657-507_Marrion_CorrectSeisDef - Appendix-HAZMAT 1.pdf

Pre-Demolition Hazardous Materials Inspection Report Marion VA Medical Center- Building 14

2401 West Main Street

Marion, Illinois 62959

December 18, 2025 | Report Number: 15257307

Prepared for:

Above Group Inc.

305 East Drive Suite H Melbourne, Florida 32904

11600 Lilburn Park Road St. Louis, Missouri 63146

P (314) 692-8811 Terracon.com

Facilities | Environmental | Geotechnical | Materials

December 18, 2025

Above Group Inc.

305 East Drive Suite H Melbourne, Florida 32904

Attn: Mr. Stephen Kazim

(714) 496-3323 skazim@abovegroupinc.com

RE: Pre-Demolition Hazardous Materials Inspection Report Marion VA Medical Center- Building 14 2401 West Main Street Marion, Illinois 62959 Terracon Project No. 15257307

Dear Mr. Kazim:

Terracon Consultants, Inc. (Terracon) is pleased to submit this pre-demolition hazardous materials inspection report for asbestos-containing materials (ACMs) and lead-containing paint (LCP) at Building 14 within the Marion Veterans Administration Medical Center (VAMC) in Marion, Illinois, to the Above Group Inc. (Above Group, or the Client) for the above-referenced project. Terracon’s services were performed on November 4 and 5, 2025, at the above-referenced site. This inspection was conducted in accordance with Terracon Proposal No. P15257307 dated September 10, 2025.

Asbestos-containing materials (ACMs) were identified in the samples collected from the site. The ACMs identified confirmed testing from previously conducted inspections at the site. Additionally, cementitious piping which was labeled as an asbestos-containing material was identified at the site and inaccessible suspect asbestos-containing materials identified at the site were assumed to contain asbestos until sampled by a licensed asbestos building inspector and analyzed for asbestos content by an accredited laboratory. Please refer to the report for additional details.

Lead-containing paint was identified on the site. Please refer to the report for additional details.

Terracon appreciates the opportunity to provide services to Above Group, Inc. If you have questions regarding this report, please contact George Jones at (314) 692-5196 or George.Jones@terracon.com.

Sincerely, Terracon Consultants, Inc.

Prepared by: Reviewed by:

Steven Mack Brandy Howard, PE(CO), CIH, CSP Field Supervisor Department Manager Authorized Project Reviewer

Steve Mack mailto:skazim@abovegroupinc.com mailto:George.Jones@terracon.com

Table of Contents

1.0 PROJECT OVERVIEW

1.1 Project Objective

1.2 Reliance

2.0 BUILDING DESCRIPTION

3.0 FIELD ACTIVITIES

3.1 Asbestos

3.1.1 Asbestos Visual Inspection

3.1.2 Asbestos Physical Assessment

3.1.3 Asbestos Sample Collection

3.1.4 Asbestos Sample Analysis

3.2 Lead-Based Paint

3.2.1 XRF Inspection

3.2.2 Paint Chip Sampling

3.2.3 Paint Chip Analysis

4.0 FINDINGS AND RECOMMENDATIONS

4.1 Asbestos

4.1.1 Asbestos Findings

4.1.2 Asbestos Recommendations

4.2 Lead-Based Paint

4.2.1 XRF Findings

4.2.2 Paint Chip Sampling Findings

4.2.3 Paint Chip Sampling Recommendations

5.0 LIMITATIONS/GENERAL COMMENTS

Appendices

Appendix A: Tables

Table 1: Identified Asbestos-Containing Materials by homogeneous areas (HAs)

Table 2: Inaccessible Areas and Assumed Asbestos-Containing Materials, Not Sampled

Table 3: Asbestos Inspection Sample Summary by HA

Table 4: XRF Lead-Containing Paint Inspection Summary

Table 5: Paint Chip Sample Summary

Appendix B: Exhibits

Exhibit 1: Site Location Map

Exhibit 2.1: Positive ACM Sample Locations - First-Floor

Exhibit 2.2: Positive ACM Sample Locations – Basement Floor

Exhibit 3.1: Negative ACM Sample Locations – First-Floor

Exhibit 3.2: Negative ACM Sample Locations – Basement Floor

Exhibit 3.3: Negative ACM Sample Locations – Pump Room

Exhibit 3.4: Negative ACM Sample Locations – Mezzanine Level

Exhibit 3.5: Negative ACM Sample Locations – Roof

Exhibit 4: Paint Chip Sample Locations – Building Exterior

Exhibit 5: Paint Chip Sample Locations – First-Floor

Exhibit 6: Paint Chip Sample Locations – Basement Floor

Exhibit 7: XRF Sample Locations – Building Exterior

Exhibit 8: XRF Sample Locations – First-Floor

Exhibit 9: XRF Sample Locations – Basement Floor

Exhibit 10: XRF Sample Locations – Pump Room Tunnel

Exhibit 11: ACM Location Map

Appendix C: Laboratory Analytical Reports and Chains-of-Custody (COC)

Appendix D: Photographic Documentation

Appendix E: Regulatory Overviews

Asbestos

Lead

Appendix F: Inspector Licenses

Pre-Demolition Hazardous Materials Inspection Report Marion VA Medical Center- Building 14 | Marion, Illinois

December 18, 2025 | Terracon Project No. 15257307

Facilities | Environmental | Geotechnical | Materials 5

1.0 PROJECT OVERVIEW

Terracon Consultants, Inc. (Terracon) conducted a pre-demolition hazardous materials inspection report for asbestos-containing materials (ACMs) and lead-containing paint (LCP) at Building 14 within the Marion Veterans Administration Medical Center (VAMC) in Marion, Illinois. Terracon understands that these services were requested by the Above Group Inc. (Above Group, or the Client) for pre-demolition of Building 14. The inspection was conducted by Messer’s George Jones and Steven Mack, in accordance with Terracon Proposal No. P15257307 dated September 10, 2025.

At the time of the assessment, the facility was occupied, and utilities and equipment in the spaces were live. Additional investigation of the space once the site is vacant and ready for demolition are recommended to access utility systems and sample existing roofing materials prior to the demolition of the building.

1.1 Project Objective

We understand these services were requested by Above Group to satisfy the requirements of the United States Environmental Protection Agency (USEPA) 40 Code of Federal Regulations (CFR) Part 61, Subpart M, the National Emission Standards for Hazardous Air Pollutants (NESHAP). Terracon also understands that the intent of the assessment is to assist the client with communicating the presence, location, and quantity of ACMs and LCPs materials to employees, vendors, and contractors working in the building in order to meet the requirements of the Occupational Safety and Health Administration (OSHA) communication of hazard requirements found at 29 CFR 1926.1101.

