B01 Attachment J02-g Santa Fe Asbestos Inspection Report.pdf

Asbestos Surveys

At

Santa Fe Service Unit Santa Fe, New Mexico

For

Albuquerque Area Indian Health Service Division of Health Facilities 5300 Homestead Road, NE

Albuquerque, New Mexico 87110

By

U.S. Public Health Service Federal Occupational Health

2201 Sixth Avenue, M/S Rx-21 Seattle, Washington 98121-2500

September 2007

TABLE OF CONTENTS

Section Title Page No.

1.0 INTRODUCTION

2.0 DESCRIPTION OF BUILDINGS INSPECTED

3.0 SURVEY PROCEDURES

4.0 FINDINGS AND COST ESTIMATES

5.0 ACM DESCRIPTIONS

6.0 PROJECT LIMITATIONS

Appendices

1 FUNCTIONAL SPACE MAPS AND BULK SAMPLE LOGS

2 BULK SAMPLE RESULTS AND COST ESTIMATES

3 LABORATORY RESULTS

4 CERTIFICATIONS

Asbestos Building Inspections Albuquerque Area Indian Health Service

1.0 INTRODUCTION

As requested by the Albuquerque Area Indian Health Service, bulk sampling of suspect asbestos-containing building materials was conducted on eight (8) facility buildings at the Santa Fe Service Unit in Santa Fe, New Mexico. Sampling occurred on December 10 to December 21, 2006. Bulk samples of suspect asbestos-containing materials (ACMs) were collected throughout the interior and exterior of each building. Non-destructive sampling practices were utilized during the inspection.

Federal Occupational Health (FOH) representatives Mr. Donovan Denny, Mr. Landon Johnson, Ms.

Stephanie Jury, Mr. James Marshall and Mrs. Suzette Numkena, performed the asbestos inspections. Each inspector holds current Asbestos Hazard Emergency Response Act (AHERA) accreditation as Asbestos Building Inspectors. Certifications for each inspector can be found in Appendix 4.

Sampling of suspect asbestos-containing materials was conducted using procedures similar to the Environmental Protection Agency (EPA) AHERA regulation, 40 CFR 763. Samples were analyzed by Fiberquant Analytical Services in Phoenix, Arizona. Fiberquant is fully accredited by the EPA-required National Voluntary Laboratory Accreditation Program (NVLAP) for analysis of asbestos bulk samples using polarized light microscopy, and is also an American Industrial Hygiene Association (AIHA) accredited laboratory.

2.0 DESCRIPTION OF BUILDINGS INSPECTED

The Santa Fe Service unit consists of eight (8) facility buildings. This includes a main hospital, dental clinic, maintenance building, and other medical and administrative support buildings. The majority of the buildings are modular style buildings. The main hospital (Building 2000) is a large structure built slab on grade. Building 333 is also a former clinic building, which is non-modular. All buildings are located on the same medical complex grounds. Refer to the bulk sample logs, Appendix 2, for a list of individual building materials found at each building. Building floor plans for each type of structure are located in Appendix 1.

Examples of suspect building materials identified and sampled throughout the buildings included floor tiles and associated mastics, sheet vinyl flooring and associated mastics, various carpet mastics, concrete, ceramic tile grout, gypsum drywall materials, wall textures, vinyl wall paper, ceramic wall tile, CMU, CMU mortar, stucco, plaster materials, cement asbestos panels, various ceiling tiles, various mastics, sink undercoating, various insulations, gaskets, fireproofing, thermal pipe insulation, covebase mastic, various caulks, foam, window putty, duct tape, and roof materials.

Suspect roof materials were not sampled due to winter weather conditions for the following buildings 2003, 334, and 336.

3.0 SURVEY PROCEDURES

Each room of each building was assigned a unique functional space number. Each functional space was visually inspected for suspect asbestos-containing materials. Materials were mapped and quantified on maps provided by the IHS or hand drawn maps.

Each suspect ACM was designated as a distinct homogeneous area, which is a single material, uniform in texture and appearance, installed at one time, and unlikely to consist of more than one type or formulation of material. The inspector touched each suspect material in order to determine friability.

A sufficient number of samples were collected of each material to satisfy the Occupational Safety and Health Administration (OSHA) and the National Emission Standard for Hazardous Air Pollutants (NESHAP) regulations for the determination of asbestos content. Bulk sample logs are located in Appendix 1.

Each sample was assigned a unique sample identification number and assessed for damage and friability classifications. The samples, with Chain of Custody documentation were delivered to Fiberquant Analytical Services in Phoenix, Arizona. Fiberquant is fully accredited by the EPA-required National Voluntary Laboratory Accreditation Program (NVLAP) for analysis of asbestos bulk samples using polarized light microscopy, and is also an American Industrial Hygiene Association (AIHA) accredited laboratory.

Laboratory analysis reports are located in Appendix 3.

4.0 FINDINGS AND COST ESTIMATES

Table 1 summarizes each building inspected and provides hyperlinks (electronic copy) to Bulk Sample Results & Programming Cost Estimate Tables and Analytical Laboratory Results. The information is also located in the appendices.

Table 1: Santa Fe Service Unit Buildings Inspected for Asbestos Containing Materials and

Associated Hyperlinks (electronic version only)

Location Building Number Unit Type

(Appendix 1) Asbestos Present

Bulk Sample Results and

Programming Cost Estimate

(Appendix 2)

Analytical Laboratory

Results (Appendix 3)

Santa Fe 333 Service Yes 1 Santa Fe 334 Office Yes 1 Santa Fe 335 Service Yes 1 Santa Fe 336 Service Yes 1 Santa Fe 2000 Hospital Yes 1 Santa Fe 2001 Service Yes 1 Santa Fe 2002 Storage Yes 1 Santa Fe 2003 Clinic No 1

The Bulk Sample Results Table (Appendix 2) provides detailed information on materials that tested positive or negative for asbestos content. A separate Bulk Sample Results Table is provided for each building inspected.

Programming Cost Estimates (Appendix 2) were developed for positive asbestos-containing materials found in each Building. The Programming Cost Estimates were derived by use of the Means Cost Guide and by consultation with experienced local contractors. The pricing reflects current industry rates. Future fluctuations in industry pricing, both natural and seasonal, may affect this estimate. In addition, Service Units outside of metropolitan areas may incur additional costs due to travel requirements on the part of abatement contractors. For purposes of this estimate, an 18% mark-up for logistical costs is included.

This estimate is for abatement contractor costs only. Additional costs, which are not included in this estimate, are those of an environmental consultant and replacement of building materials that have been removed. The total estimated cost for the removal of asbestos-containing materials from the Santa Fe Service Unit is $269,125.85.

5.0 ACM DESCRIPTIONS

Descriptions of materials found to contain asbestos are as follows:

Floor tile is classified as a non-friable NESHAP Category I material. This material is currently in good condition and intact floor tile poses little to no health threat. Removal or disturbance to this material should be performed by appropriately trained and certified personnel. Removed flooring material should be disposed at a landfill that accepts non-friable asbestos waste. Landfills should be checked for acceptance of this material prior to disposal.

Floor tile mastic is classified as a non-friable NESHAP Category I material. This material is currently in good condition. Floor tile mastic that is beneath floor tile, i.e., inaccessible, poses little to no health threat.

