Atch E HazMat Survey 10-0171.pdf

1021.10

HAZARDOUS MATERIALS SURVEY

to SUPPORT DEMOLITION OF BLDG 1710

Fairchild Air Force Base

Project No. GJKZ 10-0171

June 10, 2011

421 W Riverside Suite 860

Spokane WA 99201 t 509 . 456 . 8236 f 509 . 747 . 0570 www.zeckbutler.com

Asbestos & Lead Paint Surveys: PCB's & Refrigerant Inspection:

Environmental Risk Management Allwest Testing & Engineering

(509) 991-7357 (208) 762-4721

1221643751C Text Box

GJKZ 10-0171

DEMOLISH BUILDING 1710

ATTACHMENT E

Hazardous Materials Survey to Support Demolition of Building 1710

Fairchild AFB, WA

Project No. GJKZ 10-0171

TABLE OF CONTENTS

I. ASBESTOS SURVEY

• Specification Section 02 83 00 - Asbestos Removal & Related Work

II. LEAD PAINT SURVEY

• Specification Section 02 83 01 - Lead Based Paint Building Component Removal, Building Demolition & Related Work

III. PCB and REFRIGERANT INSPECTION

Asbestos Survey

Building 1710 Demolition Project

Fairchild, Washington 99011

Project No.: ERM-11-160

By Environmental Risk Management

1324 Liberty Lake Road #231 Liberty Lake, Washington 99019

Phone: (509) 991-7357

June 7, 2011

Prepared for:

Zeck-Butler Architects 421 West Riverside Avenue, Suite 860

Spokane, WA 99201

TABLE OF CONTENTS Page

1.0 EXECUTIVE SUMMARY 1

2.0 INTRODUCTION 4

2.1 Purpose

2.2 Scope of Services

2.3 Authorization

2.4 Warranty

3.0 METHODOLOGY 4

3.1 Inspection Procedure

3.2 Sampling Procedure

4.0 LABORATORY METHODOLOGY 5

4.1 Method of Analysis-Asbestos

4.2 Laboratory Quality Assurance

5.0 ASBESTOS FINDINGS 5

5.1 Asbestos Containing Materials

5.2 Non-Asbestos Materials

APPENDIX

Appendix A: Inspector Certifications Appendix B: Bulk Asbestos Analytical Results Appendix C: Asbestos Materials Photographs Appendix C: Asbestos Sample Location Drawing

ENVIRONMENTAL RISK MANAGEMENT PROJECT # ERM-11-160

1.0 Executive Summary

Environmental Risk Management was retained by Zeck-Butler Architects to conduct an asbestos survey for the Building 1710 Demolition Project, located at Fairchild Air Force Base, in Fairchild, Washington. The survey was conducted on May 11, 19, 26, and June 6th,, 2011.

General Building Observations

FAFB Building 1710 is a one-story commercial building approximately 2,460 square feet in size.

The original construction date was 1958. The building was constructed as an ammunition shop and is currently vacant. The wall system is a combination of cast-in-place concrete and CMU block. The roof structure is cast-in-place concrete with built-up tar and felt roofing and gravel ballast. The heat equipment room and storage room are brick with a cast-in-place concrete roof structure with built-up tar and felt roofing and gravel ballast. The south bay of the main building is finished as an office with floor tile floor coverings in the office area and painted concrete floors in the hallway and restroom areas. The lower half of the office area walls are finished with wood paneling covering painted concrete and CMU walls. The ceiling is painted concrete. The hallway and restroom walls and ceilings are painted concrete and CMU block.

The remainder of the main building interiors are finished with painted concrete floors and demising walls. The perimeter walls of the main building are finished with painted CMU block.

Exterior windows are present in the office area, restroom, heat equipment room and storage room.

The exterior door jambs are steel with a combination of steel and wood doors.

The heating system for the building is a system of radiant heaters supplied hot water circulating pipes. Thermal system insulation is present on the HVAC piping system. The boiler is not present.

Asbestos Containing Materials

The materials that were sampled and analyzed and found to contain asbestos consist of the following:

FAFB Building 1710 Interior - Asbestos Containing Materials Material Location

Material Description

Sample Number

Friable Yes/No

Asbestos Type Condition

Office area floor (bottom layer)

Green 9x9 floor tile/ black mastic

Estimated quantity:

355 s.f.

17-8 No Yes Floor tile:

12% Chrysotile Mastic:

10% Chrysotile

Miscellaneous (Class II Non-friable Material)

Good

All rooms along walls and ceilings on radiant heat pipes.

Pipe insulation (mag) and mudded joint packings

TSI: 17-

9, 17-10

MJP: 17-

8, 17-11

Yes Yes

TSI:

Pipe wrap:

N.D.

Insulation:

15% Amosite

Thermal system insulation (Class I Friable Material)

Good

Estimated quantity:

318 l.f.

MJP:

Wrap:

N.D.

Insulation:

5%-85% Chrysotile 10% Amosite

Intersections of concrete demising walls and CMU perimeter walls.

Sealer caulk

Estimated quantity: 25 s.f.

17-27 No Yes Sealer caulk: 7% Chrysotile

Miscellaneous (Class II Non-friable Material)

Good

Interior areas of metal door jambs in office and restroom areas

Sealer caulk

Estimated quantity: 5 s.f.

Assumed

ACM

No Yes Sealer Assumed

ACM

Miscellaneous (Class II Non-friable

FAFB Building 1710 Heat Equipment Room - Asbestos Containing Materials Material Location

Material Description

Sample Number

Friable Yes/No

Asbestos Type Condition

On abandoned non-ACM air cell boiler piping and floor

Mudded joint packing and debris

Estimated quantity: 84 s.f.

(ACM

contaminated aircell insulation and MJP included in

TSI

quantity.)

Air cell

TSI: 17-

MJP:

17-15

Yes Yes

TSI:

Pipe wrap:

N.D.

Insulation:

N.D.

(Assumed

ACM

contaminated)

MJP:

Wrap: N.D.

Insulation:

85% Chrysotile 15% Amosite

Thermal system insulation (Class I Friable

Poor

FAFB Building 1710 Exterior Roofs- Asbestos Containing Materials

Location

Material Description

Sample Number

Friable Yes/No

Asbestos Type Condition

Exterior roof edges and penetrations of building

Black/gray roof mastic Estimated quantity: 305 s.f.

17-19, 17-20, 17-22, 17-23

No Yes Roof mastic:

8%-10% Chrysotile

Miscellaneous (Class II Non-friable

FAFB Building 1710 Exterior Walls- Asbestos Containing Materials

Location

Material Description

Sample Number

Friable Yes/No

Asbestos Type Condition

Exterior windows to CMU wall intersections

Sealer caulk

Estimated quantity: 30 s.f.

