Lead and Asbestos Survey - 05 Dec 2017.pdf

Report of Pre-Demolition/Renovation Asbestos Survey and Lead-Based Paint Screen 165th Airlift Wing Savannah/Hilton Head International Airport Garden City, Georgia Geo-Hydro Project Number 171082.30

Burns & McDonnell December 5, 2017

1000 Cobb Place Blvd., Suite 290 ● Kennesaw, Georgia 30144 o: 770.426.7100 ● f: 770-426-5209 ● www.geohydro.com

Mr. Kent Henson, LEED AP BD+C, CPMP December 5, 2017 Senior Project Manager\Aviation & Federal Burns & McDonnell 3650 Mansell Road Suite 300 Alpharetta, Georgia, 30022

Report of Pre-Demolition/Renovation Asbestos Survey and Lead-Based Paint Screen 165th Airlift Wing

Savannah/Hilton Head International Airport Garden City, Georgia

Geo-Hydro Project Number 171082.30 Dear Mr. Henson:

Geo-Hydro Engineers, Inc. has completed the Pre-Demolition/Renovation Asbestos Survey and Lead-Based Paint Screen for the nine select buildings at the 165th Airlift Wing at Savannah/Hilton Head International Airport. The purpose of the pre-demolition/renovation survey is to identify and quantify regulated materials that require special handling during the demolition or renovation of the select on-site structures.

Our work was performed in general accordance with our proposal 21117.3 dated October 25, 2017. This report and our observations are intended solely for the benefit of Burns & McDonnell and the Air National Guard and may not be used or relied upon by any other party without Geo-Hydro’s prior written consent.

SITE DESCRIPTION

The subject property consists of nine select buildings at the 165th Airlift Wing at the Savannah/Hilton Head International Airport in Garden City, Georgia, including: Building 112, Building 113, Building 114, Building 115, Building 117, Building 119, Building 173, Building 198, and Building 199. The approximate site location is shown on Figure 1 in the Appendix.

Building 112: Building 112 was a single-story, open air, metal frame building and was generally unfinished on the exterior and the interior.

Building 113: Building 113 was a single-story, concrete masonry unit (CMU) building that was finished on the interior with floor tiles, ceiling drywall system components, and other materials, and was generally finished on the exterior with CMU walls and a metal roof.

Building 114: Building 114 was a single-story, CMU building that was finished on the interior with floor tiles ceiling drywall system components, and other materials, and was generally finished on the exterior with CMU walls and a metal roof.

Building 115: Building 115 was a large aircraft hangar constructed out of CMU walls with a metal roof, and generally unfinished on the interior.

Savannah/Hilton Head International Airport 165th Airlift Wing – Pre-Demolition/Renovation ACM Survey and LBP Screen ● Garden City, Georgia Project Number 171082.30

December 5, 2017 │ 2

Building 117: Building 117 was an office building attached to Building 115 and was finished on the interior with drywall system components, ceiling tiles, floor tiles, cove base, and other materials, and was generally finished on the exterior with metal paneling and a metal roof.

Building 119: Building 119 was a single-story, open air, metal frame building, and was generally unfinished on the exterior and the interior.

Building 173: Building 173 was of CMU construction and was finished on the interior with floor tiles, ceiling tiles, cove base, and other materials, and was generally finished on the exterior with a stucco-like veneer, CMU walls, and an asphalt-shingle roof.

Building 198: Building 198 was of CMU construction and was finished on the interior with floor tiles, ceiling tiles, ceiling drywall system components, and other materials. It was generally finished on the exterior with CMU walls and a metal roof.

Building 199: Building 199 was a large aircraft hangar with offices on either side of the hangar. Building 199 was finished on the interior of the offices with floor tiles, ceiling tiles, drywall system components, and other materials, and was generally finished on the exterior with CMU walls and an asphalt sheet membrane roof.

PROCEDURES

Suspect Asbestos and Lead-Based Paint Sampling

Mr. Tyler Kelly and Mr. Sam Deck, certified Asbestos-In-Buildings Inspectors (Toxic Substances Control Act (TSCA) Title II) performed a pre-demolition/renovation asbestos survey for the subject property building on November 13 and 14, 2017. The asbestos survey was performed in general accordance with ASTM E2356-05 Standard Practice for Comprehensive Building Asbestos Surveys. Reasonable time and effort was expended to identify and sample as many homogeneous areas of suspect asbestos containing building materials (ACMs) and lead-based paint (LBP) as possible. Visually identified suspect materials were sampled to represent conditions of accessible building space.

Due to the hidden nature of many building components it may be impossible to determine if all of the suspected building materials have been located and tested. Destructive testing in some cases is not a viable option. Therefore, we cannot guarantee that all suspect ACMs have been located and sampled. For the same reasons, estimates of ACM quantities and current physical conditions are subject to observations made during the site visit. In the event that additional suspect ACMs are discovered, please contact Geo-Hydro to examine and possibly collect additional building material samples.

A total of 146 samples of suspect ACMs from various building materials, including floor tiles, drywall system components, caulking, roofing systems, and other materials, were collected from the subject property buildings. The suspect asbestos samples were submitted to Analytical Environmental Services, Inc. (AES) in Atlanta, Georgia. AES is accredited by the National Voluntary Laboratory Accreditation Program (NVLAP) and the American Industrial Hygiene Association (AIHA) for bulk asbestos fiber analysis. The

Savannah/Hilton Head International Airport 165th Airlift Wing – Pre-Demolition/Renovation ACM Survey and LBP Screen ● Garden City, Project Number 171082.30

December 5, 2017 │ 3 samples were analyzed for asbestos content using polarized light microscopy (PLM) and dispersion staining (EPA Method 600/R-93/116).

Twenty-two representative interior and exterior paint chip samples from the structures on the subject property were collected for total lead analysis. The paint chip samples were submitted to AES laboratory in Atlanta, Georgia. The samples were analyzed for total lead (NIOSH Method 7082).

During transportation and storage, a chain-of-custody form was maintained and signed by each individual in possession of the samples. Copies of the analytical test results and chain-of-custody forms are included in the Appendix.