Removal or disturbance to this material should be performed by appropriately trained and certified personnel. Removed flooring material should be disposed at a landfill that accepts non-friable asbestos waste. Landfills should be checked for acceptance of this material prior to disposal.

Sheet vinyl flooring and associated materials are classified as friable NESHAP Regulated Asbestos- Containing Material (RACM). The material is currently in good condition and intact sheet vinyl flooring poses little to no health threat. Removal or disturbance to this material should be performed by appropriately trained and certified personnel. Removed sheet vinyl flooring and associated materials should be disposed at a landfill that is approved by the Environmental Protection Agency (EPA) for acceptance of friable asbestos waste. Landfills should be checked for acceptance of this material prior to disposal.

Pipe elbow/fitting insulation is classified as friable NESHAP Regulated Asbestos-Containing Material (RACM). Intact pipe insulation poses little to no health threat. Pipe insulation inside wall cavities also poses little to no health threat. Removal or disturbance to this material is considered an OSHA Class I action, and should be performed by appropriately trained and certified personnel. Removed insulation should be disposed at a landfill that is approved by the Environmental Protection Agency (EPA) for acceptance of friable asbestos waste. Landfills should be checked for acceptance of this material prior to disposal.

Exterior building mastic is classified as non-friable NESHAP Category II material. The material is undamaged; therefore, it poses little to no health threat. Removal of mastic and/or affected materials or other disturbance to this material, should be performed by appropriately trained and certified personnel.

Removed materials should be disposed at a landfill that accepts non-friable asbestos waste. Landfills should be checked for acceptance of this material prior to disposal.

Duct seam tape is classified as a friable NESHAP Regulated Asbestos-Containing Material (RACM).

The intact duct seam poses little to no health threat. Removal or disturbance to this material should be performed by appropriately trained and certified personnel. Removed duct seam tape should be disposed at a landfill that is approved by the Environmental Protection Agency (EPA) for acceptance of friable asbestos waste. Landfills should be checked for acceptance of this material prior to disposal.

Door and window frame caulk is classified as non-friable NESHAP Category II material. The material is currently in good condition and intact door frame caulk poses little to no health threat. Removal or disturbance to this material should be performed by appropriately trained and certified personnel.

Removed caulk material should be disposed at a landfill that accepts non-friable asbestos waste. Landfills should be checked for acceptance of this material prior to disposal.

Sink undercoating is classified as non-friable NESHAP Category II material. The material is currently in good condition and undamaged sink undercoating poses little to no health threat. Removal of this material typically involves the physical removal of the entire sink (whole) and should be performed by appropriately trained and certified personnel. Removed materials should be disposed at a landfill that accepts non-friable asbestos waste. Landfills should be checked for acceptance of this material prior to disposal.

Window putty is classified as non-friable NESHAP Category II material. The material is currently in good condition and intact window putty poses little to no health threat. Removal of this material should be performed by appropriately trained and certified personnel using intact removal methods. Removed materials should be disposed at a landfill that accepts non-friable asbestos waste. Landfills should be checked for acceptance of this material prior to disposal.

Covebase mastic is classified as non-friable NESHAP Category II material. The material is undamaged and inaccessible; therefore, it poses little to no health threat. Removal of covebase mastic and/or affected materials (e.g. covebase with mastic adhered), or other disturbance to this material, should be performed by appropriately trained and certified personnel. Removed materials should be disposed at a landfill that accepts non-friable asbestos waste. Landfills should be checked for acceptance of this material prior to disposal.

Roofing material is classified as non-friable NESHAP Category I material. Removal or disturbance to this material should be performed by appropriately trained and certified personnel. Removed roofing material should be disposed at a landfill that accepts non-friable asbestos waste. Landfills should be checked for acceptance of this material prior to disposal.

Roof penetration mastic is classified as non-friable NESHAP Category I material. Removal or disturbance to this material should be performed by appropriately trained and certified personnel.

Removed penetration mastic should be disposed at a landfill that accepts non-friable asbestos waste.

Landfills should be checked for acceptance of this material prior to disposal.

6.0 PROJECT LIMITATIONS

This Project was performed using, as a minimum, practices consistent with standards acceptable within the industry at this time, and a level of diligence typically exercised by industrial hygiene and environmental consultants performing similar services.

The procedures used in this investigation attempt to establish a balance between the competing goals of limiting investigative and reporting costs and time, and reducing the uncertainty about unknown conditions. Therefore, because the findings of this report were derived from the scope, costs, time, and other limitations, the conclusions should not be construed as a guarantee that all environmental or occupational hazards have been identified and fully evaluated. Where sample collection and testing have been performed, FOH's professional opinions are based in part on the interpretation of data from discrete sampling locations that may not represent conditions at non-sampled locations. FOH assumes no responsibility for omissions or errors resulting from inaccurate information, or data, provided by sources outside of FOH or from omissions or errors in public records.

Furthermore, it is emphasized that the final decision on how much risk to accept always remains with the client since FOH is not in a position to fully understand all of the client's needs. Clients with a greater aversion to risk may want to take additional actions while others, with less aversion to risk, may want to take no further action.

APPENDIX 1

Functional Space Maps

Bulk Sample Logs

6 5 4 3

21 20

Project:

ALBUQUER

U.S. Public Health Service Federal Occupational Health 2201 Sixth Avenue, M/S Rx21 Seattle, Washington 98121-2500

2 1

QUE

SAN

Sa

AREA INDIAN HEALT

TA FE SERVICE UNIT

nta Fe, New Mexico

Functional Space Map

Building 333

ICE

H SERV

NORTH

Functional Space Map

Building 334

Project:

ALBUQUERQUE AREA INDIAN HEALTH SERVICE

SANTA FE SERVICE UNIT

Santa Fe, New Mexico

U.S. Public Health Service Federal Occupational Health 2201 Sixth Avenue, M/S Rx21

8 5

7 6

Building 335

Project:

ALBUQUERQUE AREA INDIAN HEALTH SERVICE

SANTA FE SERVICE UNIT

Santa Fe, New Mexico

U.S. Public Health Service Federal Occupational Health

Building 336

Project:

ALBUQUERQUE AREA INDIAN HEALTH

SERVICE

SANTA FE SERVICE UNIT

2201 Sixth Avenue, M/S Rx21 Seattle, Washington 98121-

4 3 2 1

N02

LD1 BM G1

D

227 22 222A 220A 21 230

238 236 234 232 228 226 224 222 220 2 A A A A A A A

244A

100D

250A

310 308 306

120D

117A 115A

117C 117E 117D

177B

A

119 120B

0A

0C

115 115B

115A 115C

328 326

322 320 318 316

311 309 307

332 334

350 130A 352

352A

179B

179A

361E

361B

361A

D

271A 271 270

271B

A

G613 G612

701 290

282 267

262 261

0A

801A

8 292

180A

G608

G609 178

178C

178A

178B

252A 200C

273A

266A

200A

274A

801B

258A

256A

200B

100C

247 245

2 239 237 2

2 2

B 2

400C

149B

143C

143D 145 141

147 149A

143A

143B 143F

C

361C

139B

135 136 400B

129 506

133A

133B

131A

133 501

400A

E

1F

121D

121A

1C

B

ALBUQUE

U.S. Public Health Service Federal Occupational Health 2201 Sixth Avenue, M/S Rx21 Seattle, Washington 98121-2500

