paint Survey &II ;;a11a111aa1111a1111111111s:m111a;;m11111a111;;a11aa1111m•••••m•=•= ==============·==== =;i;;;;;;;;;i;;;; == ;;;;;;;i 14

3.1

3.2

Investigative Procedures

Findings/Results

Conclusion/Recommendations

Appendices

Asbestos Bulk Sample Analysis Sheets

11 Site Diagrams

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Asbestos and Lead Based Paint Survey 165tl' ANG Buildings 1907, 1908, and 1914

Executive Summary

S&ME Project No. 1138-06-129 December 14, 2006

An asbestos and lead based paint survey was conducted on November 28, 29, and December 6, 2006 by

Stacy Savage of S&ME, at the 1651 h Air National Guard Buildings 1907, 1908, and 1914 located in

Savannah, Georgia. The purpose of this survey was to identify asbestos containing building materials

(ACBM's) and lead-based paints which may be disturbed during the scheduled demolition of the buildings.

Asbestos

Representative bulk asbestos samples were collected and then analyzed by Polarized Light Microscopy utilizing EPA method 600. The following asbestos containing materials (> 1 % ) were identified in buildings 1907, 1908, and 1914:

Building 1907

• Brown Floor Tile and associated Black Mastic (under non-asbestos floor tile and carpet) throughout building, with the exception of the bathrooms -Approximately 2, 000 square feet

Building 1908

• Roofing material (built up roofing field membrane and flashing}-Approximately 3, 100 square feet

Building 1914

• Brown Floor Tile (under non asbestos floor tile and carpet) in aerobic room in Gymnasium with treadmills and other aerobic equipment -Approximately 400 square feet

The asbestos containing floor tile, black mastic, and roofing materials are classified as non-friable materials, in good condition, with a potential for damage during the scheduled demolition.

WoodsD Callout Bldg.1908 has since been demolished under separate contract by the Base All references to Bldg. 1908 in this report no longer apply to this project.

Page 6 Tab F8 h ANG Buildings 1907, 1908, and 1914 S&ME Project No. 1138-06-129

December 14, 2006

Removal of the identified non-friable asbestos containing materials which may become friable is required by state and federal regulations prior to destructive actions which may disturb asbestos containing materials. The removal and disposal of the asbestos containing materials will require a Georgia EPD licensed asbestos contractor prior to the commencement of the scheduled demolition. The identified

ACBM must be properly handled and disposed of by a properly trained and licensed contractor.

Destructive actions to the identified asbestos containing materials will require worker training in accordance with OSHA regulation 29 CFR 1926.1101, Code 40 of Federal Regulations Part 61, Subpart

M, Final Rule, "National Emissions Standards for Hazardous Air Pollutant", (NESHAP) and Georgia

EPD regulation 391-3-14. Affected employees and contractors working in the identified areas should be notified and properly trained according to Georgia EPD and OSHA regulations. Proper removal and notification to the Georgia EPD prior to asbestos removal and/or destructive actions to a building is also required. A copy of this survey along with the asbestos notification must be submitted to the Georgia

EPD 10 working days prior to the abatement or destructive actions.

Lead Based Paints

The majority of the painted surfaces in the buildings contain some level of lead in the paint. The coated surfaces exceeding the Georgia Environmental Protection division (EPD) and the Federal Environmental

Protection Agency (EPA) limit of 1.0 milligrams per square centimeter (1.0 mg/cm2 ) were considered lead-based paint for the purpose of this survey.

The following of the sampled surfaces had lead-based paint readings as defined by Georgia EPD (equal to or greater than 1.0 mg/cm\

Building 1907

• Exterior painted concrete (curbs, bollards, steps, etc.) (Yellow)

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165th ANG Buildings 1907, 1908, and 1914

Building 1908

S&ME Project No. 1138-06-129 December 14, 2006

• Metal inner mesh door frame (Grey) in the Front Vault and Vault Office

• Metal door and door frame (Beige) in the Mobility Room

• Painted stripes (Yellow) on the concrete floor throughout the building

• Metal ceiling/roof deck and horizontal steel beams (Grey) throughout the building

• Exterior painted concrete (curbs, bollards, steps, floor, etc.) and metal awning (Yellow) around the exterior of the building

Building 1914

• Horizontal steel beams (Grey) throughout the building

• Metal door frame (Blue) in hallway leading to the Gym

• Exterior door (Brown) leading to Logistics

• Exterior painted concrete (curbs, bollard, and floors) (Yellow)

• Exterior bay door frames (Brown)

• Exterior metal sliding door (Brown)

The majority of the interior lead-based paint finishes identified in buildings 1908 and 1914 were in good condition. The majority of the exterior lead-based paint finishes identified in buildings 1907, 1908, and

1914 were in fair condition, with some peeling paint. Destructive actions (sanding, demolition, component removal, paint preparation) to painted surfaces containing detectable levels oflead will require the contractor comply with standards of the Occupational Safety and Health Administration

(OSHA) 29 CPR 1926.62, including but not limited to initial exposure monitoring, the use of personal protective equipment, and medical surveillance.

Accumulations of lead-based paint components, chips, dust, etc. and representative waste stream accumulations must be tested by TCLP to determine if the accumulations are hazardous and require disposal in a Subtitle C (hazardous waste) landfill. At a minimum, if the waste is not declared hazardous, lead-based paint waste must be disposed in a Subtitle D landfill as regulated waste. Metal components may be removed and recycled.

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165rl' ANG Buildings 1907, 1908, and 1914

1.0 Background

S&ME Project No. 1138-06-129 December 14, 2006

S&ME, Inc. (S&ME) was contracted by Mr. Chris Famie of POND & Company to perform an asbestos and lead-based paint survey of the 165th Air National Guard Buildings 1907, 1908, and 1914 located in

Savannah, Georgia. Access to the buildings was provided by Air National Guard personnel. Building

1907 (Communication Facility) is a single story building with a metal roof that is approximately 2,400 square feet. Interior finishes for building 1907 included concrete block walls, drywall, fiberglass ceiling insulation, floor tile and mastic, and carpet. Building 1908 (Security Police Operations) is a single story building with a built up roof that is approximately 3, 100 square feet. Interior finishes for building 1908 included concrete block walls, structural steel columns and beams, a metal ceiling, and concrete flooring.

Building 1914 (Supply and Equipment Warehouse/Logistics) is a single story building with a metal roof that is approximately 8,000 square feet. Interior finishes for building 1914 included concrete block walls, drywall, fiberglass insulation, floor tile and mastic, carpet, structural steel columns and beams, concrete flooring, and cellulose wall and ceiling texture. The buildings were occupied during the time of the survey. It is our understanding that the buildings are currently slated for demolition.