17-24 No Yes Sealer caulk: 10% Chrysotile

Miscellaneous (Class II Non-friable Material)

Good

Exterior steel and interior door jambs to CMU/brick wall intersections

Sealer caulk

Estimated quantity: 80 s.f.

17-25 No Yes Sealer caulk: 10% Chrysotile

Miscellaneous (Class II Non-friable Material)

Good

Intersections of concrete demising walls and

CMU

perimeter walls.

Sealer caulk

Estimated quantity: 35 s.f.

17-26 No Yes Sealer caulk: 10% Chrysotile

Miscellaneous (Class II Non-friable Material)

Good

Intersection of heat equipment wall to main building CMU wall

Sealer caulk

Estimated quantity: 5 s.f.

17-31 No Yes Sealer caulk: 10% Chrysotile

Miscellaneous (Class II Non-friable

Reference the Asbestos Findings section and the analytical appendix of this report for specific sample information.

Signed, Kevin McCrink, AHERA/EPA Accredited Inspector # BIR-11-037.

Expires: 05/10/12

2.0 Introduction

2.1 Purpose

The purpose of the asbestos survey was to provide information identifying the presence of exposed and/or accessible suspect building materials that commonly contain asbestos for removal prior to building demolition.

2.2 Scope of Work

The scope of work consisted of conducting a visual inspection and sampling survey in accordance with OSHA 29 CFR 1926.1101 and NESHAPS 40 CFR part 61 guidelines to determine the presence of suspected asbestos containing building materials (ACBM) which were exposed and/or accessible.

The bulk samples collected from the project area were analyzed at an accredited laboratory to determine the presence and concentrations of asbestos.

2.3 Authorization

Authorization to perform this survey was given by Zeck-Butler Architects on May 11, 2011.

2.4 Warranty

The field and laboratory results reported herein are considered sufficient in detail and scope to determine the presence of expose and/or accessible suspect asbestos containing building materials in the building at the time of the inspection. Environmental Risk Management warrants that the findings contained herein have been prepared in the general accordance with accepted professional practices at the time of its preparation as applied by similar professionals in the industry. Changes in the state of the art or in applicable regulations cannot be anticipated and have not been addressed in this report.

The survey and analytical methods have been used to provide the client with information regarding the presence of accessible and/or exposed suspect asbestos containing building materials existing in the building at the time of the inspection. There is a distinct possibility that conditions may exist which were not apparent during the site visit. This inspection covered only those areas that were exposed and/or accessible to the inspector. The investigation is also limited to the information available from the client at the time of the investigation. No other warranties are implied or expressed.

3.0 Methodology

3.1 Inspection Procedures

Kevin McCrink, AHERA accredited inspector # BIR-11-037 conducted the asbestos survey. The initial inspection consisted of the inspector walking through the project area of the building in order to determine the general building lay out, draw a site sketch and to determine the presence of exposed and/or reasonably accessible suspect asbestos containing materials. The suspect materials were then grouped into homogenous material groups that were collected during the sampling phase.

3.2 Sampling Procedures

Following the inspection phase, the materials that were identified and grouped into homogenous suspect asbestos materials were then sampled. The sampling was limited to those materials which were exposed and/or accessible and which did not require destructive access in order to sample.

The sampling protocol followed was consistent with the guidelines set forth in OSHA 29 CFR

1926.1101 and NESHAPS 40 part 61. Efforts were made to select random sampling locations, but preference was given to damaged or disturbed areas in order to minimize the damage to the building finished surfaces. The sampling and inspection was conducted in the least disruptive manor as possible to the suspect building materials.

A copy of the Inspector’s accreditation can be found in Appendix B.

4.0 Methodology

4.1 Method of Analysis

The analysis of the bulk samples for asbestos was performed by EPA method 600/M4-82-020.

The bulk samples were prepared for visual examination and identification by polarizing light microscopy. Following the preparation of the material on a glass slide the samples were analyzed for asbestos forms of chrysotile, crocidolite, anthophyllite, actinolite/tremolite, amosite and non-asbestos components that totaled 100 % of the sample volume. Asbestos and non-asbestos elements of each sample were identified utilizing, the unique optical properties associated with them. The identification consisted of identifying specific optical and physical characteristics that included refractive indices, color, pleochroism, birefringence, extinction angles, and sign of elongation and morphology. The volume percentage of each component in the sample was determined by visually estimating the percentage.

4.2 Laboratory Quality Assurance

The asbestos bulk samples collected from the building in this project were sent to EMC Laboratories, Inc. located in Phoenix, Arizona for analysis. EMC Laboratories, Inc. is a NVLAP accredited analytical laboratory. Additional asbestos bulk samples collected from the building in this project were sent to Mountain Laboratories, Inc. located in Spokane Valley, Washington for analysis. Mountain Laboratories, Inc. is a NVLAP accredited analytical laboratory.

5.0 Findings

5.1 Asbestos Containing Materials

OSHA/EPA defines a material to be an asbestos containing material (ACM) in the material contains greater than one percent (>1%) asbestos. Multiple samples are collected and if one sample out of the homogenous sampling group is found to contain asbestos then the material is determined to be an asbestos containing material.

Specific materials sampled for the Building 1710 Building Demolition Project that were found to contain asbestos and can be found in the following summary:

FAFB Building 1710 Interior - Asbestos Containing Materials Material Location

Material Description

Sample Number

Friable Yes/No

Asbestos Type Condition

Office area floor (bottom layer)

Green 9x9 floor tile/ black mastic

Estimated quantity:

355 s.f.

17-8 No Yes Floor tile:

12% Chrysotile Mastic:

10% Chrysotile

Miscellaneous (Class II Non-friable Material)

Good

All rooms along walls and ceilings on radiant heat pipes.

Pipe insulation (mag) and mudded joint packings

Estimated quantity:

318 l.f.

TSI: 17-

9, 17-10

MJP: 17-

8, 17-11

Yes Yes

TSI:

Pipe wrap:

N.D.

Insulation:

15% Amosite

MJP:

Wrap:

N.D.

Insulation:

5%-85% Chrysotile 10% Amosite

Thermal system insulation (Class I Friable Material)

Good

Intersections of concrete demising walls and CMU perimeter walls.

Sealer caulk

Estimated quantity: 25 s.f.

17-27 No Yes Sealer caulk: 7% Chrysotile

Miscellaneous (Class II Non-friable Material)

Good

Interior areas of metal door jambs in office and restroom areas

Sealer caulk

Estimated quantity: 5 s.f.