FINDINGS

Asbestos Containing Building Materials

Laboratory analyses detected regulated concentrations of asbestos in 20 of the 147 samples analyzed. The results of the asbestos laboratory analysis are presented in the Appendix. The ACM samples and corresponding percent (%) of asbestos detected are noted below. Asbestos contractors are expected to calculate their own ACM quantities for cost estimating and regulatory notification purposes.

Building 199:

Grey Interior Caulk: Laboratory analysis detected 5% chrysotile asbestos in the grey caulk in samples 199-6 and 199-24 collected from the men’s restroom and Room 3, respectively. The grey caulk is considered a Category II non-friable ACM.

Roofing Systems: Laboratory analysis detected 5% chrysotile asbestos in Layer 2 of the roofing systems and 30% chrysotile asbestos in Layer 3 of the roofing systems in samples 199-36 and 199- 37 respectively collected from the asphalt sheet membrane roof. The roofing systems are considered a Category I non-friable ACM.

White Exterior Caulk: Laboratory analysis detected 5% chrysotile asbestos in the white exterior caulk in sample 199-38 collected from the exterior of Building 199, along the base of a window sill of room 5A. The exterior caulk is considered a Category II non-friable ACM.

Thermal Systems Insulation – Elbow – Fire Suppression Room: Laboratory analysis detected 30% chrysotile asbestos within the thermal systems insulation elbow in sample 199-39 collected from the fire suppression room. The thermal systems insulation is considered a friable regulated asbestos containing material (RACM). This material was identified in the fire suppression room and may be present elsewhere throughout Building 199.

Savannah/Hilton Head International Airport 165th Airlift Wing – Pre-Demolition/Renovation ACM Survey and LBP Screen ● Garden City, Project Number 171082.30

December 5, 2017 │ 4

Grey Exterior Caulk: Laboratory analysis detected 5% chrysotile asbestos in the grey caulk within sample 199-42 collected from the exterior of Building 199 along the base of a window sill on the north face. The exterior caulk is considered a Category II non-friable ACM.

Building 198:

Black Mastic: Laboratory analysis detected 3% chrysotile asbestos in the black mastic within samples 198-1, 198-2, 198-3, 198-4, 198-13, 198-19, 198-20 collected throughout Building 198.

The black mastic was identified under layers of carpet and floor tile throughout Building 198. The black mastic is considered a Category I non-friable ACM. It is estimated that there are approximately 9,000 square feet of black mastic at Building 198.

Tan Floor Tile: Laboratory analysis detected 2% chrysotile asbestos in the tan floor tile within samples 198-3 and 198-4 collected from the reception area of Building 198. The tan 12”x12” floor tile is considered a Category I non-friable ACM. It is estimated that approximately 3,000 square feet of tan floor tile are present in Building 198.

Glue Under Carpet / Floor Tile / Black Mastic: Laboratory analysis detected 2% chrysotile asbestos in the floor tile within samples 198-13 and 198-19 collected from an office and the auditorium of Building 198, respectively. The floor tile is considered a Category I non-friable ACM. This floor tile was identified under layers of carpet or other floor tiles and was identified as “tan” by the laboratory. It may be possible that the floor tile in samples 198-13 and 198-19 are the same type of tiles in samples 198-3 and 198-4. It is estimated that there are approximately 3,000 square feet of tan floor tile at Building 198.

Building 117:

Black Mastic: Laboratory analysis detected 3% chrysotile asbestos in the black mastic within samples 117-4, 117-8, and 117-9 collected throughout Building 117. The black mastic was identified under layers of floor tile throughout Building 117. The black mastic is considered a Category I non-friable ACM. It is estimated that there are approximately 600 square feet of black mastic at Building 117.

White 12”x12” Floor Tile: Laboratory analysis detected 2% chrysotile asbestos in the white 12”x12” floor tile within samples 117-3 and 117-4 collected from the office of Building 117. The white 12”x12” floor is considered a Category I non-friable ACM. It is estimated that there are approximately 300 square feet of white floor tile at Building 117.

Tan 12”x12” Floor Tile: Laboratory analysis detected 2% chrysotile asbestos in the tan 12”x12” floor tile within samples 117-8 and 117-9 collected from the office of Building 117. The tan 12”x12” floor is considered a Category I non-friable ACM. It is estimated that there are approximately 300 square feet of tan floor tile at Building 117.

Savannah/Hilton Head International Airport 165th Airlift Wing – Pre-Demolition/Renovation ACM Survey and LBP Screen ● Garden City, Project Number 171082.30

December 5, 2017 │ 5

Foundation Caulk: Laboratory analysis detected 10% chrysotile asbestos in the foundation caulk within sample 117-13 collected from the exterior of Building 117 between the concrete foundation and sheet metal siding. The exterior caulk is considered a Category II non-friable ACM.

Exterior White Caulk: Laboratory analysis detected 10% chrysotile asbestos in the white caulk within sample 117-16 collected from the exterior of Building 117 along the connecting passageway between Building 115 and Building 117. The exterior caulk is considered a Category II non-friable

ACM.

The results of the asbestos laboratory analysis are presented in the Appendix.

Lead-Based Paint

Lead was detected in numerous paint-chip samples collected from the subject property. The following paint chip samples were determined by laboratory analysis to contain lead at a concentration greater than or equal to the United States Department of Housing and Urban Development (HUD) threshold of 0.5% by weight.

The paint chip samples and corresponding percent (%) of lead detected are noted below:

Building 198

Yellow Threshold Paint Sample (L198-3): Laboratory analysis detected 2.35% lead in the paint chip sample collected from an interior doorway threshold in Building 198.

Laboratory analyses for lead were either below laboratory reporting limits or below 0.5% by weight for the remaining paint chip samples analyzed. The results of the paint chip tests are presented in the Appendix.

CONCLUSIONS AND RECOMMENDATIONS

We recommend the materials listed as ACMs above in the Findings section be considered ACMs in their entirety at the subject property. It should be noted that some elevated areas within the hangar referred to as Building 199 were not safely accessible; this should be considered a limitation to this assessment.

Prior to demolition or renovation, a licensed asbestos abatement contractor should remove and dispose of the asbestos-containing materials identified by this report that will be disturbed during demolition or renovation. The Georgia Environmental Protection Division requires notifications for demolition of ACMs.