The asbestos inspection was conducted to identify asbestos containing building materials (ACBM) which will be disturbed during the destructive actions. The identification of ACBM's will aid in the prevention of occupational exposures and/or environmental releases of airborne asbestos. Identification of ACBM also complies with Title 40 Code of Federal Regulations, part 61, along with Title 29 Code of Federal

Regulations, part 1926 enforced by the OSHA. The following text describes the investigative procedures utilized, results of the suspect ACBM sampled/analyzed, and recommendations regarding the building as related to ACBM's.

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165th ANG Buildings 1907, 1908, and 1914

2.1 Investigative Procedures

2.0 Asbestos

S&ME Project No. 1138-06-129 December 14, 2006

Buildings 1907, 1908, and 1914 were investigated for suspect ACBMs. The survey was performed by inspecting and sampling accessible suspect building materials. A sampling strategy was developed to provide representative samples for analysis. Samples were then extracted from a variety of suspect

ACBM's from the building. Significant destructive testing was not performed, therefore the possibility exists that suspect materials were not detected in inaccessible areas such as pipe chases, encased materials, gaskets, metal duct work housing, fire doors, or wall voids. In older buildings, there is the potential for encountering hidden potential asbestos-containing materials. It should be noted that samples were collected of visible materials, and were collected down to the substrate. If suspect materials are encountered during destructive actions, S&ME recommends stopping work that may impact suspect ACBM, and sample the suspect material for asbestos content.

Bulk samples collected were recorded on a Chain of Custody Record and submitted to our in-house

Polarized Light Microscopy (PLM) laboratory. The laboratory is accredited by the National Voluntary

Laboratory Accreditation Program (NVLAP), which is administered by the National Institute of

Standards and Technology.

The suspect materials were analyzed by trained microscopists, utilizing PLM techniques, coupled with dispersion staining in accordance with EPA Test Method Title 40 Code of Federal Regulations, Chapter I

(1-1-87 edition), Part 763, Subpart F-APPENDIX A. This method identifies asbestos mineral fibers based on six optical characteristics: morphology, birefringence, refractive index, extinction angle, sign of elongation and dispersion staining colors. The laboratory analysis reports the specific type of asbestos identified (there are six asbestos minerals) and the percentage of asbestos present. The EPA and OSHA defines materials as asbestos containing if an asbestos content of greater than one percent (> 1 % ) is detected in a representative sample.

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165tl1 ANG Buildings 1907, 1908, and 1914

2.2 Results

S&ME Project No. 1138-06-129 December 14, 2006

Samples were collected and analyzed from a variety of suspect materials. The suspect materials included wall/ceiling texture, floor tile and mastic, ceiling panels, baseboard, window glazing, roofing materials, drywall and joint compound. The following asbestos containing materials (> 1 % ) were identified in buildings 1907, 1908, and 1914:

Building 1907

• Brown Floor Tile and associated Black Mastic (under non-asbestos floor tile and carpet) throughout building, with the exception of the bathrooms -Approximately 2, 000 square feet

Building 1908

• Roofing material (built up roofing field membrane and flashing)-Approximately 3, 100 square feet

Building 1914

• Brown Floor Tile (under non asbestos floor tile and carpet) in aerobic room in Gymnasium with treadmills and other aerobic equipment -Approximately 400 square feet

The following Table summarizes the sample number, type material, asbestos type, percent of asbestos detected, present condition of the asbestos containing material, potential for disturbance, and hazard assessment rating. The appendix contains the laboratory analyses and chain of custody records.

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Asbestos and Lead Based Paint Survey h ANG Buildings 1907, 1908, and 1914

TABLE I

S&ME Project No. 1138-06-129 December 14, 2006

SUMMARY OF ASBESTOS BULK SAMPLE ANALYSIS

POLARIZED LIGHT MICROSCOPY

'Sample Sample Location Sample Material•··· Asbestos

.Percent Condition Potential For Hazard

Number Type h Disturbance Assessment .I ...

.BuOding.1907 ; ...

White 12" Floor NID NIA NIA NIA NIA 3 Front Hall Tile

Black Mastic Chrysotile 3 G/NF PSD 3

White 12" Floor NID NIA NIA NIA NIA Tile

Bathroom Yell ow Mastic N/D NIA NIA NIA NIA Hallway

Brown Floor Tile Chrysotile 2 G/NF PSD 3

Black Mastic Chrysotile 6 G/NF PSD 3

Bathroom

2' x 2' Ceiling Tile N/D NIA NIA NIA NIA Hallway

6 Room 12 2' x 2' Ceiling Tile N/D NIA NIA NIA NIA

Drywall N/D NIA NIA NIA NIA 7 Front Hall Wall

Joint Compound N/D NIA NIA NIA NIA

Men's Bathroom Drywall NID NIA NIA NIA NIA

Wall Joint Compound N/D NIA NIA NIA NIA

Drywall NID NIA NIA NIA NIA 9 Room 12 Wall

Joint Compound NID NIA NIA NIA NIA

10 Exterior Window Window Glazing N/D NIA NIA NIA NIA

11 Exterior Window Window Glazing N/D NIA NIA NIA NIA

. ' y Building 1908 .

1 Office 2' x 2' Ceiling Tile N/D NIA NIA NIA NIA

2 Office 2' x 2' Ceiling Tile NID NIA NIA NIA NIA

31 Roof Built-up Roofing

Chrysotile 8 G/NF PSD 3 Membrane

32 Roof Roof Flashing Chrysotile 10 G/NF PSD 3

33 Roof Roof Flashing Chrysotile 6 G/NF PSD 3

34 Roof Built-up Roofing

Chrysotile 7 G/NF PSD 3 Membrane

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165th ANG Buildings 1907, 1908, and 1914

TABLE I (continued)

S&ME Project No. 1138-06-129 December 14, 2006

SUMMARY OF ASBESTOS BULK SAMPLE ANALYSIS

>' ... POLARIZED LIGHT MICROSCOPY

Sample

Asbestos Potential For Hazard Sample Location Sample Material Percent Condition .. · Nnmber

I ·.· Type Disturbance .· Assessment

. ' . Building 19.14 . ..