1.2 Reliance

This report is for the exclusive use of the Above Group. Reliance by any other party is prohibited without the written authorization of Terracon and the Above Group. Reliance on this report by the Above Group and all authorized parties is subject to the terms, conditions, and limitations stated in the signed agreement for services and this report.

2.0 BUILDING DESCRIPTION

The following table provides a general summary of building information and construction information, such as structure and finishes used within the building. Information was obtained from the "SOW Attachment1_A/E Contract Supplement B”, provided by Above Group.

Facilities | Environmental | Geotechnical | Materials 6

Table A. General Building Information

Item Description

Site Name Veterans Affairs Medical Center (VAMC) – Building 14

Location/Address 2401 West Main Street Marion, Illinois 62959

Building Use Building 14 Boiler House

Approximate Building Square Footage

Approximately 6,200 SF

Construction Date 1940s

Addition Date(s) Retrofit: 1980s

Building Construction Information

Main Structure: Concrete foundation, concrete masonry unit (CMU) block walls, brick

Roof Type: EPDM/Rubber membrane roof material applied over built-up roof system

Flooring Structure: Concrete Interior Finishes: Drywall, brick, CMU

3.0 FIELD ACTIVITIES

The services were conducted on November 4 and 5, 2025, by Mr. George Jones and Mr. Steven Mack of Terracon. Joshua Clay, the Healthcare Engineer for the VAMC, provided access to the site and coordinated with Terracon regarding the sampling activities.

3.1 Asbestos

The asbestos inspection was conducted by Mr. George Jones and Mr. Steve Mack, both State of Illinois licensed asbestos inspectors, (Mr. Jones and Mr. Mack’s license #s 100-06644 and 100-06480) on November 4 and 5, 2025. A copy of their licenses is included as Appendix F. The asbestos inspection was conducted in accordance with the sample collection protocols established in USEPA 40 CFR 763.86, Sampling. A summary of the inspection activities is provided in Appendix A.

3.1.1 Asbestos Visual Inspection

Terracon’s asbestos inspection activities were initiated with visual observation of the interior and exterior of the site building to identify homogeneous areas of suspect ACM. A homogeneous area (HA) consists of materials that appear similar throughout in terms of color and texture, with consideration given to the date of application.

Facilities | Environmental | Geotechnical | Materials 7

Although reasonable efforts were made to inspect accessible suspect materials, additional suspect but unsampled materials could be located in the subsurface, or in other concealed areas, or areas where the investigation was not feasible without significant damage and/or excavation, or areas deemed unsafe due to the condition of the building structures.

3.1.2 Asbestos Physical Assessment

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

3.1.3 Asbestos Sample Collection

Based on the results of the visual observation, bulk samples of suspect ACM were collected in accordance with the sampling protocols outlined in 40 CFR 763.86 – Sampling. Samples of suspect materials were collected from randomly selected locations in each HA. 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 was based on Terracon’s observations and the assumption that like materials in the same area are homogeneous in content.

Terracon collected 75 bulk samples from 27 HAs of suspect ACM associated with Building 14. A summary of suspect ACM samples collected during the inspection is provided in Table 3 in Appendix A, and the laboratory report and the chain of custody (COC) are presented in Appendix B.

3.1.4 Asbestos Sample Analysis

The samples were submitted under chain of custody to EMSL Analytical, Inc. (EMSL) of St. Missouri, for analysis by Polarized Light Microscopy (PLM) with dispersion staining techniques per EPA methodology (40 CFR 763, Subpart F). The percentage of asbestos, where applicable, was determined by microscopical visual estimation. EMSL is a National Voluntary Laboratory Accreditation Program (NVLAP) accredited laboratory (St. Louis NVLAP Code 200742-0).

EMSL separated multilayered samples into individual layers for analysis; the laboratory analyzed a total of 92 individual layers from samples collected from the site.

3.2 Lead-Containing Paint

3.2.1 XRF Inspection

Concurrent with the asbestos inspection Terracon conducted an XRF lead-containing paint inspection.

Terracon used a SciAps X-550 handheld XRF lead paint analyzer (SciAps X-550, model number:

X550Pb (Rh), serial number: 01576), which has direct-reading capability, to screen for lead content on interior and exterior surface coatings. The XRF is a portable electronic device that emits X-rays at various energy levels. The X-ray energy excites electrons in the outer orbits of lead atoms. The detector in the XRF unit reads this excitation and translates it into a semi-quantitative reading of lead present per surface area. XRF technology allows the detection of lead in a painted surface, even several layers below the surface, without disturbing the painted surface. Using the manufacturer-

Facilities | Environmental | Geotechnical | Materials 8 provided ASI Standards calibration block, Terracon calibrated the XRF unit to approximately 1.0 milligram lead per square centimeter (mg/cm2) (minimum of three readings) and also performed a negative calibration check prior to conducting the screening services. The calibration process was repeated at mid-day (approximately four hours after the initial calibration, or if the unit was turned off during the day during break periods) and again at the end of the sampling process. Using the XRF, Terracon obtained 146 readings of painted surfaces to evaluate for the presence of lead. The XRF inspection summary is presented in Table 4, in Appendix A.

3.2.2 Paint Chip Sampling

Based on the XRF results, sample locations ranging from 0.1 – 0.9 mg/cm2 , paint chip samples of suspect lead-containing paint were collected in accordance with the standard sampling protocols.

Samples of suspect materials were collected from randomly selected locations of each paint color and substrate. 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 was based on Terracon’s observations and the assumption that like materials in the same area are homogeneous in content.

Terracon collected 12 paint chip samples from multiple painted substrates by utilizing the wet, hand-scrape method to collect each sample. The suspect lead-containing paint samples collected during the inspection are provided in Table 5 of Appendix A. The laboratory report and the chain of custody (COC) are presented in Appendix B.

3.2.3 Paint Chip Analysis

The paint chip samples were submitted under COC to EMSL in St. Louis, Missouri, for analysis of lead by USEPA SW-846 Methods 3050B “Acid Digestion of Sediments, Sludges, and Soils” and 7000B Flame Atomic Absorption Spectrophotometry. EMSL is accredited by the American Industrial Hygiene Association Laboratory Accreditation Program (AIHA LAP; accreditation number 102636).

4.0 FINDINGS AND RECOMMENDATIONS

4.1 Asbestos

4.1.1 Asbestos Findings

Asbestos in concentrations greater than (>) 1% was reported by the analytical laboratory in the sampled materials.

