Appendix I - Asbestos Survey B230.pdf

Directorate of Public Works Detroit Arsenal

APPENDIX I

Appendix I - Asbestos Survey a [lilf:l;Mi]

Asbestos Inspection Report

USAG-DTA

Building 230C

Submitted to:

U.S. Army Garrison-Detroit Arsenal (USAG-DTA)

Prepared by:

Contract No. W56HZV-15-C-L603

PWS Attachment 12, Section 2.2

February 29, 2016

REVISED: 27 March 2019

ASBESTOS INSPECTION REPORT

FOR THE PROPERTY IDENTIFIED AS:

DTA Building #230C

6501 E. 11 Mile Rd.

Warren, MI 48397

INITIAL INSPECTION DATE(S):

18 February 2016

PREPARED FOR:

United States Army Garrison – Detroit Arsenal (USAG-DTA)

ATTN: Stanley Grumeretz

REPORT PREPARED AND SUBMITTED BY:

Certified Asbestos Inspector(s):

Maureen E Finn (Certification # A32877)

EXECUTIVE SUMMARY

Initial Asbestos Inspection, Building 230-C

PCSI has completed an inspection of Building 230 Central (B230-C) for suspect asbestos containing materials, in accordance with Contract W56HZV-15-C-L603, PWS Attachment 12, Section 2.2. The following known and/or assumed ACMs have been identified within this structure:

• Glazing, exterior stone panel

• 9” X 9” floor tile, tan

• 9” X 9” floor tile, gray

• 9” X 9” floor tile, pink

• Vault door fireproofing/insulation

• Pipe fitting insulation

• Duct Insulation

• Vibration isolator

• Thermal system insulation debris

• Caulk, door frame

• Caulk, associated with louver on penthouse

• Caulk, window sill, gray

• Concrete Masonry Unit (CMU) wall, associated CMU mortar and vermiculite insulation within CMU walls

• 4” Cove base and associated mastic, cranberry color

• Fire Door and Door Frame, Insulation

• Roofing components

• Exterior brick and associated mortar

• Exterior granite panels and associated caulk/sealant

TABLE OF CONTENTS

Executive Summary

1. BUILDING INSPECTION

1.1. Building Description

1.2. Inspection Methodology

1.3. Historical Data Review and Analysis

1.4. Sampling Methodology

1.5. Analytical Methodology

2. FINDINGS

2.1. Suspect Homogeneous Materials

2.2. ACM Identified

2.3. Assumed ACM

3. CONCLUSIONS AND RECOMMENDATIONS

4. LIMITATIONS

Appendices

I. Functional Space Diagrams II. Functional Space/Assessment Spreadsheet

III. Homogeneous Materials Summary IV. Analytical Reports/Chain of Custody Documentation

[1]

BUILDING INSPECTION

PCSI has completed an inspection of Building 230 Central (B230-C) at the United States Army Garrison-Detroit Tank Arsenal (USAG-DTA) for suspect asbestos containing materials, in accordance with PWS2, CLS 31.13.3. The asbestos building inspection was conducted in general accordance with the requirements outlined in Section 31.13.3 of Contract Number W912CH-08-C-L525. This report summarizes our methodologies, laboratory results, findings, conclusions and recommendations, and limitations.

Building Description

Building Number: B230-C Building Name: Administrative Construction Date: 1964 Square Footage: 98,742 square feet Stories: 2 (plus penthouse)

B230-C is an administrative building, primarily occupied by offices, cubicle bays and support areas.

Initial Asbestos Building Inspection

The initial asbestos building inspection was conducted on the following date(s):

• February 18, 2016

A non-destructive asbestos survey of the accessible interior and exterior areas of the building was performed by the following PCSI personnel accredited by the State of Michigan as an Asbestos Building Inspector:

• Peter L. Schappach (Certification # A8943)

[2]

Inspection Methodology

PCSI performed the asbestos inspection of B230-C in general accordance with the Asbestos in Schools Hazard Assessment Reauthorization Act (40 CFR, Part 763; Title 15, Chapter 53, Subchapter II, Section 2641) and Section 2.2 of Performance Work Statement (PWS) Attachment 12.

The building inspection strategy was to provide an inspection report that could be used to manage identified ACMs in the building in order to protect building occupants, visitors and contractors. PCSI asbestos building inspectors delineated functional spaces within the building, and assigned unique functional space numbers to each functional space. Each accessible functional space was then evaluated for suspect ACMs. A functional space is defined as a room or group of rooms (including crawl spaces or the space between a dropped ceiling and the floor or roof deck above), such as office space(s), a cafeteria, gymnasium, hallway(s), etc., as designated by an accredited asbestos building inspector. Functional Space Diagrams are presented in Appendix I, and a Functional Space/Assessment Spreadsheet is included in Appendix II.

The asbestos survey included the identification of suspect materials and the definition of homogeneous materials (HMs), assessment of the condition of each material, estimation of the approximate quantity of the suspect ACMs, the potential for damage and the collection and analysis of bulk samples from each identified HM, if necessary. For the purpose of this inspection report, an HM is defined as an area of surfacing material, thermal system insulation or miscellaneous material that exhibited similar physical characteristics (e.g., texture, surface color, and appearance) and was applied or installed at the same time (if known) as determined by the accredited building inspectors utilizing professional judgment and experience.

Limitations to PCSI’s asbestos inspection are presented in Section IV of this report.

Homogeneous Material data previously generated by others was reviewed and verified in the field and, when applicable, PCSI collected additional bulk samples, as necessary.

Historical Data Review and Analysis

PCSI conducted a review of the asbestos inspections of Building 230-C conducted by Versar dated 31 October 2006 and J&J/BMAR, JV, LLP dated 29 May 2009 and an analysis of the previous homogeneous materials and analytical results was performed to evaluate the data for inclusion in this report. Where historic data was absent or incomplete, PCSI conducted additional bulk sampling and analysis to supplement the existing data and provide a more complete understanding of the materials located within the structure. The previously defined homogeneous materials have been included in the Homogeneous Material Summary Sheets located in Appendix III and the corresponding analytical data has been included in Appendix IV, Analytical Reports/Chain of Custody Documentation.

[3]

Sampling Methodology

PCSI asbestos inspectors collected bulk samples of suspect HMs utilizing standard bulk sampling methods outlined in the AHERA Standard. Each sample was placed in an unused zip-top plastic bag and labeled with a unique sample identification number. Where supplemental samples were collected from previously identified HMs, the same HM number was utilized.

Suspect materials identified for the first time as part of this inspection were assigned a new, unique HM number, beginning with the next consecutive number after the last HM number reported in the previous inspection. Sample locations were recorded on the Homogeneous Material Summary Sheet and on the building diagram.

Sample numbers generated during this inspection were recorded using the following format:

Building #/year of inspection/HM#/Sample ID. The homogeneous material number is a 3-digit number corresponding to the HM# designated in the previous inspection or assigned by the inspector in the field. Sample ID refers to the designation A, B, C, etc., corresponding to the first sample collected, second sample collected, third sample collected, etc.

