636-19-301 Hazardous Building Materials Inspection Report 8.27.20 (51 pages).pdf

HAZARDOUS BUILDING MATERIALS

INSPECTION REPORT

Correct Mechanical Deficiencies VA Medical Center Omaha, Nebraska

VA Project No: 636-19-301

August 27, 2020

Prepared for:

Veterans Affairs Medical Center c/o CLH Architects

Elkhorn, Nebraska

Prepared by:

AMI Environmental

8802 South 135th Street, Suite 100

Omaha, Nebraska 68138

AMIE # 19-00285

TABLE OF CONTENTS

1. SURVEY OVERVIEW

1.1. Purpose and Scope

1.1.1. Inspection Area

1.1.2. Limitations

1.2. Regulatory Reference

2. BUILDING INFORMATION

2.1. General Construction

2.2. Pre-Existing Information

3. INSPECTION METHODOLOGIES

3.1. Asbestos Inspection

3.1.1. Key Definitions

3.1.2. Homogenous Material Numbering Convention

3.1.3. Bulk Sampling

3.2. Lead-Based Paint Inspection

3.2.1. Key Definitions

3.2.2. Homogenous Paint Applications Numbering Convention

3.2.3. Paint Chip Sampling

4. SUMMARY OF INSPECTION FINDINGS

4.1. Asbestos Inspection Findings

4.2. Lead Paint Inspection Findings

5. RISKS AND HAZARDS

5.1. Asbestos

5.2. Lead-Based Paint

6. RECOMMENDATIONS

6.1. General Recommendations

6.1.1. Asbestos

6.1.2. Lead-Based Paint

6.2. Hazardous Conditions Recommendations

6.3. Point Count Analysis / TEM Chatfield Analysis Recommendations

7. REGULATORY REQUIREMENTS

7.1. Asbestos-Containing Materials

7.1.1. Notification Requirements

7.1.2. Asbestos Removal Requirements

7.1.3. OSHA Regulation of <1 Percent Asbestos

7.1.4. Asbestos Removal Regulations

7.2. Lead-Based Paint

7.2.1. Disposal Requirements

7.2.2. Construction Requirements

APPENDIX A: Tables

APPENDIX B: Photo Logs

APPENDIX C: Schematics

APPENDIX D: Analytical Results

APPENDIX E: Inspectors Credentials

HAZARDOUS MATERIALS INSPECTION REPORT

Correct Mechanical Deficiencies

Veterans Affairs Medical Center

Omaha, Nebraska

1. SURVEY OVERVIEW

On February 24, 25, and 26, 2020, Building 1, Steam Traps located in various mechanical rooms at the

Veterans Affairs Medical Center, Omaha, Nebraska, were inspected for asbestos-containing material

(ACM) and lead-based paint (LBP) by a representative of AMI Environmental (AMIE). On May 18 and

August 14, 2020, Building 2 (Steam Plant) Boilers 1, 2 and 3 and associated piping, equipment, pumps, exterior windows, and connecting pipes were inspected and sampled for asbestos-containing material

(ACM) and lead-based paint (LBP) by a representative of AMI Environmental (AMIE). The hazardous building materials inspection was conducted in preparation for replacement or upgrading of materials.

The project is hereinafter referred to as The Project. The inspection was initiated at the request of Mr.

Gary Gebhard, Architect, from CLH Architects, on behalf of the VA Medical Center.

The inspection was performed by Mr. William Crowe, in accordance with regulatory requirements and generally accepted industry methods. Copies of applicable requisite training certificates for Mr. Crowe are provided in Appendix E.

1.1. Purpose and Scope

The purpose and scope of the inspection was to identify and sample suspect ACMs, LBPs or other lead containing building materials present in the project area that may be impacted by The Project.

1.1.1. Inspection Area

The hazardous building materials inspection of the limited project area included 3 boilers, associated piping and pumps, glycol pipe connections, exterior windows in boiler room, and stair/platform in boiler room located in Building 2, and steam traps located in Building 1. The above described areas are hereinafter referred to collectively as the Inspection Area.

1.1.2. Limitations

Nondestructive sampling protocols prevented inspection and sampling of materials inside walls and other inaccessible areas of the building. Steam traps are located throughout Building 1, including patient rooms and other areas inaccessible for inspection. Examples of suspect materials not sampled, include those which may exist inside finished interior walls, pipe chases, rigid ceilings and in inaccessible rooms.

Gaskets/packings are present in pipe valves, pumps, boilers and equipment within the Inspection area. Gaskets/packings are concealed and unable to be sampled. Gaskets/packings are assumed as

ACM unless sampled, analyzed, and found as non-ACM.

It is recommended that prior to or during construction that any new materials discovered in the demolition process be tested or abated as ACM.

Sampling of these materials may not be necessary if, in the case of suspect ACM, the materials are assumed to be ACM or if they are determined by a licensed asbestos inspector to be homogenous to other materials that were sampled.