213 160 158

152 150 156 154

209 207 205 203 201 110

100A

166 219 162

100B 5 223 221 8A 216A 214A

18 216 214 212 210 208 206 204 202 200 208A 206A 204A 202A 200A

210A 212A

200A

190 196

300A

194 193 192 191

195B

195A 195

360D

F Santa

RQUE AREA INDIAN HEALTH SERVICE

SANTA FE SERVICE UNIT

Santa Fe, New Mexico unctional Space Map Fe Hospital Building 2000

C1

Santa Fe Hospital

Building 2000 Cooling Tower

Project:

SANTA FE SERVICE UNIT

Santa Fe, New Mexico

U.S. Public Health Service Federal Occupational Health

15 14

4 12

7 8

Building 2001

Project:

ALBUQUERQUE AREA INDIAN HEALTH SERVICE

SANTA FE SERVICE UNIT

Santa Fe, New Mexico

U.S. Public Health Service Federal Occupational Health

ALBUQUERQUE AREA INDIAN HEALTH SERVICE

SANTA FE SERVICE UNIT

Santa Fe New Mexico

U.S. Public Health Service Federal Occupational Health 2201 Sixth Avenue, M/S Rx21 Seattle, Washington 98121-2500

Garage Door

Building 2002

Building 2003

Project:

ALBUQUERQUE AREA INDIAN HEALTH

SERVICE

SANTA FE SERVICE UNIT

2201 Sixth Avenue, M/S Rx21 Seattle, Washington 98121-

APPENDIX 2

Bulk Sample Results and

Programming Cost Estimates

Building 333 Bulk Sample Results

December 19, 2006

HA # Material Functional Space ACM Condition Quantity

1A 9”x9” White Floor Tile & Mastic 21

Yes: 5-10% Chrysotile Floor Tile

Good 40 sf

1B Concrete 4, 6, 29 No Good 240 sf 2A Plaster Skim Coat Throughout No Good 16,000 sf 2B Plaster Brown Coat Throughout No Good 16,000 sf 2C Stucco Exterior No Good 6,540 sf

5A TSI Insulation Boiler Room

Yes: 10-20% Chrysotile;

5-10% Amosite

Good 300 sf

5B TSI Elbow Boiler Room Yes: 10-20% Chrysotile Good 20 sf

7A Caulking Exterior No Good 2 sf 7B Window Putty Exterior No Damaged 80 sf

7C Window Sill Duct Tape Exterior Yes: 5-10%

Chrysotile Slightly

Damaged 20 sf

8A Roof Core Exterior

Yes: 30-40% Chrysotile

Roof Ply/Bitumen

Bottom Layer

Good 4, 015 sf

8B Black Penetration Mastic Exterior

Yes: 5-10% Chrysotile

Black Caulk

Slightly Damaged 8 sf

8C Light Gray Penetration Mastic Exterior No Good 10 sf

Programming Cost Estimate Building 333

Asbestos-Containing Material Quantity of Material (sf)

Unit Cost (per sf)

Logistical Markup Price

Floor Tile & Mastic 40 sf $4.00 18% $ 188.80 TSI Insulation 300 sf $25.00 18% $8,850.00

TSI Elbow 20 sf $25.00 18% $ 590.00 Window Sill Duct Tape 20 sf $40.00 18% $ 944.00

Roof Core 4,015 sf $2.25 18% $10,659.83 Roof Penetration Mastic 8 sf $20.00 18% $188.80

Total $21,421.43

December 20, 2006

1B 12”x12” Beige Floor Tile & Mastic 4 & 5

Yes: 2-5% Chrysotile Floor Tile

Only

Good 50 sf

1C 12’x12’ Brown Floor Tile & Mastic Throughout No Good 800 sf

1D Foam & Mastic 5 No Good 10 sf 2A Gypsum Drywall 6 No Good 104 sf 3A 2x4 White Ceiling Tile Throughout Except: 6 No Good 900 sf

7A Brown Covebase Mastic

Throughout Except:

Yes: 2-5% Chrysotile Good 60 sf

7B Yellow Covebase Mastic 1-4 Yes: 2-5%

Chrysotile Good 45 sf

7C Window Caulk 1-4 No Good 4 sf 7D Blown-In Insulation Throughout No Good 896 sf

Unit Cost (per sf)

Logistical Markup Price

Floor Tile & Mastic 50 sf $4.00 18% $ 236.00 Brown Covebase Mastic 60 sf $4.00 18% $ 283.20 Yellow Covebase Mastic 45 sf $4.00 18% $ 212.40

Total $ 731.60

December 21, 2006

1A 12”x12” Beige Floor Tile & Mastic

Throughout Except:

2, 3

Yes: 2-5% Chrysotile Floor Tile

Only

Good 877 sf

2A Gypsum Drywall 10, 11 No Good 492 sf 2B Joint Compound 10, 11 No Good 492 sf 3A 2’x4’ Ceiling Tile Throughout No Good 1,680 sf

7A Brown Covebase Mastic

Throughout Except:

10, 11

Yes: >1-2% Chrysotile

Mastic Only Good 83 sf

7B Yellow Covebase Mastic 2, 3, 10, 11 No Good 55 sf

7C Sink Undercoating 12 Yes: >1-2% Chrysotile Good 4 sinks

7D Gray Window Caulk Exterior:

2, 10, 12 No Good 4 sf

7E Blown-In Insulation Plenum No Good 1,680 sf

Unit Cost (per sf)

Logistical Markup Price

Floor Tile & Mastic 877 sf $4.00 18% $4,139.44 Brown Covebase Mastic 83 sf $4.00 18% $ 391.76

Sink Undercoating 4 sinks $200.00 18% $ 944.00 Total $5,475.20

1A 12”x12” Beige (W/ Brown Lines) Floor

Tile & Mastic

Throughout Except:

6 No Good 1,620 sf

1B 12”x12” Beige (W/

Brown Specks) Floor Tile & Mastic

Yes: 2-5% Chrysotile Floor Tile

Only

Good 24 sf

1C Yellow Sheet Vinyl Flooring

Throughout Except:

Yes: 20-30% Chrysotile Good 1,620 sf

2A Gypsum Drywall 4 & 6 No Good 140 sf 2B Joint Compound 4 & 6 No Good 140 sf

3A 2’x4’ Ceiling Tile (Holes)

Throughout Except:

4, 6 No Good 1,524 sf

3B 2’x4’ Ceiling Tile (Texture) 5 No Good 56 sf

7A Covebase Mastic Throughout Except:

6 No Good 73 sf

7B Interior Door Caulk Throughout No Good 5 sf

7C Black Mastic (On Ducts) Plenum No Good 20 sf

7D Blow-In Insulation Plenum No Good 1,644 sf

Unit Cost (per sf)

Logistical Markup Price

Floor Tile & Mastic 24 sf $4.00 18% $ 236.00 Sheet Vinyl 1,620 sf $4.50 18% $8,602.20

Total $8,838.20

Building 2000-Santa Fe Hospital

December 13, 2006

1A 12”x12” White w/ Gray Specks Floor

Tile & Mastic

109, 291, 293, BM

Yes: 2-5% Chrysotile

Black Mastic Only

Good 118 sf

1B 18”x18” Carpet (Clear Mastic)