Analytical Methodology

Collected bulk samples were submitted to International Asbestos Testing Laboratories, Inc.

(IATL) for laboratory analysis, using standard Chain of Custody protocol. The submitted bulk samples were analyzed by polarized light microscopy (PLM), in accordance with EPA Method 600/R-93/116, Method for the Determination of Asbestos in Building Materials (40 CFR, Part 763, Subpart F, Appendix A, Section 1). The US EPA defines asbestos containing material (ACM) as any material containing more than 1 percent asbestos by weight.

Bulk samples which were reported to contain less than 10 percent asbestos by the visual estimation method were point counted to verify asbestos content.

Analytical results are presented in Appendix IV, Analytical Reports/Chain of Custody Documentation.

FINDINGS

Suspect Homogeneous Materials

A total of seventy-six (76) suspect Asbestos Containing Homogeneous Materials have been identified in the structure. Please refer to Appendix III, Homogeneous Materials Summary, for a complete list of the suspect Homogeneous Materials encountered during the building inspection.

[4]

ACM Identified

The following Homogeneous Materials were determined to be ACMs through sampling and laboratory analysis.

• Glazing, exterior stone panel

• 9” X 9” floor tile, gray

• 9” X 9” floor tile, pink

• Vault door fireproofing/insulation

• Pipe fitting insulation

• Duct Insulation

• Vibration isolator

• Thermal system insulation debris

• Caulk, door frame

• Caulk, associated with louver on penthouse

• Caulk, window sill, gray

Assumed ACM

The Homogeneous Materials listed below were not sampled based on the type of material, the inaccessible location of the material, or other factors deemed pertinent by the Accredited Asbestos Building Inspector(s). These materials should be assumed to be ACMs, until such time that they can be properly sampled and analyzed by an accredited laboratory for asbestos content.

• Concrete Masonry Unit (CMU) wall, associated CMU mortar and vermiculite insulation within CMU walls

• 4” Cove base and associated mastic, cranberry color

• Fire Door and Door Frame, Insulation

• Roofing components

• Exterior brick and associated mortar

• Exterior granite panels and associated caulk/sealant

[5]

CONCLUSIONS AND RECOMMENDATIONS

The data presented in Appendix II, Functional Space/Assessment Spreadsheet should be utilized to manage the identified ACMs in place until such time that they are removed from the building.

Interim controls are short-term, low-cost methods implemented in the management of the known and assumed ACMs in a building. Examples of interim controls include the proper training of building occupants and tradespeople, restricting access to the ACMs, cleaning and decontamination of surfaces with suspect debris and taking steps to minimize the impact to known and assumed ACMs. Further guidance for the management of ACMs at USAG-DTA can be found in the United State Army Garrison-Detroit Arsenal Asbestos Operations & Maintenance Program and Asbestos Management Plan for Asbestos Containing Materials, dated 01 September, 2005 (revised 10 October 2007).

The U.S. EPA defines regulated asbestos-containing material (RACM) as: (a) Friable asbestos material, (b) Category I non-friable ACM that has become friable, (c) Category I non-friable ACM that will be or has been subjected to sanding, grinding, cutting, or abrading, or (d) Category II non-friable ACM that has a high probability of becoming or has become crumbled, pulverized, or reduced to powder by the forces expected to act on the material in the course of demolition or renovation operations.

The NESHAP asbestos regulations require the removal of all RACM from a facility being demolished or renovated prior to beginning any activity that might damage or disturb the material. The U.S. EPA requires written notification if the combined amount of RACM to be removed is at least 260 linear feet, at least 160 square feet, or at least one cubic meter of facility components where length or area could not be measured. PCSI recommends the removal of the RACM, and the ACM that might become RACM as a result of the project-specific demolition techniques, by a licensed asbestos abatement contractor.

A written Notification of Intent to Renovate/Demolish form is required to be submitted to the U.S. EPA or their designated authority at least ten working days prior to beginning any asbestos abatement and/or demolition project. There may also be additional state and local agency requirements.

LIMITATIONS

PCSI did not perform destructive testing as part of this building assessment and therefore, the suspect HMs identified herein represent those materials that were readily accessible and observable by PCSI asbestos building inspectors at the time of the survey. Inaccessible areas included, but were not limited to: spaces within and/or behind walls, areas beneath floors, areas above ceilings, ceiling plenums, confined spaces, tunnels, trenches, pits, sumps, classified and/or top secret areas, and/or other areas or materials for which data was deemed not reasonably ascertainable.

[6]

Due to the nature of the operations at USAG-DTA, access to certain areas was limited, based on security measures, ongoing testing, availability of authorized personnel to act as escorts, etc.

Where applicable, these inaccessible functional spaces, or portions of functional spaces, are noted in Appendix II, Functional Space/Assessment Spreadsheet.

The building assessment did not include activities that would compromise the physical or structural integrity of building components. Unless otherwise indicated, PCSI did not perform any destructive testing and this assessment is limited to areas that were accessible to and visually observed by PCSI at the time of the assessment. PCSI did not collect samples of suspect materials if such sampling would compromise the structural integrity of the materials such that it would present a material failure and/or the collection of samples would void material warranties (e.g., roofing materials).

PCSI has made reasonable efforts to identify and quantify suspect ACMs based upon readily available information and information provided by USAG-DTA. This survey only summarizes the potential presence and estimated quantities of ACMs based on available documentation and visual observations. The referenced quantities are estimates only, based on observable, accessible materials documented at the time of PCSI’s review. The referenced quantities cannot be relied upon for developing asbestos abatement bids, project design documents, or for regulatory agency notification purposes.

Furthermore, this report is meant to serve as a general guidance to the known and assumed ACMs present within the referenced building. A NESHAP-compliant inspection identifying the specific types, locations and quantities of known and/or suspect ACMs expected to be impacted by future renovation/demolition activities should be developed, based on the completed design documents.

Additional suspect asbestos containing material disturbed during future renovation or demolition activities should be evaluated on a case-by-case basis, especially materials that were previously undiscovered, hidden, obscured, or inaccessible, to determine if the material is included in this report, or prior existing documentation. If a given material is not described in this report and/or prior existing documentation, or cannot be identified as a non-suspect material by an accredited asbestos building inspector, the material should be assumed to contain asbestos, and renovation and/or demolition activities should be halted until sampling and analysis can be accomplished.

Parties conducting renovation and/or demolition activities should follow all applicable federal, state, and local regulations in handling identified and suspect ACMs.

The information contained in this report was based upon specific parameters and regulations in force at the time of the survey. The information herein is only for the specific use of PCSI, unless written authorization is obtained from PCSI. PCSI accepts no responsibility for the use, interpretation, or reliance by other parties on the information contained herein, nor does this report represent an instrument of regulatory compliance or an asbestos abatement project design or specification.