Hazardous Building Materials Inspection Report AMI Project No. 19-00285

Omaha VA Med Center August 27, 2020

4101 Woolworth, Omaha, Nebraska Page of 10

1.2. Regulatory Reference

The asbestos inspection was conducted in accordance with USEPA National Emission Standard for

Hazardous Air Pollutants (NESHAP) regulations (ref.: 40 CFR, Part 61), following criteria established for identifying asbestos-containing building materials that may be impacted by planned renovation activities; applicable protocols established by the Asbestos Hazard Emergency Response Act

(AHERA) (ref.: 40 CFR 763). There is also no licensing requirement for lead paint sampling in non-

HUD facilities.

The State of Nebraska licenses asbestos inspectors to perform asbestos inspections in the State of

Nebraska.

2. BUILDING INFORMATION

2.1. General Construction

This Correct Mechanical Deficiencies project involves the replacement of boilers, valves, piping and other equipment in Buildings 1 and 2.

2.2. Pre-Existing Information

Information on previous surveys or sampling for lead-based paint or asbestos, within the Building’s 1 and 2 Inspection Area, was not provided. Some pipes in the Boiler room were marked “A” and are reported to be asbestos containing by boiler plant personnel. These materials are assumed ACM and were not sampled.

3. INSPECTION METHODOLOGIES

3.1. Asbestos Inspection

The inspection and sampling were conducted in accordance with the USEPA National Emission

Standard for Hazardous Air Pollutants (NESHAP) regulations (ref.: 40 CFR, Part 61), following criteria established for identifying asbestos-containing. building materials that may be impacted by planned renovation. Additional aspects of the inspection methodology are discussed below.

3.1.1. Key Definitions

3.1.1.1. Homogenous Material

Homogenous materials are unique applications of building materials uniform in color and texture. The homogeneity of a material can be further defined by area(s) of application. Bulk sampling is conducted to determine the asbestos content of a homogenous material.

3.1.1.2. Asbestos-Containing Material (ACM)

The Environmental Protection Agency (EPA) and the Occupational Safety and Health

Administration (OSHA) define ACMs as any material that contains greater than one percent asbestos, as determined by visual area estimation (microscopic analysis). The

State of Nebraska follows the EPA standard. Some materials contain one percent or less asbestos. While these materials are not ACMs by definition, they are still regulated by

OSHA, for worker exposure.

3.1.1.3. Friable/Non-Friable ACM

Friable ACMs are materials that contain more than one percent asbestos and, when dry, can be crumbled, pulverized, or reduced to powder by hand pressure, thereby releasing fibers into the air more readily. In contrast, non-friable ACMs are ACMs that, when dry, cannot be crumbled, pulverized, or reduced to powder by hand pressure. Non-friable ACMs are grouped into two categories: Category I and Category

II.

3.1.1.4. Regulated Asbestos-Containing Materials (RACM)

Regulated Asbestos-Containing Materials (RACM) include friable ACMs and non-friable ACMs that, depending on their category, have become friable, have been subjected to specific forms of impact damage, have a high probability of becoming friable, and/or may become friable during removal.

3.1.2. Homogenous Material Numbering Convention

All suspect asbestos materials are assigned a unique homogeneous material number. AHERA identifies three basic material types: Surfacing Materials (SM), which include spray and trowel applied materials, such as fireproofing, ceiling texture, plaster, etc.; Thermal System Insulation

(TSI), which includes insulating materials applied to mechanical and plumbing components for temperature preservation and condensation prevention purposes; and Miscellaneous

Materials (MM), which includes all other materials, such as floor coverings and mastics, roofing materials, asbestos cement products, and many others. When a homogenous material has multiple layers, individual layers are identified and analyzed separately by laboratory analysis.

3.1.3. Bulk Sampling

Bulk sampling must be performed to determine whether suspect building material contains asbestos. Asbestos bulk sampling for the inspection was conducted in accordance with protocols established by the Asbestos Hazard Emergency Response Act (AHERA) (ref.: 40

CFR 763). Friability of the suspect asbestos-containing materials was determined by touching and/or sampling of the material.

3.1.3.1. Bulk Sample Numbering Convention

Bulk samples are given a sequence number when collected.

3.1.3.2. Polarized Light Microscopy Analysis (PLM)

Bulk samples collected during the inspection were submitted to an EPA accredited laboratory, EMSL Analytical, Inc. (EMSL), located at 200 Route 130 North, Cinnaminson, New Jersey. EMSL was instructed to perform Polarized Light

Microscopy (PLM) analysis, utilizing dispersion staining techniques (ref: EPA

Method 600/M4-82-020). PLM analysis is the least expensive and most commonly used visual estimate method. While PLM analysis is acceptable to EPA, OSHA, and most states for determining asbestos content, some states now require more sophisticated methods when analyzing certain types of materials.

