W912QR21R0013_Specs_Vol3-0000.pdf

Solicitation For Improve Family Housing Wright-Patterson AFB, OH

P2: 476088

Design Bid Build

Specifications Vol 3 of 3 (Appendices) Certified Final Submittal

18 February 2021

W912QR21R0013

ARIMS: 200A

Disposition: Maintain for 15yrs after construction

W912QR21R0013-0000

US Army Corps

Of Engineers Louisville District

P2# 476088

Improve Family Housing

Wright-Patterson AFB, OH

Certified Final Submission January 2021

Contract# FA8601-15-D-0007 W912QR19F0263

Technical Specifications Volume 3 of 3

Appendices

Wright-Patterson AFB, OH

W912QR-19-F-0263 P2 476088

PROJECT MANAGEMENT/SPECIFICATIONS

1/21/2021

W912QR-19-F-0263 P2 476088

CIVIL

W912QR-19-F-0263 P2 476088

STRUCTURAL

BRETT CARTER

S T

A

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H

IO

P R

O F E

S

S IONA L EN

G

IN

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E R

KROUSKOP

PE.57962

R E

GIST ERE

D

W912QR-19-F-0263 P2 476088

ARCHITECTURE

W912QR-19-F-0263 P2 476088

FIRE PROTECTION/LIFE SAFETY

W912QR-19-F-0263 P2 476088

MECHANICAL

01-21-21

W912QR-19-F-0263 P2 476088

ELECTRICAL

W912QR-19-F-0263 P2 476088

COMMUNICATIONS

P2# 476088 - Improve Family Housing

PROJECT TABLE OF CONTENTS

DIVISION 00 - PROCUREMENT AND CONTRACTING REQUIREMENTS

00 80 00.00 06 SPECIAL PROVISIONS

DIVISION 01 - GENERAL REQUIREMENTS

01 01 50 PROJECT GENERAL REQUIREMENTS (WPAFB)

01 02 20 GENERAL ENVIRONMENTAL PROTECTION REQUIREMENTS (WPAFB)

01 11 00 SUMMARY OF WORK

01 14 00 WORK RESTRICTIONS

01 32 01.00 06 PROJECT SCHEDULE

01 33 00.00 06 SUBMITTAL PROCEDURES

01 33 29.00 06 SUSTAINABILITY REPORTING

01 35 26.00 06 GOVERNMENT SAFETY REQUIREMENTS

01 42 00 SOURCES FOR REFERENCE PUBLICATIONS

01 45 00.15 10 RESIDENT MANAGEMENT SYSTEM CONTRACTOR MODE (RMS CM)

01 45 04.10 06 CONTRACTOR QUALITY CONTROL

01 46 00.00 06 TOTAL BUILDING COMMISSIONING

01 50 00 TEMPORARY CONSTRUCTION FACILITIES AND CONTROLS

01 57 19.00 06 TEMPORARY ENVIRONMENTAL CONTROLS AND PERMITS

01 74 19 CONSTRUCTION WASTE MANAGEMENT AND DISPOSAL

DIVISION 02 - EXISTING CONDITIONS

02 41 00 DEMOLITION AND DECONSTRUCTION

02 42 91 REMOVAL AND SALVAGE OF HISTORIC CONSTRUCTION MATERIALS

02 84 16 HANDLING OF LIGHTING BALLASTS AND LAMPS CONTAINING PCBs

AND MERCURY

DIVISION 03 - CONCRETE

03 30 00 CAST-IN-PLACE CONCRETE

DIVISION 04 - MASONRY

04 03 00 CONSERVATION TREATMENT FOR PERIOD MASONRY

04 20 00 UNIT MASONRY

DIVISION 05 - METALS

05 12 00 STRUCTURAL STEEL

05 52 00 METAL RAILINGS AND MISCELLANEOUS METAL ASSEMBLIES

DIVISION 06 - WOOD, PLASTICS, AND COMPOSITES

06 10 00 ROUGH CARPENTRY

06 20 00 FINISH CARPENTRY

06 61 16 SOLID SURFACING FABRICATIONS

DIVISION 07 - THERMAL AND MOISTURE PROTECTION

07 14 00 FLUID-APPLIED WATERPROOFING

07 16 20 CEMENTITIOUS CRYSTALLINE WATERPROOFING

07 19 00 WATER REPELLENTS

07 21 13 BOARD AND BLOCK INSULATION

07 21 16 MINERAL FIBER BLANKET INSULATION

07 22 00 ROOF AND DECK INSULATION

PROJECT TABLE OF CONTENTS Page 1 Ready to Advertise

07 27 26 FLUID-APPLIED MEMBRANE AIR BARRIERS

07 32 14 CLAY TILE ROOFING REPLACEMENT OR REPAIR

07 41 13.16 COPPER ROOF PANELS

07 53 23 ETHYLENE-PROPYLENE-DIENE-MONOMER ROOFING

07 60 00 FLASHING AND SHEET METAL

07 62 13 COPPER SHEET METAL FLASHING AND TRIM

07 92 00 JOINT SEALANTS

DIVISION 08 - OPENINGS

08 14 00 WOOD DOORS

08 31 00 ACCESS DOORS, PANELS AND STAIRS

08 36 13 SECTIONAL OVERHEAD DOORS

08 52 00 WOOD AND ALUMINUM CLAD WOOD WINDOWS

08 71 00 DOOR HARDWARE

08 81 00 GLAZING

08 91 00 METAL WALL AND DOOR LOUVERS

DIVISION 09 - FINISHES

09 01 90.50 PREPARATION OF HISTORIC WOOD AND METAL SURFACES FOR

PAINTING

09 23 00 GYPSUM PLASTERING

09 24 23 CEMENT STUCCO

09 29 00 GYPSUM BOARD

09 30 10 CERAMIC, QUARRY, AND GLASS TILING

09 64 29 WOOD STRIP AND PLANK FLOORING

09 90 00 PAINTS AND COATINGS

DIVISION 10 - SPECIALTIES

10 28 13 TOILET ACCESSORIES

DIVISION 12 - FURNISHINGS

12 35 30.23 20 BATHROOM CASEWORK

12 36 00 COUNTERTOPS

DIVISION 21 - FIRE SUPPRESSION

21 13 13.00 10 WET PIPE SPRINKLER SYSTEM, FIRE PROTECTION

DIVISION 22 - PLUMBING

22 00 00 PLUMBING, GENERAL PURPOSE

22 00 01 BACKFLOW PREVENTION DEVICES (WPAFB)

DIVISION 23 - HEATING, VENTILATING, AND AIR CONDITIONING (HVAC)