Additionally, ACMs encompassing at least 10 square feet are regulated by the U.S. Environmental Protection Agency (USEPA) under the National Emission Standards for Hazardous Air Pollutants (NESHAP) and also by the Occupational Safety and Health Administration (OSHA) under its worker protection regulations. These regulations require special handling and disposal procedures when asbestos containing materials are disturbed.

Lead was detected in numerous paint-chip samples collected from the subject property. The United States Department of HUD defines “lead-based paint” as paint containing more than 0.5% lead by dry weight of the paint. Based on the HUD’s lead-based paint definition, paint chip laboratory analyses did identify the yellow

Savannah/Hilton Head International Airport 165th Airlift Wing – Pre-Demolition/Renovation ACM Survey and LBP Screen ● Garden City, Project Number 171082.30

December 5, 2017 │ 6 threshold paint at Building 198 as lead-based paint. We recommend that prior to demolition or renovation, the contractor make a specific composite sample of what will become demolition debris from each structure and test the debris sample for Toxic Characteristic (TC) analysis for lead. Demolition debris from commercial projects consisting of components painted with lead-based paint requires TC analysis for lead. If the demolition debris does not exhibit TC for lead that exceeds the regulatory threshold of 5 milligrams per kilogram as a hazardous waste, then the waste may be disposed of in a permitted municipal solid waste landfill or a permitted construction and demolition debris landfill. Materials containing lead paint are regulated by OSHA under its worker protection regulations.

Geo-Hydro Engineers, Inc. has appreciated the opportunity to perform this asbestos survey. If you have any questions concerning this report, or if we can be of further assistance, please call us.

Sincerely, GEO-HYDRO ENGINEERS, INC.

Tyler Kelly Jarrett Baggett, P.G.

Staff Environmental Scientist Environmental Services Director tkelly@geohydro.com jbaggett@geohydro.com

BTK/LJB/171082.30 Savannah International Airport 165th Airlift Wing Pre-Demolition/Renovation ACM and LBP Survey.docx mailto:jbaggett@geohydro.com

Appendix 1 Figures and Photographs

Figure 1: Site Location Plan

Approximate Scale, Miles

0 0.25 0.5 1 1.5

Savannah/Hilton Head International Airport 165th Airlift Wing

112-B

112-G

Approximate Scale: 1"=10'

Savannah/Hilton Head International Airport 165th Airlift Wing Garden City, Georgia Geo-Hydro Project Number 171082.30

Figure 2a: Sample Location Plan Building 112

5 10 20 30

LEGEND: Asbestos Sample Location

Lead Based Paint Sample Location

113-1

113-2

113-3 113-4

113-5

113-6,7

113-8113-9

113-10 113-11 L113-2 L113-1

Approximate Scale: 1"=15'

Savannah/Hilton Head International Airport 165th Airlift Wing Garden City, Georgia Geo-Hydro Project Number 171082.30

Figure 2b: Sample Location Plan Building 113

7.5 15 30 45

114-1 114-2

114-3 114-4

114-5 114-6

114-7 114-8

114-9

114-10

114-11

L114-1

L114-2 L114-3

Approximate Scale: 1"=15'

Savannah/Hilton Head International Airport 165th Airlift Wing Garden City, Georgia Geo-Hydro Project Number 171082.30

Figure 2c: Sample Location Plan Building 114

7.5 15 30 45

115-1

115-2

115-3

115-4

115-6115-5

L115-2

L115-1 L115-3

Approximate Scale: 1"=30'

Savannah/Hilton Head International Airport 165th Airlift Wing Garden City, Georgia Geo-Hydro Project Number 171082.30

Figure 2d: Sample Location Plan Building 115

15 30 60 90

117-1 117-2

117-3 117-4

117-5

117-7 117-8

117-9

117-10

117-11

117-12

117-15 117-14117-13

117-16

117-6L117-1

Approximate Scale: 1"=8'

Savannah/Hilton Head International Airport 165th Airlift Wing Garden City, Georgia Geo-Hydro Project Number 171082.30

Figure 2e: Sample Location Plan Building 117

4 8 16 24

L119-1

L119-2

Not To Scale

Savannah/Hilton Head International Airport 165th Airlift Wing Garden City, Georgia Geo-Hydro Project Number 171082.30

Figure 2f: Sample Location Plan Building 119

173-1 173-2

173-3

173-4

173-5 173-6

173-7 173-8 173-9 173-10 173-11

173-12

173-13 173-14

173-17

173-16

173-15

173-18

173-19173-20 173-21

173-22 173-23

173-24 173-25 173-26

173-27 173-28

173-29

L173-1

L173-2

Approximate Scale: 1"=15'

Savannah/Hilton Head International Airport 165th Airlift Wing Garden City, Georgia Geo-Hydro Project Number 171082.30

Figure 2g: Sample Location Plan Building 173

7.5 15 30 45

198-1,2,11,12,16 198-3,4,5,6

198-7 198-8198-9,10

198-13,14

198-15

198-17

198-18

L198-2

L198-1

198-19

198-20

L198-3

198-23

198-24

198-21,22,27,28

198-25

198-26

L198-4,5

Approximate Scale: 1"=25'

Savannah/Hilton Head International Airport 165th Airlift Wing Garden City, Georgia Geo-Hydro Project Number 171082.30

Figure 2h: Sample Location Plan Building 198

12.5 25 50 75

L199-1,2 199-1 - 199-5 199-6,7199-8,9 199-10,11,14

199-12,13

199-15 - 199-18

199-19 - 199-21

199-22 - 199-27199-28,29

199-30 - 199-34

199-35,38 199-36 199-37

199-39 - 199-41

199-42

199-43

L199-3

L199-4

Approximate Scale: 1"=50'

Savannah/Hilton Head International Airport 165th Airlift Wing Garden City, Georgia Geo-Hydro Project Number 171082.30

Figure 2i: Sample Location Plan Building 199

25 50 100 150

Exterior of Building 117

Plate 1: Laboratory analyses did detect 2% chrysotile asbestos minerals within the white 12”x12” floor tile in sample 117-3.