A total of 31 asbestos bulk samples were collected and submitted for laboratory analysis. PLM Analysis was performed on the 31 samples collected. Some materials were marked as asbestos containing and are assumed as ACM. Concealed materials are assumed as ACM. Table 1 lists all samples collected and analyzed in the current survey in addition to assumed ACM materials.

Some samples and/or heterogeneous applications may not have been analyzed by the lab if a positive result was obtained from a sample that is among a group of samples representing a suspect material. This process, known as stop on first positive, is followed because if a single sample is found to be positive, that material is determined to be ACM, thus making it unnecessary to analyze any additional samples in the sampling group.

Please refer to the Table 1– Asbestos Material Sampling Table in Appendix A for a complete listing of all materials sampled. The laboratory analytical reports may be found in Appendix D for the current inspection.

3.1.3.3. Quantification Method Analysis

EPA regulations allow materials determined to contain less than 10 percent asbestos utilizing a visual estimate quantification method, such as PLM analysis, to be treated as non-asbestos containing if the material is re-analyzed using one of two quantification methods and determined to contain one percent or less of asbestos. The two acceptable quantification methods are point count analysis and TEM Chatfield analysis.

Quantification methods are more time-consuming and more expensive analytical procedures that are occasionally used to more accurately determine the amount of asbestos in certain samples. Because of their higher cost and the acceptable accuracy of the less expensive visual estimation method, laboratories do not typically perform quantification analyses unless specifically requested.

The quantification method known as point count analysis is used for most ACM types, except floor tile. The organic matrix composition of floor tile precludes the use of point count analysis to more accurately determine asbestos amounts within a sample.

Therefore, TEM Chatfield analysis—which effectively removes all organic materials, leaving only asbestos behind—is necessary to provide a more precise percentage of asbestos content in floor tile.

Please refer to section 6.0 Recommendations, for recommendations concerning supplemental analysis.

3.2. Lead-Based Paint Inspection

The LBP inspection included visual identification of homogenous paint applications and paint chip sampling of the paint(s). While the U. S. Department of Housing and Urban Development (HUD) promulgates guidelines for LBP inspections in child occupied facilities, there are no formal guidelines for non-HUD regulated inspections. Thus, the LBP inspection was conducted in accordance with generally accepted industry standards and practices. Additional aspects of the inspection methodology are discussed below.

3.2.1. Key Definitions

3.2.1.1. Homogenous Paint Applications

Homogenous paint applications are significant paint applications that are visually distinct by their color and uniformity. Significant paint applications do not include incidental occurrences of paint such as isolated occurrences of accent trim, artistic paints, etc. While visual inspection alone cannot generally identify sub-layers of paint, these applications are often identified in the analytical analysis.

3.2.1.2. Lead-Based Paint (LBP)

Pursuant to Federal Register, Vol. 61, No. 169, LBP is defined as paint or other surface coatings equal to or greater than 0.5 percent lead by weight or equal to or greater than 1 mg/cm2.

3.2.2. Homogenous Paint Applications Numbering Convention

Homogenous paints and coatings are assigned a unique homogeneous material number (HM#).

The HM# is referenced throughout the report to uniquely identify each paint application.

3.2.3. Lead-based Paint and Lead Containing Materials Sampling

Sampling of suspected lead-based paint or other suspected lead containing materials was conducted using paint chip sampling for the paint applications identified. A total of 39 lead-based paint chip samples were collected to determine the lead content of painted surfaces.

4. SUMMARY OF INSPECTION FINDINGS

Key findings of the hazardous building materials inspection are summarized below. Please refer to the

Appendices for complete details of the inspection findings and supporting documentation.

4.1. Asbestos Inspection Findings

Below is a summary of the findings of the asbestos inspection:

• ACM Black caulk on interior of boiler room windows (500 LF)

• ACM Gray caulk on interior of boiler room windows (400 LF)

• ACM Red jacketed TSI of various sizes (280 LF)

• ACM Red jacketed TSI Fittings of various sizes (25 Ea.)

• ACM Yellow jacketed TSI of various sizes (265 LF)

• ACM Yellow jacketed TSI Fittings of various sizes (25 Ea.)

• ACM Green jacketed TSI of various sizes (545 LF)

• ACM Green jacketed TSI Fittings (35 Ea.)

• ACM White jacketed TSI of various sizes (50 LF)

• ACM White jacketed TSI Fittings (5 Ea.)

• ACM Silver Flue Systems (1500 SF)

• ACM Gaskets/Packings (500 Ea.)

Please refer to Table 1 – Asbestos Sampling Table in Appendix A for a complete listing of all asbestos sampling.