23 00 00 AIR SUPPLY, DISTRIBUTION, VENTILATION, AND EXHAUST SYSTEMS

23 01 30.41 HVAC SYSTEM CLEANING

23 03 00.00 20 BASIC MECHANICAL MATERIALS AND METHODS

23 05 93.00 06 TESTING, ADJUSTING, AND BALANCING (TAB) OF HVAC

23 07 00 THERMAL INSULATION FOR MECHANICAL SYSTEMS

23 11 25 FACILITY GAS PIPING

23 23 00 REFRIGERANT PIPING

23 81 00 DECENTRALIZED UNITARY HVAC EQUIPMENT

DIVISION 26 - ELECTRICAL

PROJECT TABLE OF CONTENTS Page 2 Ready to Advertise

26 20 00 INTERIOR DISTRIBUTION SYSTEM

26 51 00 INTERIOR LIGHTING

DIVISION 27 - COMMUNICATIONS

27 05 14.00 10 CABLE TELEVISION PREMISES DISTRIBUTION SYSTEM

27 10 00 BUILDING TELECOMMUNICATIONS CABLING SYSTEM

DIVISION 28 - ELECTRONIC SAFETY AND SECURITY

28 31 49 SMOKE AND CARBON MONOXIDE ALARMS

DIVISION 31 - EARTHWORK

31 00 00.00 06 EARTHWORK

31 21 13 RADON MITIGATION

31 31 16.13 CHEMICAL TERMITE CONTROL

DIVISION 32 - EXTERIOR IMPROVEMENTS

32 05 33 LANDSCAPE ESTABLISHMENT

32 11 23.23 BASE COURSE DRAINAGE LAYERS

32 12 16 HOT-MIX ASPHALT (HMA) FOR ROADS

32 13 13.06 PORTLAND CEMENT CONCRETE PAVEMENT FOR ROADS AND SITE

FACILITIES

32 13 73.00 06 COMPRESSION JOINT SEALS FOR CONCRETE PAVEMENTS

32 16 19 CONCRETE CURBS, GUTTERS AND SIDEWALKS

32 31 13 CHAIN LINK FENCES AND GATES

32 92 19 SEEDING

32 92 23 SODDING

32 93 00 EXTERIOR PLANTS

DIVISION 33 - UTILITIES

33 11 00 WATER UTILITY DISTRIBUTION PIPING

33 30 00 SANITARY SEWERAGE

33 40 00 STORM DRAINAGE UTILITIES

33 71 02 UNDERGROUND ELECTRICAL DISTRIBUTION

33 82 00 TELECOMMUNICATIONS OUTSIDE PLANT (OSP)

PROJECT TABLE OF CONTENTS Page 3 Ready to Advertise

-- End of Project Table of Contents --

APPENDICES

HAZARDOUS MATERIAL REPORT

GEOTECHNICAL REPORT

DVQ DEMO PHOTOS

PROJECT TABLE OF CONTENTS Page 4 Ready to Advertise

APPENDICES

HAZARDOUS MATERIAL REPORT

GEOTECHNICAL REPORT

DVQ DEMO PHOTOS

IVY PHOTOS

APPENDIX Improve Family Housing

W912QR-17-D-0038 P2 476088

APPENDIX

HAZARDOUS MATERIAL REPORT

(For Reference Only)

Asbestos Survey Project: Improve Family Housing Phase I

WPAFB Project Number: ZHTV184001 Wright-Patterson Air Force Base, Ohio 45433

November 21, 2019

Terracon Project No. N1197289

Prepared for:

Barge Design Solutions/Emersion Design, LLC Joint Venture

Miamisburg, Ohio 45342

Prepared by:

Terracon Consultants, Inc.

Cincinnati, Ohio 45226

Terracon Consul tants, Inc. 611 Lunken Park Dr ive Cincinnat i , OH 45226-1813 P (513) 321-5816 F (513) 321-0294 terracon.com

November 21, 2019

Barge Design Solutions/Emersion Design, LLC Joint Venture 137 Vanguard Boulevard Miamisburg, Ohio 45342

Attn: Mr. Jon Wheeler, PE, CHPP, CFM P: (937) 428-5261 E: jon.wheeler@bargedesign.com

Re: Asbestos Survey Report Project: Improve Family Housing Phase I WPAFB Project Number: ZHTV184001 Wright Patterson Air Force Base, Ohio 45433 Terracon Project No. N1197289

Dear Mr. Wheeler:

Terracon Consultants, Inc. (Terracon) is pleased to submit the attached report for the above-referenced renovation project to Barge Design Solutions/Emersion Design, LLC Joint Venture (Client). The purpose of this report is to present the results of an interior asbestos survey which was performed at the site on various days throughout September, October, and November of 2019, and which was conducted in general accordance with our proposal dated December 10, 2018. We understand that this survey was requested for the purpose of a planned renovation regarding 29 brick quarters (housing units) for the Improve Family Housing Phase I project at Wright Patterson Air Force Base, Ohio.

Terracon appreciates the opportunity to provide this service to Barge Design Solutions/Emersion Design, LLC Joint Venture. If you have any questions regarding this report, please contact the undersigned at 513-321-5816.

Sincerely, Terracon Consultants, Inc.

Joshua Vogel Joseph A. Tussey, CHMM Project Manager Senior Associate / Group Manager

Project: Improve Family Housing Phase I ■ WPAFB, OH November 21, 2019 ■ Terracon Project No. N1197289

TABLE OF CONTENTS

EXECUTIVE SUMMARY .......................................................................................................................... i

1.0 INTRODUCTION

1.1 Project Objective

1.2 Reliance

2.0 BUILDING DESCRIPTIONS

3.0 FIELD ACTIVITIES

3.1 Visual Assessment

3.2 Physical Assessment

3.3 Sample Collection

3.4 Sample Analysis

4.0 REGULATORY OVERVIEW

5.0 FINDINGS AND RECOMMENDATIONS

6.0 LIMITATIONS/GENERAL COMMENTS

APPENDIX A IDENTIFIED ASBESTOS-CONTAINING MATERIALS BY HOMOGENEOUS AREA (HA)

APPENDIX B ASBESTOS SURVEY SAMPLE SUMMARY

APPENDIX C ASBESTOS ANALYTICAL LABORATORY DATA

APPENDIX D SAMPLE LOCATION DRAWINGS

APPENDIX E LICENSES AND CERTIFICATIONS

APPENDIX F PHOTOS

November 21, 2019 ■ Terracon Project No. N1197289

Responsive ■ Resourceful ■ Reliable i

EXECUTIVE SUMMARY

Terracon Consultants, Inc. (Terracon) conducted an interior asbestos survey of 29 brick quarters (housing units) which are located at the Wright Patterson Air Force Base, Ohio. We understand that this survey was requested prior to interior renovations of the 29 subject units for the purpose of compliance with the EPA National Emission Standards for Hazardous Air Pollutants (NESHAP) regulation (40 CFR Part 61, Subpart M). The survey included identifying and sampling interior suspect asbestos-containing materials (ACM) for laboratory analysis, and providing information regarding the identity, location, condition, and approximate quantities of ACM in interior building components, if any. The survey was performed on various days throughout September, October, and November of 2019 by United States Environmental Protection Agency (USEPA)-accredited and Ohio Environmental Protection Agency (OEPA)-certified Asbestos Hazard Evaluation Specialists (AHES) in general accordance with our proposal dated December 7, 2018, and the sampling protocols established in USEPA 40 Code of Federal Regulations (CFR) Part 763, Subpart E, known as Asbestos Hazard Emergency Response Act (AHERA). During the survey, Terracon collected a total of 1,155 bulk samples from 410 homogeneous areas (HAs) of suspect ACM. A summary of collected samples is included in Appendix B and the laboratory analytical reports are included in Appendix C.