102, 120A, 120C, 120D, 121, 121A-F, 141, 143C, 500-504, No Good 3,501 sf

1C 1’x1’ Light Ceramic Tile Grout

103, 141, 143, 143B-D, 143F, 145, 179B, 200A, 202A, 204A, 206A, 208A, 210A, 212A, 214A, 216A, 218A, 220A, 222A, 223, 224A, 226A, 227, 228A, 232A, 234A, 236A, 238A, 244A, 250A, 252A, 253, 256A, 258A, 260A, 262, 264, 266A, 273, 273A, 274, 274A, 314A, 360B, 801B

No Good 3,330 sf

1D 12”x12” Beige Floor Tile &

Mastic

Throughout Except:

102, 103, 109, 113, 115, 115A-D, 117, 117A-E, 118, 130, 131, 131A, 134, 139A-C, 141, 143, 143B, 143D, 143F, 145, 149, 149A, 149B, 150, 152, 158, 160, 180A, 181, 182, 196, 200A, 202A, 203, 204A, 206A, 208A, 208A, 210A, 212A, 214A, 215, 216A, 218A, 220A, 222A, 223, 224A, 226A, 227, 230, 232A, 234A, 236A, 237, 244A, 250A, 252A, 253, 256A, 258A, 260A, 262, 264, 266A, 274A, 277, 288A, 330, 332, 334, 336, 340, 341, 352, 701, G608, G609, G612, G613, 801B

Yes: 5-10% Chrysotile Floor Tile

Yes: 10-20% Chrysotile

Black Mastic

Good 40,000 sf

1E 12”x12” Blue &

White Floor Tile & Mastic

203, 300A, 340, 341, 361 No Good 800 sf

1F Brown Ceramic Tile Grout

113, 131A, 150, 152, 211, 215, 230, 303, 362 No Good 1,597 sf

1G 12”x12” White Floor Tile & Mastic 223 No Good 575 sf

1H 12”x12” Orange & Brown Floor Tile &

Mastic 196 No Good 650 sf

1I Yellow Carpet Mastic

115, 115A-D, 117, 117A-E, 118, 119, 120, 120B, 129, 133, 133A, 133B, 137, 139A-C, 301-303, 305, 341

No Good 5,440 sf

1J Black Mastic 139A-C Yes: 5-10% Chrysotile Good 270 sf

1K 12”x12” Light Blue Floor Tile & Mastic 143F No Good 25 sf

1L Brown Floor Tile & Mastic 352

Yes: 2-5% Chrysotile

Black Mastic

Good 240 sf

1M Green & Black

Sheet Vinyl Flooring & Mastic

117C-E, 277, 298, 701, G608, G609, G612, G613 No Good 2,073 sf

2A Gypsum Drywall Throughout No Good 100,000 sf

2B Joint Compound Throughout No Good 100,000 sf

2C Texture 1

Throughout Except:

100A-C, 110, 121A, 121D, 121E, 121F, 149, 149A, 149B, 162, 166, 170, 172, 180A, 181, 182, 200A-C, 201, 203, 219, 250, 251, 252A, 253, 277, 291, 293, 300A, 400A-C, 500, 500A, 501-504, 701, 800A, 801A, 900A, G608, G609, G612, G613

No Good 40,000 sf

2D Vinyl Wall Paper

100, 100A-C, 110 171, 196, 200A-C, 211, 300A, 400A-D, 500A, 600A, 700A, 800A, 801A, 900A

No Good 40,540 sf

2E Texture 2

100D, 103, 111, 121A, 175, 201, 203, 249, 251, 255, 300A, 500-

504, BM, G1, N02, O2

No Good 4,500 sf

2F Texture 3 195, 300A, 312 No Good 1,000 sf 2G Texture 4 195A No Good 320 sf 2H Texture 5 137 No Good 60 sf

2I 4”x4” Beige

Ceramic Wall Tile Grout

103, 131A, 143, 169, 171, 179B, 200A, 202A, 204A, 206A, 208A, 210A, 212A, 214A, 216A, 218A, 220A, 222A, 223, 224A, 226A, 227, 228A, 232A, 234A, 236A, 238A, 244A, 250A, 252A, 253, 256A, 258A, 260A, 262, 264, 266A, 269, 273A, 274A, 277, 291, 293, 314, 330, 332, 352A, 360A, 360B, G608, G609, G612, G613

No God 2,456 sf

2J 4”x4” White

Ceramic Wall Tile Grout

150, 152, 211, 215, 230, 231A, 231B, 303, No Good 3,000 sf

2K 12”x12” Wall Tile 100 No Good 100 sf 2L CMU C-1 No Good 300 sf 2M CMU Mortar C-1 No Good 300 sf

2N Cement Asbestos Panels Exterior

Yes: 10-20% Chrysotile

Gray Cem/Asb

Board

Good 4,800 sf

2O Exterior Stucco Exterior No Good 62,000 sf

3A Pin Hole 2’x4” Ceiling Tile

100, 100A-C, 101, 102, 105, 109, 110, 115, 115A-D, 117, 117A-E, 118, 119, 120, 120A-D, 121, 121A-D, 129, 132, 133A, 133B, 134, 137, 139A-C, 141, 143A, 143A, 147, 171, 175, 178, 178A-C, 179, 179A, 179B, 190-195, 200A-C, 205, 211, 225, 229, 231, 238, 239, 241-243, 251, 252A, 268, 270, 284, 292, 294, 300A, 301-311, 320, 324, 326, 328, 340, 341, 343, 360, 360D, 361, 361A-D, 400A-C, 500, 500A, 506, 700A, 701, 800A, 801A, 900A

No Good 40,000 sf

3B 2’x4” Ceiling Tile 121E, 133, 195, 196, 500A, 701 No Good 1,600 sf

3C Smooth 2’x4” Ceiling Tile

195A, 200, 202, 204, 206, 208, 210, 212, 214, 216, 218, 220, 224, 226, 228, 232, 234, 236, 244, 250A, 256, 258, 260

No Good 600 sf

3D Rough Pinhole 2’x4’ Ceiling Tile 501-504 No Good 2,000 sf

3E Exterior Texture Exterior Overhang No Good 2,200 sf

5A Hanger Block Insulation Penthouse No Good 120

Hangers 5B Green Gaskets Penthouse No Good 2 Gaskets

5C Hard Pack Pipe Elbow Joints 149, 182 No Good 6 Elbow

5D Boiler Gaskets 149A No Good 6 Gaskets 5E Pipe Insulation Casts C-1 No Good 300 sf 6A Fireproofing Plenum, 172 No Good 15,000 sf 6B Fire Doors Throughout Assume Good 60 Doors

6C Fire Door Frame Throughout Assume Good 60 Door Frames

7A Black Sink Undercoating

101, 102, 316, 318, 320, 322, 326, 328 No Good 19 sinks

7B Purple Sink Undercoating

205, 294, 361, 361A, 361C, 361D

Yes: >1-2% Chrysotile Good 8 sinks

7C Black Tar Sink Undercoating

100A, 180A, 182, 201, 206A, 207, 219, 221, 226A, 233, 237, 249, 251, 255, 276, 282, 321, 344, 352

Yes: 10-20% Chrysotile Good 11 sinks

7D Yellow & Brown

Mix Covebase Mastic

Throughout Except:

130, 130A, 131, 131A, 134-136, 143, 143B, 143D, 143F, 145, 149A, 150, 152, 154, 156, 162, 166, 169, 171, 179B, 180A, 181, 182, 200A, 201, 202A, 204A, 206A, 208A, 210A, 212A, 214, 215, 216A, 218A, 219, 220A, 222A, 223, 224A, 226A, 227, 253, 271, 271A, 271C, 277, 288, 291, 293, 296, 298, 303, 312, 330, 332, 348, 350, 316B, 362, 701, 801A, 900A, G608, G609, G612, G613

No Good 17,500 sf

7E Black Window Caulk Throughout No Good 500 sf

7F White HVAC Caulk Penthouse

Yes: 5-10% Chrysotile

White Caulk Good 70 sf

7G Silver HVAC Caulk Penthouse

Yes: 5-10% Chrysotile

Grey Caulk Good 70 sf

7H White Floor Penetration Caulk Penthouse No Good 400 sf

7I Fiberglass Duct Insulation Throughout No Good 40,000 sf

7J Black Tar Duct Mastic Throughout No Good 40,000 sf

7K Tank Insulation (Foam) C-1 No Good 200 sf

7L Exterior Expansion Caulk Exterior No Good 200 sf

7M Interior White Door Caulk C-1 No Good 10 sf

7N (Gray) Exterior Vent Caulk Penthouse Exterior Yes: 5-10%

Chrysotile Good 15 sf

7O Vent Mastic Penthouse Exterior No Good 2 sf

8A Rolled Roof Cooling Tower Roof

Yes: 30-40% Chrysotile Black Roof

Ply/Bitumen

Good 900 sf

8B Cooler Roof Penetration Mastic Cooling Tower Roof

Yes: 5-10% Chrysotile

Black Caulk Good 50 sf

Building 2000-Santa Fe Hospital

Unit Cost (per sf)

Logistical Markup Price

Floor Tile & Mastic 40,628 sf $4.00 18% $191,764.16 Cement Asbestos Panels 4,800 sf $4.00 18% $22,656.00

Fire Door & Frames 60 sf $60.00 18% $4,248.00 Sink Undercoating 19 sinks $200.00 18% $4,484.00

HVAC Caulk 140 sf $30.00 18% $4,956.00 Vent Caulk 15 sf $8.00 18% $ 141.60 Rolled Roof 900 sf $2.25 18% $2389.50

Roof Penetration Mastic 50 sf $20.00 18% $1180.00 Total $231,819.26

December 15, 2006

1A 12”x12” White Floor Tile & Mastic 1, 2, 4, 6, 9 No Good 529 sf

1B Green Carpet Tile Mastic 1, 10, 11 No Good 288 sf

1C Clear Carpet Tile Mastic 3, 5, 7, 8 No Good 464 sf

1D 12”x12” Beige Floor Tile & Mastic 14

Yes: 2-5% Chrysotile Floor Tile

Only

Good 84 sf

1E Blue Sheet Vinyl 15 No Good 60 sf

2A Gypsum Drywall 3, 4, 7, 9, 10, 11, 12, 13, 14, 15 No Good 2,369 sf

2B Joint Compound 3, 4, 7, 9, 10, 11, 12, 13, 14, 15 No Good 2,369 sf

2C Drywall Texture 1 4, 9, 10, 11, 12 No Good 1,768 sf 2D Drywall Texture 2 3 No Good 320 sf

3A 1’x1’ Ceiling Tile w/ Holes 1, 2, 3, 5, 6, 7, 8 No Good 975 sf

3B 1’x1’ Ceiling Tile Mastic 1, 2, 3, 5, 6, 7, 8 No Good 975 sf

3C 2’x4’ Ceiling Tile w/ Pinholes 14, 15 No Good 144 sf

7A Covebase Mastic 1, 2, 5, 6, 7, 8 No Good 107 sf

7B Interior Window Caulk 14 No Good 2 sf

7C Gray Penetration Mastic Exterior No Good 10 sf

8A Roof Penetration Mastic Roof

Yes: 5-10% Chrysotile

Black Mastic

Good 8 sf

Unit Cost (per sf)

Logistical Markup Price

Floor Tile 84 sf $4.00 18% $ 396.48 Roof Penetration Mastic 8 sf $20.00 18% $ 188.80

Total $ 585.28

December 14, 2006

7A Fiberglass Insulation 1 No Good 1,800 sf

7B Interior Window Caulk 1

Yes: 2-5% Chrysotile

White Caulk Good 5 sf

8A Gray/Black Roof Penetration Mastic Roof

Yes: 10-20% Chrysotile

Black Caulk Good 12 sf

8B Gray Flue Mastic Roof Yes: >1-2% Chrysotile

Gray Caulk Good 4 sf

Unit Cost (per sf)

Logistical Markup Price

Interior Window Caulk 5 sf $8.00 18% $ 47.20 Roof Penetration Mastic 12 sf $20.00 18% $ 283.20

Flue Mastic 4 sf $10.00 18% $ 47.20 Total $ 377.60

Building 2003

1A Pink Sheet Vinyl Flooring

Throughout Except:

4, 5, 6 No Good 1,323 sf

1B Yellow Carpet Mastic 4, 5, 6 No Good 521 sf

1C Yellow Sheet Vinyl Flooring 8, 9 No Good 83 sf

1D Blue Sheet Vinyl Flooring 8 No Good 240 sf

1E Green Carpet Mastic 5 No Good 10 sf 2A Gypsum Drywall Throughout No Good 4,072 sf 3A 2’x4’ Ceiling Tile Throughout No Good 1,960 sf 7A Caulking Throughout No Good 10 sf 7B Covebase Mastic Throughout No Good 14 sf

7C White Sink Undercoating 3, 11 No Good 3 sinks

7D Gray Sink Undercoating 11 No Good 1 Sink

APPENDIX 3

Laboratory Results

Client Job: 07P-3031A / IHS-333 PO Number: 07P-3031A

JobNumber: 200700081

Routing Number: -

# Samples: 51

PLMi

PLM PLM analysis for asbestos in bulk smp

Client:

Polarized Light Microscope (PLM) Analysis for Asbestos

Method and Analysis Information:

Each bulk sample is first dissected under a 7-30x magnification stereo-microscope. This examination is used to determine the general type of sample, how many and what type of layers it has, and initial estimates of fiber types and quantities. Second, liquid media mounts are made of each layer - such mounts may be of selected fibers (used solely for identification purposes) or may be representative of the layer as a whole (used for quantitation purposes). The mounts may be made in a synthetic Canadian balsam, one of several solvents, or in refractive index oils (media of known refractive index). Generally, a variety of different mounts are made: some optimized for fiber visibility, some optimized for fiber identification, and some optimized for fiber quantitation. The mounted slides are then examined at 50-400x magnification on a Nikon Labphot-pol microscope. Optical characteristics are used to identify each observed fiber type; the optical data are contained for each sample on its detail analysis sheet, attached.

Current EPA, NESHAP and OSHA regulations designate a result of <=1 % asbestos as "negative" and >1 % asbestos as "positive". Samples containing layers that have been determined to be "positive" may have to be handled differently during a renovation or demolition than samples whose layers have been determined to be "negative."