4.2. Lead Paint Inspection Findings

Below is a summary of the findings of the lead-based paint inspection:

• LBP, gray, is present is present on Boiler 1 (2000 SF)

• LBP, orange, is present on pipes in Building 2, Boiler Room. (200 LF)

• LBP, blue, is present is present on Boilers 1 and 2 (800 SF)

• LBP, gray, is present is present on End Edge Strip Boilers 1 and 2 (50 LF)

• LBP, gray, is present is present on Seam Strips Boilers 1 and 2 (120 LF)

• LBP, yellow, is present on pipes in Building 2, Basement (below Boiler Room). (500 LF)

• LBP, green, is present on pipes in Building 2, Basement (below Boiler Room). (50 LF)

• LBP, black, is present on valves in Building 2, Basement (below Boiler 3). (5 EA)

Please refer to Table 2 – Lead Paint Sampling Table in Appendix A for a complete listing of all lead-based paint sampling.

5. RISKS AND HAZARDS

5.1. Asbestos

To be a significant health concern, asbestos fibers must be inhaled. When asbestos fibers are inhaled, they become lodged in the lung tissue or alveoli. Here they clog and scar the tissues, causing the walls of the alveoli to lose their elasticity and useful function in respiration. Asbestosis (scarring of the lung), lung cancer, and Mesothelioma (cancer of the lining of the chest or lining of the abdominal wall) are diseases associated with asbestos exposure. Risks and hazards increase with increased exposure. ACM condition, proximity to building occupants, building use, and other factors can influence the potential for asbestos fibers to become airborne, and therefore increase exposure risks.

5.2. Lead-Based Paint

Inhalation and ingestion are the major routes of lead exposure. Once in the body, lead is distributed via the bloodstream to red blood cells, soft-tissue and bone. The kidneys and gastrointestinal (GI) tract eliminate lead in the body very slowly, while minute amounts are lost through perspiration.

Lead in the body can cause serious damage to the central and peripheral nervous system, the cardiovascular system, and the kidneys. Exposure to high concentrations of lead can cause retardation, convulsions, coma, and sometimes death. Children are especially vulnerable and susceptible to lead poisoning. Even low levels of exposure persisting during childhood are known to slow a child’s normal development and cause learning and behavioral problems. Exposure to lead can result from deteriorating surfaces and activities mechanically impacting lead surfaces. Preventing exposure requires proper work practices, monitoring, disposal and personal protective equipment during demolition, alteration and friction producing activities.

6. RECOMMENDATIONS

The purpose of this section is to interpret survey findings and provide preliminary recommendations that may be relevant and appropriate at this time. Because this document is a presentation of investigative findings, recommendations related to future construction activities are inherently general in nature. More specific determinations concerning hazardous building materials to be impacted by construction should be made during the abatement project design process.

6.1. General Recommendations

6.1.1. Asbestos

State and/or federal regulations require that ACMs be removed prior to demolition or renovation activities that will impact the ACMs. Depending on the specific renovation work to be performed, certain ACMs may not require removal if they will not be disturbed and do not pose a risk to building occupants or construction trade workers. However, to ensure worker safety and to eliminate future asbestos-related maintenance and management costs and risks, AMIE recommends removal of all identified ACMs in the areas to be renovated. While partial abatement may be technically possible, it is often impractical and not cost-effective.

ACMs not impacted by renovation or demolition activities should be inspected annually and maintained in good condition. ACMs deemed to be in less than good condition (damaged or significantly damaged) should be repaired or removed and replaced. Such repairs should be performed by qualified persons and in accordance with regulatory guidelines.

6.1.2. Lead-Based Paint and Lead Containing Materials

Facility owners are ultimately liable for their lead-containing hazardous waste from cradle to grave. EPA regulations provide two ways to determine whether a waste stream, such as demolition debris containing LBP, must be classified as hazardous waste. Waste generators can either test the waste using an approved testing method (Toxicity Characteristic Leaching

Procedure [TCLP]), or they can apply knowledge of the hazardous characteristic of the waste.

Based on the initial lead paint testing results, AMIE recommends TCLP testing be conducted on the existing building materials, painted and unpainted, prior to the start of renovation or demolition activity. In addition, trade contractors who work in the facility should also be notified of the presence of lead so that they can appropriately monitor and protect their workers against lead exposure.

Any lead-based painted building components not removed during renovation should be considered for inclusion in a facility management plan that maintains potential exposure below

OSHA action levels and ensures the material will be handled properly and in accordance with applicable regulations.

6.2. Hazardous Conditions Recommendations

No hazardous conditions, from hazardous materials, were observed in the building during the inspection.

6.3. Point Count Analysis / TEM Chatfield Analysis Recommendations

AMIE does not recommend Point Count or TEM Chatfield analysis of any of the ACMs identified.

7. REGULATORY REQUIREMENTS

7.1. Asbestos-Containing Materials

The removal and disposal of ACMs is regulated at the federal, state, and, sometimes, local level. While some states have developed their own regulatory standards for the various asbestos disciplines, many states have adopted the federal standards but have established licensing requirements and enforcement authority at the state level.