White 12" Floor NID NIA NIA NIA NIA

Bathroom Tile Hallway

Yell ow Mastic N/D NIA NIA NIA NIA

Grey 12" Floor Tile N/D NIA NIA NIA NIA

13 Gym Yellow Mastic NID NIA NIA NIA NIA

Black Mastic N/D NIA NIA NIA NIA

Tan 12" Floor Tile N/D NIA NIA NIA NIA

Yell ow Mastic N/D NIA NIA NIA NIA

Gym- Aerobics

Room Black Mastic N/D NIA NIA NIA NIA

Brown Floor Tile Cbrysotile 2 G/NF I PSD 3

Yellow Mastic N/D NIA NIA NIA NIA

15 Gym Hallway Black Baseboard N/D NIA NIA NIA NIA

16 Gym Hallway Black Baseboard N/D NIA NIA NIA NIA

Gym- Small Blue Baseboard NID NIA NIA NIA NIA

Room Yell ow Mastic NID NIA NIA NIA NIA

Large Front Blue Baseboard NID NIA NIA NIA NIA

Office Yell ow Mastic NID NIA NIA NIA NIA

19 Gym 2' x 2' Ceiling Tile NID NIA NIA NIA NIA

20 Gym Ceiling Cellulose Insulation NID NIA NIA NIA NIA

21 Gym Ceiling Cellulose Insulation NID NIA NIA NIA NIA Mobility Grey 12" Floor Tile NID NIA NIA NIA NIA

22 Processing Classroom Yell ow Mastic NID NIA NIA NIA NIA

Mobility Grey 12" Floor Tile NID NIA NIA NIA NIA 23 Processing

Classroom Yell ow Mastic NID NIA NIA NIA NIA

White 12" Floor

N/D NIA NIA NIA NIA

Large Storage Tile

Closet Black Mastic N/D NIA NIA NIA NIA

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Asbestos and Lead Based Paint Survey 165111 ANG Buildings 1907, 1908, and 1914

TABLE I (continued)

S&ME Project No. 1138-06-129 December 14, 2006

SUMMARY OF ASBESTOS BULK SAMPLE ANALYSIS

POLARIZED LIGHT MICROSCOPY ..

Sample Asbesto.s . Potential For Hazard

Number Sample Loca.tion ' Sample Material

Type Percent Condition

Disturbance· A~sessment . . .

,·. Building 1914.~ Continued· . .··

Large Storage Grey 12" Floor Tile NID NIA NIA NIA

Closet Black Mastic NID NIA NIA NIA

Large Storage Drywall N/D NIA NIA NIA

Closet Wall Joint Compound N/D NIA NIA NIA

Large Storage

2' x 2' Ceiling Tile NID NIA NIA NIA Closet

White 12" Floor

N/D NIA NIA NIA

Tile 28 Front Door Area

Yell ow Mastic NID NIA NIA NIA

Black Mastic N/D NIA I NIA NIA

Men's Bathroom Drywall N/D NIA NIA NIA

Wall Joint Compound N/D NIA NIA NIA

Logistics- Kitchen Drywall NID NIA NIA NIA

Wall Joint Compound N/D NIA NIA NIA

Note: Please reference Figures 1-3 for sampling locations and asbestos containing material locations.

N/D No Asbestos Detected NIA Not Applicable The EPA and OSHA defines materials as asbestos containing if an asbestos content greater than one percent (> 1 % ) is detected in a representative sample.

NIA

NIA

NIA

NIA

NIA

NIA

NIA

NIA

NIA

NIA

NIA

NIA

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165th ANG Buildings 1907, 1908, and 1914

S&ME Project No. 1138-06-129 December 14, 2006

2.3 Abbreviations and Hazard Assessment Key

The EPA requires that confirmed ACBM be given a hazard assessment based on its present condition and potential for disturbance. This hazard assessment is used as a tool for prioritization in future remedial actions regarding the ACBM. The following key exhibits the criteria that compose the hazard assessment.

Present Condition F =Friable NF =Non-friable

G = Good (Very localized limited damage) D = Damaged (Damage of less than 10% distributed and less than 25% localized) S = Significantly Damaged (Damage equal to or greater than 10% distributed/25% localized)

Potential for Future Disturbance LPD =Low Potential for Disturbance (Contact, Vibration, and Air Erosion all of Low Concern) PD =Potential for Damage (Contact, Vibration, or Air Erosion of Moderate Concern) PSD =Potential for Significant Damage (Contact, Vibration, or Air Erosion of High Concern)

Significantly Damaged

(SD)

PSD

Hazard Assessment

Damaged (D)

PD

LPD

PSD

Good (G)

PD

LPD

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165th ANG Buildings 1907, 1908, and 1914

3.0 lead-Based Paint

3.1 Investigative Procedures

S&ME Project No. 1138-06-129 December 14, 2006

The survey and test methods used to identify lead-based paints in the buildings generally followed the guidelines set forth by the Department of Housing and Urban Development (HUD) entitled "Guidelines for the Evaluation and Control of Lead Based Paint Hazards in Housing", June, 1995 and the Chapter 7 revision issued in 1997. These guidelines represent a national compilation of technical protocols, practices, procedures on testing, abatement, worker protection, clean-up and disposal of lead-based paint in structures. Representative components were analyzed utilizing a RMD LPA-1 X-Ray Fluorescence

(XRF) spectrum analyzer (serial# 1127). The suspect painted finishes were selected based on the color of the topcoat and the underlying paint layers and/or the substrate on which it was applied. Each area/surface in the building was not tested; therefore, the data collected is representative of the painted finishes throughout the buildings. The possibility exists that lead-based paint finishes are present on surfaces not tested and inaccessible areas such as pipe chases and wall voids.

For the purposes of this report, lead-based paint will be defined as 1.0 mg/cm2 . The Georgia

Environmental Protection Division (EPD) and the Federal Environmental Protection Agency (EPA) consider 1.0 milligrams per square centimeter (1.0 mg/cm2 ) to be lead-based paint.

However, paint with detectable lead concentrations is applicable to OSHA. The attached Table II exhibits the summary of the paint readings analyzed by the XRF spectrum lead analyzer. The XRF summary provides the sample numbers, sample location, component, substrate, paint color, condition, and results.

Page 16 Tab F8 h ANG Buildings 1907, 1908, and 1914

3.2 findings/Results

S&ME Project No. 1138-06-129 December 14, 2006

The painted interior and exterior surfaces of the subject buildings were considered suspect lead-based paints. The majority of the painted surfaces in the buildings contain some level of lead in the paint. The coated surfaces exceeding the Georgia Environmental Protection division (EPD) and the Federal

Environmental Protection Agency (EPA) limit of 1.0 milligrams per square centimeter (1.0 mg/cm2 ) were considered lead-based paint for the purpose of this survey.

The following of the sampled surfaces had lead-based paint readings as defined by the Georgia

Environmental Protection Division (EPD) and the Federal Environmental Protection Agency (EPA) consider 1.0 milligrams per square centimeter ( 1.0 mg/cm2 ) to be lead-based paint.