The method of fiber analysis and identification is the EPA Interim Method (EPA Method 600/M4-82-020). The method of fiber quantitation is an estimation technique in which the analysts quantitation is routinely calibrated by reference quantitation standards, and which has been shown to be equivalent in precision and accuracy to point counting. Friability is estimated for the purposes of deciding when to point count. Friabilities determined in the field take precedence over those determined in the laboratory. Those sample layers which are friable and estimated by the analyst to contain <= 1% asbestos are point counted using 400 points, and the results listed on the detail analysis sheet. Such point counting is required by NESHAP (National Emission Standards for Hazardous Air Polutants, Nov. 1990) in order to rely on analytical results that are <= 1%. The coefficient of variation for the estimation quantitation technique is 100% in the range 0-5%. This means that PLM analysis is not capable of conclusively determining whether a layer containing close to 1% asbestos is actually "positive" or "negative". For this reason, Fiberquant refers to results where asbestos was detected but <= 1% as "borderline negative", and results where asbestos was >1 % but <= 2% as "borderline positive" to indicate the uncertainty in assigning a "positive" or "negative" label. In the sample summary, a "ND" means that no asbestos was detected during the analysis. A "Tr" or "Trace" of asbestos is defined for our purposes as the detection of several asbestos asbestos fibers during the analysis; an amount essentially at the limit of detection for the method. The limit of detection (the smallest % of asbestos that can be detected) varies greatly depending on the matrix in which the asbestos is found. As little as 0.001% asbestos can be detected in favorable samples, while detection in unfavorable samples may approach the detection limit of 1% stated in the method. During the analysis, the analyst, for Fiberquant identification purposes only, determines the "apparent sample type" and "apparent layer types." It must be emphasized that these types are only what is apparent. Often, different materials appear similar or identical after sampling, so the analyst may assign a type other than what was sampled.

Floor tiles present a special problem for PLM asbestos analysis. Floor tile can contain chrysotile fibers so thin that they cannot be resolved by optical methods. In such a case, we may observe a percentage of asbestos which is lower than the actual percentage, or not observe asbestos at all when some is present. For this reason, floor tiles reported as negative should be confirmed to be negative using transmission electron microscope (TEM) analysis. Likewise, vermiculite insulation materials containing traces of asbestiform asbestos present a problem for routine PLM analysis - the amphiboles are sometimes present in trace amounts inhomogeneously distributed. We recommend a hydro-separation technique for such samples.

Vermiculite-containing samples may contain trace amounts of asbestiform amphibole that may or may not be detected during routine PLM analysis. For this reason, loose vermiculite samples reported as negative should be confirmed to contain no amphibole using hydroseparation techniques.

The samples were analyzed under the following ongoing quality assurance program: Blank samples are routinely analyzed to maintain contamination-free materials. Each analyst is a degreed geologist or mineralogist, and has also completed extensive training specific to asbestos analysis for 1-3 months before being allowed to analyze client samples. Qualitative reference samples are routinely analyzed to assure that analysts can identify asbestos and asbestos-look-alike fibers. Quantitative reference samples are routinely analyzed to calibrate and characterize the estimation procedure. Microscope alignment is checked each day. Refractive index oils are calibrated at least monthly. At least 10% of client samples are re-analyzed from scratch by a different analyst than the original, and any discrepancies are resolved for the sample and similar sample types before the results are reported. All quality checks performed for these samples were in control except as detailed in the "Analytical Notes" below. All analysts participate in interlab round robins and proficiency testing to assure competence. Fiberquant is accredited by NVLAP (#101031) for the analysis of bulk samples for asbestos using PLM. Accreditation does not imply endorsement by the EPA, any other United States governmental agency or any private agency or association. Each lab analysis refers only to the sample tested, and may not, due to the sampling process, be

Method: Interim (EPA/600/M4-82-020)Rec: 1/4/2007

Report Date: 1/23/2007 Date Analyzed: 1/23/2007

Fiberquant Internal SOP:

IHI ENVIRONMENTAL

(PHOENIX OFFICE)

4527 N 16th ST STE 105

PHOENIX, AZ

Office Phone: (602) 776-0300

FAX: (602) 776-0301

85016-0000

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Fiberquant, Inc. Page 1 of 23

PLM Analysis Summary: Job Number: 200700081 07P-3031A / IHS-333 representative of the material sampled. This report may not be reproduced except in full, without the approval of Fiberquant Analytical Services.

The "Analysis Results" below are the averages for all layers of each sample listed. The "+ Layer" column indicates whether any of the layers in the sample were >1% asbestos. Please refer to each detailed analysis sheet to determine which layer(s) of a sample was(were) positive.

Job Analysis Notes:

Single layer sample analysis as per client request. Any material or layer other than that indicated on the chain of custody was not analyzed, even if a suspect material.

Some results may have been calculated using client supplied data, such as volume or area sampled, for which Fiberquant assumes no liability for accuracy.

Sample Number Lab Number Apparent Sample Type * Positive Layer Yes or No

Layer Color Apparent Layer Type * Asbestos Results

Flooring2007-00081- 1IHS-333-1A1-1 Positive Layer? YesSample 5-10% chrysotile asbestosfloor tileoff-whiteLayer # 1

Flooring2007-00081- 2IHS-333-1A2-2 Positive Layer? YesSample 5-10% chrysotile asbestosfloor tileoff-whiteLayer # 1 no asbestos detectedmasticYellowLayer # 2

Flooring2007-00081- 3IHS-333-1A3-3 Positive Layer? YesSample 5-10% chrysotile asbestosfloor tileoff-whiteLayer # 1 no asbestos detectedmasticYellowLayer # 2

Cementitious2007-00081- 4IHS-333-1B1-4 Positive Layer? NoSample no asbestos detectedconcreteGrayLayer # 1

Cementitious2007-00081- 5IHS-333-1B2-5 Positive Layer? NoSample no asbestos detectedconcreteGrayLayer # 1

Cementitious2007-00081- 6IHS-333-1B3-6 Positive Layer? NoSample no asbestos detectedconcreteGrayLayer # 1

Wall System2007-00081- 7IHS-333-2A1-7 Positive Layer? NoSample no asbestos detectedplaster (top coat)WhiteLayer # 1

Wall System2007-00081- 8IHS-333-2A2-8 Positive Layer? NoSample no asbestos detectedplaster (top coat)WhiteLayer # 1

Wall System2007-00081- 9IHS-333-2A3-9 Positive Layer? NoSample no asbestos detectedplaster (top coat)WhiteLayer # 1

Wall System2007-00081- 10IHS-333-2A4-10 Positive Layer? NoSample no asbestos detectedplaster (top coat)WhiteLayer # 1

Wall System2007-00081- 11IHS-333-2A5-11 Positive Layer? NoSample no asbestos detectedplaster (top coat)WhiteLayer # 1

Wall System2007-00081- 12IHS-333-2A6-12 Positive Layer? NoSample no asbestos detectedplaster (top coat)WhiteLayer # 1

Wall System2007-00081- 13IHS-333-2A7-13 Positive Layer? NoSample no asbestos detectedplaster (top coat)WhiteLayer # 1

Wall System2007-00081- 14IHS-333-2B1-14 Positive Layer? NoSample no asbestos detectedplaster (scratch coat)TanLayer # 1

Wall System2007-00081- 15IHS-333-2B2-15 Positive Layer? NoSample no asbestos detectedplaster (scratch coat)TanLayer # 1

Wall System2007-00081- 16IHS-333-2B3-16 Positive Layer? NoSample no asbestos detectedplaster (scratch coat)TanLayer # 1

Wall System2007-00081- 17IHS-333-2B4-17 Positive Layer? NoSample no asbestos detectedplaster (scratch coat)TanLayer # 1