Based on the results of laboratory analysis in regard to the samples collected, various materials were identified to contain asbestos. See Appendix A for tables indicating materials identified by laboratory analysis to contain asbestos. Additionally, please note that some materials (e.g.

ceramic floor and wall tile systems) could not be sampled due to irreparable damage and/or due to accessibility issues; in these instances, materials were assumed to contain asbestos and these are also included in the tables in Appendix A. Assumed ACMs could be destructively sampled later by an AHES for laboratory analysis once the housing units have been vacated and prior to renovation.

The owner and/or operator are responsible for federal and state EPA NESHAP regulatory compliance in regard to the proper removal, handling, and disposal of ACMs containing greater than 1% asbestos (including any assumed ACM) prior to renovation of subject housing units. A state-licensed asbestos abatement contractor must be retained for proper removal, handling, and disposal of ACMs, as applicable with federal and state EPA asbestos regulations prior to renovation. Please be aware that the owner and operator must notify the regional/local OEPA NESHAP authority 10-business days prior to an asbestos abatement project involving the removal of friable ACM exceeding 50 square or 50 linear feet. At the project location, the Regional Air Pollution Control Authority (RAPCA) administers the federal and state asbestos NESHAP regulation (RAPCA; 117 S Main Street, Dayton, Ohio 45422; telephone 937-225-4435).

Additionally, please note that material identified by laboratory analysis to contain 1% or less asbestos are not regulated by federal and state EPA NESHAP regulations; however, these materials (as well as material containing >1%) are regulated under Occupational Safety and

November 20, 2019 ■ Terracon Project No. N1197289

Responsive ■ Resourceful ■ Reliable ii

Health Administration (OSHA) 29 CFR 1926.1101 (Asbestos in Construction) and contractors must also comply with this regulation.

Responsive ■ Resourceful ■ Reliable 1

ASBESTOS SURVEY

Project: Improve Family Housing Phase I

WPAFB Project Number: ZHTV184001 Wright Patterson Air Force Base, Ohio 45433

November 21, 2019

1.0 INTRODUCTION

Terracon Consultants, Inc. (Terracon) conducted an asbestos survey of various brick quarters (housing units) for the Improve Family Housing Phase I project at Wright Patterson Air Force Base, Ohio. The survey was conducted on various days throughout September, October, and November of 2019 by United States Environmental Protection Agency (USEPA)-accredited and state-certified asbestos inspectors in general accordance with Terracon proposal number PN1187476, dated December 7, 2018. Accessible interior building components were surveyed (exterior building components were excluded from the scope of the survey). Accessible interior homogeneous areas of suspect asbestos-containing materials (ACM) were visually identified and documented. Suspect ACM samples were collected in general accordance with the sampling protocols outlined in USEPA 40 Code of Federal Regulations (CFR) Part 763, Subpart E, known as the Asbestos Hazard Emergency Response Act (AHERA). Samples were delivered to an accredited laboratory for analysis by Polarized Light Microscopy (PLM) to determine asbestos-content. Please note that the majority of the housing units were occupied at the time of inspection and in some instances, suspect materials could not be sampled due to irreparable damage (these materials had to be assumed as ACM). Although reasonable effort was made to survey potentially concealed materials, additional suspect but un-sampled materials could be located in walls, in voids, or in other concealed areas.

1.1 Project Objective

Terracon understood that this survey was requested for the purposes of a future planned interior renovation of 29 housing units for the Improve Family Housing Phase I project. Asbestos surveys are required prior to renovation and demolition projects to satisfy requirements of the USEPA 40 CFR Part 61, Subpart M, the National Emission Standards for Hazardous Air Pollutants (NESHAP) regulation (as well as the state-equivalent NESHAP regulation).

1.2 Reliance

This report is for the exclusive use of Barge Design Solutions/Emersion Design, LLC Joint Venture (Client) for the project being discussed. Reliance by any other party on this report is prohibited without written authorization of Terracon and Barge Design Solutions/Emersion Design, LLC Joint Venture. Reliance on this report by Barge Design Solutions/Emersion Design, LLC Joint Venture and all authorized parties will be subject to the terms, conditions, and limitations stated in the

November 21, 2019 ■ Terracon Project No. N1197289

Responsive ■ Resourceful ■ Reliable 2 proposal, this report, and the proposal dated December 10, 2018. The limitations of liability defined in the agreement between Terracon and the Client, is the aggregate limit of Terracon’s liability to Barge Design Solutions/Emersion Design, LLC Joint Venture.

2.0 BUILDING DESCRIPTIONS

The subject 29 brick quarters (housing units) were constructed in the 1930s; 21 of the units are duplexes with three-stories and a basement, and the remaining eight (8) units are two-story stand-alone houses with a basement. The floor plans or each vary between seven (7) different models.

The 29 housing units involved in this surveyed included the following addresses.

419 Johnson 427 Johnson 429 Johnson 437 Johnson 439 Johnson 447 Johnson 513 Johnson 515 Johnson 523 Johnson 531 Lahm 420 Metzger 428 Metzger 430 Metzger 438 Metzger 440 Metzger 448 Metzger 514 Metzger 516 Metzger 524 Metzger 706 Pearson 708 Pearson 715 Pearson 717 Pearson 730 Pearson 732 Pearson 733 Pearson 807 Pearson 816 Pearson 818 Pearson

At the project location, the Regional Air Pollution Control Authority (RAPCA) administers the federal and state asbestos NESHAP regulation (RAPCA; 117 S Main Street, Dayton, Ohio 45422;

telephone 937-225-4435). Additionally, please note that material identified by laboratory analysis to contain 1% or less asbestos are not regulated by federal and state EPA NESHAP regulations;

however, these materials (as well as material containing >1%) are regulated under Occupational Safety and Health Administration (OSHA) 29 CFR 1926.1101 (Asbestos in Construction) and contractors must also comply with this regulation.

Floor plan diagrams for the subject housing units are included in Appendix D.

3.0 FIELD ACTIVITIES

The survey was conducted by Mr. Michael Sulken and Mr. Lemuel Weyer, USEPA-accredited asbestos inspectors and who are also certified by the Ohio EPA (OEPA) as Asbestos Hazard Evaluation Specialists (AHES). Copies of Mr. Sulken’s and Mr. Weyer’s AHES credential are attached as Appendix D. The survey was conducted in general accordance with the sample collection protocols established in USEPA 40 CFR Part 763, Subpart E, Section 763.86, AHERA.

A summary of survey activities is provided below.

November 21, 2019 ■ Terracon Project No. N1197289

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3.1 Visual Assessment

Survey activities were initiated with visual observation of the accessible interior areas of each of the 29 subject housing units to identify homogeneous areas of suspect ACM. A homogeneous area (HA) consists of building materials that appear similar throughout in terms of color and texture with consideration given to the date of application.

Where accessible and practically feasible (the majority of the units were occupied), and at random locations, Terracon lifted ceiling tiles, accessed pipe chases and ceiling plenums, viewed inside cabinets, lifted carpets and flooring materials, and checked beneath raised floor systems for suspect ACMs. Although reasonable effort was made to survey potentially concealed materials, additional suspect but un-sampled materials could be located in walls, in voids, or in other concealed areas.