APPENDIX I

FUNCTIONAL SPACE DIAGRAMS

APPENDIX II

FUNCTIONAL SPACE/ASSESSMENT SPREADSHEET

Friability: NF = Nonfriable, F = friable Sampled: Y = Yes, N = No, A = Assumed Condition: N = Not Damaged, LD = Localized Damage, D = Damaged, SD = Significantly Damaged Potential for Damage: H = High, M = Medium, L = Low

APPENDIX III

HOMOGENEOUS MATERIALS SUMMARY

*Individual sample dates may vary; see original laboratory reports.

Homogeneous Material (HM) Summary Sheet

Building # 230 CENTER Inspector(s) Name(s): Joe Demick Date: 6-1-05

Homogeneous Materials Information Sampling Information Laboratory Information

HM# Type Description Sample ID & Sample Location* (FS#, location)

Layers % Asb.

Asb.

Type

SM

TSI

MM

Mat’l: Exterior door Caulk Color: Gray Size: ½” bead

A. N. W. exterior exit door – Snack Stand A 0 B. N. E. exterior exit door – Weight room B 0 C. S. E. corner of exterior exit door C 0

SM

TSI

MM

Mat’l: Ext. Window Caulk Color: Black Size: ½” bead

A. N. E. exterior window outside Snack Stand A 0 B. N. E exterior window – Weight room B 0 C. S. E. corner of building C 0

SM

TSI

MM

Mat’l: Caulk & Glazing Color: Lime stone Size: 3/8” bead

Other: Exterior stone panel

A. N. W. corner of exterior building A 0

B. N. E. “ “ “ “ B 0/1.5 CH

C. S. E. “ “ “ “ C 0/1.8 CH

**GLAZING ONLY POSITIVE ** .

SM

TSI

MM

Mat’l: Int. Window Caulk Color: Black Size: 3/8” bead

A. N.E. corner of window – Exercise area A 0 B. N. W. “ “ “ B 0 C. S .E. “ “ “ C 0 D. FS 73, lower window, east side . 0

SM

TSI

MM

Mat’l: Floor tile Color: Green Size: 9” x 9”

Other: Vinyl

A. N .W. corner of Sam’s Cafe A 0 B. North center of Exercise room B 0 C. N. E. corner of “ “ C 0

SM

TSI

MM

Mat’l: Floor Tile Mastic

Other: For HM 52

A. N. W. corner of Sam’s Cafe A 0

C. N. E. corner of “ “ C 0

Building # 230 CENTER Inspector(s) Name(s): Joe Demick Date: 6-1-05

Homogeneous Materials Information Sampling Information Laboratory Information

HM# Type Description Sample ID & Sample Location* (FS#, location)

Layers % Asb.

Asb.

Type

SM

TSI

MM

Mat’l: Floor tile Color: Tan

A. N. W. corner near exit in Sam’s Cafe A 4.5 CH B. North center of exercise room B 4.7 CH C. N. E. corner of room – Exercise area C 4.3 CH

SM

TSI

MM

Mat’l: Floor tile mastic

Other: for HM 54

A. N. W. corner near exit in Sam’s Cafe A 0

C. N. E. corner of room – Exercise area C 0

SM

TSI

MM

Mat’l: Floor tile Color: Gray

A. N W corner of entrance door (N) to Lunch Rm. 114 A 2.2 CH B. SE corner of entrance door (S) to Lunch Rm. 114 B 2.5 CH C. East-center of entrance door to Lunch Rm. 114 C 2.4 CH D. Fitness Center, central (8/18/11) . 5.7 CH

SM

TSI

MM

Mat’l: Floor Tile mastic

Size

Other: for HM 56

A. N W corner of entrance door (N) to Lunch Rm. 114 A 0 B. SE corner of entrance door (S) to Lunch Rm. 114 B 0 C. East-center of entrance door to Lunch Rm. 114 C 0

D. Fitness Center, central (8/18/11) 0.5 CH

SM

TSI

MM

Mat’l: Floor tile Color: Pink Size: 9” x9”

A. N W corner of entrance door (N) to Lunch Rm. 114 A 2.3 CH B. SE corner of entrance door (S) to Lunch Rm. 114 B 2.6 CH C. East-center of entrance door to Lunch Rm. 114 C 2.2 CH

SM

TSI

MM

Mat’l: Floor Tile mastic

Other: For HM 58

A. N W corner of entrance door (N) to Lunch Rm. 114 A 0 B. SE corner of entrance door (S) to Lunch Rm. 114 B 0 C. East-center of entrance door to Lunch Rm. 114 C 0

Building # 230 CENTER Inspector(s) Name(s): Joe Demick Date: 6-1-05

Homogeneous Materials Information Sampling Information Laboratory Information

HM# Type Description Sample ID & Sample Location* (FS#, location)

Layers % Asb.

Asb.

Type

SM

TSI

MM

Mat’l: Floor tile Color: Black Size: 12” x 12”

Other: Rubber

A. N. E. corner of E. Hallway #2 A 0 B. S. E “ “ B 0 C. West center of E. Hallway #2 C 0

SM

TSI

MM

Color: Tan

Other: for HM 60

A. N. E. corner of E. Hallway #2 A 0 B. S. E. “ “ B 0 C. West center of E. Hallway #2 C 0

SM

TSI

MM

Mat’l: Floor tile Color: White

A. N. W. corner of E. Hallway #2 – Room 2 A 0 B. S .W. “ “ “ B 0 C. E. center of “ “ C 0

SM

TSI

MM

Other: for HM 62

A. N. W. corner of E. Hallway #2 – Room 2 A 0 B. S. W. “ “ “ B 0 C. E. center of “ “ C 0

SM

TSI

MM

Mat’l: Cove Base

Size: 4 x 4

A. E. corner of exit door - East Hallway A 0 B. S. W. corner by fire door - Main hallway B 0 C. N. W .corner at entrance to Public Affairs C 0

SM

TSI

MM

Mat’l: Cove base mastic

Other: For HM 64

A. West corner by Exit door – East hallway A 0 B. S. W. corner by fire door – Main hallway B 0 C. N.W. corner of entrance – Public Affairs C 0

Building # 230 CENTER Inspector(s) Name(s): Joe Demick Date: 6-1-05

Homogeneous Materials Information Sampling Information Laboratory Information

HM# Type Description Sample ID & Sample Location* (FS#, location)

Layers % Asb.

Asb.