Wall System2007-00081- 18IHS-333-2B5-18 Positive Layer? NoSample no asbestos detectedplaster (scratch coat)TanLayer # 1

Wall System2007-00081- 19IHS-333-2B6-19 Positive Layer? NoSample no asbestos detectedplaster (scratch coat)TanLayer # 1

Wall System2007-00081- 20IHS-333-2B7-20 Positive Layer? NoSample no asbestos detectedplaster (scratch coat)TanLayer # 1

Wall System2007-00081- 21IHS-333-2C1-21 Positive Layer? NoSample no asbestos detectedstuccoTanLayer # 1

Wall System2007-00081- 22IHS-333-2C2-22 Positive Layer? NoSample no asbestos detectedstuccoTanLayer # 1

Wall System2007-00081- 23IHS-333-2C3-23 Positive Layer? NoSample no asbestos detectedstuccoTanLayer # 1

Wall System2007-00081- 24IHS-333-2C4-24 Positive Layer? NoSample no asbestos detectedstuccoTanLayer # 1

Wall System2007-00081- 25IHS-333-2C5-25 Positive Layer? NoSample no asbestos detectedstuccoTanLayer # 1

Wall System2007-00081- 26IHS-333-2C6-26 Positive Layer? NoSample no asbestos detectedstuccoTanLayer # 1

Wall System2007-00081- 27IHS-333-2C7-27 Positive Layer? NoSample no asbestos detectedstuccoTanLayer # 1

TSI2007-00081- 28IHS-333-5A1-28 Positive Layer? YesSample 10-20% chrysotile asbestosinsulationWhiteLayer # 1

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TSI2007-00081- 29IHS-333-5A2-29 Positive Layer? YesSample 10-20% chrysotile asbestos 2-5% amosite (grunerite) asbestosinsulationWhiteLayer # 1

TSI2007-00081- 30IHS-333-5A3-30 Positive Layer? YesSample 5-10% chrysotile asbestos 5-10% amosite (grunerite) asbestosinsulationWhiteLayer # 1

TSI2007-00081- 31IHS-333-5B1-31 Positive Layer? YesSample 10-20% chrysotile asbestosinsulationWhiteLayer # 1

TSI2007-00081- 32IHS-333-5B2-32 Positive Layer? YesSample 10-20% chrysotile asbestosinsulationWhiteLayer # 1

TSI2007-00081- 33IHS-333-5B3-33 Positive Layer? YesSample 10-20% chrysotile asbestosinsulationWhiteLayer # 1

Adhesive/caulk2007-00081- 34IHS-333-7A1-34 Positive Layer? NoSample no asbestos detectedcaulkwhiteLayer # 1

Adhesive/caulk2007-00081- 35IHS-333-7A2-35 Positive Layer? NoSample no asbestos detectedcaulkwhiteLayer # 1

Adhesive/caulk2007-00081- 36IHS-333-7A3-36 Positive Layer? NoSample no asbestos detectedcaulkwhiteLayer # 1

Adhesive/caulk2007-00081- 37IHS-333-7B1-37 Positive Layer? NoSample no asbestos detectedcaulkOff-whiteLayer # 1

Adhesive/caulk2007-00081- 38IHS-333-7B2-38 Positive Layer? NoSample no asbestos detectedcaulkOff-whiteLayer # 1

Adhesive/caulk2007-00081- 39IHS-333-7B3-39 Positive Layer? NoSample <=1% chrysotile asbestoscaulkOff-whiteLayer # 1

Miscellaneous2007-00081- 40IHS-333-7C1-40 Positive Layer? NoSample no asbestos detectedduct tapeWhiteLayer # 1

Miscellaneous2007-00081- 41IHS-333-7C2-41 Positive Layer? YesSample 5-10% chrysotile asbestosduct tapeOff-whiteLayer # 1

Miscellaneous2007-00081- 42IHS-333-7C3-42 Positive Layer? YesSample 5-10% chrysotile asbestosduct tapeOff-whiteLayer # 1

Roofing2007-00081- 43IHS-333-8A1-43 Positive Layer? YesSample no asbestos detectedpaintOff-whiteLayer # 1 no asbestos detectedpaintWhiteLayer # 2 no asbestos detectedfoamYellowLayer # 3 no asbestos detectedpaper/cardboardTanLayer # 4 no asbestos detectedroof ply/bitumenBlackLayer # 5 no asbestos detectedroof ply/bitumenBlackLayer # 6 no asbestos detectedroof ply/bitumenBlackLayer # 7 30-40% chrysotile asbestosroof ply/bitumenBlackLayer # 8

30-40% chrysotile asbestosroof ply/bitumenBlackLayer # 9 30-40% chrysotile asbestosroof ply/bitumenBlackLayer # 10 30-40% chrysotile asbestosroof ply/bitumenBlackLayer # 11 no asbestos detectedroof ply/bitumenBlackLayer # 12 no asbestos detectedroof ply/bitumenBlackLayer # 13 no asbestos detectedroof ply/bitumenBlackLayer # 14

Roofing2007-00081- 44IHS-333-8A2-44 Positive Layer? YesSample no asbestos detectedpaintOff-whiteLayer # 1 no asbestos detectedpaintWhiteLayer # 2 no asbestos detectedfoamYellowLayer # 3 10-20% chrysotile asbestosbitumenBlackLayer # 4 no asbestos detectedroof ply/bitumenBlackLayer # 5 no asbestos detectedroof ply/bitumenBlackLayer # 6 no asbestos detectedroof ply/bitumenBlackLayer # 7 30-40% chrysotile asbestosroof ply/bitumenBlackLayer # 8

30-40% chrysotile asbestosroof ply/bitumenBlackLayer # 9 30-40% chrysotile asbestosroof ply/bitumenBlackLayer # 10

Roofing2007-00081- 45IHS-333-8A3-45 Positive Layer? YesSample no asbestos detectedpaintOff-whiteLayer # 1 no asbestos detectedpaintWhiteLayer # 2 no asbestos detectedfoamYellowLayer # 3 10-20% chrysotile asbestosbitumenBlackLayer # 4

30-40% chrysotile asbestosroof ply/bitumenBlackLayer # 5 30-40% chrysotile asbestosroof ply/bitumenBlackLayer # 6

30-40% chrysotile asbestosroof ply/bitumenBlackLayer # 7

Adhesive/caulk2007-00081- 46IHS-333-8B1-46 Positive Layer? YesSample 5-10% chrysotile asbestoscaulkBlackLayer # 1

Adhesive/caulk2007-00081- 47IHS-333-8B2-47 Positive Layer? YesSample 5-10% chrysotile asbestoscaulkBlackLayer # 1

Adhesive/caulk2007-00081- 48IHS-333-8B3-48 Positive Layer? YesSample 5-10% chrysotile asbestoscaulkBlackLayer # 1

Adhesive/caulk2007-00081- 49IHS-333-8C1-49 Positive Layer? NoSample no asbestos detectedcaulkGrayLayer # 1 no asbestos detectedcaulkWhiteLayer # 2

Adhesive/caulk2007-00081- 50IHS-333-8C2-50 Positive Layer? NoSample no asbestos detectedcaulkGrayLayer # 1 no asbestos detectedcaulkWhiteLayer # 2

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Adhesive/caulk2007-00081- 51IHS-333-8C3-51 Positive Layer? NoSample no asbestos detectedcaulkGrayLayer # 1 no asbestos detectedcaulkWhiteLayer # 2

* Apparent Sample Types and Apparent Layer Types are as they appeared to the analyst. Since many types of materials appear similar after sampling damage, the apparent type of material may not be the actual type of material.