3.2 Physical Assessment

A physical assessment of each HA of suspect ACM in each of the subject housing units was conducted to assess the friability and condition of the materials. A friable material is defined by the USEPA as a material which can be crumbled, pulverized, or reduced to powder by hand pressure when dry. Friability was assessed by physically touching suspect materials.

3.3 Sample Collection

Based on results of the visual observation in each of the subject housing units, bulk samples of suspect ACM were collected in general accordance with USEPA AHERA sampling protocols.

Samples of suspect materials were collected from randomly selected locations in each homogeneous area. Bulk samples were collected using wet methods as applicable to reduce the potential for fiber release. Samples were placed in sealable containers and labeled with unique sample numbers using an indelible marker. The selection of sample locations and frequency of sampling were based on Terracon’s observations and the assumption that like materials in the same area are homogeneous in content.

Terracon collected a total of 1,155 bulk samples from 410 homogeneous areas of suspect ACM.

A summary of suspect ACM samples collected during the survey is included as Appendix B.

3.4 Sample Analysis

Bulk samples were submitted under chain of custody to International Asbestos Testing Laboratories (IATL) of Mount Laurel, New Jersey for analysis PLM with dispersion staining techniques per USEPA methodology 600/R-93/116. The percentage of asbestos, where applicable, was determined by microscopic visual estimation. When applicable for samples determined by PLM to have a low asbestos content (<10%), the additional point count (PC)

November 21, 2019 ■ Terracon Project No. N1197289

Responsive ■ Resourceful ■ Reliable 4 method was utilized. IATL is accredited under the National Voluntary Laboratory Accreditation Program (NVLAP), accreditation number 101165-0.

4.0 REGULATORY OVERVIEW

The asbestos NESHAP (40 CFR Part 61, Subpart M) regulates asbestos fiber emissions and asbestos waste disposal practices. The asbestos NESHAP regulation also requires the identification and classification of existing ACM according to friability prior to demolition or renovation activity. Friable ACM is a material containing more than 1% asbestos that, when dry, can be crumbled, pulverized, or reduced to powder by hand pressure. All friable ACM is considered regulated asbestos containing material (RACM).

The asbestos NESHAP regulation classifies material subject to demolition or renovation as either RACM, Category I non-friable ACM, or Category II non-friable ACM. RACM includes all friable ACM (pre-disturbance), along with Category I non-friable ACM that becomes friable (during disturbance), and Category I non-friable ACM subject to sanding, grinding, cutting, or abrading, or Category II non-friable ACM with a high probability of becoming crumbled, pulverized, or reduced to powder by forces expected to act on the material during disturbance. Category I non-friable ACM are exclusively asbestos-containing packings, gaskets, resilient floor coverings, and asphalt roofing products that contain more than 1% asbestos. Category II non-friable ACM are all other non-friable materials (other than Category I non-friable ACM) that contain more than 1% asbestos. Category II non-friable ACM generally includes (but is not limited to) cementitious material such as: cement pipes, cement siding (Transite™), cement panels, glazing, mortar, and grouts.

The Ohio Environmental Protection Agency (OEPA) adopted Chapter 3745-20 of the Ohio Administrative Code (OAC) and implements the Asbestos NESHAP regulation. The owner or operator must provide the OEPA district office or local air agency with written notification at least 10 business days prior to the commencement of demolition projects and prior to removal of RACM exceeding 50 linear or 50 square feet. The OEPA regulates friable asbestos abatement activities, asbestos personnel training, and issuance of asbestos professional certifications under OAC 3745-22. The OEPA also audits asbestos abatement projects and responds to public health emergencies where friable ACMs has been released. Please note that per OEPA regulations, non-friable floor tile if broken into pieces four (4) square inches or smaller are considered friable, and thus as a RACM.

The United States Occupational Safety and Health Administration (USOSHA) asbestos standard for construction (29 CFR 1926.1101) regulates workplace exposure to asbestos. The USOSHA standard requires that employee exposure to airborne asbestos must not exceed 0.1 fibers per cubic centimeter of air (0.1 f/cc) as an eight-hour time weighted average (TWA) and not exceed

1.0 fibers per cubic centimeter of air (1.0 f/cc) over a 30-minute time period known as an excursion limit (EL). The TWA and EL are known as USOSHA’s asbestos permissible exposure limits (PELs). The USOSHA standard classifies construction and maintenance activities which could

November 21, 2019 ■ Terracon Project No. N1197289

Responsive ■ Resourceful ■ Reliable 5 disturb ACM and specifies work practices and precautions which employers must follow when engaging in each class of regulated work.

5.0 FINDINGS AND RECOMMENDATIONS

Based on the results of laboratory analysis in regard to the samples collected, various materials were identified to contain asbestos. See Appendix A for tables indicating materials identified by laboratory analysis to contain asbestos. Additionally, please note that some materials (e.g.

ceramic floor and wall tile systems) could not be sampled due to irreparable damage and/or due to accessibility issues; in these instances, materials were assumed to contain asbestos and these are also included in the tables in Appendix A. Assumed ACMs could be destructively sampled later by an AHES for laboratory analysis once the housing units have been vacated and prior to renovation.

The owner and/or operator are responsible for federal and state EPA NESHAP regulatory compliance in regard to the proper removal, handling, and disposal of ACMs containing greater than 1% asbestos (including any assumed ACM) prior to renovation of subject housing units. A state-licensed asbestos abatement contractor must be retained for proper removal, handling, and disposal of ACMs, as applicable with federal and state EPA asbestos regulations prior to renovation. Please be aware that the owner and operator must notify the regional/local OEPA NESHAP authority 10-business days prior to an asbestos abatement project involving the removal of friable ACM exceeding 50 square or 50 linear feet. At the project location, the Regional Air Pollution Control Authority (RAPCA) administers the federal and state asbestos NESHAP regulation (RAPCA; 117 S Main Street, Dayton, Ohio 45422; telephone 937-225-4435).

Additionally, please note that material identified by laboratory analysis to contain 1% or less asbestos are not regulated by federal and state EPA NESHAP regulations; however, these materials (as well as material containing >1%) are regulated under Occupational Safety and Health Administration (OSHA) 29 CFR 1926.1101 (Asbestos in Construction) and contractors must also comply with this regulation.

6.0 LIMITATIONS/GENERAL COMMENTS

In addition to any limitations indicated in other sections of this report, Terracon did not perform sampling which required demolition or destructive activities such as knocking large holes in walls, dismantling of equipment or removal of protective coverings (the building was fully functional and operational at the time of the survey). Reasonable efforts to access suspect materials within known areas of restricted access (e.g., crawl spaces) were made; however, confined spaces or areas which may pose a health or safety risk to Terracon personnel were not sampled. Sampling did not include suspect materials which could not be safely reached with available ladders/man-lifts. Where accessible and practically feasible (the majority of the subject housing units were occupied), and at random locations, Terracon lifted ceiling tiles, accessed pipe chases and ceiling plenums, viewed inside cabinets, lifted carpets and flooring materials, and checked beneath

November 21, 2019 ■ Terracon Project No. N1197289

Responsive ■ Resourceful ■ Reliable 6 raised floor systems to access and sample suspect ACMs. Although reasonable effort was made to survey potentially concealed materials, additional suspect but un-sampled materials could be located in walls, in voids, or in other concealed areas.