Type

SM

TSI

MM

Mat’l: Cove Base Color: Green Size: 4’ x 4’

A. 3rd stair on W. stairwell S A 0 B. Top of staircase – W. stairwell S B 0 C. Base of stairs – E. stairwell S C 0

SM

TSI

MM

Mat’l: Cove base mastic

Other: for HM 66

A. 3rd stair on W. stairwell S A 0 B. Top of staircase – W. stairwell S B 0 C. Base of stairs – E. stairwell S C 0

SM

TSI

MM

Mat’l: Cove Base

A. N.W .corner of Main Lobby near phone A 0 B. N. E. corner of Main Lobby near entrance B 0 C. S.E .corner of Main Lobby C 0

SM

TSI

MM

Mat’l: Cove Base mastic

Other: for HM 68

A. N.W. corner of Main Lobby near phone A 0 B. N. E. corner of Main Lobby near entrance B 0 C. S .E. corner of Main Lobby C 0

SM

TSI

MM

Mat’l: Stair treads Color: Green Size: 1/8” x 12 x 1-1/2

A. 1st stair – S. E. Stairwell A 0 B. Top stair - “ “ B 0 C. 1st stair - S.W .stairwell C 0

SM

TSI

MM

Mat’l: Stair Tread Mastic

Other: for HM 70

A. 1st stair – S. E. Stairwell A 0 B. Top stair - “ “ B 0 C. 1st stair - S.W. stairwell C 0

Building # 230 CENTER Inspector(s) Name(s): Joe Demick Date: 6-1-05

Homogeneous Materials Information Sampling Information Laboratory Information

HM# Type Description Sample ID & Sample Location* (FS#, location)

Layers % Asb.

Asb.

Type

SM

TSI

MM

Mat’l: Mastic

Other: for carpet

A. S.W. corner of Main Lobby A 0 B. S. E. “ “ “ B 0 C. N. E. “ “ “ C 0

SM

TSI

MM

Mat’l: Ceiling tile Color: White Size: 2 x 2

Other: Directional, fissured, lay-in

A. S. E. corner of Training Room #112 A 0 B. N. E corner of Lunch room entrance - #114 B 0 C NE corner of Weight room ceiling – Rm 108 C 0

SM

TSI

MM

Mat’l: Ceiling tile Color: white

Other: Slide-in tiles

A. S. E. corner of Main Lobby ceiling A 0 B. N. E. corner of Office - #210 B 0 C. S. E. corner of Office C 0

SM

TSI

MM

Mat’l: Plaster

Other: Wall & ceiling

Brown coat & skim coat

A. NW corner of ceiling – Tacom Weight Rm A TR CH B. Men’s room shower ceiling in Weight Rm B TR CH C. Ladies Rm shower ceiling – Wt. Room 110 C TR CH D. FS-14, Sam’s Snack Stand . 0 E. FS-30, Lobby Women’s Room 0 F. FS-32, Main Corridor 0 G. FS-54, Women’s Rest room – L-8 0

SM

TSI

MM

Mat’l: Wallboard system

Size: ½” x 4’ x 8’

Other: Gypsum

A. N. E corner of hallway in Chapel – Rm 110 A 0 B. S. E corner above ceiling tile in Wt. Rm 108 B 0 C. SW corner Class rm. wall above ceiling-113 C 0 D. FS-15, Sam’s Snack Stand Lounge 0/0 E. FS-17, Chaplin Asst. Corridor 0/0 F. FS-28, LMP offices 0/0 G. FS-52, Conference Room 0/0

Building # 230 CENTER Inspector(s) Name(s): Joe Demick Date: 6-1-05

Homogeneous Materials Information Sampling Information Laboratory Information

HM# Type Description Sample ID & Sample Location* (FS#, location)

Layers % Asb.

Asb.

Type

SM

TSI

MM

Mat’l: Joint compound

Size: 1/8” thick

Other: for HM 76

A. N. E. hallway corner in Chapel – Room 110 A 0 B. S .E .corner above ceiling tile in Weight rm B 0 C. SW corner of Class Rm. wall above SCT C 0

SM

TSI

MM

Mat’l: Ceiling tile Color: White Size: 2’ x 2’

Other: Smooth

A. N.W. corner of Chapel Assistant Room 110 A 0 B. S.W. corner of Chapel Small Group Rm 110 B 0 C. N.E. corner Chapel Hallway - Rm 110 C 0

SM

TSI

MM

Mat’l: Sink insulation Color: White Size: 1/16”

A. W. side of sink –Chapel Kitchen- Room 110 A 0 B. E. “ “ “ B 0 C. Center of sink “ “ C 0

SM

TSI

MM

Mat’l: Cove Base Color: Blue Size: 4”

A .N .E. corner of Lobby by Wt. Rm entrance A 0 B. S.E. corner of Weight Machine room #109 B 0 C. N.W. corner of Weight Room Free Weight

– Room #108

C 0

SM

TSI

MM

Mat’l: Cove Base Mastic

Other: for HM 80

A. N.E. corner of Weight Rm Lobby entrance A 0 B. S.E corner of Weight Room Machines #109 B 0 C. N.W. corner of Weight Room Free Weight

– Room #108

C 0

SM

TSI

MM

Mat’l: Rubber Floor Tile Color: Black w/raised dots Size: 20”

A. N.W. corner of S.E. Corridor – Room 2 A 0 B. N. E. “ “ “ B 0 C. S .E. “ “ “ C 0

Building # 230 CENTER Inspector(s) Name(s): Joe Demick Date: 6-1-05

Homogeneous Materials Information Sampling Information Laboratory Information

HM# Type Description Sample ID & Sample Location* (FS#, location)

Layers % Asb.

Asb.

Type

SM

TSI

MM

Mat’l: Rubber Floor Mastic Color: Clear

Other: for HM 82

A. N.W. corner of S.E .Corridor – Room 2 A 0 B. N. E. “ “ “ B 0 C. S .E. “ “ “ C 0

SM

TSI

MM

Mat’l: Rubber floor tile Color: Blue Size: 20”

A. S.E. corner Weight Rm lobby by floor drain A 0 B. S.E. corner of “ “ machines – Rm #109 B 0 C. S.E corner of “ “ free weights-Rm #108 C 0

SM

TSI

MM

Mat’l: Rubber tile Mastic

Other: for HM 84

A. S.E. corner Weight Rm lobby by floor drain A 0 B. S.E. corner of “ machines – Rm #109 B 0 C. S.E corner of “ free weights-Rm #108 C 0

SM

TSI

MM

Mat’l: Cove Base Color: Brown

A. S.E. corner at East entrance – Main Hall A 0 B. S.E. corner Chief of Staff office - #220 B 0 C. S.W. corner of J. Dugan Office – Rm216-C C 0

SM

TSI

MM

Other: for HM 86

A. SE corner at East entrance – Main Hallway A 0 B. S.E. corner Chief of Staff office - #220 B 0 C. S.W. corner of J. Dugan Office – Rm 216-C C 0

SM

TSI

MM

Mat’l: Ceiling tile Color: White Size: 2 x 2 x 5/8

Other: Random, lay-in

A. N.E .corner of Conference room #213 A 0

B. S .E. corner of CG Office #203 B 0 C. N. E. corner of Deputy General Rm #206 C 0

Building # 230 CENTER Inspector(s) Name(s): Joe Demick Date: 6-1-05

Homogeneous Materials Information Sampling Information Laboratory Information

HM# Type Description Sample ID & Sample Location* (FS#, location)

Layers % Asb.