Building 1907

• Exterior painted concrete (curbs, bollards, steps, etc.) (Yellow)

Building 1908

• Metal inner mesh door frame (Grey) in the Front Vault and Vault Office

• Metal door and door frame (Beige) in the Mobility Room

• Painted stripes (Yell ow) on the concrete floor throughout the building

• Metal ceiling/roof deck and horizontal steel beams (Grey) throughout the building

• Exterior painted concrete (curbs, bollards, steps, floor, etc.) and metal awning (Yellow) around the exterior of the building

Building 1914

• Horizontal steel beams (Grey) throughout the building

• Metal door frame (Blue) in hallway leading to the Gym

• Exterior door (Brown) leading to Logistics

• Exterior painted concrete (curbs, bollard, and floors) (Yell ow)

• Exterior bay door frames (Brown)

• Exterior metal sliding door (Brown)

The majority of the interior lead-based paint finishes identified in buildings 1908 and 1914 were in good condition. The majority of the exterior lead-based paint finishes identified in buildings 1907, 1908, and

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165th ANG Buildings 1907, 1908, and 1914

S&ME Project No. 1138-06-129 December 14, 2006

1914 were in fair condition, with some peeling paint. Destructive actions (sanding, demolition, component removal, paint preparation) to painted surfaces containing detectable levels of lead will require the contractor comply with standards of the Occupational Safety and Health Administration

(OSHA) 29 CFR 1926.62, including but not limited to initial exposure monitoring, the use of personal protective equipment, and medical surveillance.

Accumulations of lead-based paint components, chips, dust, etc. and representative waste stream accumulations must be tested by TCLP to determine if the accumulations are hazardous and require disposal in a Subtitle C (hazardous waste) landfill. At a minimum, ifthe waste is not declared hazardous, lead-based paint waste must be disposed in a Subtitle D landfill as regulated waste. Metal components may be removed and recycled.

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165th ANG Buildings 1907, 1908, and 1914

S&ME Project No. 1138-06-129 December 14, 2006

4.0 Conclusions/Recommendations

Asbestos

Based on our observations and the representative samples collected and analyzed, asbestos containing materials are present in buildings 1907, 1908, and 1914 at the 1651 h Air National Guard located in

Savannah, Georgia. The following asbestos containing materials (> 1 % ) were identified:

Building 1907

• Brown Floor Tile and associated Black Mastic (under non-asbestos floor tile and carpet) throughout building, with the exception of the bathrooms -Approximately 2, 000 square feet

Building 1908

• Roofing material (built up roofing field membrane and flashing}-Approximately 3, 100 square feet

Building 1914

• Brown Floor Tile (under non asbestos floor tile and carpet) in aerobic room in Gymnasium with treadmills and other aerobic equipment -Approximately 400 square feet

The asbestos containing floor tile, black mastic, and roofing materials are classified as non-friable material, in good condition, with a potential for damage during the scheduled demolition.

Removal of the identified friable asbestos containing materials or non-friable which may become friable is required by state and federal regulations prior to destructive actions which may disturb asbestos containing materials. The removal and disposal of the asbestos containing materials will require a

Georgia EPD licensed asbestos contractor prior to the commencement of the scheduled demolition. The identified ACBM must be properly handled and disposed of by a properly trained and licensed contractor. Ambient air monitoring for asbestos concentrations is also recommended during abatement activities. Personal air monitoring is the responsibility of the abatement contractor.

Destructive actions to the identified asbestos containing materials will require worker training in accordance with OSHA regulation 29 CFR 1926.1101, Code 40 of Federal Regulations Part 61, Subpart

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165th ANG Buildings 1907, 1908, and 1914

S&ME Project No. 1138-06-129 December 14, 2006

M, Final Rule, "National Emissions Standards for Hazardous Air Pollutant", (NESHAP) and Georgia

EPD regulation 391-3-14. Affected employees and contractors working in the identified areas should be notified and properly trained according to Georgia EPD and OSHA regulations.

Proper removal and notification to the Georgia EPD prior to asbestos removal and/or destructive actions to a building is also required. A copy of this survey along with the asbestos notification must be submitted to the Georgia EPD 10 working days prior to the destructive actions.

Lead Based Paints

Lead based paint as defined by both the Georgia EPD and OSHA were present associated with the buildings 1907, 1908, and 1914. The Georgia EPD defines a lead-based paint as any paint containing lead at concentrations of 1.0 milligrams per square centimeter or greater (2::1.0 mg/cm2 ) by X-ray

Fluorescence (XRF) testing.

The majority of the interior lead-based paint finishes identified in buildings 1908 and 1914 were in good condition. The majority of the exterior lead-based paint finishes identified in buildings 1907, 1908, and

1914 were in fair condition, with some peeling paint. The lead-based paint or associated components may be removed by a lead based paint abatement contractor or the lead based paint and associated components may be properly prepared by trained personnel to receive new treatment and remain in place during demolition. S&ME recommends removing the lead based paint coated components that may be disturbed during the scheduled demolition by a licensed lead based paint abatement contractor. The metal components may be removed and recycled. Work shall be conducted following all OSHA requirements.

OSHA does not recognize a threshold level of lead for definition purposes, only the presence or absence of lead. Destructive actions to paint finishes with any detectable amount of lead, which may create a lead exposure hazard (sanding, manual demolition, torch cutting, blasting etc.), require employee exposure monitoring, training, and worker protection, in accordance with OSHA (29 CFR 1926.62).

Page 20 Tab F8

165th ANG Buildings 1907, 1908, and 1914

S&ME Project No. 1138-06-129 December 14, 2006

Accumulations of lead-based paint components, chips, dust, etc. and representative waste stream accumulations must be tested by TCLP to determine if the accumulations are hazardous and require disposal in a Subtitle C (hazardous waste) landfill. At a minimum, if the waste is not declared hazardous, lead-based paint waste must be disposed in a Subtitle D landfill as regulated waste. Metal components may be removed and recycled.

S&ME can prepare, if requested under a separate proposal, an asbestos and lead-based paint abatement specification to properly handle those asbestos and lead-based paint materials anticipated to be impacted during demolition activities.