This asbestos survey was conducted in a manner consistent with the level of care and skill ordinarily exercised by members of the profession currently practicing under similar conditions in the same locale. The results, findings, conclusions, and recommendations expressed in this report are based on conditions observed during our survey of the building. The information contained in this report is relevant to the date on which this survey was performed and should not be relied upon to represent conditions at a later date. This report has been prepared on behalf of and exclusively for use by Barge Design Solutions/Emersion Design, LLC Joint Venture. for specific application to their project as discussed. This report is not a bidding document.

Contractors or consultants reviewing this report must draw their own conclusions regarding quantities, further investigation or remediation deemed necessary. Terracon does not warrant the work of regulatory agencies, laboratories, or other third-parties supplying information which may have been used in the preparation of this report. No warranty, express or implied is made.

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2” W hi te

C er am ic

Fl oo r T ile w ith

M or ta r a nd G ro ut

Ki tc he n, st F lo or

B at hr oo m As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

9” x

” W hi te C er am ic F lo or

Ti le w ith

M or ta r a nd G ro ut

2nd F lo or

B at hr oo m s

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

S

F

4” x

” W hi te C er am ic W al l

Ti le w ith

M as tic a nd G ro ut

2nd F lo or

B at hr oo m s

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

po ns iv e

R es ou rc ef ul

Re lia bl e

HA No

M at er ia l D es cr ip tio n

M at er ia l L oc at io n a nd

T yp e As be st os

EP

A

NE

SH

AP

Cl as si fic at io n Co nd iti on Es tim at ed Q ua nt ity

Jo hn so n

” x

2” W hi te

C er am ic

Fl oo r T ile w ith

M or ta r a nd G ro ut

M as te r B at hr oo m

, B at hr oo m

Ki tc he n As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

4” x

” W hi te C er am ic W al l

Ti le w ith

M as tic a nd G ro ut

M as te r B at hr oo m

, B at hr oo m

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

Bl ac k M as tic u nd er N on

As be st os

-C on ta in in g

9” x9

W hi te

F lo or T ile w ith B la ck

Sp ec s

Ba se m en t S ta irs 1.

4% C hr ys ot ile

P C

C at eg or y I N on -F ria bl e G oo d

S F

Bl ac k

Vi br at io n D am pe r As so ci at ed w ith

B as em en t D uc t W or k

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

(2 V ib ra tio n

D am pe ne rs

Jo hn so n

Bl ac k

Vi br at io n D am pe r As so ci at ed w ith

B as em en t D uc t W or k

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

(2 V ib ra tio n

D am pe ne rs

” x

2” W hi te

C er am ic

Fl oo r T ile w ith

M or ta r an d

G ro ut

Ki tc he n, st F lo or

B at hr oo m

2nd F lo or

B at hr oo m s

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

4” x

” W hi te C er am ic W al l

Ti le w ith

M as tic a nd G ro ut

2nd F lo or

B at hr oo m s

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

Jo hn so n

Bl ac k

Vi br at io n D am pe ne r

As so ci at ed w ith B as em en t

D uc t W or k As su m ed C at eg or y

II

N on -F ria bl e G oo d

~3 S

F (2

V ib ra tio n D am pe ne rs

” x

2” W hi te

F lo or T ile w ith Bl ac k

St re ak s an d

Br ow n M as tic

Ba se m en t S to ra ge

R oo m Fl oo r T ile : 6

.1

C hr ys ot ile b y

PC

M as tic : 0

.2 5%

C hr ys ot ile b y

PC

C at eg or y I N on -F ria bl e (fl oo r t ile

M as tic N ot R eg ul at ed b y

N

ES

H

AP

1%

G oo d

SF

” x

2” W hi te

C er am ic

Fl oo r T ile w ith

M or ta r a nd G ro ut

Ki tc he n, B at hr oo m s

Th ro ug ho ut As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

Ye llo w

” x

” W al l T ile w ith M as tic a nd

G ro ut Ba th ro om s

Th ro ug ho ut H ou se

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d po ns iv e

R es ou rc ef ul

Re lia bl e

HA No

M at er ia l D es cr ip tio n

M at er ia l L oc at io n a nd

T yp e As be st os

EP

A

NE

SH

AP

Cl as si fic at io n Co nd iti on Es tim at ed Q ua nt ity

Jo hn so n

Ye llo w

M as tic /F lo or

L ev el er un de r N on

-A sb es to s

” x

” T an

F lo or T ile Ba se m en t

1.

9%

C hr ys ot ile P

C

C at eg or y I N on -F ria bl e (m as tic

/le ve le r);