White window glazing on exterior metal windows on north, west, and east sides of the building.

White/gray window caulk around exterior metal windows on north, west, and east sides of the building.

Black foundation caulk on concrete foundation around the building perimeter.

Facilities | Environmental | Geotechnical | Materials 9

Asbestos previously at the site during other inspections include:

Sprayed or troweled on tan exterior stucco located below a layer of newer stucco, located around the perimeter of the building.

Assumed built-up roofing material on the roof of Building 14.

Cementitious piping labeled as asbestos-containing material observed in the utility corridor and is believed to be located below ground outside of the corridor.

Table 1 in Appendix A provides information on the identified asbestos-containing materials ACMs, sample locations, and approximate quantities. Exhibits 2 and 3 in Appendix B indicate the site location map and approximate positive sample locations of ACMs, Exhibits 4 and 5 in Appendix B indicate the approximate positive sample locations of LBPs. EMSL’s laboratory analytical reports and the COCs are included in Appendix B.

4.1.2 Asbestos Recommendations

As NESHAP and OSHA regulations (summarized in Appendix E) govern the removal of ACMs, Terracon recommends that a contractor permitted to perform asbestos abatement in the State of Illinois be retained to properly abate and dispose of ACMs identified within this report in accordance with local, state, and federal regulations.

Mechanical, electrical, and/or plumbing (MEP) materials (gaskets, electrical cables/sheaths, etc.) will need to be inspected and sampled prior to demolition, and once the systems are de-energized and offline. Additionally, the roofing was not sampled as part of this investigation due to the occupied building condition. This sampling should be conducted prior to demolition.

It should be reemphasized that although reasonable efforts were made to inspection accessible suspect materials, additional suspect but unsampled materials could be located in isolated or other concealed areas. Therefore, if suspicious materials are encountered during renovation or demolition activities that do not appear to have been characterized as ACM or non-ACM, samples should be collected and analyzed prior to disturbing these materials, or the materials can be assumed to be ACM and abated accordingly.

The owner and/or operator are responsible for NESHAP regulatory compliance regarding the proper removal, handling, and disposal of ACMs containing greater than 1% asbestos prior to any renovations or demolitions.

A summary of applicable asbestos regulations is presented in Appendix E.

4.2 Lead-Containing Paint

4.2.1 XRF Findings

Based on the XRF screening, lead-containing paint concentrations ranging from <0.015 – 10.7%, were identified at the site.

Facilities | Environmental | Geotechnical | Materials 10

Lead-Containing paint that was found includes the following:

White paint, this material is located on interior walls, ceilings, doors, and components (XRF test # 42-45, 58, 65, 79, 102-104, 106, 117, 118; paint chip sample #PC-6, 7, 9).

Beige paint, this material is located on exterior walls and doors (XRF test # 24, 25, 50, 109;

paint chip sample # 10).

Gray paint, this material is located on doors, in the tunnel on metal support columns and beams (XRF test # 140-143; paint chip sample # 5, 11).

Dark green, on exterior metal doors and frames (XRF test # 81, 82, 84; paint chip sample # 8).

Yellow paint, this material is located on interior and exterior metal components (XRF test # 29, 39; paint chip sample # 3-12).

Dark gray paint, this material is located on catwalk stair stringers (XRF test # 115, 144).

Off-white paint, this material is located on the perimeter window components (XRF test # 28, 34; paint chip sample # 1).

Silver paint, this material is located on interior and exterior piping and other components (XRF test # 15, 19, 77).

Black paint, this material is located on the interior and exterior metal components (XRF test # 10, 16, 17, 145).

4.2.2 Paint Chip Sampling Findings

The results for each of the paint chip samples ranged from <0.015 – 3.8% by weight, indicating that detectable amounts of lead in several of the samples; the LCP Inspection Summary is included as Table 5 in Appendix A. The OSHA standard does not define the amount of lead in paint that constitutes LCP, and it applies to all construction work where an employee may be occupationally exposed to lead.

4.2.3 Paint Chip Sampling Recommendations

The Occupational Safety and Health Administration’s (OSHA) lead standards for construction (29 CFR 1926.62) apply regardless of the reported concentrations, and it is the contractor’s responsibility to provide appropriate personal protective equipment and conduct personal exposure monitoring for lead, at a minimum. The contractor(s) should review the specified work tasks and methods involved in the renovation process and prepare a lead management plan to identify the work procedures and health and safety measures to be used in the lead material removal, as the levels indicated could create conditions above published occupational exposure limits.

If waste materials containing lead are generated, they may be regulated as hazardous waste. Lead-containing paint waste from renovation activities, such as debris, paint chips, dust, and sludges, which exhibit the toxicity characteristic must be managed and disposed of as hazardous waste under the Resource Conservation and Recovery Act (RCRA), except whole-building demolition debris. The

Facilities | Environmental | Geotechnical | Materials 11 hazardous waste criterion for lead waste is established under 40 CFR 261, as 5.0 milligrams per liter (mg/L) measured by the Toxicity Characteristic Leaching Procedure (TCLP). A summary of lead regulations is provided in Appendix E.

Additionally, several of the paints were not intact. If operations continue in the structure while pending demolition, these paints should be repaired, enclosed, or otherwise stabilized to prevent inadvertent exposures to the workers in these areas.

5.0 LIMITATIONS/GENERAL COMMENTS

Terracon’s scope was limited due to the occupied nature of the Marion VA, Building 14 facility.

Terracon made a reasonable effort to access suspect materials within known areas of restricted access (e.g., above ceiling grids, chases, wall cavities, etc.); however, Terracon did not remove protective coverings or inspect active equipment, which generally includes the building’s mechanical, electrical, and plumbing systems. The Client should understand the limitations associated with this inspection.

This inspection 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 inspection of the building. The information contained in this report is relevant to the date on which this inspection 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 the Above Group. This report is not a bidding document. Contractors or consultants reviewing this report must draw their own conclusions regarding further investigation or remediation deemed necessary. Terracon does not warrant the work of regulatory agencies, laboratories, or other third parties supplying information that may have been used in the preparation of this report. No warranty, express or implied is made.