Asb.

Type

SM

TSI

MM

Mat’l: Ceiling tile

Size: 2 x 4

Other: Random, Lay-in

A. N.W. corner of office #210 A 0 B. S.E. corner of Com. General’s Kitchen 204 B 0 C. S.E. corner of Office - Room #210 C 0

SM

TSI

MM

Mat’l: Insulation Color: White Size: 4 x 7

Other: Fire proofing

A. Sampled inside vault door –Hallway center A 60 CH B. Sampled inside vault door –Hallway center B 65 CH C. Sampled inside vault door –Hallway center C 65 CH

SM

TSI

MM

Mat’l: Insulation

Size: 1/16”

Other: sticky substance

A. Above ceiling in center of Hallway A 0 B. “ “ “ B 0 C. “ “ “ C 0

SM

TSI

MM

Mat’l: Insulation

Other: Pipe wrap

A. S.W. corner in Hallway Chase A 0 B. S.E. corner of Weight Room Lobby B 0 C. N. side of main hall ceiling outside Chapel C 0

SM

TSI

MM

Mat’l: Mud Fittings on FG

Size: 2 to 4”

Other: Pipe joint wrap

A. S.W. corner of building - Chase Wall Rm#2 A 20 CH B. S E corner of Center Mech Room on elbow B 50 CH C. S.E. corner Weight Room Lobby ceiling C 20 CH

SM

TSI

MM

Mat’l: Insulation

Size: 4” to 6”

A. Sampled @ center of Mechanical Room. A 0

B. S. E. corner of Condensate Pump Room B 0 C. N. side Main Hall above ceiling outside Chapel

C 0

Building # 230 CENTER Inspector(s) Name(s): Joe Demick Date: 6-1-05

Homogeneous Materials Information Sampling Information Laboratory Information

HM# Type Description Sample ID & Sample Location* (FS#, location)

Layers % Asb.

Asb.

Type

SM

TSI

MM

Mat’l: Insulation Color: White

A. Sampled from center of Mechanical Room A 0/20 -/CH B. S. E. corner of Condensate Pump Room B 20 CH C NE corner above ceiling-Gen’s Waiting Rm. C 20 CH

SM

TSI

MM

Mat’l: Insulation Color: White Size: 6” to 12”

A. S.W. wall over duct in Mechanical Room A 0 B. S.E. corner of Condensate Pump Room B 0 C. N. side Main Hall above ceiling outside Chapel

C 0

SM

TSI

MM

Mat’l: Insulation Color: White Size: 6” to 12”

A. S.W. wall over duct in Mechanical Room A 20/0 CH B. Above ceiling main hall outside #216-S wall B 20/0 CH C. “ “ NE corner C.G. Waiting Rm 209C C 20/0 CH

SM

TSI

MM

Mat’l: Duct Insulation

Size: 1/16” to 1/8”

A. Mechanical room – W. side of duct A 65 CH

B. “ “ E. “ “ B 20 CH

C. “ “ S. “ “ C 20 CH

SM

TSI

MM

Mat’l: Vibration Isolator

Size: 1/16” x 6 x 16

Other: Woven cloth

A. S.E. corner of Mechanical room A 60 CH B. S.E. corner of Mechanical room B 60 CH C. S.E. corner of Mechanical room C 60 CH

SM

TSI

MM

Mat’l: Roofing felt

Size: 1/8” x 3 x 35

Other: Asphalt

A. Sampled from East end of roof A 0 B. Sampled from West end of roof B 0 C. Sampled from Center of roof C 0

SM

TSI

MM

Mat’l: Insulation

Other: Debris

A. S.W. corner of Mechanical Room A 30 CH B. S.W. corner of Mechanical room B 40 CH C. S.W. corner of Mechanical room C 40 CH

Building #: 230 CENTER Inspector(s) Name(s): Greg McDonald, Robert Jozwiak Date: March 2009

Homogeneous Materials Information Sampling Information Laboratory Information

HM# Type Description Sample ID & Sample Location* (FS#, location)

Layers % Asb.

Asb.

Type

SM

TSI

MM

Mat’l: Rubber Flooring & mastic Color: Blue w/white specks Size: 18” x 18”

A. FS-3, by drain A 0 B. FS-5, by South door B 0 C. FS-6, South East door C 0

SM

TSI

MM

Mat’l: Floor tile & mastic Color: Dark green w/grey & orange specks Size: 12” x 12”

A. FS-88 A 0/0

B. FS-88 B 0/0

C. FS-88 C 0/0

SM

TSI

MM

Mat’l: C M U

A. COS Area A 0 B C

SM

TSI

MM

Mat’l: Window Panels Color: Black

A. FS #14, Sam’s Café, NE corner (9/19/11) A 0/0/0 B C

SM

TSI

MM

Mat’l: Door Frame Caulk

A. FS-13, Door A 3.1 CH B. FS-13, West side B 2.0 CH C. FS-84, Penthouse C 6.7 CH

SM

TSI

MM

Mat’l: Cove Base & Mastic Color: Cranberry

ASSUMED POSITIVE

Building #: 230 CENTER Inspector(s) Name(s): Greg McDonald, Robert Jozwiak Date: March 2009

HM# Type Description Sample ID & Sample Location* (FS#, location)

Layers % Asb.

Asb.

Type

SM

TSI

MM

Mat’l: Vibration Isolator

Other: Canvas

A. FS-86, Penthouse A 0 B. FS-86, Penthouse B 0 C. FS-86, Penthouse C 0

SM

TSI

MM

Mat’l: Rough plaster

Other: brown coat

A. FS-12, Mens’s Locker Room A 0 B. FS-12, Locker Room South B 0.5 CH C. FS-10, Locker Room South C 0

SM

TSI

MM

Mat’l: Floor Tile & mastic Color: Tan w/light tan & dark streaks

A. FS-14, Sam’s Snack Stand A 0/0 B. FS-14, Sam’s Snack Stand B 0/0 C. FS-14, Sam’s Snack Stand C 0/0

SM

TSI

Mat’l: Doors & Frames

SM

TSI

MM

Mat’l: Susp. Ceiling Tile Color:

Size: 2’ x 2’

Other: w/dots & gouges

A. FS-37, Center West A 0 B. FS-38, South Center B 0 C. FS-40, South West C 0

SM

TSI

MM

Mat’l: Cove Base & Mastic

A. FS-37, North wall A 0/0 B. FS-37, South East wall B 0/0 C. FS-37, North East wall C 0/0

Building #: 230 CENTER Inspector(s) Name(s): Greg McDonald, Robert Jozwiak Date: March 2009

HM# Type Description Sample ID & Sample Location* (FS#, location)

Layers % Asb.

Asb.