F lo or T ile N ot R eg ul at ed b y

N

ES

HA

P

1%

G oo d

S F

Bl ac k

Vi br at io n D am pe ne r

As so ci at ed w ith B as em en t

D uc tw or k As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

(2

V ib ra tio n D am pe ne rs

” x

2” T an C er am ic F lo or

Ti le w ith

M or ta r a nd G ro ut

1st F lo or

B at hr oo m , K itc he n, nd

Fl oo r B at hr oo m s

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

4” x

” W hi te C er am ic W al l

Ti le w ith

M as tic a nd G ro ut

1st F lo or

B at hr oo m s, nd

F lo or Ba th ro om s

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

4” x

” B ro w n

C er am ic

W al l Ti le w ith M as tic a nd

G ro ut 1st

F lo or B at hr oo m

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

S

F

Jo hn so n

” x

2” W hi te

C er am ic

Fl oo r T ile w ith

M or ta r a nd G ro ut

Ki tc he n

Fl oo r As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

Bl ac k

Vi br at io n D am pe r As so ci at ed w ith

B as em en t D uc t W or k

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

(2 V ib ra tio n

D am pe ne rs

1” x

” Y el lo w

C er am ic

Fl oo r Ti le w ith M or ta r a nd

G ro ut 2n d Fl oo r B at hr oo m s As su m ed C at eg or y

II

N on -F ria bl e G oo d

S F

4” x

” Y el lo w

W al l T ile w ith

M as tic a nd G ro ut

2n d

Fl oo r B at hr oo m W al ls

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

Jo hn so n

Bl ac k

Vi br at io n D am pe r As so ci at ed w ith

B as em en t D uc t W or k

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

(2 V ib ra tio n

D am pe ne rs

9” x

” W hi te C er am ic F lo or

Ti le w ith

M or ta r a nd G ro ut

2n d

Fl oo r B at hr oo m s

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

S

F

4” x

” W hi te C er am ic W al l

Ti le w ith

M as tic a nd G ro ut

2n d

Fl oo r B at hr oo m s

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d po ns iv e

R es ou rc ef ul

Re lia bl e

HA No

M at er ia l D es cr ip tio n

M at er ia l L oc at io n a nd

T yp e As be st os

EP

A

NE

SH

AP

Cl as si fic at io n Co nd iti on Es tim at ed Q ua nt ity

Jo hn so n

” x

2” T an F lo or

T ile a nd

Bl ac k M as tic

Th ro ug ho ut B as em en t

Fl oo r T ile

: 1 .9

C hr ys ot ile

P C

M as tic : 3

.7

C hr ys ot ile P

C C at eg or y

I N on

-F ria bl e

G oo d

SF

” x

2” T an C er am ic F lo or

Ti le w ith

M or ta r a nd G ro ut

1s t F lo or

B at hr oo m As su m ed C at eg or y

II

N on -F ria bl e G oo d

S F

9” x

” W hi te C er am ic F lo or

Ti le w ith

M or ta r a nd G ro ut

2nd F lo or

B at hr oo m s

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

4” x

” W hi te C er am ic W al l

Ti le w ith

M as tic a nd G ro ut

2nd F lo or

- B at hr oo m

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

4” x

” Y el lo w

C er am ic

W al l Ti le w ith M as tic a nd

G ro ut 2nd

F lo or

- B at hr oo m

As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

La hm

Br ow n

Bo ar d C ar db oa rd

In su la tio n Be hi nd

D ry w al l i n

R ec

R oo m o f Ba se m en t

As su m ed

R eg ul at ed A sb es to s

C on ta in in g

M at er ia l (R

AC

M

G oo d

SF

W hi te

P re fo rm ed B lo ck

Pi pe

In su la tio n C ra w l S pa ce in

B as em en t

C hr ys ot ile

R

AC

M Fa ir

L in ea r F ee t (L

F)

”x

” W hi te C er am ic Fl oo r

Ti le w ith

M or ta r a nd G ro ut

1s t F lo or

B at hr oo m As su m ed C at eg or y

II

N on -F ria bl e G oo d

S F

4” x4 ” R ou nd ed W hi te

C er am ic

F lo or T ile w ith M or ta r a nd

G ro ut M as te r B at hr oo m , B at hr oo m

As su m ed C at eg or y

II

N on -F ria bl e G oo d

~1

S F

4” x4 ” W hi te

C er am ic

W al l T ile w ith

M as tic a nd G ro ut

M as te r B at hr oo m

, 2 nd

F lo or Ba th ro om s, rd

F lo or B at hr oo m

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

4” x4 ” W hi te

C er am ic

F lo or Ti le w ith M as tic a nd

G ro ut Ba th ro om

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

S

F

M et zg er

9” x

” B la ck F lo or

T ile w ith

N on

-A sb es to s- C on ta in in g Bl ac k

M as tic

La un dr y

R oo m (W es t R oo m o f

Ba se m en t), B as em en t S to ra ge R oo m

, A tti c

C hr ys ot ile

C at eg or y I N on -F ria bl e G oo d po ns iv e

R es ou rc ef ul

Re lia bl e

HA No

M at er ia l D es cr ip tio n

M at er ia l L oc at io n a nd

T yp e As be st os

EP

A

NE

SH

AP

Cl as si fic at io n Co nd iti on Es tim at ed Q ua nt ity

Bl ac k

Vi br at io n D am pe r As so ci at ed w ith

B as em en t D uc t W or k

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

(2 V ib ra tio n

D am pe ne rs

Ta n

Li no le um

F lo or in g Be ne at h N on -A sb es to s-

C on ta in in g

Ta n

Li no le um a nd

Ta n

M as tic

Se co nd ar y D in in g R oo m

C lo se t

(A lso a ss um ed to b e un de r

Se co nd ar y D in in g R oo m

W oo d Fl oo rin g)

C hr ys ot ile R

AC

M

(h as a fr ia bl e pa pe r ba ck in g)

G oo d

SF

1” x

” B ro w n

C er am ic

F lo or Ti le w ith M or ta r a nd

G ro ut 1s t F lo or B at hr oo m

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

S

F

4” x

” C er am ic

Br ow n W al l

Ti le w ith

M or ta r a nd G ro ut

1s t F lo or

B at hr oo m As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

1” x

” Y el lo w

C er am ic

Fl oo r Ti le w ith M or ta r a nd

G ro ut 2n d Fl oo r B at hr oo m s As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

4” x

” Y el lo w

C er am ic

W al l Ti le w ith M as tic a nd

G ro ut 2n d Fl oo r B at hr oo m s As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

M et zg er

Bl ac k

Vi br at io n D am pe ne r

As so ci at ed w ith B as em en t D uc t

W or k As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

(2

V ib ra tio n D am pe ne rs

” x

2” T an C er am ic F lo or

Ti le w ith

M or ta r a nd G ro ut

Ki tc he n, st

F lo or B at hr oo m

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

” x

2” T an M ar bl e Pa tte rn

C er am ic

F lo or T ile w ith M or ta r a nd

G ro ut 2nd

F lo or B at hr oo m s As su m ed C at eg or y

II

N on -F ria bl e G oo d

S F

” x

2” T an M ar bl e Pa tte rn

W al l T ile w ith

M or ta r a nd G ro ut

Ba th ro om

As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

4” x

” W hi te C er am ic W al l

Ti le w ith

M as tic a nd G ro ut

M as te r B at hr oo m

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

M et zg er

Bl ac k M as tic u nd er N on

As be st os

-C on ta in in g

”x

Ta n

Fl oo r T ile w ith

Y el lo w

M as tic

Ba se m en t S to ra ge

R oo m 1.

3% C hr ys ot ile

P C

C at eg or y I N on -F ria bl e G oo d po ns iv e

R es ou rc ef ul

Re lia bl e

HA No

M at er ia l D es cr ip tio n

M at er ia l L oc at io n a nd

T yp e As be st os

EP

A

NE

SH

AP

Cl as si fic at io n Co nd iti on Es tim at ed Q ua nt ity

”x

” T an F lo or ti le w ith

Br ow n St re ak s an d N on

As be st os

-C on ta in in g

Ye llo w M as tic

Ba se m en t 4.

3% C hr ys ot ile

P C

C at eg or y I N on -F ria bl e G oo d

SF

Bl ac k

Vi br at io n D am pe ne r

As so ci at ed w ith B as em en t D uc t

W or k As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

(2

V ib ra tio n D am pe ne rs

” x

2” W hi te

C er am ic

Fl oo r T ile w ith

M or ta r a nd G ro ut

Ki tc he n an d

1s t F lo or

B at hr oo m As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

1” x

” Y el lo w

C er am ic

Fl oo r Ti le w ith M or ta r a nd

G ro ut Ba th ro om

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

S

F

4” x

” Y el lo w

C er am ic

W al l Ti le w ith M as tic a nd

G ro ut 2nd

F lo or B at hr oo m s As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

” x

2” W hi te

C er am ic

Fl oo r T ile w ith

M or ta r a nd G ro ut

M as te r B at hr oo m

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

S

F

M et zg er

Bl ac k

Vi br at io n D am pe ne r

As so ci at ed w ith B as em en t

D uc t W or k As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

(2

V ib ra tio n D am pe ne rs

” x

2” W hi te

C er am ic

Fl oo r T ile w ith

M or ta r a nd G ro ut

Ki tc he n, st

F lo or B at hr oo m

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

9” x

” W hi te C er am ic F lo or

Ti le w ith

M or ta r a nd G ro ut

2n d

Fl oo r B at hr oo m s

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

S

F

4” x

” Y el lo w

C er am ic

W al l Ti le w ith M as tic a nd

G ro ut 2n d Fl oo r B at hr oo m s As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