Appendix A: Tables

Table 1: Identified Asbestos-Containing Materials by HA

Table 2: Inaccessible Areas and Assumed Asbestos-Containing Materials, Not Sampled

Table 3: Asbestos Inspection Sample Summary by HA

Table 4: XRF Lead-Containing Paint Inspection Summary

Table 5: Paint Chip Sample Summary

TABLE 1 – IDENTIFIED ASBESTOS-CONTAINING MATERIALS

HA # Material Description General Location Total Asbestos Percentage/ Type

Friability Condition Estimated Quantity / Notes

11 White stucco Exterior walls None Detected No Damaged

6,250 SF

2Material identified as ACM in previous sampling report

2 White window glazing Exterior windows 4% Chrysotile No Damaged 1,000 LF

3 White/gray window caulk Exterior windows 8% Chrysotile No Damaged 700 LF

4 Black foundation caulk Exterior foundation 14% Chrysotile No Damaged 300 LF

5A3 Built-up roofing Exterior roofs 5 - 15% Chrysotile No Good

5,100 SF

(Material identified as ACM in previous non-Terracon sampling report)

Unknown Cement piping Pump room tunnel Unknown No Good

5 LF

(observed)4

LF – Linear feet

1 Laboratory analysis indicates that Terracon provided sample was “none detected” for ACM.

2 This material was previously identified as an asbestos-containing material (refer to VAMC provided SH1156 Building 14 FINAL)

3 This material was identified as an asbestos-containing material (refer to VAMC provided Compiled 1989 B14 Asbestos Survey).

4 This material was observed in the Pump room tunnel with an Asbestos Danger sticker previously applied (no record of sampling provided).

Facilities | Environmental | Geotechnical | Materials 10

TABLE 2 – INACCESSIBLE AREAS AND ASSUMED ASBESTOS-CONTAINING MATERIALS, NOT SAMPLED

Assumed materials are materials that are commonly determined to contain asbestos that could not be sampled during the inspection. Reasons for not sampling can include lack of accessibility (enclosed pipe chases, etc.), need for significant demolition to access materials in an occupied space, or other sampling limitations. Additional unidentified materials should be sampled before any renovation activities that may disturb them to determine their actual asbestos content.

Spaces Material Descriptions Potential Quantity Notes

Concealed pipe chases and voids, underground (buried) piping

Piping with potential TSI noted from the visual investigation, other mechanical system materials

Unknown quantities in tunnels areas connecting to the west end of the building and around perimeter

Pipe tunnels connecting to the Pump room. Underground piping running through the tunnel.

Electrical, piping, and Mechanical Materials

Gaskets, electrical wiring, HVAC systems, and boiler systems Unknown quantities These materials were unable to be sampled during the investigation time as all equipment and electricity was live.

Building access areas Fire doors Nine Doors This material was observed throughout the building, but not sampled due to the destructive sampling methods that can impact the integrity of the fire door system.

Facilities | Environmental | Geotechnical | Materials 11

TABLE 3 –ASBESTOS INSPECTION SAMPLE SUMMARY

HA # Sample ID Material Description Material Location Sample Location Total Asbestos Percentage and

Type

1 - 01 Beige/white stucco coating5

Exterior walls Exterior stucco – west wall central area

ND6

1 - 01 Stucco coating (various colors) ND

2 2 - 02 White window glazing Exterior windows Exterior window – east side of building, center lower window 4% Chrysotile

3 – 03

White/gray window caulk Exterior windows

Exterior – Northwest corner, on the west side 8% Chrysotile

3 – 04 Exterior – Northeast corner, on the east side PS7

3 - 05 Exterior – Southeast corner, on the east side PS

4 4 - 06 Black foundation caulk Exterior foundation Exterior – Northeast corner, on the north wall at the foundation 14% Chrysotile

5 – 07

Gray wall flashing caulk Exterior roof and walls

Exterior – Northwest corner on the metal roof flashing ND

5 – 08 Exterior – South side of the lower roof, on metal roof flashing ND

5 - 09 Exterior – Southwest corner of the upper roof ND

5 This material was previously identified as an asbestos-containing material (refer to VAMC provided SH1156 Building 14 FINAL)

6 ND – “None detected” for asbestos-containing materials

7 PS – Positive stop, sample not analyzed for asbestos-containing materials

Facilities | Environmental | Geotechnical | Materials 12

Total Asbestos Percentage and

Type

6 – 10

White roof caulk

Exterior roof

Exterior – Southwest corner area of the upper roof, on 2” vent pipe

ND

Black roof caulk ND

6 – 11

White roof caulk

Exterior – Center area of the upper roof, on 3” vent pipe

ND

Black roof caulk ND

6 - 12

White roof caulk

Exterior – Northeast area of the upper roof, on 2” vent pipe

ND

Black roof caulk ND

7 – 13

White joint compound

Room 100 Locker room/Restroom

Room 100 Locker room/restroom, southwest corner

ND

White drywall ND

7 – 14

White joint compound

Room 100 Locker room/restroom, northwest corner

ND

White drywall ND

7 - 15

White joint compound

Room 100 Locker room/restroom, south wall

ND

White drywall ND

8 – 16

Gray CMU mortar Interior/Exterior walls

Room 100 Locker room/restroom, southwest corner ND

8 – 17 Boiler room, northeast corner office ND

8 - 18 Room 102, Emergency Generator Room, on the east wall ND

Facilities | Environmental | Geotechnical | Materials 13

Percentage and

Type

9 – 19

Gray brick mortar Interior/Exterior walls

Room 100, Mezzanine floor, hot water heater room, on the east wall ND

9 – 20 Boiler room, on the east wall ND

9 - 21 Room 104, Equipment maintenance, on the south wall ND

10 – 22

TSI – White canvas wrap

Pump room and upper mezzanine

Room 100, Mezzanine floor, hot water heater room, on the north side

ND

TSI – White tank insulation ND

10 – 23

TSI – White canvas wrap

Room 100, Upper Mezzanine, hot water heater room tank

ND

TSI – White tank insulation ND

10 - 24 TSI – White canvas wrap Room 100, Mezzanine floor, hot water heater room, basement (Pump room) ND

11 – 25 TSI – White mastic sealant

Boiler/Domestic hot water piping

Room 100, Mezzanine floor, west entrance on the 4” pipe

ND

TSI – Yellow pipe insulation ND

11 – 26 TSI – White mastic wrap

Boiler room, center area of the room, on the 6” – 8” pipe

ND

TSI – Yellow pipe insulation ND

11 - 27 TSI – White mastic sealant

Pump room, on the 12” piping

ND

TSI – Yellow pipe insulation ND

Facilities | Environmental | Geotechnical | Materials 14

Percentage and

Type

12 – 28

Gray/black window glazing Boiler room/Pump room

Room 100, Upper Mezzanine, on the west wall, on windowpane ND

12 – 29 Boiler room, on the east side of the building, on the east windows ND

12 - 30 Pump room, on the north side of the building, on the northwest window ND

13 – 31

TSI – White 12” Pre-formed Mag/Cal pipe insulation Pump room – mezzanine and upper mezzanine