Plate 2: Laboratory analyses did detect 2% chrysotile asbestos minerals within the white 12”x12” floor tile and 3% chrysotile asbestos minerals within the black mastic in sample 117-4.

Plate 3: Laboratory analyses did detect 2% chrysotile asbestos minerals within the tan 12”x12” floor tile and 3% chrysotile asbestos minerals within the black mastic in sample 117-8.

Plate 4: Laboratory analyses did detect 2% chrysotile asbestos minerals within the tan 12”x12” floor tile and 3% chrysotile asbestos minerals within the black mastic in sample 117-9.

Plate 5: Laboratory analyses did detect 10% chrysotile asbestos minerals within the exterior foundation caulk in sample 117-13.

Plate 6: Laboratory analyses did detect 10% chrysotile asbestos minerals within the white exterior caulk in sample 117-16.

Interior of Building 198

Plate 7: Laboratory analyses did detect 3% chrysotile asbestos minerals within the black mastic in sample 198-1.

Plate 8: Laboratory analyses did detect 3% chrysotile asbestos minerals within the black mastic in sample 198-2.

Plate 9: Laboratory analyses did detect 2% chrysotile asbestos minerals within the tan 12”x12” floor tile and 3% chrysotile asbestos minerals within the black mastic in sample 198-3.

Plate 10: Laboratory analyses did detect 2% chrysotile asbestos minerals within the tan 12”x12” floor tile and 3% chrysotile asbestos minerals within the black mastic in sample 198-4.

Plate 11: Laboratory analyses did detect 2% chrysotile asbestos minerals within the tan floor tile and 3% chrysotile asbestos minerals within the black mastic in sample 198-13.

Plate 12: Laboratory analyses did detect 2% chrysotile asbestos minerals within the tan floor tile and 3% chrysotile asbestos minerals within the black mastic in sample 198-19.

Plate 13: Laboratory analyses did detect 3% chrysotile asbestos minerals within the black mastic in sample 198-20.

Plate 14: Laboratory analyses detected 2.35% lead by weight in paint chip sample L198-3.

Exterior of building 199

Plate 15: Laboratory analyses did detect 5% chrysotile asbestos minerals within the grey caulk in sample 199-6.

Plate 16: Laboratory analyses did detect 5% chrysotile asbestos minerals within the grey caulk in sample 199-24.

Plate 17: Laboratory analyses did detect 5% chrysotile asbestos minerals within Layer 2 and 30% within Layer 3 of the roof core in sample 199-36.

Plate 18: Laboratory analyses did detect 5% chrysotile asbestos minerals within Layer 2 and 30% within Layer 3 of the roof core in sample 199-37.

Plate 19: Laboratory analyses did detect 5% chrysotile asbestos minerals within the white caulk in sample 199-38.

Plate 20: Laboratory analyses did detect 30% chrysotile asbestos minerals within the thermal systems insulation elbow in sample 199-39.

Plate 21: Laboratory analyses did detect 5% chrysotile asbestos minerals within the exterior grey caulk in sample 199-42.

Appendix 2 Asbestos and Lead Analysis Summary Table

Report of Asbestos Survey 165th Airlift Wing – Building 117

Savannah/Hilton Head International Airport

Asbestos Analysis Summary Table

Suspect ACM Sample Number Area Observed ACM (Yes/No)