M et zg er

9” x

” W hi te C er am ic F lo or

Ti le w ith

M or ta r a nd G ro ut

2n d

Fl oo r B at hr oo m s

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

S

F

4” x

” Y el lo w

C er am ic

W al l Ti le w ith M as tic a nd

G ro ut 2n d Fl oo r B at hr oo m s As su m ed C at eg or y

II

N on -F ria bl e G oo d po ns iv e

R es ou rc ef ul

Re lia bl e

HA No

M at er ia l D es cr ip tio n

M at er ia l L oc at io n a nd

T yp e As be st os

EP

A

NE

SH

AP

Cl as si fic at io n Co nd iti on Es tim at ed Q ua nt ity

M et zg er

Bl ac k

Vi br at io n D am pe ne r

As so ci at ed w ith B as em en t

D uc t W or k As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

(2

V ib ra tio n D am pe ne rs

” x

2” T an C er am ic F lo or

Ti le w ith

M or ta r a nd G ro ut

Ki tc he n, S ec on da ry D in in g, 1st

F lo or B at hr oo m

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

4” x

” B ro w n

C er am ic

W al l Ti le w ith M as tic a nd

G ro ut 1st

F lo or B at hr oo m

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

4” x

” W hi te C er am ic W al l

Ti le w ith

M as tic a nd G ro ut

2nd F lo or

B at hr oo m s

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

” x

2” O ff- W hi te

C er am ic

Fl oo r T ile w ith

M or ta r a nd G ro ut

2nd F lo or

B at hr oo m s

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

S

F

M et zg er

Bl ac k

Vi br at io n D am pe r As so ci at ed w ith

B as em en t D uc t W or k

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

(2 V ib ra tio n

D am pe ne rs

9” x

” W hi te C er am ic F lo or

Ti le w ith

M or ta r a nd G ro ut

Ba th ro om

F lo or s th ro ug ho ut H ou se

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

4” x

” Y el lo w

C er am ic

W al l Ti le w ith M as tic a nd

G ro ut Ba th ro om

W al ls As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

9” x

” G ra y C er am ic F lo or

Ti le w ith

M or ta r a nd G ro ut

Ba th ro om

F lo or

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

S

F

4” x

” G ra y C er am ic W al l

Ti le w ith

M as tic a nd G ro ut

Ba th ro om

W al ls

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

M et zg er

Bl ac k

Vi br at io n D am pe r As so ci at ed w ith

B as em en t D uc t W or k

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

(2 V ib ra tio n

D am pe ne rs

” x

2” M ar bl e Pa tte rn

C er am ic

F lo or T ile w ith M or ta r a nd

G ro ut Ki tc he n, B at hr oo m

As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

” x

2” T an C er am ic F lo or

Ti le w ith

M or ta r a nd G ro ut

2n d

Fl oo r B at hr oo m s

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

S

F po ns iv e

R es ou rc ef ul

Re lia bl e

HA No

M at er ia l D es cr ip tio n

M at er ia l L oc at io n a nd

T yp e As be st os

EP

A

NE

SH

AP

Cl as si fic at io n Co nd iti on Es tim at ed Q ua nt ity

M et zg er

Bl ac k

Vi br at io n D am pe ne r

As so ci at ed w ith B as em en t

D uc t W or k As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

(2

V ib ra tio n D am pe ne rs

4” x

” W hi te C er am ic W al l

Ti le w ith

M as tic a nd G ro ut

Ba se m en t B at hr oo m , 2 nd F lo or

Ba th ro om s As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

” x

2” W hi te

C er am ic

Fl oo r T ile w ith

M or ta r a nd G ro ut

2nd F lo or

B at hr oo m

As su m ed C at eg or y

II

N on -F ria bl e G oo d

S F

1” x

” T an

C er am ic

F lo or T ile w ith M or ta r a nd

G ro ut M as te r B ed ro om

B at hr oo m As su m ed C at eg or y

II

N on -F ria bl e G oo d

S F

Pe ar so n

1” x

” Y el lo w

C er am ic

Fl oo r Ti le w ith M or ta r a nd

G ro ut 2nd

F lo or B at hr oo m s As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

4” x

” Y el lo w

C er am ic

W al l Ti le w ith M as tic a nd

G ro ut Ba th ro om s

Th ro ug ho ut H ou se

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

Bl ac k

M as tic u nd er

N on

As be st os -C on ta in in g

” x

” T an

F lo or T ile 3r d Fl oo r B at hr oo m

1.

5%

C hr ys ot ile P

C C at eg or y

I N on

-F ria bl e

G oo d

SF

W hi te

S in k U nd er co at in g

Ki tc he n

Si nk s 4.

2% C hr ys ot ile

P C

C at eg or y

II

N on

-F ria bl e

G oo d

SF

(2 S in ks

Bl ac k

Vi br at io n D am pe r As so ci at ed w ith

B as em en t D uc t W or k

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

(2 V ib ra tio n

D am pe ne rs

Pe ar so n

9” x

” G re en F lo or

T ile w ith

N on

-A sb es to s- C on ta in in g Bl ac k

M as tic

N or th ea st C or ne r o f L au nd ry

M ec ha ni ca l R oo m in B as em en t

C hr ys ot ile C at eg or y

I N on

-F ria bl e

G oo d

SF

W hi te

S in k U nd er co at in g

Ki tc he n

Si nk s 3.

4% C hr ys ot ile

P C

C at eg or y

II

N on

-F ria bl e

G oo d

SF

(2 S in ks

4” x

” Y el lo w

C er am ic

W al l Ti le w ith M as tic a nd

G ro ut 2n d Fl oo r B at hr oo m s As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

1” x

” Y el lo w

C er am ic

Fl oo r Ti le w ith M or ta r a nd

G ro ut 2n d Fl oo r B at hr oo m s As su m ed C at eg or y

II

N on -F ria bl e G oo d

S F po ns iv e

R es ou rc ef ul

Re lia bl e

HA No

M at er ia l D es cr ip tio n

M at er ia l L oc at io n a nd

T yp e As be st os

EP

A

NE

SH

AP

Cl as si fic at io n Co nd iti on Es tim at ed Q ua nt ity

Pe ar so n

Bl ac k

Vi br at io n D am pe ne r

As so ci at ed w ith B as em en t

D uc t W or k As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

(2

V ib ra tio n D am pe ne rs

” x

2” T an C er am ic F lo or

Ti le w ith

M or ta r a nd G ro ut

2nd F lo or

B at hr oo m s

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

4” x

” Y el lo w

C er am ic

W al l Ti le w ith M as tic a nd

G ro ut 2nd

F lo or B at hr oo m s As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

Pe ar so n

Bl ac k

Vi br at io n D am pe r As so ci at ed w ith

B as em en t D uc t W or k

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

(2 V ib ra tio n

D am pe ne rs

W hi te

S in k U nd er co at in g

Ki tc he n

Si nk s 2.