Room 100, Mezzanine floor, on the 12” pipe along the east wall ND

13 – 32 Room 100, Mezzanine floor, on the 12” pipe along the east wall ND

13 - 33 Room 100, Mezzanine floor, on the 12” pipe along the east wall ND

14 – 34

TSI – White 4-6” Pre-formed Mag/Cal pipe insulation Pump room – mezzanine and upper mezzanine

Room 100, Mezzanine floor, on the 4”-6” pipe along the east wall ND

14 – 35 Room 100, Mezzanine floor, on the 4”-6” pipe along the east wall ND

14 - 36 Room 100, Mezzanine floor, on the 4”-6” pipe along the east wall ND

15 – 37

TSI – White 8-12” Pre-formed Mag/Cal pipe insulation Pump room – lower level

Room 100 mezzanine, north of the tank ND

15 – 38 Room 100 mezzanine, north of the tank ND

15 - 39 Room 100 mezzanine, east of the tank ND

16 – 40

TSI – White 16” Pre-formed Mag/Cal pipe insulation Room 100 mezzanine floor

Room 100 mezzanine, top east side of the 16” tank ND

16 – 41 Room 100 mezzanine, center of the 16” tank ND

16 - 42 Room 100 mezzanine, top west side of the 16” tank ND

Facilities | Environmental | Geotechnical | Materials 15

Percentage and

Type

17 – 43

White joint compound

Room 103 Office/Storage/Restroom

Room 103, east wall, in the northeast corner

ND

White drywall ND

17 – 44

White joint compound

Room 103, east wall, in the southeast corner east wall, in the southeast corner

ND

White drywall ND

17 - 45

White joint compound

Room 103, restroom, south wall

ND

White drywall ND

18 – 46

Brown cove base mastic Room 103

Office/Storage/Restroom

Room 103, restroom, south wall ND

18 – 47 Room 103, restroom, east wall ND

18 – 48 Room 103, restroom, east wall ND

19 – 49

White 12” – 24” pre-formed Mag/Cal pipe insulation Room 102

Emergency generator room

Room 102, Emergency generator room, on the muffler ND

19 – 50 Room 102, Emergency generator room, on the muffler ND

19 - 51 Room 102, Emergency generator room, on the muffler ND

20 – 52

Red fire stop caulk Rooms 102 and 103

Emergency generator room and Office/Storage/Restroom

Room 103, north wall center area ND

20 – 53 Room 103, north wall area ND

20 - 54 Room 102, north wall ND

Facilities | Environmental | Geotechnical | Materials 16

Percentage and

Type

21 – 55

Gray duct sealant Boiler room

Boiler room, on the air handler unit, north end ND

21 – 56 Boiler room, above the center boiler ND

21 - 57 Boiler room, above the center boiler ND

22 – 58

White rope gasket Boiler room

Boiler room, west end, on Boiler #1, south end of boiler ND

22 – 59 Boiler room, center area, on Boiler #2, south end of boiler ND

22 - 60 Boiler room, east end, on Boiler #3, south end of boiler ND

23 – 61

White pre-formed pipe insulation Boiler room

Boiler room, on encapsulated tank ND

23 – 62 Boiler room, on encapsulated tank ND

23 - 63 Boiler room, on encapsulated tank ND

24 – 64

White 18” – 24” pre-formed pipe insulation Boiler room, Top mezzanine

Boiler room, top mezzanine area, on header ND

24 – 65 Boiler room, top mezzanine area, on header ND

24 - 66 Boiler room, top mezzanine area, on header ND

25 – 67

Black window glazing Room 100, (water heater room)

Room 100, west wall, south side of the window ND

25 – 68 Room 100, west wall, door window ND

25 - 69 Room 100, west wall, north side of the window ND

Facilities | Environmental | Geotechnical | Materials 17

Percentage and

Type

26 – 70

Black tar, expansion gasket Pump room tunnel

Pump room tunnel, east side at tunnel entrance ND

26 – 71 Pump room tunnel, 40’ inside the tunnel, center of the ceiling ND

26 - 72 Pump room tunnel, 80’ inside the tunnel, center of the ceiling ND

27 – 73

Black vibration cloth (air duct dampener)

Boiler room; Room 102 Emergency generator room

Room 102 Emergency Generator room, top east side of duct ND

27 – 74 Boiler room, center mezzanine, by the north wall ND

27 - 75 Boiler room, center mezzanine, by the north wall ND

TABLE 4 – XRF LEAD-CONTAINING PAINT SAMPLE SUMMARY

Test # Room # Substrate Component Color Sample Location XRF Reading (mg/cm3)

November 4, 2025

1 Pre-Cal-1 N/A N/A N/A Pre-Calibration 1 1.05

2 Pre-Cal-2 N/A N/A N/A Pre-Calibration 2 1.053

3 Pre-Cal-3 N/A N/A N/A Pre-Calibration 3 1.075

4 Pre-Cal-4 (Avg.) N/A N/A N/A Pre-Calibration 4 (Average) 1.059

5 Pre-Cal. Blank N/A N/A N/A Pre-Calibration Blank 0

Exterior roof areas

Concrete/Stucco Wall A Beige Wall A, lower-roof, center area of the wall, at the top 0

7 Concrete/Stucco Wall B Beige Wall B, north wall center area, 5 feet up the wall 0

8 Concrete/Stucco Wall C Beige Wall C, Upper-wall, northeast corner, above the window 0.001

9 Concrete/Stucco Wall D Beige Wall D, lower-wall, south side of the building, by the center sign 0

10 Metal Wall-mounted ladder Black Wall A, lower-roof, south side, 4’ up the wall 6.131

11 Metal Flashing Off-white Wall D, center of the wall, top of the metal flashing 0.005

12 Metal Gutter Brown Wall B, Lower-roof, west side4’ up the wall 0

13 Metal Siren frame Light brown Southwest corner, on the siren frame, north side of the siren 0.002

14 Metal Conduit box Gray Wall D, Upper-roof, southwest corner, top center area of the conduit 0.001

15 Metal 4” Vent pipe Silver Upper-roof, west side of the roof center area, north side of vent pipe 6.811

16 Metal Vent pipe Black Upper-roof, west side of the roof center area, 4’ up the vent pipe 0.003

17 Metal “J” Shaped vent pipe Black (gloss) Upper-roof, north side of the building, center area, south side of vent pipe 0

(mg/cm3)

Exterior Roof areas (cont.)