Assumed

ACM

No Yes Sealer Assumed

ACM

Miscellaneous (Class II Non-friable

Location

Material Description

Sample Number

Friable Yes/No

Asbestos Type Condition

On abandoned non-ACM air cell boiler piping and floor

Mudded joint packing and debris

Estimated quantity: 84 s.f.

(ACM

contaminated

Air cell

TSI: 17-

MJP:

17-15

Yes Yes

TSI:

Pipe wrap:

N.D.

Insulation:

N.D.

(Assumed

ACM

contaminated)

Thermal system insulation (Class I Friable aircell insulation and MJP included in

TSI

quantity.)

MJP:

Wrap: N.D.

Insulation:

85% Chrysotile 15% Amosite

FAFB Building 1710 Exterior Roofs- Asbestos Containing Materials

Location

Material Description

Sample Number

Friable Yes/No

Asbestos Type Condition

Exterior roof edges and penetrations of building

Black/gray roof mastic Estimated quantity: 305 s.f.

17-19, 17-20, 17-22, 17-23

No Yes Roof mastic:

8%-10% Chrysotile

Miscellaneous (Class II Non-friable

Location

Material Description

Sample Number

Friable Yes/No

Asbestos Type Condition

Exterior windows to CMU wall intersections

Sealer caulk

Estimated quantity: 30 s.f.

17-24 No Yes Sealer caulk: 10% Chrysotile

Miscellaneous (Class II Non-friable Material)

Good

Exterior steel and interior door jambs to CMU/brick wall intersections

Sealer caulk

Estimated quantity: 80 s.f.

17-25 No Yes Sealer caulk: 10% Chrysotile

Miscellaneous (Class II Non-friable Material)

Good

Intersections of concrete demising walls and

CMU

perimeter walls.

Sealer caulk

Estimated quantity: 35 s.f.

17-26 No Yes Sealer caulk: 10% Chrysotile

Miscellaneous (Class II Non-friable Material)

Good

Intersection of heat equipment wall to main building CMU wall

Sealer caulk

Estimated quantity: 5 s.f.

17-31 No Yes Sealer caulk: 10% Chrysotile

Miscellaneous (Class II Non-friable

5.2 Non-Asbestos Containing Materials

OSHA/EPA defines a material to be an asbestos containing material (ACM) in the material contains greater than one percent (>1%) asbestos. Multiple samples are collected and if one sample out of the homogenous sampling group is found to contain asbestos then the material is determined to be an asbestos containing material.

Specific materials sampled for FAFB Building 1710 Building Demolition Project that were found not to contain asbestos and can be found in the following table:

FAFB Building 1710 Interior – Non-Asbestos Containing Materials Material Location

Material Description

Sample Number

Friable Yes/No

Asbestos Type Condition

Office area floor (top layer)

Gray/tan 12x112 floor tile/ tan mastic

17-1 No No Floor tile:

N.D.

Mastic:

N.D.

Miscellaneous

Office area walls behind wood paneling

Tan panel mastic

17-3 No No Mastic:

Office area south & east window panes

Green/tan window putty

17-4 No No Window putty:

N.D.

Miscellaneous Good

Office area east window panes

White window putty

17-5 No No Window putty:

N.D.

Miscellaneous Good

Office area east window panes around A/C unit

Window caulking

17-6 No No Window caulking:

N.D.

Miscellaneous Good

Restroom and storage room window panes

White window putty

17-7 No No Window putty:

N.D.

Miscellaneous Good

Expansion joints of concrete slab floors throughout building

Black expansion joints

17-32, 17-33

No No Expansion joints:

Miscellaneous Good

Location

Material Description

Sample Number

Friable Yes/No

Asbestos Type Condition

Inside of boiler chimney

Debris 17-16 No No Miscellaneous N/A

FAFB Building 1710 Exterior Roofs- Asbestos Containing Materials Material Location

Material Description

Sample Number

Friable Yes/No

Asbestos Type Condition

Exterior roof under gravel ballast (main building section))

Built-up tar and felt roofing

17-17 No No Built-up tar and felt roofing: N.D.

Under built-up roofing on concrete roof deck

Black mastic/ concrete

17-18 No No Black mastic:

N.D.

Concrete:

N.D.

Miscellaneous Good

Exterior roof under gravel ballast (heating equipment and storage rooms building section))

Built-up tar and felt roofing

17-19 No No Built-up tar and felt roofing: N.D.

Location

Material Description

Sample Number

Friable Yes/No

Asbestos Type Condition

Exterior wall penetrations

Yellow/orange expanding foam

17-12 No No Expanding foam: N.D.

Exterior plywood wall cavities

Yellow fiberglass insulation

17-13 No No Fiberglass insulation:

CMU block walls of building

Maroon CMU block/ gray mortar

17-28, 17-29

Yes No

CMU

block:

N.D.

Mortar:

Boiler chimney brick and mortar

Gray/black brick/ gray mortar

17-30 Yes No

CMU

block:

N.D.

Mortar:

End of section.

Appendix A Inspector’s Certification

Appendix B Asbestos Analytical Results

Asbestos Detected

Layer Name / Sample Description

Asbestos Type

Lab ID Sample Location

Bulk Asbestos Analysis by Polarized Light Microscopy

Non-Asbestos Constituents

Laboratory Report

0099725

NVLAP#101926-0

Client ID

Client:

Address: 1324 LIBERTY LAKE RD, 231

LIBERTY LAKE, WA 99019

ENVIRONMENTAL RISK MGMT

Date Received: 05/13/2011

05/17/2011Date Analyzed:

ERM-11-160Job# / P.O. #:

EMC LABS, INC.

Collected: 05/11/2011 EPA Method: EPA 600/M4-82-020Project Name/ FAFB BLDG 1710 DEMO Submitted By: KEVIN McCRINKAddress:

CustomerCollected By:

9830 S. 51st Street, Suite B109, Phoenix, AZ 85044 Phone: 800-362-3373 or 480-940-5294 - Fax: (480) 893-1726

05/17/2011Date Reported:

NoLAYER 1 12"x12" Floor Tile, Gray/ Tan

0099725-001 17-1 Carbonates

Quartz Binder/Filler

100%

NoLAYER 2 Mastic, Tan Carbonates

Gypsum

YesLAYER 1 Floor Tile, Green/ Black

Chrysotile0099725-002 17-2

12% Carbonates Quartz

88%

YesLAYER 2 Mastic, Black

Chrysotile 10% Carbonates

90%

NoPanel Mastic, Tan0099725-003 17-3 Carbonates

NoWindow Putty, Green/ Tan0099725-004 17-4 Carbonates

NoWindow Putty, White0099725-005 17-5 Carbonates

NoWindow Caulk, Black/ Tan0099725-006 17-6 Carbonates

Layer Name / Sample Description

Asbestos Type

Lab ID Sample Location

Bulk Asbestos Analysis by Polarized Light Microscopy

Non-Asbestos Constituents

Laboratory Report

0099725

NVLAP#101926-0

Client ID

Client:

Address: 1324 LIBERTY LAKE RD, 231

LIBERTY LAKE, WA 99019

ENVIRONMENTAL RISK MGMT

Date Received: 05/13/2011

05/17/2011Date Analyzed:

ERM-11-160Job# / P.O. #:

EMC LABS, INC.