0% C hr ys ot ile

P C

C at eg or y

II

N on

-F ria bl e

G oo d

SF

(2 S in ks

1” x

” Y el lo w

C er am ic

Fl oo r Ti le w ith M or ta r a nd

G ro ut Ba th ro om s

Th ro ug ho ut H ou se

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

4” x

” W hi te C er am ic W al l

Ti le w ith

M as tic a nd G ro ut

Ba th ro om

As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

4” x

” Y el lo w

C er am ic

W al l Ti le w ith M as tic a nd

G ro ut Ba th ro om

(M as te r B at hr oo m

As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

Pe ar so n

Bl ac k

Vi br at io n D am pe r As so ci at ed w ith

B as em en t D uc t W or k

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

(2 V ib ra tio n

D am pe ne rs

W hi te V in yl

S he et F lo or in g

Be ne at h

Th re e La ye rs o f

N on

-A sb es to s C on ta in in g Vi ny l S he et

F lo or in g an d Ta n M as tic

Ki tc he n

C hr ys ot ile R

AC

M

(h as a fr ia bl e pa pe r ba ck in g)

G oo d

SF

W hi te

S in k U nd er co at in g

Ki tc he n

Si nk s 9.

1% C hr ys ot ile

P C

C at eg or y

II

N on

-F ria bl e

G oo d

SF

(2 S in ks po ns iv e

R es ou rc ef ul

Re lia bl e

HA No

M at er ia l D es cr ip tio n

M at er ia l L oc at io n a nd

T yp e As be st os

EP

A

NE

SH

AP

Cl as si fic at io n Co nd iti on Es tim at ed Q ua nt ity

Jo in t C om po un d w ith in th e D ry w al l S ys te m Ba th ro om s, D in in g

R oo m

Tr ac e

1% ) C hr ys ot ile

P C in th e Jo in t C om po un d

La ye r a nd

Tr ac e

1% ) P

C in

C om po si te An al ys is o f t he

G yp su m

B oa rd an d Jo in t C om po un d

An al yz ed

To ge th er

N ot re gu la te d by

N

ES

H

AP

1% a sb es to s by co m po si te w ith P

C

G oo d

3, SF

1” x

” Y el lo w

C er am ic

Fl oo r Ti le w ith M or ta r a nd

G ro ut Ba th ro om s

Th ro ug ho ut H ou se

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

4” x

” Y el lo w

W al l T ile w ith

M as tic a nd G ro ut

Ba th ro om s Th ro ug ho ut

H ou se As su m ed C at eg or y

II

N on -F ria bl e G oo d

S

F

Pe ar so n

Bl ac k

Vi br at io n D am pe r As so ci at ed w ith

B as em en t D uc t W or k

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

(2 V ib ra tio n

D am pe ne rs

Ta n

Vi ny l S he et F lo or in g

Be ne at h

N on

-A sb es to s- C on ta in in g W hi te

V in yl S he et

Fl oo rin g wi th

T an

M as tic

Ki tc he n

C hr ys ot ile R

AC

M

(h as a fr ia bl e pa pe r ba ck in g)

G oo d

SF

9” x

” W hi te C er am ic F lo or

Ti le w ith

M or ta r a nd G ro ut

2nd F lo or

B at hr oo m s

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

4” x

” Y el lo w

C er am ic

W al l Ti le w ith M as tic a nd

G ro ut Ba th ro om s

Th ro ug ho ut H ou se

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

W hi te F lo or

T ile

B en ea th

N on

-A sb es to s- C on ta in in g Ta n an d W hi te

S w irl P at te rn Vi ny l S he et

F lo or in g an d N on -A sb es to s-

C on ta in in g

Ta n an d

Bl ac k M as tic s

Ba th ro om

4.

7% C hr ys ot ile

P C

C at eg or y I N on -F ria bl e G oo d

S F

Pe ar so n

G re y Fl oo r L ev el er B en ea th N on -A sb es to s-

C on ta in in g

”x

” T an F lo or

T ile a nd

Ye llo w M as tic

W es t R oo m o f B as em en t 3.

1% C hr ys ot ile

P C

C at eg or y

II

N on

-F ria bl e

G oo d po ns iv e

R es ou rc ef ul

Re lia bl e

HA No

M at er ia l D es cr ip tio n

M at er ia l L oc at io n a nd

T yp e As be st os

EP

A

NE

SH

AP

Cl as si fic at io n Co nd iti on Es tim at ed Q ua nt ity

W hi te

V ib ra tio n D am pe r As so ci at ed w ith

B as em en t D uc t W or k

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

(2 V ib ra tio n

D am pe ne rs

9” x

” W hi te C er am ic F lo or

Ti le w ith

M or ta r a nd G ro ut

2n d

Fl oo r B at hr oo m s

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

4” x

” Y el lo w

C er am ic

Fl oo r Ti le w ith M as tic a nd

G ro ut 2n d Fl oo r B at hr oo m s As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

Pe ar so n

Bl ue

F lo or T ile w ith N on

As be st os

B la ck M as tic be ne at h

N on

-A sb es to s

” x

” T an

F lo or T ile a nd N on

As be st os

-C on ta in in g

Ye llo w M as tic

St or ag e

Ro om a nd

L au nd ry

R oo m in

B as em en t 5.

9% C hr ys ot ile b y

PC

C at eg or y

I N on

-F ria bl e

G oo d

SF

W hi te

V ib ra tio n D am pe ne r

As so ci at ed w ith B as em en t

D uc t W or k As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

(2

V ib ra tio n D am pe ne rs

4” x

” W hi te C er am ic W al l

Ti le w ith

M as tic a nd G ro ut

2nd F lo or

B at hr oo m As su m ed C at eg or y

II

N on -F ria bl e G oo d

SF

Pe ar so n

1” x

” Y el lo w

C er am ic

Fl oo r Ti le w ith M or ta r a nd

G ro ut 2n d Fl oo r B at hr oo m s As su m ed C at eg or y

II

N on -F ria bl e G oo d

S F

4” x

” Y el lo w

C er am ic

W al l Ti le w ith M as tic a nd

G ro ut 2n d Fl oo r B at hr oo m s, rd F lo or

Ba th ro om

As su m ed

C at eg or y

II

N on

-F ria bl e

G oo d

SF

Jo in t C om po un d w ith in th e D ry w al l S ys te m Ba th ro om s th ro ug ho ut H ou se

1.

4%

C hr ys ot ile P

C in th e

Jo in t C om po un d

La ye r;

Tr ac e

1%

PC

C om po si te A na ly si s of G yp su m B oa rd a nd

J oi nt C om po un d

An al yz ed

T og et he r

N ot re gu la te d by

N

ES

H

AP

1% a sb es to s by co m po si te P

C ho w ev er pl ea se n ot e th at O

SH

A do es n ot a cc ep t N

ES

H

AP

co m po sit e an al ys is

, a nd on ly ac ce pt s la ye r an al ys is ; t he re fo re re m ov al is c on si de re d

C la ss

II

A sb es to s W or k un de r O

SH

A

.1 si nc e th e la ye r i s >1

G oo d

1, po ns iv e

R es ou rc ef ul

Re lia bl e

HA No

M at er ia l D es cr ip tio n

M at er ia l L oc at io n a nd

T yp e As be st os

EP

A

NE

SH

AP

Cl as si fic at io n Co nd iti on Es tim at ed Q ua nt ity

Bl ac k

M as tic B en ea th N on

As be st os

-C on ta in in g

” x

” T an F lo or

T ile

Ba se m en t 1.

2% C hr ys ot ile

P C

C at eg or y I N on -F ria bl e G oo d

SF

Bl ac k

Vi br at io n D am pe r…