Type

SM

TSI

MM

Mat’l: Cove Base & Mastic Color: Tan Size: 4”

A. FS-42, North wall A 0/0 B. FS-42, South wall B 0/0 C. FS-42, North wall C 0/0

SM

TSI

MM

Mat’l: Weather Stripping

A. FS-44, East side of frame A 0 B. FS-44, Top of frame B 0 C. FS-44, West side of frame C 0

SM

TSI

MM

Mat’l: Seam Sealer Color: Silver

Other: on Roof

SM

TSI

MM

Mat’l: Flashing Caulk

Other: on Roof

SM

TSI

MM

Mat’l: Louver Caulk Color: Grey

A. FS-90, Exterior Penthouse roof A 4.3 CH B. FS-90, Exterior Penthouse roof B 4.7 CH C. FS-90, Exterior Penthouse roof C 4.2 CH

SM

TSI

MM

Mat’l: Duct Caulk

A. FS-90, Exterior Penthouse roof A 0 B. FS-90, Exterior Penthouse roof B 0 C. FS-90, Exterior Penthouse roof C 0

Building #: 230 CENTER Inspector(s) Name(s): Greg McDonald, Robert Jozwiak Date: March 2009

HM# Type Description Sample ID & Sample Location* (FS#, location)

Layers % Asb.

Asb.

Type

SM

TSI

MM

SM

TSI

MM

Mat’l: Ext. Brick & Mortar

SM

TSI

MM

Mat’l: Exterior Granite

SM

TSI

MM

Mat’l: Window sill caulk

A. FS-91, Exterior window sills A 3.3 CH B. FS-91, Exterior window sills B 0 C. FS-91, Exterior window sills C 0

SM

TSI

MM

Mat’l: CERAMIC BLOCK

AND MORTAR

Color: TAUPE

A.FS-10 Wall to shower under tile A 0/0 B. B C. C

SM

TSI

MM

Mat’l: TAR ON 2ND CEILING Color: BLACK

A.FS-10 Ceiling above ceiling, locker room A 0/0 B. FS-10 Ceiling above ceiling, locker room B 0/0 C. FS-10 Ceiling above ceiling, locker room C 0/0

Building #: 230 CENTER Inspector(s) Name(s): Greg McDonald, Robert Jozwiak Date: March 2009

(FS#, location)

Layers % Asb.

Asb.

Type

SM

TSI

MM

Mat’l: Glue Pod Color: Tan Size:

Other: on Wood Panel

A. COS Area A 0

C . C

SM

TSI

MM

Mat’l: Caulk Color: Dark brown

Other: interior window

A. FS 73, awning window, east side A 0

C . C

SM

TSI

MM

Mat’l: weatherstrip Color: black

Other: interior window

A. FS 75, awning window, east side A 0

C . C

SM

TSI

MM

Mat’l: pipe joint insulation Color: gray Size: 10”

Other: chilled water line

A. FS86, penthouse, NW corner, south valve A 0/0 B. FS86, penthouse, NW corner, north valve B 0/0 C . C

TSI

MM

Mat’l:

Color:

Other:

A. A

MM

Mat’l:

Color:

MM

Mat’l:

Color:

APPENDIX IV

ANALYTICAL REPORTS/CHAIN OF CUSTODY DOCUMENTATION

THIS SECTION LEFT BLANK INTENTIONALLY

ANALYTICAL RESULTS ARE SUMMARIZED IN APPENDIX III:

HOMOGENEOUS MATERIAL SUMMARY SHEETS

ORIGINAL LABORATORY CERTIFICATES OF ANALYSIS ARE

AVAILABLE IN THE ASBESTOS MANAGEMENT FILES MAINTAINED

BY THE BASOPS CONTRACTOR

Building 230E

Submitted to:

DTA Building #230E

18 February 2016

Maureen E. Finn (Certification # A32788)

Initial Asbestos Inspection, Building 230-E

PCSI has completed an inspection of Building 230 East (B230-E) for suspect asbestos

• Caulk, exterior stone panel

• 9” X 9” floor tile, pink

• 9” X 9” floor tile, brown

• Mastic associated with 9” X 9” floor tile, brown

• Vibration isolator

• Pipe fitting insulation

• Straight pipe insulation

• Tank insulation

• Expansion joint, floor, black

• 12” X 12” floor tile, off-white with brown streaks

• 12” X 12” floor tile, tan

• Cement asbestos board

• Concrete Masonry Unit (CMU) wall, associated CMU mortar and vermiculite insulation within CMU walls

• Fire Door and Door Frame, Insulation

• Caulk, seam, silver

• Roofing components

1.1. Building Description

1.2. Inspection Methodology

1.3. Historical Data Review and Analysis

1.4. Sampling Methodology

1.5. Analytical Methodology

2. FINDINGS

2.1. Suspect Homogeneous Materials

2.2. ACM Identified

2.3. Assumed ACM

3. CONCLUSIONS AND RECOMMENDATIONS

Professional Contract Services, Inc. (PCSI) has completed an inspection of Building 230 East (B230-E) at the United States Army Garrison-Detroit Arsenal (USAG-DTA) for suspect asbestos containing materials, in general accordance with the requirements outlined in PWS Attachment 12, Section 2.2 of Contract Number W56HZV-15-C-L603. This report summarizes our methodologies, laboratory results, findings, conclusions and recommendations, and limitations.

Building Description

Building Number: B230-E Building Name: Administrative Construction Date: 1964 Square Footage: 98,742 square feet Stories: 2

B230-E is an administrative building, primarily occupied by offices, cubicle bays and support areas.

Initial Asbestos Building Inspection

• February 18, 2016

PCSI performed the asbestos inspection of B230-E in general accordance with the Asbestos in Schools Hazard Assessment Reauthorization Act (40 CFR, Part 763; Title 15, Chapter 53, Subchapter II, Section 2641) and Section 2.2 of Performance Work Statement (PWS) Attachment 12.

The building inspection strategy was to provide an inspection report that could be used to manage identified ACMs in the building in order to protect building occupants, visitors and contractors. PCSI asbestos building inspectors delineated functional spaces within the building, and assigned unique functional space numbers to each functional space. Each accessible functional space was then evaluated for suspect ACMs. A functional space is defined as a room or group of rooms (including crawl spaces or the space between a dropped ceiling and the floor or roof deck above), such as office space(s), a cafeteria, gymnasium, hallway(s), etc., as designated by an accredited asbestos building inspector. Functional Space Diagrams are presented in Appendix I, and a Functional Space/Assessment Spreadsheet is included in Appendix II.

The asbestos survey included the identification of suspect materials and the definition of homogeneous materials (HMs), assessment of the condition of each material, estimation of the approximate quantity of the suspect ACMs, the potential for damage and the collection and analysis of bulk samples from each identified HM, if necessary. For the purpose of this inspection report, an HM is defined as an area of surfacing material, thermal system insulation or miscellaneous material that exhibited similar physical characteristics (e.g., texture, surface color, and appearance) and was applied or installed at the same time (if known) as determined by the accredited building inspectors utilizing professional judgment and experience.

Limitations to PCSI’s asbestos inspection are presented in Section IV of this report.