White 12”x12” Floor Tile 117-3 Office Yes

White 12”x12” Floor Tile 117-4 Office Yes

Tan 12”x12” Floor Tile 117-8 Office Yes

Tan 12”x12” Floor Tile 117-9 Office Yes

Foundation Caulk 117-13 Exterior Yes

White Exterior Caulk 117-16 Exterior Yes

2’x2’ Ceiling Tile - Striated 117-1 Office No

2’x2’ Ceiling Tile - Striated 117-2 Office No

Black Cove Base and Glue 117-5 Office No

Black Cove Base and Glue 117-6 Office No

Brown Cove Base and Glue 117-7 Office No

Brown Cove Base and Glue 117-10 Office No

Drywall System Components 117-11 Office No

Drywall System Components 117-12 Office No

White Exterior Window Caulk 117-14 Exterior No

White Exterior Window Caulk 117-15 Exterior No

165th Airlift Wing – Building 113

Savannah/Hilton Head International Airport

Tan 12”x12” Floor Tile 113-1 Classroom No

Tan 12”x12” Floor Tile 113-2 Classroom No

Interior White Caulk 113-3 Classroom No

Ceiling Drywall System Components 113-4 Classroom No

Ceiling Drywall System Components 113-5 Classroom No

Roofing Paper 113-6 Roof No

Roofing Paper 113-7 Roof No

Tan 12”x12” Floor Tile 113-8 Classroom No

Interior Caulk 113-9 Classroom No

Exterior Caulk 113-10 Exterior No

Exterior Caulk 113-11 Exterior No

165th Airlift Wing – Building 114

Savannah/Hilton Head International Airport

Tan 12”x12” Floor Tile 114-1 Classroom No

Tan 12”x12” Floor Tile 114-2 Classroom No

Roofing Paper 114-3 Roof No

Roofing Paper 114-4 Roof No

Ceiling Drywall System Components 114-5 Classroom No

Ceiling Drywall System Components 114-6 Classroom No

Exterior Caulk 114-7 Exterior No

Exterior Caulk 114-8 Exterior No

Interior Caulk 114-9 Classroom No

Interior Caulk 114-10 Classroom No

Exterior Caulk 114-11 Exterior No

165th Airlift Wing – Building 115

Savannah/Hilton Head International Airport

Exterior Caulk 115-1 Exterior No

Interior Caulk 115-2 Interior No

Interior Caulk 115-3 Interior No

Interior Caulk 115-4 Interior No

Roof Core 115-5 Exterior No

Roof Core 115-6 Exterior No

165th Airlift Wing

Savannah/Hilton Head International Airport

White 12”x12” Floor Tile 117-3 Office Yes

White 12”x12” Floor Tile 117-4 Office Yes

Tan 12”x12” Floor Tile 117-8 Office Yes

Tan 12”x12” Floor Tile 117-9 Office Yes

Foundation Caulk 117-13 Exterior Yes

White Exterior Caulk 117-16 Exterior Yes

2’x2’ Ceiling Tile - Striated 117-1 Office No

2’x2’ Ceiling Tile - Striated 117-2 Office No

Black Cove Base and Glue 117-5 Office No

Black Cove Base and Glue 117-6 Office No

Brown Cove Base and Glue 117-7 Office No

Brown Cove Base and Glue 117-10 Office No

Drywall System Components 117-11 Office No

Drywall System Components 117-12 Office No

White Exterior Window Caulk 117-14 Exterior No

White Exterior Window Caulk 117-15 Exterior No

165th Airlift Wing – Building 173

Savannah/Hilton Head International Airport

Tan/White 12”x12” Floor Tile 173-1 Office No

Tan/White 12”x12” Floor Tile 173-2 Office No

2’x2’ Ceiling Tile Striated 173-3 Office No

2’x2’ Ceiling Tile Striated 173-4 Office No

White 12”x12” Floor Tile 173-5 Lab No

White 12”x12” Floor Tile 173-6 Lab No

2’x4’ Ceiling Tile-Dotted 173-7 Lab No

2’x4’ Ceiling Tile-Dotted 173-8 Lab No

2’x4’ Ceiling Tile – Striated 173-9 Lab No

2’x4’ Ceiling Tile – Striated 173-10 Lab No

Black Cove Base and Glue 173-11 Restroom No

Grey HVAC Glazing 173-12 Lab Mechanical Room No

Interior Caulk 173-13 Office No

Interior Caulk 173-14 Office No

Black Cove Base and Glue 173-15 Office No

Interior Caulk 173-16 Office No

Savannah/Hilton Head International Airport

Interior Caulk 173-17 Office No

Interior Caulk 173-18 Men’s Restroom No

Roof Core 173-19 Roof over Restrooms No

Roof Core 173-20 Roof over Lab No

Interior Caulk 173-21 Men’s Restroom No

2’x2’ Ceiling Tile 173-22 Men’s Restroom No

2’x2’ Ceiling Tile 173-23 Women’s Restroom No

White HVAC Glazing 173-24 Restroom Mechanical Room No

Thermal Systems Insulation Wrap 173-25 Restroom Mechanical Room No

Exterior Stucco 173-26 Exterior No

Exterior Stucco 173-27 Exterior No

Exterior Caulk 173-28 Exterior No

Exterior Caulk 173-29 Exterior No

165th Airlift Wing – Building 198

Savannah/Hilton Head International Airport

Grey 12”x12” Floor Tile 198-01 Entry Room Yes

Blue 12”x12” Floor Tile 198-02 Entry Room Yes

Tan 12”x12” Floor Tile 198-03 Reception Yes

Tan 12”x12” Floor Tile 198-04 Reception Yes

Glue Under Carpet / Floor Tile / Black Mastic 198-13 Office Yes

Glue Under Carpet / Floor Tile / Black Mastic 198-19 Auditorium Yes

Black Mastic on Rubber Tile 198-20 Locker Room Yes

Blue Cove Base with Glue 198-5 Reception No

Blue Cove Base with Glue 198-6 Reception No

Tan Cove Base with Glue 198-7 Hall No

Tan Cove Base with Glue 198-8 Hall No

Black Cove Base with Glue 198-9 Office No

Black Cove Base with Glue 198-10 Office No

Drywall System 198-11 Entry Room No

Drywall System 198-12 Entry Room No

Glue Under Carpet / Floor Tile / Black Mastic 198-14 Office No

Savannah/Hilton Head International Airport

2’x4’ Ceiling Tile – Dotted 198-15 Hall No

2’x4’ Ceiling Tile – Dotted 198-16 Hall No

Ceiling Drywall System Components – Above Drop Ceiling 198-17 Office No

Ceiling Drywall System Components – Above Drop Ceiling 198-18 Locker Room No

White HVAC Glazing 198-21 East Mechanical Room No

White HVAC Glazing 198-22 East Mechanical room No

Ceiling Drywall System Components 198-23 Men’s Restroom No

Ceiling Drywall System Components 198-24 Women’s Restroom No

Glue Under Carpet 198-25 Entrance from Tarmac No

Backsplash Caulk 198-26 Breakroom No

Red HVAC Mastic 198-27 East Mechanical Room No

Red HVAC Mastic 198-28 East Mechanical Room No

Building 199 Savannah/Hilton Head International Airport

Grey Caulk 199-06 Men’s Rest Room Yes

Grey Caulk 199-24 Room 3 Yes

Roof Core 199-36 Roof Yes

Roof Core 199-37 Roof Yes

White Caulk 199-38 Exterior Yes

Thermal Systems Insulation - Elbow 199-39 Fire Suppression Room Yes

Grey Caulk 199-42 Exterior Yes

2’x2’ Ceiling Tile Striated 199-1 Room 5 No

2’x2’ Ceiling Tile Striated 199-2 Room 5 No

2’x2’ Ceiling Tile Striated 199-3 Room 5 No

8” White TSI Straight 199-4 Room 5 No

Black Cove Base with Glue 199-5 Room 5 No

White Interior Caulk 199-7 Men’s Rest Room No

White Interior Caulk 199-8 Room 6 No

8” White TSI Joint 199-9 Room 6 No

8” White TSI Straight 199-10 Room 7 No

Building 199 Savannah/Hilton Head International Airport

1” White TSI Joint 199-11 Room 7 No