Page 21 Tab F8

TABLE II

289 Calibration Check 1.6 290 Calibration Check 1.8 291 Calibration Check 2.2 292 Calibration Check 1.9 293 c Front Vault Outer Metal Door Metal Good Gra 0.1 294 c Front Vault Door Frame Metal Good Gra 0.0 295 D Front Vault Wall Concrete Good Gra 0.0 296 A Front Vault Wall Concrete Good Gra 0.0 297 Floor Front Vault Floor Concrete Good Red 0.0 298 D Front Vault Inner Mesh Door Metal Good 0.4 299 D Front Vault Inner Mesh Door Frame Metal Good 1.2 300 B Front Vault Inner Mesh Door Frame Metal Good 0.0 301 D Vault Office Inner Mesh Door Frame Metal Good 1.3 302 A Vault Office Wall Concrete Good 0.0 303 B Vault Office Wall Concrete Good 0.0 304 c Vault Office Wall Concrete Good 0.0 305 D Vault Office Wall Concrete Good 0.0 306 D Vault Office Door Metal Good 0.1 307 D Vault Office Door Frame Metal Good 0.0 308 B Vault Office Door Frame Metal Good 0.0 309 Floor Back Vault Floor Concrete Good 0.0 310 A Back Vault Wall Concrete Good 0.1 311 D Back Vault Door Metal Good 0.1 312 B Back Vault Door Frame Metal Good 0.0 313 Floor Back Vault Floor Concrete Good 0.0 314 B Back Vault Wall Concrete Good 0.0 315 c Mobili Room Door Metal Good 1.3 316 c Mob iii Room Door Frame Metal Good 1.6 317 A Mobil it Room Wall Concrete Good 0.0 318 B Room Wall Concrete Good 0.3 319 c Room Wall Concrete Good 0.0 320 D Room Wall Concrete Good Bei e 0.0 321 Room Floor Concrete Good Yellow 1.5 322 Room Ceilin I Roof Deck Metal Good 1.2 323 Room Ceilin I Roof Deck Metal Good 1.4 324 Room Steel Beams Metal Good 0.4 325 Ceilin Room Steel Beams Metal Good 0.3 326 Ceilin Room Steel Beams Metal Good 0.4 327 c Room To ofWall Concrete Good 0.0 328 c Stora e Room Door Metal Good 0.5 329 c Stora e Room Door Frame Metal Good 0.0 330 A Stora e Room Wall Concrete Good 0.1 331 B Stora e Room Wall Concrete Good 0.0 332 c Stora e Room Wall Concrete Good 0.0 333 D Wall Concrete Good 0.0 334 Floor Floor Concrete Good 2.2 335 Floor Floor Concrete Good 0.0 336 Ceilin Ceilin I Roof Deck Metal Good Gra 1.0 337 Ceil in Steel Beams Metal Good Gray 0.0 338 c Classroom Door Metal Good Blue 0.0 339 c Classroom Door Frame Metal Good Blue 0.0 340 A Classroom Wall Metal Good White 0.0

Page 22 Tab F8

Summary ofXRF Lead Results

341 A Classroom Wall Concrete Good Blue 0.0 342 B Classroom Wall Concrete Good White 0.0 343 B Classroom Wall Concrete Good Blue 0.0 344 c Classroom Wall Concrete Good White 0.0 345 c Classroom Wall Concrete Good Blue 0.0 346 D Classroom Wall Concrete Good White 0.0 347 D Classroom Wall Concrete Good Blue 0.0 348 A Classroom Door Metal Good Blue 0.0 349 A Classroom Door Frame Metal Good 0.1 350 D Classroom Closet Door Metal Good 0.3 351 D Classroom Closet Door Frame Metal Good 0.0 352 Floor Classroom Floor Concrete Good 0.0 353 Ceilin Classroom Steel Beam Metal Good 0.1 354 Ceilin Classroom Steel Beam Metal Good 1.2 355 A Locker Room Door Metal Good 0.6 356 A Locker Room Door Metal Good 0.1 357 A Locker Room Door Frame Metal Good 0.9 358 A Locker Room Door Frame Metal Good 0.0 359 A Locker Room Door Frame Metal Good 0.0 360 A Locker Room Door Frame Metal Good 0.1 361 D Locker Room Wall Concrete Good 0.0 362 A Locker Room Wall Concrete Good Gra 0.0 363 B Locker Room Wall Concrete Good Gra 0.0 364 c Locker Room Wall Concrete Good Gra 0.0 365 A Locker Room Door Metal Good Gra 0.0 366 A Locker Room Door Frame Metal Good Blue 0.0 367 A Office Wall Concrete Good White 0.0 368 B Office Wall Concrete Good White 0.0 369 c Office Wall Concrete Good White 0.0 370 D Office Wall Concrete Good White 0.0 371 A Exterior Exterior Door Metal Good Gra 0.2 372 A Exterior Exterior Door Frame Metal Good Gra 0.3 373 A Exterior Exterior Door Metal Good Gra 0.1 374 A Exterior Exterior Door Frame Metal Good Gra 0.3 375 A Exterior Walkwa Outside Vault Concrete Good RedNellow 0.0 376 A Exterior Walkwa Outside Vault Concrete Good RedNellow 2.5 377 A Exterior Awn in Column Metal Good Yellow 2.9 378 A Exterior Curb Concrete Good Yellow 1.2 379 c Exterior Metal Good White 0.3 380 c Exterior Concrete Good Yellow 1.4 381 c Exterior Exterior Door Metal Good Gra 0.0 382 c Exterior Exterior Door Frame Metal Good Gra 0.0 383 c Exterior Exterior Door Metal Good Gra 0.8 384 c Exterior Exterior Door Frame Metal Good Gra 0.1 385 c Exterior Exterior Door Frame Metal Good Gra 0.1 386 D Exterior Metal Good White 0.4 387 A Exterior Brick Good White 0.0 388 A Exterior Concrete Good White 0.3 389 A Exterior Concrete Good White 0.4

Page 23 Tab F8

392 Calibration Check 1.9 393 A Front Hall Wall all Good Gra 0.0 394 B Front Hall Wall all Good Gra 0.0 395 c Front Hall Wall all Good Gra 0.0 396 D Front Hall Wall all Good Gra 0.3 397 A Front Hall Door Frame Wood Good Blue 0.3 398 c Front Hall Men's Bathroom Door Frame Wood Good Blue 0.0 399 B Front Hall Kitchen Door Frame Wood Good Blue 0.0 400 c Rooms Window Frame Wood Good Blue 0.5 401 c Room 5 Window Frame Wood Good White 0.3 402 A Room 5 Wall D all Good White 0.0 403 B Room 5 Wall D all Good White 0.0 404 c Room 5 Wall D all Good White 0.2 405 D Room 5 Wall D all Good White 0.0 406 D Room 5 Door Frame Wood Good Blue 0.0 407 B Conference Room Window Sill Wood Good Blue 0.0 408 B Conference Room Window Frame Wood Good Blue 0.5 409 A Conference Room Wall D all Good Gra 0.0 410 B Conference Room Wall D all Good Gra 0.3 411 c Conference Room Wall D all Good Gra 0.2 412 D Conference Room Wall D all Good Gra 0.0 413 A Hall Baseboard Wood Good Blue 0.0 414 B Hall Baseboard Wood Good Blue 0.2 415 c Hall Baseboard Wood Good Blue 0.0 416 D Hall Baseboard Wood Good Blue 0.0 417 A Conference Room Baseboard Wood Good Blue 0.2 418 B Conference Room Baseboard Wood Good Blue 0.0 419 c Conference Room Baseboard Wood Good Blue 0.0 420 D Conference Room Baseboard Wood Good Blue 0.0 421 A Room 12 Wood Panelin Wood Good Blue 0.0 422 B Room 12 Wall D all Good Blue 0.0 423 c Room 12 Wall D Good Blue 0.2 424 D Room 12 Wall D Good Blue 0.1 425 A Room 12 Metal Door Metal Good Blue 0.5 426 A Room 12 Door Frame Metal Good Blue 0.2 427 B Room 12 Door Metal Good Blue 0.0 428 B Room 12 Door Frame Metal Good Blue 0.9 429 B Room 12 Door Frame Metal Good Blue 0.0 430 B Room 12 Door Frame Metal Good Blue 0.6 431 A Room 12 Window Sill- Pratt Office Wood Good Blue 0.0 432 A Room 12 Baseboard Wood Good Blue 0.1 433 c Room 12 Baseboard Wood Good Blue 0.2 434 D Room 12 Window Sill Wood Good Blue 0.2 435 B Mechanical Room Interior Door Metal Good Brown 0.0 436 B Mechanical Room Door Frame Metal Good Brown 0.2 437 B Exterior Mechanical Room Door Metal Good Brown 0.1 438 c Exterior Awn in Wood Good Gra 0.3 439 c Exterior Awnin Column Metal Good Gra 0.0 440 c Exterior Awn in Wood Good Gra 0.0 441 c Exterior Door Metal Good Gra 0.4 442 c Exterior Door Frame Metal Good Gra 0.0 443 c Exterior Radio Antenna/Tower Metal Good Black 0.1 444 D Exterior Yellow Curb Concrete Fair Yellow 7.8