Collected: 05/11/2011 EPA Method: EPA 600/M4-82-020Project Name/ FAFB BLDG 1710 DEMO Submitted By: KEVIN McCRINKAddress:

CustomerCollected By:

9830 S. 51st Street, Suite B109, Phoenix, AZ 85044 Phone: 800-362-3373 or 480-940-5294 - Fax: (480) 893-1726

05/17/2011Date Reported:

NoWindow Putty, White0099725-007 17-7 Carbonates

Mudded Joint Packing, White Note: Difficult to separate adjacent layers

Amosite Chrysotile

0099725-008 17-8

10% 5%

Gypsum Carbonates

85%

Mudded Joint Packing, Lt. Gray

Chrysotile 85%

15%

Cellulose FiberNoLAYER 3 Wrap, White/ Green

65%

35%

Pipe Insulation, White

Amosite0099725-009 17-9

15%

Cellulose FiberNoLAYER 2 Wrap, White/ Green

50% Gypsum

50%

Pipe Insulation, White

Amosite0099725-010 17-10

15%

Wrap, White

50% Gypsum

Layer Name / Sample Description

Asbestos Type

Lab ID Sample Location

Bulk Asbestos Analysis by Polarized Light Microscopy

Non-Asbestos Constituents

Laboratory Report

0099725

NVLAP#101926-0

Client ID

Client:

Address: 1324 LIBERTY LAKE RD, 231

LIBERTY LAKE, WA 99019

ENVIRONMENTAL RISK MGMT

Date Received: 05/13/2011

05/17/2011Date Analyzed:

ERM-11-160Job# / P.O. #:

EMC LABS, INC.

Collected: 05/11/2011 EPA Method: EPA 600/M4-82-020Project Name/ FAFB BLDG 1710 DEMO Submitted By: KEVIN McCRINKAddress:

CustomerCollected By:

9830 S. 51st Street, Suite B109, Phoenix, AZ 85044 Phone: 800-362-3373 or 480-940-5294 - Fax: (480) 893-1726

05/17/2011Date Reported:

YesLAYER 1 Mudded Joint Packing, Lt. Gray

Chrysotile0099725-011 17-11

85%

Mudded Joint Packing, White

Amosite 10%

Wrap, White

80%

20%

Fibrous GlassNoExpanded Foam, Yellow/ Orange0099725-012 17-12

50% Gypsum Foam

Fibrous Glass Cellulose Fiber

NoFiberglass Insulation, Yellow0099725-013 17-13

95% 3%

Gypsum 2%

Cellulose FiberNoLAYER 1 Air Cell Pipe Insulation, Brown/ Tan

0099725-014 17-14

95%

5%

Air Cell Pipe Insulation, Brown/ Tan

95%

Air Cell Pipe Insulation, Brown/ Tan

95%

Cellulose FiberNoLAYER 4 Wrap, Blue

80%

20%

Layer Name / Sample Description

Asbestos Type

Lab ID Sample Location

Bulk Asbestos Analysis by Polarized Light Microscopy

Non-Asbestos Constituents

Laboratory Report

0099725

NVLAP#101926-0

Client ID

Client:

Address: 1324 LIBERTY LAKE RD, 231

LIBERTY LAKE, WA 99019

ENVIRONMENTAL RISK MGMT

Date Received: 05/13/2011

05/17/2011Date Analyzed:

ERM-11-160Job# / P.O. #:

EMC LABS, INC.

Collected: 05/11/2011 EPA Method: EPA 600/M4-82-020Project Name/ FAFB BLDG 1710 DEMO Submitted By: KEVIN McCRINKAddress:

CustomerCollected By:

9830 S. 51st Street, Suite B109, Phoenix, AZ 85044 Phone: 800-362-3373 or 480-940-5294 - Fax: (480) 893-1726

05/17/2011Date Reported:

YesLAYER 1 Mudded Joint Packing, White

Amosite0099725-015 17-15

15%

Mudded Joint Packing, Lt. Gray

Chrysotile 85% Carbonates

Wrap, Blue

65%

35%

NoChimney Debris, Dk. Gray0099725-016 17-16 Gypsum

Cellulose FiberNoLAYER 1 Built-up Roofing, Black

0099725-017 17-17

35%

65%

Built-up Roofing, Black

35%

65%

Built-up Roofing, Black

50%

Built-up Roofing, Black

50%

PLEASE SEE EMC LABS SAMPLE NUMBER 0099725-024 FOR ADDITIONAL LAYERS

Layer Name / Sample Description

Asbestos Type

Lab ID Sample Location

Bulk Asbestos Analysis by Polarized Light Microscopy

Non-Asbestos Constituents

Laboratory Report

0099725

NVLAP#101926-0

Client ID

Client:

Address: 1324 LIBERTY LAKE RD, 231

LIBERTY LAKE, WA 99019

ENVIRONMENTAL RISK MGMT

Date Received: 05/13/2011

05/17/2011Date Analyzed:

ERM-11-160Job# / P.O. #:

EMC LABS, INC.

Collected: 05/11/2011 EPA Method: EPA 600/M4-82-020Project Name/ FAFB BLDG 1710 DEMO Submitted By: KEVIN McCRINKAddress:

CustomerCollected By:

9830 S. 51st Street, Suite B109, Phoenix, AZ 85044 Phone: 800-362-3373 or 480-940-5294 - Fax: (480) 893-1726

05/17/2011Date Reported:

NoLAYER 1 Concrete, Gray

0099725-018 17-18 Carbonates

Gypsum Quartz Mica

Mastic, Black

<1% Carbonates

99%

YesRoof Mastic, Black Chrysotile0099725-019 17-19

8% Carbonates

92%

YesRoof Mastic, Black Chrysotile0099725-020 17-20

10% Carbonates Gypsum

Built-up Roofing, Black

0099725-021 17-21

40%

60%

Built-up Roofing, Black

40%

Built-up Roofing, Black

40%

Built-up Roofing, Black

40%

PLEASE SEE EMC LABS SAMPLE NUMBER 0099725-025 FOR ADDITIONAL LAYERS

Layer Name / Sample Description

Asbestos Type

Lab ID Sample Location

Bulk Asbestos Analysis by Polarized Light Microscopy

Non-Asbestos Constituents

Laboratory Report

0099725

NVLAP#101926-0

Client ID

Client:

Address: 1324 LIBERTY LAKE RD, 231

LIBERTY LAKE, WA 99019

ENVIRONMENTAL RISK MGMT

Date Received: 05/13/2011

05/17/2011Date Analyzed:

ERM-11-160Job# / P.O. #:

EMC LABS, INC.