Black/Grey Slab Joint Caulk 199-12 Hanger No

Black/Grey Slab Joint Caulk 199-13 Hanger No

1” White TSI Straight 199-14 Room 7 No

Plaster Ceiling Panels 199-15 Room 9 No

Plaster Ceiling Panels 199-16 Room 9 No

8” White TSI Straight 199-17 Room 9 No

Red Mastic 199-18 Room 9 No

Black Cove Base with Glue 199-19 Room 4 No

2’x2’ Ceiling Tile Striated 199-20 Room 4 No

2’x2’ Ceiling Tile Striated 199-21 Room 4 No

Grey Speckled Floor Tile 199-22 Room 3 No

Grey Speckled Floor Tile 199-23 Room 3 No

8” White TSI Straight 199-25 Room 3 No

4” White TSI Elbow 199-26 Room 3 No

4” White TSI Straight 199-27 Room 3 No

Building 199 Savannah/Hilton Head International Airport

Grey HVAC Mastic / Room 2 199-28 Room 2 No

White Interior Caulk 199-29 Room 2 No

White Interior Caulk 199-30 Room 2 No

Black Cove Base with Glue 199-31 Room 1 No

Drywall System 199-32 Room 1 No

Drywall System 199-33 Room 1 No

Drywall System 199-34 Mechanical Room No

White Exterior Caulk 199-35 Exterior No

TSI Straight 199-40 Fire Supply Room No

Exterior Caulk 199-43 Exterior No

Report of Lead Based Paint Screen 165th Airlift Wing – Building 113

Savannah, Georgia

Lead Based Paint Analysis Summary Table

Uppermost Layer Color and Substrate Sample

Number Area Sampled Percent Lead By Weight

White Door Frame Paint L113-01 Door BRL

Red Door Paint L113-02 Door BRL

Note:

BRL = Below Reporting Limit The color of each sample is indicative of the uppermost layer. Each sample was collected from the uppermost layer to the substrate and may contain subsequent layers of paint that may be of different colors.

165th Airlift Wing – Building 114

By Weight

Tan Wall Paint L114-01 Exterior 0.0230

Tan Wall Paint L114-02 Exterior BRL

Tan Wall Paint L114-03 Exterior BRL

Note:

BRL = Below Reporting Limit The color of each sample is indicative of the uppermost layer. Each sample was collected from the uppermost layer to the

165th Airlift Wing – Building 115

By Weight

Tan Paint on Concrete Masonry Units L115-01 Exterior BRL

Brown Paint on Structural Steel L115-02 Interior 0.0833

Tan Paint on Metal Roof L115-03 Exterior BRL

Note:

BRL = Below Reporting Limit The color of each sample is indicative of the uppermost layer. Each sample was collected from the uppermost layer to the

165th Airlift Wing – Building 117

By Weight

White Paint L117-01 Interior BRL

Note:

BRL = Below Reporting Limit The color of each sample is indicative of the uppermost layer. Each sample was collected from the uppermost layer to the

165th Airlift Wing – Building 119

By Weight

Beige Paint on Metal L119-01 Exterior 0.0170

Grey/Silver Paint on Metal L119-02 Interior 0.0644

Note:

BRL = Below Reporting Limit The color of each sample is indicative of the uppermost layer. Each sample was collected from the uppermost layer to the

By Weight

White Trim Paint L173-01 Interior BRL

White Trim Paint L173-02 Interior BRL

Note:

BRL = Below Reporting Limit The color of each sample is indicative of the uppermost layer. Each sample was collected from the uppermost layer to the

By Weight

Yellow Threshold Paint L198-03 Interior Threshold 2.35

White Pain on Concrete Block Wall L198-01 Hallway 0.189

White Paint on Ceiling Drywall Above Drop Ceiling L198-02 Office 0.0369

Beige Paint on Window Sill L198-04 Exterior 0.0149

Black Paint on Metal Door Frame L198-05 Exterior BRL

Note:

BRL = Below Reporting Limit The color of each sample is indicative of the uppermost layer. Each sample was collected from the uppermost layer to the

165th Airlift Wing – Building 199

By Weight

White Paint on Concrete Wall L199-01 Room 5 BRL

Grey Floor Paint L199-02 Room 5 0.0186

White Concrete Paint L199-03 Room 2 BRL

Tan Exterior Wall Paint L199-04 Exterior BRL

Note:

BRL = Below Reporting Limit The color of each sample is indicative of the uppermost layer. Each sample was collected from the uppermost layer to the

Appendix 3 Asbestos and Lead Analytical Laboratory Report

ANALYTICAL ENVIRONMENTAL SERVICES, INC.

22-Nov-17

Bulk Sample Summary Report Lab Code 102082-0

AES Job Number:

Project Number:Project Name:

Client Name:

LocationClient ID AES ID Asbestos Mineral Percentage Comments

1711H76

Building 112 171082.30

Geo-Hydro Engineers, Inc.

AMCH CR AN TR AC

NDNDNDNDNDNDBlack Foundation Caulk/1121711H76

-001A 112-B

Layer:

NDNDNDNDNDNDBlack Foundation Caulk/1121711H76

-001A 112-B

Layer:

NDNDNDNDNDNDGrey Foundation Caulk/1121711H76

-002A 112-G

Layer:

NDNDNDNDNDNDGrey Foundation Caulk/1121711H76

-002A 112-G

Layer:

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

ND = None Detected

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

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

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

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

Materials” (EPA/600/R-93/116), 1993.

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

PLM is not consistently reliable in detecting small concentrations of asbestos in floor tiles and similar nonfriable materials, quantitative TEM is currently the only method that can be used to determine conclusive asbestos content.

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

Microanalyst: QC Analyst:

Yelena KhaninaSvetlana Arkhipov

Bulk Sample Summary Report Lab Code 102082-0

AES Job Number:

Project Number:Project Name:

Client Name:

LocationClient ID AES ID Asbestos Mineral Percentage Comments

1711H77

Building 113 171082.30

Geo-Hydro Engineers, Inc.

AMCH CR AN TR AC

Floor tileNDNDNDNDNDNDTan 12''x12'' Floor

Tile/Classroom

1711H77

-001A 113-1

Layer:

GlueNDNDNDNDNDNDTan 12''x12'' Floor

Tile/Classroom

1711H77

-001A 113-1

Layer:

Leveling compoundNDNDNDNDNDNDTan 12''x12'' Floor

Tile/Classroom

1711H77

-001A 113-1

Layer:

Floor tileNDNDNDNDNDNDTan 12''x12'' Floor

Tile/Classroom

1711H77

-002A 113-2

Layer:

GlueNDNDNDNDNDNDTan 12''x12'' Floor

Tile/Classroom

1711H77

-002A 113-2

Layer:

Leveling compoundNDNDNDNDNDNDTan 12''x12'' Floor

Tile/Classroom

1711H77

-002A 113-2

Layer:

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

ND = None Detected

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

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

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

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

Materials” (EPA/600/R-93/116), 1993.