7.1.1. Notification Requirements

EPA’s NESHAP regulation, 40 CFR, Subpart M, 61.145, Standard for Demolition and

Renovation, stipulates that an owner of a facility submit proper notification with either the

EPA’s regional office and/or the state and local regulatory agency of intention to demolish or renovate. Notifications must be received by the appropriate regulatory agencies 10 working days prior to commencement of asbestos stripping or removal, or other site work. If the demolition or renovation date changes, or the scope of work is increased, another notification is required.

7.1.2. Asbestos Removal Requirements

Asbestos removal must be performed by a licensed abatement contractor. The contractor should follow all work practices, worker protection, and disposal requirements set forth in the contract specifications and by the Occupational Safety and Health Administration (OSHA) and the EPA. Key federal regulations concerning asbestos include 29 CFR 1910.1001, 29 CFR

1926.1101, 40 CFR Part 61, Subpart M, and 40 CFR 763.

7.1.3. OSHA Regulation of ≤ 1 Percent Asbestos

While EPA and many states do not regulate materials containing one percent or less asbestos, OSHA regulates materials containing any amount of asbestos. (Ref. OSHA Construction

Industry Standard, 29 CFR 1926.1101(a)(3))

7.1.4. State of Nebraska Asbestos Removal Regulations

Asbestos Containing Building Material (ACBM) should only be removed by licensed and accredited contractors in the State of Nebraska.

7.2. Lead Waste

7.2.1. Disposal Requirements

The Resource Conservation and Recovery Act (RCRA) classifies lead-containing waste streams as hazardous materials if TCLP levels exceed five parts per million. If TCLP leachable lead levels exceed that threshold, EPA regulations (40 CFR 261) require the waste stream to be handled and disposed of as a hazardous waste. Waste streams containing less the five parts per million of leachable lead are classified as non-hazardous waste and can be disposed of in a construction and demolition landfill.

7.2.2. Construction Requirements

OSHA’s 29 CFR 1926.62 regulates worker exposure to lead during construction activities that include demolition or salvage of structures where lead or materials containing lead are present, as well as removal or encapsulation of lead-containing materials. The standard establishes maximum limits of exposure to lead, including a permissible exposure limit and action level, and should be adhered to during construction and demolition activities.

APPENDIX A

Tables

Table 1 – Asbestos Materials Sampling Table

Table 2 – Lead Paint Sampling Table www.amienvironmental.com

8802 South 135th Street, Suite 100 • Omaha, NE 68138

800.828.8487 • 402.397.5001 • 402.397.3313 (fax http://www.amienvironmental.com/

Table 1 – Asbestos Material Sampling Table

Homogeneous

Area Sample No.

Photo

No.

Description Color Material Location Asbestos Content

Estimated

Quantity Comments

BC-1

2/24/20

Residual TSI on Drip

Leg Gray

Building 1 - B024

Below Grade Mech. Room

None Detected

BC-1

5/18/20

Interior caulk on

Exterior Windows Black

Building 2 Boiler Room 6% Chrysotile 500 LF

BC-2

5/18/20

Interior caulk on

Exterior Windows Black

Building 2 Boiler Room 5% Chrysotile Included in above

BC-3

5/18/20

Interior caulk on

Exterior Windows Brown

Building 2 Boiler Room None Detected

BC-4

5/18/20

Interior caulk on

Exterior Windows

Building 2 Boiler Room None Detected

BC-5

5/18/20

Interior caulk on

Exterior Windows Gray

Building 2 Boiler Room 6% Chrysotile 400 LF

BC-6

5/18/20

Interior caulk on

Exterior Windows Gray

Building 2 Boiler Room 3% Chrysotile Included in above

BC-7, 8,9

5/18/20

Pipe Thermal System

Insulation – 20” Red

Building 2 Boiler Room Assumed ACM 180 LF Marked “A”

BC-10,11,12

5/18/20

Pipe Thermal System

Insulation – 24” Red

Building 2 Boiler Room Assumed ACM 60 LF Marked “A”

BC-13,14,15

5/18/20

Pipe Thermal System

Insulation – 4” Red

Building 2 Boiler Room Assumed ACM 10 LF Marked “A”

BC-16,17

5/18/20

Pipe Thermal System

Insulation – 8” Red

Building 2 Boiler Room Assumed ACM 30 LF Marked “A”

BC-18, 19

5/18/20

Pipe Thermal System

Insulation – Fittings Red

Building 2 Boiler Room Assumed ACM 25 Each Marked “A”

BC-20

5/18/20

Debris Gray

Building 2 Boiler Room

Under Glycol Lines

BC-21

5/18/20

Debris Gray

Building 2 Boiler Room

Under Glycol Lines

BC-22

5/18/20

Caulk Gray Exterior Windows

BC-23

5/18/20

Caulk Gray

Exterior Windows None Detected

BC-24

5/18/20

Caulk

Exterior Windows None Detected

Table 1. Asbestos Material Sampling Results Asbestos Containing Materials (ACM) = >1% Asbestos

Homogeneous

Area

Sample No. Photo

No.