Collected: 05/11/2011 EPA Method: EPA 600/M4-82-020Project Name/ FAFB BLDG 1710 DEMO Submitted By: KEVIN McCRINKAddress:

CustomerCollected By:

9830 S. 51st Street, Suite B109, Phoenix, AZ 85044 Phone: 800-362-3373 or 480-940-5294 - Fax: (480) 893-1726

05/17/2011Date Reported:

Fibrous GlassNoRoof Mastic/ Tar, Black0099725-022 17-22

5% Gypsum

95%

YesRoof Mastic, Black Chrysotile0099725-023 17-23

10% Gypsum

Cellulose Fiber Fibrous Glass

NoLAYER 1 Built-up Roofing, Black

0099725-024 ADDITIONAL

LAYERS17-17

30% 10%

Fibrous GlassNoLAYER 2 Built-up Roofing, Black

97% Gypsum 3%

Cellulose FiberNoLAYER 1 Built-up Roofing, Black

0099725-025 ADDITIONAL

LAYERS17-21

40%

Fibrous GlassNoLAYER 2 Built-up Roofing, Black

98% Gypsum 2%

Distinctly stratified, easily separable layers of samples are analyzed as subsamples of the whole and are reported separately for each discernable layer. All analyses are derived from calibrated visual estimate and measured in weight percent unless otherwise noted. The report applies to the standards or procedures identified and to the sample(s) tested. The test results are not necessarily indicated or representative of the qualities of the lot from which the sample was taken or of apparently identical or similar products, nor do they represent an ongoing quality assurance program unless so noted. These reports are for the exclusive use of the addressed client and that they will not be reproduced wholly or in part for advertising or other purposes over our signature or in connection with our name without special written permission. The report shall not be reproduced except in full, without written approval by our laboratory. The samples not destroyed in testing are retained a maximum of thirty days. The laboratory measurement of uncertainty for the test method is approximately <1% by weight.

Accredited by the National Institute of Standards and Technology, Voluntary Laboratory Accreditation Program for selected test method for asbestos. The accreditation or any reports generated by this laboratory in no way constitutes or implies product certification, approval, or endorsement by the National Institute of Standards and Technology. The report must not be used by any entity to claim product endorsement by NVLAP or any agency of the U.S. Government. Polarized Light Microscopy may not be consistently reliable in detecting asbestos in floor coverings and similar non-friable organically bound materials.

Signatory - Lab Director - Kurt Kettler Analyst - Kurt Kettler

Layer Name / Sample Description

Asbestos Type

Lab ID Sample Location

Bulk Asbestos Analysis by Polarized Light Microscopy

Non-Asbestos Constituents

Laboratory Report

0100112

NVLAP#101926-0

Client ID

Client:

Address: 1324 LIBERTY LAKE RD, 231

LIBERTY LAKE, WA 99019

ENVIRONMENTAL RISK MGMT

Date Received: 05/24/2011

05/25/2011Date Analyzed:

Job# / P.O. #:

EMC LABS, INC.

Collected: 05/19/2011 EPA Method: EPA 600/M4-82-020Project Name/ FAFB BLDG 1710 Submitted By: KEVIN McCRINKAddress:

Collected By:

9830 S. 51st Street, Suite B109, Phoenix, AZ 85044 Phone: 800-362-3373 or 480-940-5294 - Fax: (480) 893-1726

05/25/2011Date Reported:

YesSealer, Off White Chrysotile0100112-001 WINDOW 17-24

10% Carbonates

YesSealer, Off White Chrysotile0100112-002 EXTERIOR 17-25

10% Carbonates

YesSealer, Off White Chrysotile0100112-003 EXTERIOR 17-26

10% Carbonates

Distinctly stratified, easily separable layers of samples are analyzed as subsamples of the whole and are reported separately for each discernable layer. All analyses are derived from calibrated visual estimate and measured in weight percent unless otherwise noted. The report applies to the standards or procedures identified and to the sample(s) tested. The test results are not necessarily indicated or representative of the qualities of the lot from which the sample was taken or of apparently identical or similar products, nor do they represent an ongoing quality assurance program unless so noted. These reports are for the exclusive use of the addressed client and that they will not be reproduced wholly or in part for advertising or other purposes over our signature or in connection with our name without special written permission. The report shall not be reproduced except in full, without written approval by our laboratory. The samples not destroyed in testing are retained a maximum of thirty days. The laboratory measurement of uncertainty for the test method is approximately <1% by weight.

Accredited by the National Institute of Standards and Technology, Voluntary Laboratory Accreditation Program for selected test method for asbestos. The accreditation or any reports generated by this laboratory in no way constitutes or implies product certification, approval, or endorsement by the National Institute of Standards and Technology. The report must not be used by any entity to claim product endorsement by NVLAP or any agency of the U.S. Government. Polarized Light Microscopy may not be consistently reliable in detecting asbestos in floor coverings and similar non-friable organically bound materials.

Signatory - Lab Director - Kurt Kettler Analyst - Paul Hofer

Layer Name / Sample Description

Asbestos Type

Lab ID Sample Location

Bulk Asbestos Analysis by Polarized Light Microscopy

Non-Asbestos Constituents

Laboratory Report

0100437

NVLAP#101926-0

Client ID

Client:

Address: 1324 LIBERTY LAKE RD, 231

LIBERTY LAKE, WA 99019

ENVIRONMENTAL RISK MGMT

Date Received: 06/02/2011

06/03/2011Date Analyzed:

ERM-11-160Job# / P.O. #:

EMC LABS, INC.