Homogeneous Material data previously generated by others was reviewed and verified in the field and, when applicable, PCSI collected additional bulk samples, as necessary.

Historical Data Review and Analysis

PCSI conducted a review of the asbestos inspections of Building 230-E conducted by Versar dated 31 October 2006 and J&J/BMAR, JV, LLP dated 29 May 2009 and an analysis of the previous homogeneous materials and analytical results was performed to evaluate the data for inclusion in this report. Where historic data was absent or incomplete, PCSI conducted additional bulk sampling and analysis to supplement the existing data and provide a more complete understanding of the materials located within the structure. The previously defined homogeneous materials have been included in the Homogeneous Material Summary Sheets located in Appendix III and the corresponding analytical data has been included in Appendix IV, Analytical Reports/Chain of Custody Documentation.

PCSI asbestos inspectors collected bulk samples of suspect HMs utilizing standard bulk sampling methods outlined in the AHERA Standard. Each sample was placed in an unused zip-top plastic bag and labeled with a unique sample identification number. Where supplemental samples were collected from previously identified HMs, the same HM number was utilized.

Suspect materials identified for the first time as part of this inspection were assigned a new, unique HM number, beginning with the next consecutive number after the last HM number reported in the previous inspection. Sample locations were recorded on the Homogeneous Material Summary Sheet and on the building diagram.

Sample numbers generated during this inspection were recorded using the following format:

Building #/year of inspection/HM#/Sample ID. The homogeneous material number is a 3-digit number corresponding to the HM# designated in the previous inspection or assigned by the inspector in the field. Sample ID refers to the designation A, B, C, etc., corresponding to the first sample collected, second sample collected, third sample collected, etc.

Analytical Methodology

Collected bulk samples were submitted to International Asbestos Testing Laboratories, Inc.

(IATL) for laboratory analysis, using standard Chain of Custody protocol. The submitted bulk samples were analyzed by polarized light microscopy (PLM), in accordance with EPA Method 600/R-93/116, Method for the Determination of Asbestos in Building Materials (40 CFR, Part 763, Subpart F, Appendix A, Section 1). The US EPA defines asbestos containing material (ACM) as any material containing more than 1 percent asbestos by weight.

Bulk samples which were reported to contain less than 10 percent asbestos by the visual estimation method were point counted to verify asbestos content.

Analytical results are presented in Appendix IV, Analytical Reports/Chain of Custody Documentation.

FINDINGS

Suspect Homogeneous Materials

A total of eighty-three (83) suspect Asbestos Containing Homogeneous Materials have been identified in the structure. Please refer to to Appendix III, Homogeneous Materials Summary, for a complete list of the suspect Homogeneous Materials encountered during the building inspection.

• 9” X 9” floor tile, pink

• 9” X 9” floor tile, brown

• Mastic associated with 9” X 9” floor tile, brown

• Vibration isolator

• Pipe fitting insulation

• Straight pipe insulation

• Tank insulation

• Expansion joint, floor, black

• 12” X 12” floor tile, off-white with brown streaks

• 12” X 12” floor tile, tan

• Cement asbestos board

The Homogeneous Materials listed below were not sampled based on the type of material, the inaccessible location of the material, or other factors deemed pertinent by the Accredited Asbestos Building Inspector(s). These materials should be assumed to be ACMs, until such time that they can be properly sampled and analyzed by an accredited laboratory for asbestos content.

• Concrete Masonry Unit (CMU) wall, associated CMU mortar and vermiculite insulation within CMU walls

• Fire Door and Door Frame, Insulation

[5]

CONCLUSIONS AND RECOMMENDATIONS

The data presented in Appendix II, Functional Space/Assessment Spreadsheet, should be utilized to manage the identified ACMs in place until such time that they are removed from the building.

Interim controls are short-term, low-cost methods implemented in the management of the known and assumed ACMs in a building. Examples of interim controls include the proper training of building occupants and tradespeople, restricting access to the ACMs, cleaning and decontamination of surfaces with suspect debris and taking steps to minimize the impact to known and assumed ACMs. Further guidance for the management of ACMs at USAG-DTA can be found in the United State Army Garrison-Detroit Arsenal Asbestos Operations & Maintenance Program and Asbestos Management Plan for Asbestos Containing Materials, dated 01 September, 2005 (revised 10 October 2007).

The U.S. EPA defines regulated asbestos-containing material (RACM) as: (a) Friable asbestos material, (b) Category I non-friable ACM that has become friable, (c) Category I non-friable ACM that will be or has been subjected to sanding, grinding, cutting, or abrading, or (d) Category II non-friable ACM that has a high probability of becoming or has become crumbled, pulverized, or reduced to powder by the forces expected to act on the material in the course of demolition or renovation operations.

The NESHAP asbestos regulations require the removal of all RACM from a facility being demolished or renovated prior to beginning any activity that might damage or disturb the material. The U.S. EPA requires written notification if the combined amount of RACM to be removed is at least 260 linear feet, at least 160 square feet, or at least one cubic meter of facility components where length or area could not be measured. PCSI recommends the removal of the RACM, and the ACM that might become RACM as a result of the project-specific demolition techniques, by a licensed asbestos abatement contractor.

A written Notification of Intent to Renovate/Demolish form is required to be submitted to the U.S. EPA or their designated authority at least ten working days prior to beginning any asbestos abatement and/or demolition project. There may also be additional state and local agency requirements.

LIMITATIONS

PCSI did not perform destructive testing as part of this building assessment and therefore, the suspect HMs identified herein represent those materials that were readily accessible and observable by PCSI asbestos building inspectors at the time of the survey. Inaccessible areas included, but were not limited to: spaces within and/or behind walls, areas beneath floors, areas above ceilings, ceiling plenums, confined spaces, tunnels, trenches, pits, sumps, classified and/or top secret areas, and/or other areas or materials for which data was deemed not reasonably ascertainable.

[6]

Due to the nature of the operations at USAG-DTA, access to certain areas was limited, based on security measures, ongoing testing, availability of authorized personnel to act as escorts, etc.

Where applicable, these inaccessible functional spaces, or portions of functional spaces, are noted in Appendix II, Functional Space/Assessment Spreadsheet.

The building assessment did not include activities that would compromise the physical or structural integrity of building components. Unless otherwise indicated, PCSI did not perform any destructive testing and this assessment is limited to areas that were accessible to and visually observed by PCSI at the time of the assessment. PCSI did not collect samples of suspect materials if such sampling would compromise the structural integrity of the materials such that it would present a material failure and/or the collection of samples would void material warranties (e.g., roofing materials).

PCSI has made reasonable efforts to identify and quantify suspect ACMs based upon readily available information and information provided by USAG-DTA. This survey only summarizes the potential presence and estimated quantities of ACMs based on available documentation and visual observations. The referenced quantities are estimates only, based on observable, accessible materials documented at the time of PCSI’s review. The referenced quantities cannot be relied upon for developing asbestos abatement bids, project design documents, or for regulatory agency notification purposes.