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

PLM is not consistently reliable in detecting small concentrations of asbestos in floor tiles and similar nonfriable materials, quantitative TEM is currently the only method that can be used to determine conclusive asbestos content.

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

Microanalyst: QC Analyst:

Bulk Sample Summary Report Lab Code 102082-0

AES Job Number:

Project Number:Project Name:

Client Name:

LocationClient ID AES ID Asbestos Mineral Percentage Comments

1711H77

Building 113 171082.30

Geo-Hydro Engineers, Inc.

AMCH CR AN TR AC

Paint included as binderNDNDNDNDNDNDInt. White Caulk/Classroom1711H77

-003A 113-3

Layer:

Paint included as binderNDNDNDNDNDNDCeiling Drywall

System/Classroom

1711H77

-004A 113-4

Layer:

NDNDNDNDNDNDCeiling Drywall

System/Classroom

1711H77

-004A 113-4

Layer:

Paint included as binderNDNDNDNDNDNDCeiling Drywall

System/Classroom

1711H77

-005A 113-5

Layer:

NDNDNDNDNDNDCeiling Drywall

System/Classroom

1711H77

-005A 113-5

Layer:

NDNDNDNDNDNDRoofing Paper (2

Layers)/Roof

1711H77

-006A 113-6

Layer:

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

ND = None Detected

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

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

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

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

Materials” (EPA/600/R-93/116), 1993.

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

PLM is not consistently reliable in detecting small concentrations of asbestos in floor tiles and similar nonfriable materials, quantitative TEM is currently the only method that can be used to determine conclusive asbestos content.

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

Microanalyst: QC Analyst:

Bulk Sample Summary Report Lab Code 102082-0

AES Job Number:

Project Number:Project Name:

Client Name:

LocationClient ID AES ID Asbestos Mineral Percentage Comments

1711H77

Building 113 171082.30

Geo-Hydro Engineers, Inc.

AMCH CR AN TR AC

NDNDNDNDNDNDRoofing Paper (2

Layers)/Roof

1711H77

-006A 113-6

Layer:

NDNDNDNDNDNDRoofing Paper (2

Layers)/Roof

1711H77

-007A 113-7

Layer:

NDNDNDNDNDNDRoofing Paper (2

Layers)/Roof

1711H77

-007A 113-7

Layer:

Floor tileNDNDNDNDNDNDTan 12''x12'' Floor

Tile/Classroom

1711H77

-008A 113-8

Layer:

GlueNDNDNDNDNDNDTan 12''x12'' Floor

Tile/Classroom

1711H77

-008A 113-8

Layer:

Leveling compoundNDNDNDNDNDNDTan 12''x12'' Floor

Tile/Classroom

1711H77

-008A 113-8

Layer:

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

ND = None Detected

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

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

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

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

Materials” (EPA/600/R-93/116), 1993.

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

PLM is not consistently reliable in detecting small concentrations of asbestos in floor tiles and similar nonfriable materials, quantitative TEM is currently the only method that can be used to determine conclusive asbestos content.

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

Microanalyst: QC Analyst:

Bulk Sample Summary Report Lab Code 102082-0

AES Job Number:

Project Number:Project Name:

Client Name:

LocationClient ID AES ID Asbestos Mineral Percentage Comments

1711H77

Building 113 171082.30

Geo-Hydro Engineers, Inc.

AMCH CR AN TR AC

Paint included as binderNDNDNDNDNDNDInt. Caulk/Classroom1711H77

-009A 113-9

Layer:

Paint included as binderNDNDNDNDNDNDExt.Caulk/South End1711H77

-010A 113-10

Layer:

NDNDNDNDNDNDExt.Caulk/South End1711H77

-010A 113-10

Layer:

Paint included as binderNDNDNDNDNDNDExt.Caulk/South End1711H77

-011A 113-11

Layer:

NDNDNDNDNDNDExt.Caulk/South End1711H77

-011A 113-11

Layer:

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

ND = None Detected

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

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

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

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

Materials” (EPA/600/R-93/116), 1993.

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

PLM is not consistently reliable in detecting small concentrations of asbestos in floor tiles and similar nonfriable materials, quantitative TEM is currently the only method that can be used to determine conclusive asbestos content.

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

Microanalyst: QC Analyst:

3080 Presidential Drive Atlanta, GA 30340-3704

Phone: (770) 457-8177 / Toll-Free: (800) 972-4889 / Fax: (770) 457-8188

Work Order:

Page 1 o f 1

AES CHAIN OF CUSTODY

BULK ASBESTOS ANALYSIS

Client Name: Geo-Hydro Engineers, Inc. Phone: (770 ) 426-7100

Address: 1000 Cobb Place Boulevard, Suite 290 Email: sdeck@geohydro.com city, state, zip: Kennesaw, GA 30144 Project Name: Building 114

Contact: 770-426-71 00 Project Number: 171082.30

Sampler's Name: Sam Deck & Tyler Kelly Sampling Date: 11/13/17

Report To: sdeck@geohydro.com Invoice To: sdeck@geohydro.com

Tan 12"xI 2" Floor Tile 1 Classroom 1 PLM

Tan 12"x12" Floor Tile 1 Classroom 1 PLM

Turnaround Time (TAT)

Analysis

Requested Sample ID Comments Sample Location/Description

STD 1

STD I

114-3

114-4

114-5

114-6

114-7 STD I

114-8 114-9

STD 1

Roofing Paper (3layers) I Roof

Roofing Paper (3layers) 1 Roof

Ceiling Drywall System I Classroom

Ceiling Drywall System 1 Classroom

Ext. Caulk I North End

STD I

PLM

PLM

PLM

PLM

PLM

Ext. Caulk / North End Int. Caulk 1 Classroom

1101 1 14-10 I Int. Caulk I Classroom 1 PLM

PLM

PLM

Received by: Datenime:

Submission of samples to the laboratory constitutes acceptance of AES's Terms & Conditions. Samples received after 3PM or on Saturday are considered as received the following business day. If no TAT is marked on COC, AES will proceed with standard TAT.