Collected: 05/26/2011 EPA Method: EPA 600/M4-82-020Project Name/ FAFB BLDG 1710 Submitted By: KEVIN McCRINKAddress:

Collected By:

9830 S. 51st Street, Suite B109, Phoenix, AZ 85044 Phone: 800-362-3373 or 480-940-5294 - Fax: (480) 893-1726

06/03/2011Date Reported:

YesExterior Sealer, Lt. Gray/ Beige Chrysotile0100437-001 EXTERIOR 17-27

7% Carbonates

93%

NoCMU Block, Maroon0100437-002 17-28 Gypsum

Carbonates

Cellulose FiberNoMortar, Lt. Gray0100437-003 17-29

<1% Gypsum Carbonates Mica

Brick, Gray/ Black

0100437-004 CHIMNEY

17-30

<1% Gypsum Carbonates Mica

NoLAYER 2 Mortar, Lt. Gray Gypsum

Carbonates Mica

YesExterior Sealer, Lt. Gray/ Beige Chrysotile0100437-005 EXTERIOR 17-31

10% Carbonates

Layer Name / Sample Description

Asbestos Type

Lab ID Sample Location

Bulk Asbestos Analysis by Polarized Light Microscopy

Non-Asbestos Constituents

Laboratory Report

0100437

NVLAP#101926-0

Client ID

Client:

Address: 1324 LIBERTY LAKE RD, 231

LIBERTY LAKE, WA 99019

ENVIRONMENTAL RISK MGMT

Date Received: 06/02/2011

06/03/2011Date Analyzed:

ERM-11-160Job# / P.O. #:

EMC LABS, INC.

Collected: 05/26/2011 EPA Method: EPA 600/M4-82-020Project Name/ FAFB BLDG 1710 Submitted By: KEVIN McCRINKAddress:

Collected By:

9830 S. 51st Street, Suite B109, Phoenix, AZ 85044 Phone: 800-362-3373 or 480-940-5294 - Fax: (480) 893-1726

06/03/2011Date Reported:

Distinctly stratified, easily separable layers of samples are analyzed as subsamples of the whole and are reported separately for each discernable layer. All analyses are derived from calibrated visual estimate and measured in weight percent unless otherwise noted. The report applies to the standards or procedures identified and to the sample(s) tested. The test results are not necessarily indicated or representative of the qualities of the lot from which the sample was taken or of apparently identical or similar products, nor do they represent an ongoing quality assurance program unless so noted. These reports are for the exclusive use of the addressed client and that they will not be reproduced wholly or in part for advertising or other purposes over our signature or in connection with our name without special written permission. The report shall not be reproduced except in full, without written approval by our laboratory. The samples not destroyed in testing are retained a maximum of thirty days. The laboratory measurement of uncertainty for the test method is approximately <1% by weight.

Accredited by the National Institute of Standards and Technology, Voluntary Laboratory Accreditation Program for selected test method for asbestos. The accreditation or any reports generated by this laboratory in no way constitutes or implies product certification, approval, or endorsement by the National Institute of Standards and Technology. The report must not be used by any entity to claim product endorsement by NVLAP or any agency of the U.S. Government. Polarized Light Microscopy may not be consistently reliable in detecting asbestos in floor coverings and similar non-friable organically bound materials.

Signatory - Lab Director - Kurt Kettler Analyst - Paul Hofer

Appendix C Asbestos Materials Photographs

1. ACM Green 9x9 floor tile and mastic under non ACM 12x12 floor tile and mastic in office area.

2. Example of ACM thermal system insulation throughout the building.

3. Example of ACM thermal system insulation throughout the

4. Example of ACM interior sealer caulk at intersection of exterior CMU walls and concrete demising walls.

5. Example of potential ACM interior sealer caulk at intersection of interior CMU walls and metal door jambs in office and restroom areas.

6. ACM MJP and ACM debris including contaminated air cell pipe insulation and floor of heat equipment room.

7. ACM black/gray roof mastic on building roof edges, corners, and penetrations.

8. Example of ACM sealer caulk at exterior window to exterior CMU block wall openings.

9. Example of ACM sealer caulk at exterior and interior steel door jambs to CMU exterior walls.

10. Example of ACM sealer caulk at exterior and interior steel door jambs to CMU/brick exterior walls.

11. Example of ACM sealer caulk at exterior intersections of concrete demising walls and CMU perimeter walls.

12. ACM sealer caulk at Intersection of heat equipment wall to main building CMU wall.

Appendix D Asbestos Sample Location Drawing

GJKZ 10-0171 ASBESTOS REMOVAL AND RELATED WORK

1021.10 028300 - 1

SECTION 02 83 00 - ASBESTOS REMOVAL AND RELATED WORK

PART 1 - GENERAL

1.1 WORK SUMMARY

A. This specification covers the asbestos-containing materials abatement and off-site disposal of asbestos-containing materials of the FAFB Building 1710 interior and exterior prior to building demolition activities. The Contractor must remove all asbestos containing materials prior to the commencement of building demolition activities. The General Contractor will be responsible for providing a 3rd Party Industrial Hygienist to perform final asbestos abatement cleanup inspection and final clearance air sampling of the asbestos work areas.

B. The results of the asbestos survey conducted at Building 1710 for building demolition are contained in the report Asbestos Survey Building 1710 Demolition Project, June 7, 2011, prepared by Environmental Risk Management. This report provides information on the suspect asbestos-containing materials that were tested and the results. A complete copy of the report is included herewith as part of this specification section. Photographs of the asbestos-containing materials can be found in Appendix C of the asbestos survey report.

C. This section details, but is not limited to, the following major items of work for the project. The

Abatement Contractor shall furnish all labor, materials, services, training, insurance, and equipment as needed to complete removal of asbestos-containing materials and asbestos-containing waste disposal from the above-referenced building area prior to selective demolition. The Abatement Contractor shall follow all federal, state and local ordinances, regulations or rules pertaining to asbestos containing materials removal and disposal.

1.2 DESCRIPTION OF WORK

A. FAFB Building 1710 Interior – Friable Asbestos Containing Materials

1. Pipe insulation (mag) and mudded joint packings in all rooms throughout the building along walls and ceilings on radiant heat pipes. Sample Numbers: TSI: 17-9, 17-10. MJP: 17-8, 17-11, TSI:

Pipe wrap: N.D. Insulation: 15% Amosite. MJP: Wrap: N.D., Insulation: 5%-85% Chrysotile, 10% Amosite

Thermal system insulation (Class I Friable Material) Estimated quantity: 318 l.f.

a. The pipe insulation in the restroom, storage room, and heat equipment room is coated with lead-containing paint. The asbestos abatement contractor must comply with Occupational Health & Safety Administration’s (OSHA) Lead Exposure in Construction Standard (29 CFR 1926.62).

B. FAFB Building 1710 Heat Equipment Room – Friable Asbestos Containing Materials

1. Mudded joint packing and debris on abandoned non-ACM air cell boiler piping and floor. Sample Numbers: Air cell TSI: 17-14, MJP: 17-15. TSI: Pipe wrap: N.D., Insulation: N.D.

MJP: Wrap: N.D. Insulation: 85% Chrysotile, 15% Amosite. (Assumed ACM contaminated).