Metal Vent box White Upper-roof, south side of the building, center area, top of the vent box 0.011

19 Metal 3” Vent pipe Silver Upper-roof, south side of the building, center area, 4’ up the pipe 0.009

20 Metal Roof deck White Upper-roof, northeast corner of the roof, east side of the stack 0.001

21 Rubber membrane Siren (speaker) Off-white Upper-roof, southwest corner of the roof, on the east side of the siren speaker 0.054

Exterior - Ground-level

Concrete/Stucco Wall C Beige Wall C, East wall, 4’ up the wall, by the propane tanks 0

23 Concrete/Stucco Wall A Beige Wall A, West wall, 4’ up the wall, above the air conditioning unit 0.001

24 Concrete/Stucco Wall B Beige Wall B, North wall, in the northwest corner, top of the stairs 3.586

25 Concrete/Stucco Wall C Beige Wall C, North side, west of the ramp, center area of the east wall 1.219

26 Concrete/Stucco Wall D Beige Wall D, South side of the building, west-central area, by the louver vent 0.368

27 Concrete Egress window wall Beige Wall A, West side of the building, top center area of the egress wall 0.037

28 Metal Window frame Off-white Wall A, West side, in the northwest corner, top of the window frame 1.377

29 Metal Handrail/guardrail Yellow Wall A, West side of the building center area, top of the egress wall handrail 3.353

30 Metal Door frame White Wall B, North roll-up door, east side on the door frame, 5’ up the frame 0.007

31 Metal Door Beige Wall B, North wall, in the northeast corner, on the door above the latch 4.049

32 Concrete Stair riser Yellow Wall B, North wall, in the northeast corner, on the 5th stair riser west side 0.005

33 Metal Handrail Yellow Wall B, North wall, in the northeast corner, on the east side handrail, bottom center 0.272

34 Metal Window Off-white Wall B, North wall, northeast corner, on the window above electrical panel 6.956

35 Metal Electrical panel Gray Wall C, Northwest corner, under the northeast window, top center of box 0.017

Exterior - Ground-level (cont.)

Metal Gas line Yellow Wall C, East side, center area of the wall, on gas lines, top center of the 4” gas line 0.005

37 Metal Gas line Gray Wall C, East side, center area of the wall, top of the 1” vertical gas line 0.001

38 Metal Roll-up door, frame White Wall D, South side of the building, east roll-up door, 5’ up the frame, east side 0.063

39 Metal Corner guard Yellow Wall D, South side, east roll-up door corner guard, 4’ up west side 1.245

40 Metal Roll-up door White Wall D, South side, center area of the west roll-up door, by the handle 0.001

Mezzanine floor

Brick Wall A White Wall A, Room 100, west wall center area by the door, above the E-Stop button 0.003

42 Brick Wall B White Wall B, Room 100, center of wall, east side of restroom door, 6’ up the wall 4.931

43 Brick Wall C White Wall C, Room 100, northeast corner, on the brick column, 5’ up the column 3.811

44 Brick Wall D White Wall D, Room 100, south wall, center area above the light switch 2.682

45 Concrete Ceiling White Room 100 upper-mezzanine, center area of the ceiling 4.582

46 Metal Handrail Yellow Room 100. On the southeast handrail, top side of the handrail 0.001

47 Concrete Floor Gray Room 100, Lower mezzanine floor, center area of the floor 0.011

48 Metal Windowsill Beige Wall A, Room 100, southwest window, center of the windowsill 0.001

49 Metal Door, jamb Beige Wall A, Room 100, southwest door jamb, 5’ up the door jamb 0

50 Metal Door Beige Wall B, Room 100, north side, center of the restroom door 5’ up the door 4.161

51 Metal Electrical panel Gray Wall C, Southeast corner on the electrical panel, center area of the door 0

52 Metal Support column Gray Room 100, Lower mezzanine floor, center area on the south round column 0

53 Metal Tank frame Blue Room 100, Lower mezzanine floor, east side of the tank frame, bottom center 0.001

54 Metal Catwalk ladder Yellow Room 100, Lower mezzanine floor, north-central area, south side bottom of ladder 0

100 Restroom, Mezzanine floor

Drywall Wall A Gray Wall A, Room 100 restroom, southwest corner by the lockers, 5’ up the wall 0

56 Metal Locker Dark gray Wall B, Room 100 restroom, center area of the lockers, by the latch 0

57 CMU Wall B White Wall B, Room 100 restroom, center area under the locker shelf 0

58 Concrete Ceiling White Ceiling, Room 100 restroom, center area of the room, near the shower 2.173

101 Bay

Brick Wall A White Wall A, Room 101 Bay, center area above the light switch 0.101

60 Brick Wall B White Wall B, Room 101 Bay, southwest corner of the room by the door, 5’ up the wall 0.027

61 Brick Wall C White Wall C, Room 101 Bay, northwest corner by the whiteboard, 4’ up the wall 0.015

62 Brick Wall D White Wall D, Room 101 Bay, north wall center area, under the light switch 0.105

63 Concrete Ceiling White Ceiling, Room 101 Bay, on the north header beam, center on bottom side 0.024

64 Concrete Floor Gray Floor, Room 101 Bay, northeast corner by the door, under the fire alarm 0.009

65 Metal Door frame White Wall D, Room 101 Bay, north wall, center area of the door header 1.02

66 Metal Door Gray/green Wall D, Room 101 Bay, latch side, 4’up the door above the latch 0.14

Emergency Generator Room

CMU Wall A White Wall A, Room 102, center area by the fan, 5’ up the wall 0.023

68 Brick Wall B White Wall B, Room 102, northwest corner by the door, above the fire extinguisher 0.186

69 Brick Wall C White Wall C, Room 102, center area of the wall, 6 feet up 0.332

70 CMU Wall D White Wall D, Room 102, center of wall on west side of the generator, 5’ up 0.423

71 Concrete Floor Red Room 102, Center area of the room, on the floor 0.006

72 Metal Piping Purple Wall D, Room 102, on ½” vertical pipe, 5’ up the wall 0.001

73 Metal Diesel Generator Dark yellow Room 102, on the generator diesel tank, top side center area -0.001

Emergency Generator Room

(cont.)