Furthermore, this report is meant to serve as a general guidance to the known and assumed ACMs present within the referenced building. A NESHAP-compliant inspection identifying the specific types, locations and quantities of known and/or suspect ACMs expected to be impacted by future renovation/demolition activities should be developed, based on the completed design documents.

Additional suspect asbestos containing material disturbed during future renovation or demolition activities should be evaluated on a case-by-case basis, especially materials that were previously undiscovered, hidden, obscured, or inaccessible, to determine if the material is included in this report, or prior existing documentation. If a given material is not described in this report and/or prior existing documentation, or cannot be identified as a non-suspect material by an accredited asbestos building inspector, the material should be assumed to contain asbestos, and renovation and/or demolition activities should be halted until sampling and analysis can be accomplished.

Parties conducting renovation and/or demolition activities should follow all applicable federal, state, and local regulations in handling identified and suspect ACMs.

The information contained in this report was based upon specific parameters and regulations in force at the time of the survey. The information herein is only for the specific use of PCSI, unless written authorization is obtained from PCSI. PCSI accepts no responsibility for the use, interpretation, or reliance by other parties on the information contained herein, nor does this report represent an instrument of regulatory compliance or an asbestos abatement project design or specification.

APPENDIX I

FUNCTIONAL SPACE DIAGRAMS

APPENDIX II

FUNCTIONAL SPACE/ASSESSMENT SPREADSHEET

APPENDIX III

HOMOGENEOUS MATERIALS SUMMARY

Building # 230-E Inspector(s) Name(s): Joe Demick Date: 5-16-05

Homogeneous Materials Information Sampling Information Laboratory Information

HM# Type Description Sample ID & Sample Location* (FS#, location)

Layers % Asb.

Asb.

Type

SM

TSI

MM

Mat’l: Exterior door Caulk Color: Gray Size: ½” bead

A. SW corner of ext. loading door, Rm. 102 A 0.25 CH B. Left side of Mech. Rm entry door – Rm101 B 0 C. N E exterior exit & entry doors – Room 128 C 0

SM

TSI

MM

Mat’l: Ext. window caulk Color: Black Size: ½” bead

A. NW corner of Mech. Rm bldg. –Room 101 A 0 B. N E corner of Office area – Room 213 B 0 C. N W corner of “ Room 208 C 0

SM

TSI

MM

Mat’l: Ext. Stone Caulk

Size: ½” bead

A. N W corner of building Mech. Room 101 A 2.0 CH B NE corner of building outside fan room 132 B 0 C. N entry & exit door –Stairwell entry #128 C 5.4 CH

SM

TSI

MM

Mat’l: Int. Window Caulk

A. NE corner of Office area Room 208 A 0 B. W window in stairwell – Room 200 B 0 C. NE window in Office area – Room 213 C 0

SM

TSI

MM

Mat’l: Floor tile

A. NW corner of Hallway #1 A .5 CH

B. N E “ “ B 0.25 CH

C. S W end at entry – Room 130 C .5 CH

SM

TSI

MM

Other: For HM 5

A. NW corner of Hallway #1 A 0/0 B. NE corner of Hallway #1 B 0/0 C. S W end at entry – Room 130 C 0

Building # 230-E Inspector(s) Name(s): Joe Demick Date: 5-16-05

Homogeneous Materials Information Sampling Information Laboratory Information

HM# Type Description Sample ID & Sample Location* (FS#, location)

Layers % Asb.

Asb.

Type

SM

TSI

MM

Mat’l: Floor tile

A. N E corner of N W elevator A 0 B. N W corner of N W elevator B 0 C. S W corner of N W elevator C . 0

SM

TSI

MM

Other: For HM 7

A. N E corner of N W elevator A 0 B. N W corner of N W elevator B NA C. S W corner of N W elevator C NA

SM

TSI

MM

Mat’l: Floor tile

A. SW corner of ADP Room 130 A 6.0 Ch B. N E corner of Disbursing Room 103 B 6.7 Ch C. SW corner of Room 144 C 7.8 Ch

d. East side of Room 111 . 8.2 Ch

SM

TSI

MM

Other: For HM 9

A. SW corner of ADP Room 130 A 0 B. N E corner of Disbursing Room 103 B 0 C. SW corner of Room 144 C 0 D. East side of Room 111 . 0

SM

TSI

MM

Mat’l: Floor tile

A. S W corner of ADP Room 130 A 8 Ch B. SW corner of Room 144 B 10 Ch C. S E corner of Entry – Stairwell -Room 128 C 7.5 Ch

SM

TSI

MM

Other: For HM 11

A. SW corner of Room 144 A 0 B. SW Corner of Room 144 B 0 C. S E corner of entry – Stairwell – Room 128 C NA

Building # 230-E Inspector(s) Name(s): Joe Demick Date: 5-16-05

Homogeneous Materials Information Sampling Information Laboratory Information

HM# Type Description Sample ID & Sample Location* (FS#, location)

Layers % Asb.

Asb.

Type

SM

TSI

MM

Mat’l: Floor tile Color: Brown Size: 9” x 9”

A. S W corner of ADP Room 130 A 3.2 Ch B. S W “ “ B 4.7 Ch C. S W “ “ C 2.8 Ch

SM

TSI

MM

Other: for HM 13

A. S W corner of ADP Room 130 A 5 Ch

B. S W “ “ B NA

C. S W “ “ C 4.1 Ch

SM

TSI

MM

Mat’l: Floor Tile

A. N wall of Hall #4 by drinking fountain A 0 B. N W corner of kitchen B 0 C. S E corner of kitchen C 0

SM

TSI

MM

Other: For HM 15

A. N wall of Hall #4 by drinking fountain A 0/0 B. N W corner of kitchen B 0/0 C. S E corner of kitchen C 0/0

SM

TSI

MM

Mat’l: Cove Base

A. S E corner of Copy Room 206 A 0/0 B. S W corner of Hallway #1 B 0 C. N W corner of Hallway #5 C 0

SM

TSI

MM

Mat’l: Cove base Mastic

Other: for HM 17

A. S E corner of Copy Room 206 A 0 B. S W corner of Hallway #1 B 0 C. N W corner of Hallway #5 C 0

Building # 230-E Inspector(s) Name(s): Joe Demick Date: 5-16-05

Homogeneous Materials Information Sampling Information Laboratory Information

HM# Type Description Sample ID & Sample Location* (FS#, location)

Layers % Asb.

Asb.

Type

SM

TSI

MM

Mat’l: Cove base Color: Blue Size: 4 x 4

A. N W corner of entry hallway #1 A 0 B. S E corner “ “ B 0 C. NE corner of Office area – Room 119 C 0

SM

TSI

MM

Other: For HM 19

A. N W corner of Hallway #1 entry A 0 B. S E corner of Hallway #1 B 0 C. N E corner of Office area – Room 119 C 0

SM

TSI

MM

Mat’l: Cove Base Color:…