Page 24 Tab F8

Summary ofXRF Lead Results

447 A 0.0 448 B all 0.1 449 c all Good 0.0 450 D all Good 0.0 451 c Door Metal Good 0.0 452 c Door Frame Metal Good 0.8 453 c Door Frame Metal Good 0.0 454 A Kitchen Wall D all Good 0.2 455 B Kitchen Wall D all Good 0.1 456 c Kitchen Wall D all Good 0.3 457 D Kitchen Wall D all Good 0.0 458 B Wall- Small Office D all Good 0.1 459 c Window Blinds Plastic Good 0.3 460 A Wall D all Good Gra 0.0 461 B Mobili Wall D all Good Gra 0.2 462 c Mobili Wall D all Good Gra 0.2 463 D Mobilit Wall D all Good Gra 0.1 464 D Mobil it Old Ba Door Frame Wood Good White 0.0 465 D Mob iii Old Ba Door Wood Good White 0.0 466 D Mobili Steel Column Metal Good White 0.0 467 D Mobili Door Metal Good Blue 0.0 468 D Mobilit Door Frame Metal Good Blue 0.0 469 D Mobil it Door Metal Good Gra 0.2 470 D Door Frame Metal Good White 0.0 471 A Door Metal Good Blue 0.0 472 A Door Frame Wood Good Blue 0.3 473 A Classroom Wall-Panelin Wood Good Gra 0.0 474 A Classroom Door Metal Good White 0.0 475 A Classroom Door Frame Metal Good White 0.0 476 A Gm Wall D all Good White 0.0 477 B Gm Wall D all Good White 0.0 478 c Gm Wall D all Good White 0.1 479 B Gm Structural Steel Metal Good Gra 0.5 480 B Steel Beam- Closet Metal Good Gra 1.2 481 8 Gm Steel Beam- Closet Metal Good Gra 1.2 482 Floor G m- Closet Floor Concrete Good Gra 0.0 483 c Gm Baseboard Wood Good Brown 0.4 484 D Gm Baseboard Wood Good Brown 0.0 485 D Gm Door Frame Metal Good Blue 0.0 486 B Wall Concrete Good White 0.0 487 B Bathroom Door Wood Good Li ht Blue 0.0 488 B Bathroom Partition Wood Good 0.0 489 B Hallwa Door Metal Good 0.0 490 B Hallwa Door Frame Metal Good Blue 1.0 491 B Hallwa Door Frame Metal Good Blue 0.1 492 B Office Hallwa Door Frame Metal Good Blue 0.4 493 A Office Wall Concrete Good White 0.0 494 B Office Wall Concrete Good White 0.3 495 D Office Door Metal Good Blue 0.0

Page 25 Tab F8

Summary ofXRF Lead Results

496 D Office Door Frame Wood Good Blue 0.2 497 B Office Door Frame Metal Good Blue 0.0 498 B Office Door Metal Good Blue 0.0 499 B Office Door Frame Metal Good Brown 0.3 500 B Office Wall D all Good Brown 0.0 501 A Exterior Wall Metal Good Bei e 0.7 502 A Exterior Door Metal Good Bei e 0.3 503 A Exterior Door Frame Metal Good Bei e 0.1 504 A Exterior Yellow Stri Under Door Concrete Good Yellow 0.7 505 A Exterior Yellow Stri Under Door Concrete Good Yellow 0.5 506 A Exterior Wall Metal Good Bei e 0.0 507 A Exterior Lo istics Door Metal Good Brown 1.0 508 A Exterior Lo istics Door Metal Good Brown 0.3 509 A Exterior Door Frame Metal Good Brown 0.5 510 A Exterior Yellow Stri Under Door Concrete Good Yellow 0.1 511 A Exterior Yellow Stri Under Door Concrete Good Yellow 1.3 512 A Exterior Yellow Bollard Concrete Good Yellow 1.6 513 B Exterior YellowStri Under Door Concrete Good Yellow 8.9 514 B Exterior Ba Door Metal Good Brown 0.6 515 B Exterior Ba Door Frame Metal Good Brown 6.6 516 B Exterior Wall Metal Good Bei e 0.4 517 B Exterior Exterior Double Door Metal Good Brown 0.5 518 B Exterior Door Frame Metal Good Brown 0.0 519 B Exterior Ba Door Metal Good Brown 0.4 520 B Exterior Door Frame Metal Good Brown 0.0 521 B Exterior Window Frame Metal Good Brown 0.0 522 B Exterior Curb Concrete Good Yellow 6.2 523 c Exterior Wall Metal Good Bei e 0.4 524 c Exterior Door Metal Good Brown 0.0 525 c Exterior Door Frame Metal Good Brown 0.0 526 c Exterior Awnin Column Metal Good Yellow 0.0 527 c Exterior Awnin Roof Metal Good Yellow 0.1 528 c Exterior Old Slidin Door Metal Good Brown 4.3 529 D Exterior Wall Metal Good Bei e 0.2 530 D Exterior Door Metal Good Brown 0.0 531 D Exterior Door Frame Metal Good Brown 0.0 532 D Exterior Door Metal Good Brown 0.0 533 D Exterior Curb Concrete Good Yellow 1.3 534 D Exterior Parkin Lot Line Concrete Good Yellow 6.7 535 Calibration Check 1.7

6 Calibration Check 2.0 7 Calibration Check 1.8

Note: Federal Lead Standard is 1.0 mg/cm2.

Note: Bold lines indicated a sample that exceeds the Federal Lead Standard.

Note: The OSHA Lead in Construction Standard 29 CFR 1926.62 applies with any detectable amount of lead present. All areas sampled should be considered to have detectable amounts of lead in those areas.