FOR LAB USE ONLY

DateITirne: 1 l / l q ? 34!.?- Method of Shipment: fi,baC

114-1 1 Ext. Caulk 1 South End PLM

24-Nov-17

Bulk Sample Summary Report Lab Code 102082-0

AES Job Number:

Project Number:Project Name:

Client Name:

LocationClient ID AES ID Asbestos Mineral Percentage Comments

1711H78

Building 114 171082.30

Geo-Hydro Engineers, Inc.

AMCH CR AN TR AC

Floor tileNDNDNDNDNDNDTan 12''x12'' Floor

Tile/Classroom

1711H78

-001A 114-1

Layer:

GlueNDNDNDNDNDNDTan 12''x12'' Floor

Tile/Classroom

1711H78

-001A 114-1

Layer:

Floor tileNDNDNDNDNDNDTan 12''x12'' Floor

Tile/Classroom

1711H78

-002A 114-2

Layer:

GlueNDNDNDNDNDNDTan 12''x12'' Floor

Tile/Classroom

1711H78

-002A 114-2

Layer:

NDNDNDNDNDNDRoofing Paper (3

Layers)/Roof

1711H78

-003A 114-3

Layer:

NDNDNDNDNDNDRoofing Paper (3

Layers)/Roof

1711H78

-003A 114-3

Layer:

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

ND = None Detected

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

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

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

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

Materials” (EPA/600/R-93/116), 1993.

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

PLM is not consistently reliable in detecting small concentrations of asbestos in floor tiles and similar nonfriable materials, quantitative TEM is currently the only method that can be used to determine conclusive asbestos content.

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

Microanalyst: QC Analyst:

Yelena KhaninaPenka Topuzova

Bulk Sample Summary Report Lab Code 102082-0

AES Job Number:

Project Number:Project Name:

Client Name:

LocationClient ID AES ID Asbestos Mineral Percentage Comments

1711H78

Building 114 171082.30

Geo-Hydro Engineers, Inc.

AMCH CR AN TR AC

NDNDNDNDNDNDRoofing Paper (3

Layers)/Roof

1711H78

-003A 114-3

Layer:

NDNDNDNDNDNDRoofing Paper (3

Layers)/Roof

1711H78

-004A 114-4

Layer:

NDNDNDNDNDNDRoofing Paper (3

Layers)/Roof

1711H78

-004A 114-4

Layer:

NDNDNDNDNDNDRoofing Paper (3

Layers)/Roof

1711H78

-004A 114-4

Layer:

Paint included as binderNDNDNDNDNDNDCeiling Drywall System /

Classroom

1711H78

-005A 114-5

Layer:

NDNDNDNDNDNDCeiling Drywall System /

Classroom

1711H78

-005A 114-5

Layer:

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

ND = None Detected

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

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

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

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

Materials” (EPA/600/R-93/116), 1993.

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

PLM is not consistently reliable in detecting small concentrations of asbestos in floor tiles and similar nonfriable materials, quantitative TEM is currently the only method that can be used to determine conclusive asbestos content.

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

Microanalyst: QC Analyst:

Bulk Sample Summary Report Lab Code 102082-0

AES Job Number:

Project Number:Project Name:

Client Name:

LocationClient ID AES ID Asbestos Mineral Percentage Comments

1711H78

Building 114 171082.30

Geo-Hydro Engineers, Inc.

AMCH CR AN TR AC

Paint included as binderNDNDNDNDNDNDCeiling Drywall System /

Classroom

1711H78

-006A 114-6

Layer:

NDNDNDNDNDNDCeiling Drywall System /

Classroom

1711H78

-006A 114-6

Layer:

Paint included as binderNDNDNDNDNDNDExt.Caulk/North End1711H78

-007A 114-7

Layer:

Paint included as binderNDNDNDNDNDNDExt.Caulk/North End1711H78

-008A 114-8

Layer:

Paint included as binderNDNDNDNDNDNDInt. Caulk / Classroom1711H78

-009A 114-9

Layer:

Paint included as binderNDNDNDNDNDNDInt. Caulk / Classroom1711H78

-009A 114-9

Layer:

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

ND = None Detected

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

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

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

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

Materials” (EPA/600/R-93/116), 1993.

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

PLM is not consistently reliable in detecting small concentrations of asbestos in floor tiles and similar nonfriable materials, quantitative TEM is currently the only method that can be used to determine conclusive asbestos content.

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

Microanalyst: QC Analyst:

Bulk Sample Summary Report Lab Code 102082-0

AES Job Number:

Project Number:Project Name:

Client Name:

LocationClient ID AES ID Asbestos Mineral Percentage Comments

1711H78

Building 114 171082.30

Geo-Hydro Engineers, Inc.

AMCH CR AN TR AC

Paint included as binderNDNDNDNDNDNDInt. Caulk / Classroom1711H78

-010A 114-10

Layer:

Paint included as binderNDNDNDNDNDNDExt.Caulk/South End1711H78

-011A 114-11

Layer:

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

ND = None Detected

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

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

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

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

Materials” (EPA/600/R-93/116), 1993.

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

PLM is not consistently reliable in detecting small concentrations of asbestos in floor tiles and similar nonfriable materials, quantitative TEM is currently the only method that can be used to determine conclusive asbestos content.

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

Microanalyst: QC Analyst:

Phone: (770) 457-8177 / Toll-Free: (800) 972-4889 / Fax: (770) 457-8188

CHAIN OF CUSTODY

BULK ASBESTOS ANALYSIS

Work Order:

Client Name: G e o - H y d r o Eng inee rs , Inc.

Address: 1000 Cobb P l a c e Bou leva rd , S u i t e 2 9 0

City, State, Zip: K e n n e s a w , G A 3 0 1 4 4

Contact: 770-426-71 00

Sampler's Name: S a m D e c k & T y l e r K e l l y

Report To: sdeck@geohyd ro . com

Phone: ( 770 ) 426 -7100

Project Name: Bu i l d i ng 115

Project Number: 171082 .30

Sampling Date: 1 1 ~ 1 3 ~ 1 7

Invoice To: sdeck@geohyd ro . com

Received by: DatelTirne:

Submission of samples to the laboratory constitutes acceptance…