Metal Door White Wall D, Room 102, center area of the door, 3’ up the door 0.001

75 Metal Door jamb White Wall D, Room 102, center area of the doorframe header -0.001

76 Metal Ceiling/light frame Off-white Ceiling, Room 102, center area of the room, bottom area of the frame 0.208

77 Metal Heat register Silver Wall B, Room 102, Wall C, top center area of the heat register 0.01

103/103B 103A (restroom)

CMU Wall A White Wall A, Room 103/103B, southwest corner by the door, 4’ up the wall 0

79 Brick Wall B White Wall B, Room 103/103B, northwest corner by the door, 4’ up the wall 1.003

80 Drywall Wall C White Wall C, Room 103/103B, southeast corner by the door, 4’ up the wall 0

81 Metal Door Dark green Wall D, Room 103/103B, center area of the door 0.001

82 Metal Door jamb Dark green Wall D, Room 103/103B, east side of the door jamb, by the hinge, 4’ up 0.093

83 Concrete Floor Gray Floor, Room 103/103B, center area of the room 0.005

84 Metal Frame post Dark green Room 103/103B, north-central area of the room, on the small support post, 5’ up 0.003

85 Metal Ceiling frame White Wall B, Room 103A, northwest corner of the room, on wall lintel, bottom side 0.001

86 Metal Electrical box Blue Wall B, Room 103/103B, center area of the electrical panel, center of the door 0.003

87 Mid-Day Cal-1 Test Block N/A N/A Mid-Day Calibration 1 1.126

88 Mid-Day Cal-2 Test Block N/A N/A Mid-Day Calibration 2 1.165

89 Mid-Day Cal-3 Test Block N/A N/A Mid-Day Calibration 3 1.031

90 Mid-Day Cal-4 (Avg.) N/A N/A N/A Mid-Day Calibration 4 (Average) 1.108

91 Mid-Day Cal. Blank Test Block N/A N/A Mid-Day Calibration Blank 0

Equipment maintenance

Metal Wall A White Wall A, Room 104, southwest corner above the electrical transformer box 0.024

93 Brick Wall B White Wall B, Room 104, center area below the wall clock, 6’ up the wall 0.003

94 CMU Wall C White Wall C, Room 104, center area below the wall heater, 6’ up the wall 0.32

95 Brick Wall D White Wall D, Room 104, center area above the fire extinguisher, 4’ up the wall 0.913

96 Concrete Ceiling White Ceiling, Room 104, northeast corner, by the ceiling-mounted heater unit 0.875

97 Concrete Floor White Floor, Room 104, south-central area near Wall D, between the roll-up doors 0.002

98 Metal Window White Wall C, Room 104, southeast corner, center area of the window frame 0.262

99 Metal Door White Wall D, Room 104, west roll-up door, center area on the center panel, 4’ up 0.002

100 Metal 4” Electrical conduit White Wall C, Room 104, southeast corner, on the 4” electrical conduit, 6’ up 0.893

101 Metal Electrical panel Gray Wall C, Room 104, southeast corner, center area of the electrical panel 0.002

Boiler room

Brick Wall A White Wall A, Boiler room, upper mezzanine, center of the west wall 3.969

103 Brick Wall B White Wall B, Boiler room, lower level, northwest corner above the sink 4.502

104 Brick Wall C White Wall C, Boiler room, lower level, center area of the wall, 5’ up the wall 1.698

105 Concrete Wall D Beige Wall D, Boiler room, lower level, center area of the wall, 6’ up the wall 0.004

106 Metal Ceiling White Ceiling, Boiler room, northwest corner, under the mezzanine landing 2.418

107 Concrete Floor Gray Floor, Boiler room, north-central area, between Boiler #1 and #2 0.003

108 Metal Door, frame Beige Wall B, Boiler room, northeast corner of the room, bottom center of the header 0.099

109 Metal Door jamb Beige Wall B, Boiler room, northeast corner of the room, west side by the hinge 5.214

110 Metal Cabinet Blue Wall B, Boiler room, northwest corner of the room, above the sink 0.004

Boiler room (cont.)

Metal Piping Light blue Boiler room, Boiler #1, northwest corner of the boiler on vertical pipe 0.001

112 Metal Catwalk ladder Yellow Boiler room, northeast corner by Boiler #3, bottom of the ladder 0

113 Metal Catwalk frame Light gray Boiler room, northeast corner by Boiler #3, 5’ up the support frame 0.001

114 Metal Gas line Yellow Boiler room, southeast corner of Boiler #2, bottom of the gas line 0.003

115 Metal Stair stringer Dark gray Wall A, Boiler room, upper mezzanine, northwest corner on east stringer 2.299

116 Metal Window Dark gray Wall B, Boiler room, center of the window header 0.229

Pump room

Concrete Wall A White Wall A, Pump room, center of the wall by copper piping, 4’ up the wall 4.392

118 Concrete Wall C White Wall C, Pump room, center area of the wall, by the white control box 5.125

119 Concrete Floor Gray Floor, Pump room, west side central area, by the concrete pad 0.006

120 Metal Window, frame White Wall B, Pump room, center area of the window frame 0.001

121 Metal Door, mullins Gray Wall B, Pump room, center area of the doors window mullins 0.06

122 Metal Piping Blue Pump room, northwest corner of the room, on top of the 5” pipe elbow 0

123 Metal Stair stringer Light gray Wall D, Pump room, 5’ up the stair stringer, on the bottom side 0

124 Metal Handrail Yellow Pump room, on the northeast corner steps, top of the handrail 0.079

125 Metal Electrical panel Gray Wall C, Pump room, on the Tower pump #2, center of the front panel door 0.001

126 Metal Electrical panel White Wall C, Pump room, center area of the electrical panel door 0.001

127 Post-Cal-1 Test Block N/A N/A Post-Calibration-1 1.044

128 Post-Cal-2 Test Block N/A N/A Post-Calibration-2 1.115

129 Post-Cal-3 Test Block N/A N/A Post-Calibration-3 0.815

130 Post-Cal-4 (Avg.) N/A N/A N/A Post-Calibration-4 (Average) 0.992

131 Post-Cal. Blank Test Block N/A N/A Post-Calibration Blank 0.001

Test # Room # Substrate Component Color Sample Location XRF Reading (mg/cm3)

November 05, 2025

132 Pre-Cal-1 Test Block N/A N/A Pre-Calibration-1 1.096

133 Pre-Cal-2 Test Block N/A N/A Pre-Calibration-2 1.143

134 Pre-Cal-3 Test Block N/A N/A Pre-Calibration-3 1.092

135 Pre-Cal-4 (Avg.) N/A N/A N/A Pre-Calibration-4 (Average) 1.11

136 Pre-Cal. Blank Test Block N/A N/A Pre-Calibration Blank 0

Tunnel (Pump room)

Concrete Wall A, Tunnel, White Wall A, Tunnel, 6’ inside the tunnel, 4’ up the wall 0.015