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PLM Analysis Details Job Number: 200700081 07P-3031A / IHS-333

2007-00081- 1IHS-333-1A1-1 12/19/2006Lab Number Sample Sampled:

RAMAnalyzed By 1/23/2007

Homogeneous

Flooring

Yes

Non-fibrous SolidOKAn?

1# Layers YesPos Layer?

Apparent Smp Type chrysotile asbestosFiber Identification:

Sample Analytical Note

Procedure: tweased apart using forceps. Procedure: dissolution of matrix using solvent. No mastic was observed.

Fibers

Color Mrph Iso Pleo Bi Elg Ext Oil Col Par Col Per RI Par RI Per

Refractive Index Determinations

1.561 1.553chrysotile asbestos 1.550 db/ly sb/oW A N N L + P

Non-Fibrous Components (in approx. decreasing order): filler, binder, 3# Sub-Samples

Condition: acceptable

Layers

# Layer Type % Color Friability

Percents of Each Fiber

Fib 1 Fib 2 Fib 3 Fib 4 Fib 5 Fib 6

1 100 5-10% - - - - -floor tile off-white 1

100Total % 5-10% - - - - -Average %

2007-00081- 2IHS-333-1A2-2 12/19/2006Lab Number Sample Sampled:

RAMAnalyzed By 1/23/2007

Homogeneous

Flooring

No

Non-fibrous SolidOKAn?

2# Layers YesPos Layer?

Apparent Smp Type chrysotile asbestosFiber Identification:

Sample Analytical Note

Procedure: tweased apart using forceps. Procedure: dissolution of matrix using solvent.

Fibers

Color Mrph Iso Pleo Bi Elg Ext Oil Col Par Col Per RI Par RI Per

Refractive Index Determinations

1.561 1.553chrysotile asbestos 1.550 db/ly sb/oW A N N L + P

Non-Fibrous Components (in approx. decreasing order): filler, binder, 5# Sub-Samples

Condition: acceptable

Layers

# Layer Type % Color Friability

Percents of Each Fiber

Fib 1 Fib 2 Fib 3 Fib 4 Fib 5 Fib 6

1 97 5-10% - - - - -floor tile off-white 1 2 3 n.d. - - - - -mastic Yellow 1

100Total % 5-10% - - - - -Average %

2007-00081- 3IHS-333-1A3-3 12/19/2006Lab Number Sample Sampled:

RAMAnalyzed By 1/23/2007 Homogeneous

Flooring No

Non-fibrous SolidOKAn?

2# Layers YesPos Layer?

Apparent Smp Type chrysotile asbestos cellulose fiberFiber Identification:

Sample Analytical Note

Procedure: tweased apart using forceps. Procedure: dissolution of matrix using solvent.

Fibers

Color Mrph Iso Pleo Bi Elg Ext Oil Col Par Col Per RI Par RI Per Refractive Index Determinations

1.561 1.553chrysotile asbestos cellulose fiber

1.550 db/ly sb/oW A N N L + P W F N N H + U

Non-Fibrous Components (in approx. decreasing order): filler, binder, 5# Sub-Samples

Condition: acceptable

Layers

# Layer Type % Color Friability

Percents of Each Fiber

Fib 1 Fib 2 Fib 3 Fib 4 Fib 5 Fib 6

1 97 5-10% n.d. - - - -floor tile off-white 1 2 3 n.d. <=1% - - - -mastic Yellow 1

100Total % 5-10% <=1% - - - -Average %

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2007-00081- 4IHS-333-1B1-4 12/19/2006Lab Number Sample Sampled:

RAMAnalyzed By 1/23/2007

Homogeneous

Cementitious

Yes

Non-fibrous SolidOKAn?

1# Layers NoPos Layer?

Apparent Smp Type noneFiber Identification:

Sample Analytical Note

Procedure: dissolution of matrix using dilute HCl acid. Procedure: tweased apart using forceps.

Fibers

Color Mrph Iso Pleo Bi Elg Ext Oil Col Par Col Per RI Par RI Per

Refractive Index Determinations none

Non-Fibrous Components (in approx. decreasing order): powder, rock, 3# Sub-Samples

Condition: acceptable

Layers

# Layer Type % Color Friability

Percents of Each Fiber

Fib 1 Fib 2 Fib 3 Fib 4 Fib 5 Fib 6

1 100 n.d. - - - - -concrete Gray 1

100Total % n.d. - - - - -Average %

2007-00081- 5IHS-333-1B2-5 12/19/2006Lab Number Sample Sampled:

RAMAnalyzed By 1/23/2007

Homogeneous

Cementitious

Yes

Non-fibrous SolidOKAn?

1# Layers NoPos Layer?

Apparent Smp Type noneFiber Identification:

Sample Analytical Note

Procedure: dissolution of matrix using dilute HCl acid. Procedure: tweased apart using forceps.

Fibers

Color Mrph Iso Pleo Bi Elg Ext Oil Col Par Col Per RI Par RI Per Refractive Index Determinations none

Non-Fibrous Components (in approx. decreasing order): powder, rock, 3# Sub-Samples

Condition: acceptable

Layers

# Layer Type % Color Friability

Percents of Each Fiber

Fib 1 Fib 2 Fib 3 Fib 4 Fib 5 Fib 6

1 100 n.d. - - - - -concrete Gray 1

100Total % n.d. - - - - -Average %

2007-00081- 6IHS-333-1B3-6 12/19/2006Lab Number Sample Sampled:

RAMAnalyzed By 1/23/2007 Homogeneous

Cementitious Yes

Non-fibrous SolidOKAn?

1# Layers NoPos Layer?

Apparent Smp Type noneFiber Identification:

Sample Analytical Note

Procedure: dissolution of matrix using dilute HCl acid. Procedure: tweased apart using forceps.

Fibers

Color Mrph Iso Pleo Bi Elg Ext Oil Col Par Col Per RI Par RI Per Refractive Index Determinations none

Non-Fibrous Components (in approx. decreasing order): powder, rock, 3# Sub-Samples

Condition: acceptable

Layers

# Layer Type % Color Friability

Percents of Each Fiber

Fib 1 Fib 2 Fib 3 Fib 4 Fib 5 Fib 6

1 100 n.d. - - - - -concrete Gray 1

100Total % n.d. - - - - -Average %

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2007-00081- 7IHS-333-2A1-7 12/19/2006Lab Number Sample Sampled:

RAMAnalyzed By 1/23/2007

Homogeneous

Wall System

Yes

Non-fibrous SolidOKAn?

1# Layers NoPos Layer?

Apparent Smp Type noneFiber Identification:

Sample Analytical Note

Procedure: dissolution of matrix using dilute HCl acid. Procedure: tweased apart using forceps.

Fibers

Color Mrph Iso Pleo Bi Elg Ext Oil Col Par Col Per RI Par RI Per

Refractive Index Determinations none

Non-Fibrous Components (in approx. decreasing order): powder, rock, 3# Sub-Samples

Condition: acceptable

Layers

# Layer Type % Color Friability

Percents of Each Fiber

Fib 1 Fib 2 Fib 3 Fib 4 Fib 5 Fib 6

1…