Description Color Material Location Asbestos Content Estimated

Quantity

Comments

BC-25

5/18/20

12 Caulk Brown Exterior Windows

No Sample 13 Thermal System

Insulation – 4”

Yellow Building 2 Boiler Room Assumed ACM

220 LF

Marked “A”

No Sample 14 Thermal System

Insulation – 6”

Yellow Building 2 Below Boiler

Room

Assumed ACM 20 LF Marked “A”

No Sample 15 Thermal System

Insulation – 8”

Yellow Building 2 Below Boiler

Room

Assumed ACM 25 LF Marked “A”

No Sample 16 Thermal System

Insulation Fittings

Yellow Building 2 Boiler Room Assumed ACM 25 Each Marked “A”

No Sample 17 Thermal System

Insulation – 8”

Green Building 2 Boiler Room Assumed ACM 450 LF Marked “A”

No Sample 18 Thermal System

Insulation – 6”

Green Building 2 Boiler Room Assumed ACM 30 LF Marked “A”

No Sample 19 Thermal System

Insulation - 3”

Green Building 2 Boiler Room Assumed ACM 30 LF Marked “A”

No Sample 20 Thermal System

Insulation Fittings

Green Building 2 Boiler Room Assumed ACM 35 Each Marked “A”

No Sample 21 Thermal System

Insulation – 8”

White Building 2 Boiler Room Assumed ACM 50 LF Marked “A”

No Sample 21 Thermal System

Insulation – Fittings

White Building 2 Boiler Room Assumed ACM 5 LF Marked “A”

No Sample 22 Thermal System

Insulation-Flue

System

Silver Building 2 Boiler Room Assumed ACM

1500 SF 2 Each

13 No Sample None Gaskets/Packings N/A

Building 1 and 2

Concealed inside valves, boiler and equipment

Assumed ACM 500 Each

Estimate only.

Only Defective

Steam Traps to be replaced

BC-1

23 Caulk Gray Building 2 Boiler Room

OH Door Boiler 3

None Detected

30 LF

14 BC-2

23 Caulk Gray

Building 2 Boiler Room

OH Door Boiler 3

None Detected

30 LF

15 BC-3 24 Gasket White Boiler 3 Ends None Detected 60 LF

15 BC-4 24 Gasket White Boiler 3 Ends None Detected 60 LF

16 BC-5

25 End Caulk White

Caulk on Fiberglass Pipe

Boiler 3

None Detected

20 SF

16 BC-6 25 End Caulk White Caulk on Fiberglass Pipe None Detected 20 SF

Table 2 – Lead Sampling Table

Sample

No.

Photo

No.

Substrate Description Location Color Lead Content Condition

Estimated

Quantity

B1 1 Metal Factory Paint on Steam Trap

Tag 46

Building 1 - B024

Below Grade Mech.

Room

Black <0.014% Fair

B4 2 Metal Paint on Steam Trap

Tag 35

Building 1 - B024

Below Grade Mech.

Room

Black <0.015% Fair

B5 3 Metal Paint on Steam Trap

Building 1 - B024

Below Grade Mech.

Room

White 0.025% Fair

B7 4 Metal Paint on Steam Trap

Tag 69

Building 1 – Chiller

Room (across B024)

Orange/

Green

<0.080% Fair

B8 5 Metal Paint on Steam Trap

Tag 71

Building 1 – Chiller

Room (across B024)