Estimated quantity: 84 s.f.

(ACM contaminated aircell insulation and MJP included in TSI quantity.)

1021.10 028300 - 2

a. All interior ACM thermal system insulation abatement activities must be performed in a HEPA-filtered negative pressure enclosure with HEPA exhaust venting to the outside of the building. A constant negative pressure differential must be maintained from the time of initial disturbance of any asbestos-containing materials until final clearance results have been posted by 3rd Party Industrial Hygienist and the Abatement Contractor has been authorized in writing for work area demobilization by the 92 CONS Contracting Officer. Each building room in which Class I friable asbestos abatement activities are being conducted must be treated as a separate work area

C. FAFB Building 1710 Interior – Non-Friable Asbestos Containing Materials

1. Green 9x9 floor tile/ black mastic on office area floor (bottom layer). Sample Number 17-8, Floor tile: 12% Chrysotile, Mastic: 10% Chrysotile, Miscellaneous (Class II Non-friable Material).

Estimated quantity: 355 s.f.

a. All interior ACM flooring and mastic abatement activities must be performed utilizing manual methods in a regulated work area with critical barriers installed. The work area must remain a regulated area from the time of initial disturbance of any asbestos-containing materials until final clearance results have been posted by 3rd Party Industrial Hygienist and the Abatement Contractor has been authorized in writing for work area demobilization by the 92 CONS Contracting Officer.

2. Sealer caulk at intersections of concrete demising walls and CMU perimeter walls. Sample

Number: 17-27. Sealer caulk: 7% Chrysotile, Miscellaneous (Class II Non-friable Material) Estimated quantity: 25 s.f.

3. Sealer caulk in interiors of office area and restroom metal door jambs and CMU partition walls.

Sample Number: Assumed ACM. Sealer caulk: Assumed ACM, Miscellaneous (Class II Non-friable

Estimated quantity: 5 s.f.

a. Door jambs are coated with lead-containing paint. The asbestos abatement contractor must comply with Occupational Health & Safety Administration’s (OSHA) Lead Exposure in Construction Standard (29 CFR 1926.62). The door jambs are required to be salvaged.

D. FAFB Building 1710 Exterior Roofs- Asbestos Containing Materials

1. Black/gray roof mastic on exterior roof edges and penetrations of building. Sample Numbers: 17-

19, 17-20, 17-22, 17-23, Roof mastic: 8%-10% Chrysotile, Miscellaneous (Class II Non-friable

Estimated quantity: 305 s.f.

a. Roof flashing is coated with lead-containing paint. The asbestos abatement contractor must comply with Occupational Health & Safety Administration’s (OSHA) Lead Exposure in Construction Standard (29 CFR 1926.62).

E. FAFB Building 1710 Exterior Walls- Asbestos Containing Materials

1. Sealer caulk on exterior windows to CMU/brick wall intersections. Sample Number 17-24, Sealer caulk: 10% Chrysotile, Miscellaneous (Class II Non-friable Material) Estimated quantity: 30 s.f.

a. Windows are coated with lead-containing paint. The asbestos abatement contractor must comply with Occupational Health & Safety Administration’s (OSHA) Lead Exposure in Construction Standard (29 CFR 1926.62).

1021.10 028300 - 3

2. Sealer caulk on exterior and interior steel door jambs to CMU/brick wall intersections. Sample

Number: 17-25, Sealer caulk: 10% Chrysotile, Miscellaneous (Class II Non-friable Material) Estimated quantity: 80 s.f.

a. Steel door jambs are coated with lead-containing paint. The asbestos abatement contractor must comply with Occupational Health & Safety Administration’s (OSHA) Lead Exposure in Construction Standard (29 CFR 1926.62). The door jambs are required to be salvaged.

3. Sealer caulk on intersections of concrete demising walls and CMU perimeter walls. Sample

Number: 17-26, Sealer caulk: 10% Chrysotile, Miscellaneous (Class II Non-friable Material) Estimated quantity: 35 s.f.

4. Sealer caulk on Intersection of heat equipment wall to main building CMU wall. Sample Number:

17-3, Sealer caulk: 10% Chrysotile, Miscellaneous (Class II Non-friable Material) Estimated quantity: 5 s.f.

F. All interior/exterior ACM sealer caulks and ACM roof mastics must be removed as asbestos-containing regulated materials and must be removed by an asbestos abatement contractor in a regulated work area.

All workers involved in removal activities must currently be Certified Asbestos Workers.

G. The removal contractor shall ensure that workers comply with the work practices regulating asbestos removal, including but not limited to:

1. The Non-friable asbestos-containing materials must be removed by manual methods utilizing hand tools. The asbestos-containing materials must be wetted during removal.

2. All removed asbestos-containing materials or asbestos-contaminated materials must be placed in a 6-mil plastic lined dumpster, drop box, or approved bags.

3. The removal contractor must keep any asbestos-containing materials debris from accumulating during removal.

4. If the project disposal containers are left unattended, they must be sealed and secured against vandalism.

H. All asbestos-containing materials must be disposed of as asbestos-containing material and dump receipts submitted prior to payment.

I. The owner requires air monitoring during ACM roofing mastic removal activities. Air monitoring must be conducted upwind, downwind, the perimeter of the roof work area, and at the ground level dump box or ACM waste staging area during all ACM removal activities.

J. The asbestos removal contractor must perform all removal activities in compliance with all federal, state, regional, and local regulations. If the above outline is in conflict with any of these regulations, the most stringent requirement shall apply.

1. All asbestos-containing materials must be sealed in minimum 6-mil plastic at the time of removal. No debris will be allowed to accumulate during removal activities.

1021.10 028300 - 4

2. Remove and legally dispose of off-site all asbestos-containing material in accordance with project specifications, and federal, state, and local regulations.

3. Perform final clean-up of area to remove all abatement debris.

4. Safety Compliance. In addition to detailed requirements of this specification, comply with administrative codes, laws, ordinances, rules and regulations of Federal, state, regional, and local authorities regarding work procedures for asbestos including, but not limited to, handling, storing, transporting, and disposing of waste materials. Comply with current requirements of 29 CFR

1910.1001 or 29 CFR 1926.1101 as applicable, SRCAA Regulation I (Article IX), 29 CFR 1926.62, 29 CFR 1910.1025, 40 CFR 745, and 40 CFR 61, Subparts A and M. Comply with current requirements for hazardous waste, including but not limited to handling, storing, transporting and disposal according to the Washington State Regulation WAC 173-303 governing dangerous waste.