138 Concrete Ceiling, Tunnel, White Ceiling, Tunnel, 12’ inside the tunnel, center of ceiling 0.02

139 Concrete Wall C, Tunnel, White Wall C, Tunnel, 24’ inside the tunnel, 4’ up the wall 0.02

140 Metal Pipe rack support column Gray Tunnel, Pipe rack support column, 4’ inside the tunnel, 3’ up the column face 10.1

141 Metal Pipe rack support beam Gray Tunnel, Pipe rack support beam, 20’ inside the tunnel, on lower support beam 9.718

142 Metal Pipe rack support column Gray Tunnel, Pipe rack support column, 36’ inside the tunnel, 4’ up the column face 10.7

Tunnel (Pump room)

Metal Pipe rack support beam Gray Tunnel, Pipe rack support beam, 48’ inside the tunnel, on upper support beam 6.308

144 Metal Electrical panel Dark gray Wall C, Tunnel, 15’ inside the tunnel, center of the panel face 0.00

145 Metal Fiber optic panel Black Wall C, Tunnel, 16’ inside the tunnel, center of the panel face 0.0

146 Metal Pipe saddle Gray Tunnel, Pipe rack support beam, center area of the pipe saddle 4.087

147 Post-Cal-1 Test Block N/A N/A Post-Calibration-1 1.041

148 Post-Cal-2 Test Block N/A N/A Post-Calibration-2 1.084

149 Post-Cal-3 Test Block N/A N/A Post-Calibration-3 1.097

150 Post-Cal-4 (Avg.) N/A N/A N/A Post-Calibration-4 (Average) 1.074

151 Post-Cal. Blank Test Block N/A N/A Post-Calibration Blank 0

Per OSHA, lead-containing paint is considered any detection.

Representative samples of paint colors with no detection were sampled and submitted to a analytical laboratory for analysis of lead content, see Table 5.

Table 5 – XRF Identified Lead-Containing Paints

Color XRF Results Range Quantity Condition

White 0.1 - 7.0 8,600 SF Damaged

Beige 0.1 – 4.0 7,500 SF Damaged

Gray 0.1 – 10.7 150 SF Damaged

Dark Green 0.1 – 0.09 84 SF Damaged

Yellow 0.1 - 3.4 56 SF Damaged

Dark gray 0.2 - 2.3 30 SF Good

Off-white 0.2 - 1.4 20 SF Good

Silver 0.01 - 6.8 20 SF Good

Black 0.0 - 6.1 2 SF Damaged

TABLE 5 – PAINT CHIP SAMPLE SUMMARY

Sample No Substrate Component Color Location Paint Chip Sample

Result (% by Weight)

Friction or Impact Surface (Y or N)

PC - 1 Metal Siren Off-white Exterior – southwest corner of upper roof, east side of metal siren speaker <0.015% No

PC – 2 Concrete/stucco Wall Beige Exterior – southwest corner of the building, west side of louver exhaust 0.29% No

PC – 3 Metal Handrail Yellow Exterior – northeast steps on the east handrail 0.49% No

PC – 4 Metal Roll-up door White Exterior – southeast corner of building, east roll-up door 0.15% No

PC – 5 Metal Door Gray Interior – Room 101 north wall bottom corner of the door 0.24% No

PC – 6 Brick Wall White Interior – Room 102 on the west wall, center area bottom of wall 0.62% Yes

PC – 7 Metal Ceiling/wall frame White Interior – Room 102 on the ceiling/wall frame, east wall center area 0.94% Yes

PC – 8 Metal Doorframe Dark green Interior – Room 103 on the south wall, bottom center of the door and frame

0.15% No

PC - 9 Metal Conduit White Interior – Room 104 in the southeast corner, on 4” electrical conduit 1.3% Yes

PC – 10 Metal Doorframe Beige Interior – Boiler room, northeast corner, center of the header 3.8% Yes

PC – 11 Metal Door Gray Interior – Pump room, northeast corner, bottom center of the door 0.16% No

PC – 12 Metal Handrail Yellow Interior - Pump room, northeast corner, top step of handrail at the bottom

0.023% No

Appendix B: Exhibits

EXHIBITGDJ

SMM

GDJ

WLW

Project No.

Scale:

File Name:

Date:

15257307

NTS

Building 14

November 2025

Project Manager:

Drawn by:

Checked by:

Approved by:

SITE LOCATION MAP

VAMC, BUILIDNG 14

2401 WEST MAIN STREET

870 40th Avenue Bettendorf, Iowa 52722 MARION, ILLINOIS

PH. (563) 355 0707

Site Location

2.1

SMM

GDJ

WLW

Project No.

Scale:

File Name:

Date:

15257307

NTS

Building 14

November 2025

Project Manager:

Drawn by:

Checked by:

Approved by:

POSITIVE ACM SAMPLE LOCATIONS – FIRST-FLOOR

VAMC, BUILIDNG 14

2401 WEST MAIN STREET

870 40th Avenue Bettendorf, Iowa 52722 MARION, ILLINOIS

PH. (563) 355 0707

Legend

- Approximate positive ACM sample location

- ACM Sample identification number

XX

2.2

SMM

GDJ

WLW

Project No.

Scale:

File Name:

Date:

15257307

NTS

Building 14

November 2025

Project Manager:

Drawn by:

Checked by:

Approved by:

POSITIVE ACM SAMPLE LOCATIONS – BASEMENT FLOOR

VAMC, BUILIDNG 14

2401 WEST MAIN STREET

870 40th Avenue Bettendorf, Iowa 52722 MARION, ILLINOIS

PH. (563) 355 0707

Legend

- Approximate positive ACM sample location

- ACM Sample identification number

XX

3.1

GDJ

SMM

BH

Project No.

Scale:

File Name:

Date:

15257307

NTS

Building 14

December 2025

Project Manager:

Drawn by:

Checked by:

Approved by:

NEGATIVE ACM SAMPLE LOCATIONS – FIRST FLOOR

VAMC, BUILIDNG 14

2401 WEST MAIN STREET

MARION, ILLINOIS870 40th Avenue Bettendorf, Iowa 52722

PH. (563) 355 0707

- Approximate negative ACM sample location

XX - ACM Sample identification number

45 46

49 50

3.2

GDJ

SMM

BH

Project No.

Scale:

File Name:

Date:

15257307

NTS

Building 14

Decemberr 2025

Project Manager:

Drawn by:

Checked by:

Approved by:

NEGATIVE ACM SAMPLE LOCATIONS – BASEMENT…