White 0.0088% Fair

B9 6 Metal Paint on Steam Trap

Tag 88

Building 1

Mech Rm. B830

Green <0.016% Fair

B10 7 Metal Paint on Steam Trap

Tag 91

Building 1

Mech Rm. 716

Light Green <0.013% Fair

L1 8 Metal Paint on Boiler Building 2 Boiler 1 Gray 0.69% Poor 2000 SF

L2 9 Metal Paint on Boiler Building 2 Boiler 2 Gray 0.021% Poor

L3 10 Metal Paint on Pipes Building 2 Boiler Room Orange 5.1% Poor 200 LF

L4 11 Metal Paint on Boilers Building 2

Boilers 1 and 2

Blue 1.30% Poor 800 SF

L5 12 Metal Paint on Pipes Building 2 Boiler Room Green 0.082% Poor

L6 13 Metal Paint on Pipes Building 2 Boiler Room Yellow 0.28% Poor

L7 14 Metal Paint on Pipes 1” Building 2 Boiler Room Gray 0.24% Poor

L8 15 Metal Stairs/Platform Building 2 Boiler Room Gray 0.44% Poor

L9 16 Metal Boiler End Edge Strip

Boilers 1 and 2

Building 2 Boiler Room

Boilers 1 and 2

Gray 8.2% Poor

50 LF

L10 17 Metal Boiler End Dome

Boilers 1 and 2

Building 2 Boiler Room

Boilers 1 and 2

Gray 0.26% Poor

L11 18 Metal Pipe and Joints Building 2 Boiler Room Silver 0.10% Poor

L12 19 Metal Boiler Seams Building 2 Boiler Room

Boilers 1 and 2

Gray 5.0% Poor 120 LF

Table 2. Lead-Based Paint Content

Lead-Based Paint = ≥ 0.05% by weight or ≥1 mg/cm2

L13 20 Metal Pipes 1” and 2” Building 2 Sub Grade

Below Boiler Room

Yellow 2.3% Poor 120 LF

L14 21 Metal Building 2 Boiler Room – Painted Pipe Building 2 Sub Grade

Below Boiler Room

Green 0.93% Poor 50 LF

L15 22 Metal Below Grade Pump Area Fittings Building 2 Sub Grade

Below Boiler Room

Black 0.12% Poor

L16 23 Metal Painted water line above pumps Building 2 Sub Grade

Below Boiler Room

Green 0.2518% Fair

L17 24 Metal White Paint overspray on Glycol Pipes Building 2 Sub Grade

Below Boiler Room

White 0.0592% Poor

L1 25 Metal Painted Frame Building 2 Boiler 3 Green <0.014% Fair 300 SF

L2 26 Metal Painted Valves and Control Boxes Building 2 Boiler Room

Boiler 3

Blue <0.026% 100 SF

L3 27 Metal Painted Boiler Sides, Top, Bottom Building 2 Boiler 3 Green <0.011% Fair 1200 SF

L4 28 Metal Painted Boiler 3 Ends Building 2 Boiler 3 Black <0.014% Fair 200 SF

L5 29 Metal Orange/Yellow Painted 1”/2” Gas Pipes Building 2 Boiler Room

Boiler 3

Yellow/Orange <0.023% Fair 100 LF

L6 30 Metal Orange/Yellow Painted 4” Gas Pipes Building 2 Boiler Room

Boiler 3

Yellow/Orange <0.021% Fair 20 LF

L7 31 Metal Yellow Painted Fuel Lines Building 2 Subgrade

Below Boiler 3

Yellow <0.012% Fair 400 LF

L8 32 Metal Painted Frame Controls Building 2 Subgrade

Below Boiler 3

Light Blue 0.11% Fair I EA

L9 33 Metal Valves Building 2 Subgrade

Below Boiler 3

Black

Red Under

0.056% Fair 5 EA

L10 34 Metal Valves Building 2 Subgrade

Below Boiler 3

Black 2.5% Fair 5 EA

L11 35 Metal Painted 3” Pipe Building 2 Subgrade

Below Boiler 3

Blue 0.025% Fair 4 LF

L12 36 Metal OH Door/Frame Building 2 Boiler Room

Boiler 3

Gray <0.021% Good 400 SF

L13 37 Metal Handrail in front of OH Door Building 2 Boiler 3 Gray <0.016% Fair 1 EA

L14 38 Metal Floor Building 2 Boiler 3 Gray 0.054% Fair 1800 SF

L15 39 Metal Handrails Above Boiler 3 Building 2 Above

Boiler 3

Gray 0.032% Fair 500 LF

APPENDIX B

Photo Logs

Asbestos Photo Log

Lead-Based Paint Photo Log www.amienvironmental.com

8802 South 135th Street, Suite 100 • Omaha, NE 68138

800.828.8487 • 402.397.5001 • 402.397.3313 (fax) http://www.amienvironmental.com/

Asbestos Photo Log

PHOTO 1

Residual TSI on Drip Leg

Non-ACM

PHOTO 2

Caulk on interior side of windows

Building 2 Boiler Room 6% Chrysotile

PHOTO 3

Building 2 Boiler Room Non-ACM

PHOTO 4

Building 2 Boiler Room 6% Chrysotile

PHOTO 5

Red Jacketed TSI on Pipe

Assumed ACM

PHOTO 6

PHOTO 7

PHOTO 8

PHOTO 9

Red Jacketed TSI Fittings

PHOTO 10

Debris on Floor under Glycol Pipes

PHOTO 11

Gray Window Caulk – Exterior

PHOTO 12

Brown Window Caulk – Exterior

PHOTO 13

Yellow Jacketed TSI on Pipe

PHOTO 14

PHOTO 15

PHOTO 16

Yellow Jacketed TSI Fittings

PHOTO 17

Green Jacketed TSI on Pipe

PHOTO 18

PHOTO 19

PHOTO 20

Green Jacketed TSI Fittings

PHOTO 21

White Jacketed TSI Fittings

PHOTO 22

Silver Painted Flue

PHOTO 23

Gray Caulk on OH Door

PHOTO 24

White Gasket on Boiler 3 Ends

PHOTO 25

White Caulk on ends of Fiberglass TSI Pipe

Building 2 Boiler Room Non-ACM

Lead-Based Paint Photo Log

PHOTO 1

Building 1 – B024 Below Grade Mechanical Room

<0.5% lead

PHOTO 2

Building 1 – B024 Below Grade Mechanical Room

PHOTO 3

Building 1 B024 – Below Grade Mechanical Room

PHOTO 4

Building 1 Chiller Room Across from Mechanical

Room B024 <0.5% lead

PHOTO 5

Building 1 Chiller Room Across from Mechanical

Room B024 <0.5% lead

PHOTO 6

Building 1 – Mechanical Room 830

PHOTO 7

Building 1- Mechanical Room 716

PHOTO 8

Building 2 Boiler Room – Gray Paint (Boiler 1)