1.3 APPLICABLE PUBLICATIONS

A. The publications listed below shall form a part of this specification, as if printed herein. Reference includes any and all current amendments, addenda, and errata to the basic publication. In case of conflict between referenced documents and the following text, the more stringent requirements shall apply.

Code of Federal Regulations (CFR)

29 CFR Part 1910 Occupational Safety and Health Standards 29 CFR Part 1926 Safety and Health Regulations for Construction 29 CFR Part 1926, Subpart T Demolition 40 CFR Part 61 National Emissions Standards for Hazardous Air Pollutants 40 CFR Part 763 Asbestos

American National Standard Institute (ANSI)

Z9.2-79 Fundamentals Governing the Design and Operation of Local Exhaust Systems Z87.1-89 Occupational and Educational Eye and Face

Protection Z88.2-80 Practices for Respiratory Protection

American Society for Testing and Materials (ASTM)

D 1331 Surface and Interfacial Tension of Solutions of Surface-Active Agents E 1368 Visual Inspection of Asbestos Abatement Projects

Environmental Protection Agency (EPA)

EPA 340/1-90-018 Asbestos/NESHAP Regulated Asbestos Containing Materials Guidance EPA 340/1-90-019 Asbestos /NESHAP Adequately Wet Guidance EPA 560/5-85-024 Guidance for Controlling Asbestos Containing Materials in Building

1021.10 028300 - 5

National Institute for Occupational Safety and Health

Underwriters Laboratories (UL)

UL 586 High-Efficiency, Particulate, Air Filter Units

Compressed Gas Association (CGA)

CGA G-7 Compressed Air for Human Respiration CGA G-7.1 Commodity Specification for Air

Washington Administrative Code (WAC)

WAC 296-62 Occupational Health Standards WAC 296-65 Asbestos Removal and Encapsulation Occupational Safety and Health Administration (OSHA) WAC 173-303 Dangerous Waste Regulation

Spokane Regional Clean Air Agency (SRCAA)

Regulation I, Article IX Standards for Removal and Disposal of Asbestos Containing Material

NOTE: These publications form a part of this specification only to the extent referenced.

1.4 DEFINITIONS

A. Abatement. Procedures to control fiber release from asbestos-containing building materials. Includes encapsulation, enclosure and removal.

B. Action Level (Asbestos). Means an airborne concentration of asbestos of 0.1 fiber per cubic centimeter of air calculated as an 8 hour time weighted average.

C. Airlock. A system for ingress or egress without permitting air movement between a contaminated area and an uncontaminated area, consisting of two curtained doorways at least six (6) feet apart.

D. Air Monitoring. The process of measuring the asbestos fiber content of a specific volume of air in a stated period of time.

E. Area Monitoring. Sampling of asbestos fiber concentrating within the asbestos control area and outside the asbestos control area which is representative of the airborne concentrations of asbestos fibers which may reach the breathing zone.

F. Asbestos. A naturally occurring fibrous mineral which includes chrysotile, amosite, crocidolite, tremolite, anthophyllite, and actionolite, and any of these that have been chemically treated and/or altered.

G. Asbestos Containing Material (ACM). Material composed of asbestos in an amount greater than 1 percent by weight, either alone or mixed with other fibrous or nonfibrous materials.

H. Asbestos Control Area. Any area where asbestos removal operations are performed which is isolated by physical boundaries to prevent the spread of asbestos dust, fibers, or debris.

1021.10 028300 - 6

I. Asbestos Fibers. For this specification, asbestos fibers are those fibers five (5) microns or longer having an aspect ratio of at least 3:1.

J. Clean Room. An uncontaminated area or room which is part of the work decontamination enclosure system, with storage for workers' street clothes and uncontaminated protective equipment.

K. Curtained Doorway. A device to allow ingress or egress from one room to another while permitting minimal air movement between the rooms, constructed by placing two overlapping sheets of plastic over an existing or temporarily formed doorway, securing each along the top of the doorway, securing the vertical edge of one along one vertical side of the doorway, and securing the vertical edge of the other sheet along the opposite vertical side of the doorway.

L. 3rd Party Industrial Hygienist. The third party industrial hygienist shall be subject to approval as specified in paragraph SUBMITTALS and shall be (1) have prior experience in the health and safety aspects of an asbestos removal project, or (2) have a minimum of three years prior experience in industrial hygiene relating to asbestos work.

M. Clearance. Final clearance of the containments shall be determined by the 3rd Party Industrial Hygienist from a 1,200 liter minimum air sample collected in the previously contaminated area and analyzed in accordance with the methods prescribed in 29 CFR 1910.1001 or 29 CFR 1926.1101, Appendix A.

N. Asbestos Supervisor. One who is licensed by the State of Washington as such and capable of identifying existing asbestos hazards in the workplace and who has the authority to take prompt corrective measures to eliminate them. The duties of the Asbestos Supervisor include at least the following: Establishing the negative-pressure enclosure, ensuring its integrity, and controlling entry to and exit from the enclosure;

supervising any employee exposure monitoring required by the standard; ensuring that all employees working within such an enclosure wear the appropriate personnel protective equipment, are trained in the use of appropriate methods of exposure control, and use the hygiene facilities and decontamination procedures specified in the standard; and ensuring that engineering controls in use are in proper operating condition and are functioning properly.

O. Competent Person. One who is capable of identifying existing or predictable hazards in the surroundings or working conditions and who has authorization to take prompt corrective measures to eliminate them.

P. Disposal. Procedures necessary to transport and deposit the asbestos-contaminated material stripped and removed from the building in an approved waste disposal site in compliance with the EPA regulations.

Q. Equipment Room. A contaminated area or room within the decontamination enclosure system that is supplied with impermeable bags or containers for disposal of contaminated clothing and equipment.

R. Excursion Limit. No employees shall be exposed to an airborne concentration of asbestos, in any combination of the minerals defined, in excess of 1 fiber per cubic centimeter over a period of 30 minutes in locations subject to OSHA and WISHA (Washington Industrial Safety and Health Administration) inspections, or whatever exposure limit and time interval that is more stringent when required by local or state government. Excursion limit is an OSHA defined term which may also be referred to as "STEL", Short Term Exposure Limit, or as Ceiling Concentration. Method of determination shall be as described in 29 CFR 1926.1101, Appendix A, or an equivalent method recognized and approved by applicable regulatory agencies.

S. Friable ACM. A term as defined in CFR 40 Part 61, Subpart M and EPA 340/1-90-018 that means any material containing more than 1 percent asbestos as determined using the method specified in CFR 40 Part 763, Appendix A, Subpart F, Section 1, Polarized Light Microscopy, that when dry, can be crumbled, pulverized, or reduced to powder by hand pressure.

1021.10 028300 - 7

T. Glove Bag…