Note: Sampling conducted in buildings 1907, 1908, and 1914 on November 28-29, 2006.

Page 26 Tab F8

165th ANG Buildings 1907, 1908, and 1914

APPENDIX I

Asbestos Bulk Analysis Sheets

S&ME Project No. 1138-06-129

P age 27

Tab F8

9731G Southern Pine Boulevard Cltarlotte, NC 28273

POLARIZED LIGHT

MICROSCOPY E

704-940-1830 Fax 704-565-4929

NVLAP ID 102075-0

Performed by EPA 600/R-931116 Metltod

Asbestos Analysis Summary Client Name Client Job

Savannah Branch

Pond + Co. Air National Guard

130 Stephenson Ave. Suite 204

Savannah GA 31405

Date Received 1113012006

Date Analyzed 121112006

Job Number

Lab ID:

06-25898

06-25899

06-25900A

06-25900B

1138-06-129

Sample#:

Y-\1cv\.A.~-'() I oL._~

Analyzed by: Liamm D'Oleo

Additional Comments:

Appearance

SANDY FIBROUS

SANDY FIBROUS

WHITE NONFIBROUS

YELLOW/BLACK FIBROUS

Comments

TILE

MASTIC

Total Asbestos %/Type

ND

ND

ND

3 CHRYSOTILE

Non-Asbestos Fibrous %/Type

40 CELLULOSE

40 MINERAL WOOL

45 CELLULOSE

35 MINERAL WOOL

5 CELLULOSE

..z::-;c~--··

Jane Wasilewski Laboratory Manager

For heterogeneous samples easily separated into subsamples, and for layered samples, each component is analyzed separately. ND= None Detected (Asbestos Not Present In Representative Sample). RCF= (Refractory Ceramic Fiber) The results pertain only to the sample identification above.

The sample may not be fully representative of the larger material in question. This sheet may not be reproduced except with permission from S&ME, Inc. This report may not be used to claim product endorsement by NVLAP or any agency of the U.S. Government. Although Polarized Light Microscopy (PLM/Dispersion Staining) (Method EPA 600/R-93/116) is the specified method for analysis of bulk material samples for asbestos under the EPA Asbestos Hazard Emergency Response Act, there have been reports that this method may not identify asbestos when fiber sizes are extremely small or if they are bound in a resinous material.

Such materials include floor tile, mastic and aspbaltic roofing. Currently, reanalysis by Transmission Electron Microscopy (TEM) to verify results of <1°/o or "None Detected" for these materials is recommended.

Non-Fibrous %/Type

20 PERLITE

20 PERLITE

100 OTHER

92 OTHER

Pagel o/9 age 28

Tab F8

Job Number 1138-06-129

Lab ID:

06-25901A

Sample #: Appearance

4 WHITE NONFIBROUS

06-25901B 4 YELLOW NONFIBROUS

06-25901C 4 SANDY NONFIBROUS

06-25901D 4 BLACK NONFIBROUS

06-25902 5 SANDY FIBROUS

06-25903 6 SANDY FIBROUS

\..-:1°'-'-~u 1 oQ_,,____,, Analyzed by: Liamm D'Oleo

Additional Comments:

Comments

TILE 1

MASTIC 1

TILE2

MASTIC2

Total Asbestos %/Type

ND

ND

2 CHRYSOTILE

6 CHRYSOTILE

ND

ND

Non-Asbestos Fibrous %/Type

45 CELLULOSE

35 MINERAL WOOL

40 CELLULOSE

40 MINERAL WOOL

Jane Wasilewski Laboratory Manager

For heterogeneous samples easily separated into subsamples, and for layered samples, each component is analyzed separately. ND= None Detected (Asbestos Not Present In Representative Sample). RCF= (Refractory Ceramic Fiber) The results pertain only to the sample identification above.

The sample may not be fully representative of the larger material in question. This sheet may not he reproduced except with permission from S&ME, Inc. This report may not be used to claim product endorsement by NVLAP or any agency of the U.S. Government Although Polarized Light Microscopy (PLM/Dispersion Staining) (Method EPA 600/R-93/116) is the specified method for analysis of bulk material samples for asbestos under the EPA Asbestos Hazard Emergency Response Act, there have been reports that this method may not identify asbestos when fiber sizes are extremely small or if they are bound in a resinous material.

Such materials include floor tile, mastic and asphaltic roofing. Currently, reanalysis by Transmission Electron Microscopy (TEM) to verify results of<l% or "None Detected" for these materials is recommended.

Non-Fibrous %/Type

100 OTHER

100 OTHER

98 OTHER

94 OTHER

20 PERLITE

20 PERLITE

Page2of9 age 29

Tab F8

Job Number 1138-06-129

Lab ID:

06-25904A

Sample #: Appearance Comments

SHEETROCK

Total Asbestos %/Type

Non-Asbestos Fibrous %/Type

7 WHITE FIBROUS ND 30 CELLULOSE

06-25904B 7 WHITE NONFIBROUS JTCOMPOUND ND

06-25905A 8 SANDY FIBROUS SHEETROCK ND 75 CELLULOSE

06-25905B 8 WHITE NONFIBROUS JTCOMPOUND ND

06-25906A 9 WHITE FIBROUS SHEETROCK ND 55 CELLULOSE

06-25906B 9 WHITE NONFIBROUS JTCOMPOUND ND

hlC'-.A.~,: L) \ 09.._,.,,__,., ,.ff?:.~~;::_ __ _

Analyzed by: Liamm D'Oleo Jane Wasilewski Laboratory Manager

Additional Comments:

For heterogeneous samples easily separated into subsamples, and for layered samples, each component is analyzed separately. ND= None Detected (Asbestos Not Present In Representative Sample). RCF= (Refractory Ceramic Fiber) The results pertain only to the sample identification above.

The sample may not be fully representative of the larger material in question. This sheet may not be reproduced except with permission from S&ME, Inc. This report may not be used to claim product endorsement by NV:LAP or any agency of the U.S. Government. Although Polarized Light Microscopy (PLM/Dispersion Staining) (Method EPA 600/R-93/116) is the specified method for analysis of bulk material samples for asbestos under the EPA Asbestos Hazard Emergency Response Act, there have been reports that this method may not identify asbestos when fiber sizes are extremely small or if they are bound in a resinous material Such materials include floor tile, mastic and asphaltic roofing. Currently, reanalysis by Transmission Electron Microscopy (I'EM) to verify results of <lo/o 01·

"None Detected" for these materials is recommended.

Non-Fibrous %/Type

70 GYPSUM

100 OTHER

25 GYPSUM

100 OTHER

45 GYPSUM

100 OTHER

Page3 of9 age 30

Tab F8

Job Number 1138-06-129

Lab ID:

06-25907

Sample #: Appearance

10 GREY FIBROUS

06-25908 11 GREY FIBROUS

06-25909A 12 WHITE NONFIBROUS

06-259098 12 YELLOW NONFIBROUS

06-25910A 13 TAN NONFIBROUS

06-259108 13 YELLOW NONFIBROUS

h\C'-A~.._:L) \ ()Q__,,,__,,, Analyzed by: Liamm D'Oleo

Additional Comments:

Comments

TILE

MASTIC

TILE

MASTIC 1

Total Asbestos %/Type

ND

ND

ND

ND

ND

ND

Non-Asbestos Fibrous %/Type

2 CELLULOSE

4 CELLULOSE

<1 CELLULOSE

<1 CELLULOSE

~!"\2~-=---~

Jane Wasilewski Laboratory Manager

For heterogeneous samples easily separated into subsamples, and for layered samples, each component is analyzed separately. ND= None Detected (Asbestos Not Present In Representative Sample). RCF= (Refractory Ceramic Fiber) The results pertain only to the sample identification above.

The sample may not be fully representative of the larger material in question. This sheet may not be reproduced except with permission from S&ME, Inc. This report may not he used to claim product endorsement by NVLAP or any agency of the U.S. Government Although Polarized Light Microscopy (PLM/Dispersion Staining) (Method EPA 600/R-93/116) is the specified method for analysis of bulk material samples for asbestos under the EPA Asbestos Hazard Emergency Response Act, there have been reports that this method may not identify asbestos when fiber sizes are extremely small or if they are bonnd in a resinous material.

Such materials include 11oor tile, mastic and asphaltic roofing. Currently, reanalysis by Transmission Electron Microscopy (TEM) to verify results of <l % or "None Detected" for these materials is recommended.

Non-Fibrous %/Type

98 OTHER

96 OTHER

100 OTHER

100 OTHER

100 OTHER

Page4of9 age 31

Tab F8

Job Number 1138-06-129

Lab ID:

06-25910C

Sample#: Appearance Comments

MASTIC2

Total Asbestos 'Yo/Type

Non-Asbestos Fibrous 'Yo/Type

13 BLACK FIBROUS ND 10 CELLULOSE

06-25911A 14 TAN NONFIBROUS TILE 1 ND

06-259118 14 YELLOW NONFIBROUS MASTIC 1 ND

06-25911C 14 BLACK FIBROUS MASTIC 2 ND 9 CELLULOSE

06-259110 14 SANDY NONFIBROUS TILE2 2 CHRYSOTILE

06-25911E 14 YELLOW NONFIBROUS MASTIC 3 ND

h\(J..-"~"~u \ CJQ_A,_~ ..e~~--

Analyzed by: Liamm D'Oleo Jane Wasilewski Laboratory Manager

Additional Comments:

For heterogeneous samples easily separated into subsamples, and for layered samples, each component is analyzed separately. ND= None Detected (Asbestos Not Present In Representative Sample). RCF= (Refractory Ceramic Fiber) The results pertain only to the sample identification above.

The sample may not be fully representative of the larger material in question. This sheet may not be reproduced except with permission from S&ME, Inc. This report may not be used to claim product endorsement by NVLAP or any agency of the U.S. Government. Although Polarized Light Microscopy (PLM/Dispersion Staining) (Method EPA 600/R-93/116) is the specified method for analysis of bulk material samples for asbestos under the EPA Asbestos Hazard Emergency Response Act, there have been reports that this method may not identify asbestos when fiber sizes are extremely small or if they are bound in a resinous material.

Such materials include floor tile, mastic and aspbaltic roofing. Currently, reanalysis by Transmission Electron Microscopy (TEM) to verify results of <1 % or

''None Detected" for these materials is recommended.

Non-Fibrous 'Yo/Type

900THER

100 OTHER

1000THER

91 OTHER

98 OTHER

Page5of9 age 32

Tab F8

Job Number 1138-06-129

Lab ID:

06-25912

Sample #: Appearance Comments

BASEBOARD (ONLY)

Total Asbestos %/Type

Non-Asbestos Fibrous %/Type

15 BLACK NONFIBROUS ND <1 CELLULOSE

06-25913 16 BLACK NONFIBROUS BASEBOARD (ONLY) ND <1 CELLULOSE

06-25914A 17 BLUE NONFIBROUS BASEBOARD ND

06-25914B 17 YELLOW NONFIBROUS MASTIC ND

06-25915A 18 BLUE NONFIBROUS BASEBOARD ND

06-25915B 18 YELLOW NONFIBROUS MASTIC ND

\r,:1c>...A-"-'"-~-\:.,) \ CJ9._"-_,, ~~<f::::: __

Analyzed by: Liamm D'Oleo Jane Wasilewski Laboratory Manager

Additional Comme11ts:

For heterogeneous samples easily separated into subsamples, and for layered samples, each component is analyzed separately. ND= None Detected (Asbestos Not Present In Representative Sample). RCF= (Refractory Ceramic Fiber) The resnlts pertain only to the sample identification above.

The sample may not be fully representative of the larger material in question. This sheet may not be reproduced except with permission from S&ME, Inc. This report may not be used to claim product endorsement by NVLAP or any agency of the U.S. Government. Although Polarized Light Microscopy (PLM/Dispersion Staining) (Method EPA 600/R-931116) is the specified method for analysis of bnlk material samples for asbestos under the EPA Asbestos Hazard Emergency Response Act, there have been reports that this method may not identify asbestos when fiber sizes are extremely small or if they are bound in a resinous material Such materials include floor tile, mastic and aspbaltic roofing. Currently, reanalysis by Transmission Electron Microscopy (TEM) to verify resnlts of <l % or "None Detected" for these materials is recommended.

Non-Fibrous %/Type

100 OTHER

100 OTHER

100 OTHER

100 OTHER

100 OTHER

Page6 of9 age 33

Tab F8

Job Number 1138-06-129

Lab ID: Sample#: Appearance

06-25916 19 SANDY FIBROUS

06-25917 20 TAN FIBROUS

06-25918 21 TAN FIBROUS

06-25919A 22 GREY NONFIBROUS

06-259198 22 YELLOW NONFIBROUS

06-25920A 23 GREY NONFIBROUS

\.-.:\c._"-,,_,,._ • ...,:-u 109._,,___,, Analyzed by: Liamm D'Oleo

Additional Comments:

Total Asbestos Comments %/I'ype

ND

ND

ND

TILE ND

MASTIC ND

TILE ND

Non-Asbestos Fibrous %/Type

55 CELLULOSE

25 MINERAL WOOL

100 CELLULOSE

100 CELLULOSE

c::..-;,_,-:;;~-- Z·-«· ... - -"°

Jane Wasilewski Laboratory Manager

For heterogeneous samples easily separated into subsamples, and for layered samples, each component is analyzed separately. ND= None Detected (Asbestos Not Present In Representative Sample).