>0.5% Lead

PHOTO 9

Building 2 Boiler Room – Gray Paint (Boiler 2)

<0.5% Lead

PHOTO 10

Building 2 Boiler Room Orange Painted Pipe

>0.5% lead

PHOTO 11

Building 2 Boiler Room Blue Paint on Boilers 1&2

PHOTO 12

Building 2 Boiler Room Green Painted Pipes

PHOTO 13

Building 2 Boiler Room - Yellow Pipes

PHOTO 14

Building 2 Boiler Room 1” Gray Pipes

PHOTO 15

Building 2 Boiler Room Stairs/Platform

PHOTO 16

Building 2 Boiler Room Edge strip paint 1&2

PHOTO 17

Building 2 Boiler Room – Boiler End Dome

PHOTO 18

Building 2 Boiler Room – Silver Pipes

PHOTO 19

Building 2 Boiler Room – Painted Seams

PHOTO 20

Building 2 Sub grade below boiler Room

Yellow Painted Pipes

PHOTO 21

Building 2 Sub grade below boiler Room

Green Painted Pipes

PHOTO 22

Building 2 Boiler Room – Black Pipe Fittings

Building 2 Boiler Room – Green Overhead Water

Pipe

PHOTO 24

Bldg. 2 Sub Grade below boiler

White Overpray Paint on Glycol Line

<0,5% Lead

Building 2 – Boiler Room Boiler 3

Green Painted Frame Under Boiler 3 <0.5% Lead

PHOTO 26

Building 2 – Boiler Room Boiler 3

Blue Painted Frame/Controls <0.5% Lead

PHOTO 27

Building 2 – Green Painted Boiler 3

PHOTO 28

Building 2 – Black Painted Boiler 3 Ends

PHOTO 29

Building 2 Boiler Room 3 Orange/Yellow 1”/2”

Gas Lines <0.5% lead

PHOTO 30

Building 2 Boiler Room 3 Orange/Yellow 1”/2”

Gas Lines <0.5% lead

PHOTO 31

Building 2 Boiler 3-Yellow Fuel Line

PHOTO 32

Building 2 Subgrade Below Boiler 3-Blue Control box/valves

PHOTO 33

Building 2 Subgrade to Boiler Room 3-Black/Red under painted valves

PHOTO 34

Building 2 Subgrade to Boiler Room 3-Black painted valves >0.5% Lead

PHOTO 35

Building 2 Subgrade to Boiler Room 3-Blue painted <0.5% Lead

PHOTO 36

Building 2 Boiler 3-Gray OH Door/Frame

PHOTO 37

Handrail in front of OH Door

PHOTO 38

Building 2-Gray Painted Boiler Room Floor

PHOTO 39

Building 2 Boiler Room-Handrail above Boiler 3

APPENDIX C

Schematics

Asbestos Material Locations

Lead-based Paint Material Locations

GENERAL NOTES:

1. THESE DRAWINGS ARE DIAGRAMMATIC AND FOR GENERAL IDENTIFICATION OF ASBESTOS-CONTAINING MATERIALS (ACM) AND

LEAD-BASED PAINT (LBP) SUBJECT TO REMOVAL OR DISTURBANCE. THEIR ACCURACY IS NOT GUARANTEED. LOCATIONS AND QUANTITIES

SHOWN OF ACM AND LBP TO BE REMOVED ARE REPRESENTATIVE BASED ON RECENT AND PREEXISTING SITE SURVEY INFORMATION. THE

ABATEMENT CONTRACTOR SHALL BE RESPONSIBLE FOR FIELD VERIFYING ALL MATERIAL LOCATIONS AND REMOVAL QUANTITIES, AND

EXISTING SITE CONDITIONS.

2. ASBESTOS REMOVAL IS BEING PERFORMED PURSUANT TO RENOVATION OF THE PROJECT AREAS. REMOVE AND DISPOSE OF ALL

ACM IN ACCORDANCE WITH APPLICABLE REGULATIONS, PROJECT SPECIFICATIONS, AND THE APPROVED ASBESTOS HAZARD ABATEMENT

PLAN (AHAP). IF SUSPECT ACMS ARE ENCOUNTERED DURING CONSTRUCTION AND DEMOLITION THAT ARE NOT IDENTIFIED ON THE

ASBESTOS ABATEMENT DRAWINGS, STOP WORK AND CONTACT THE PROJECT MANAGER AND VPIH.

3. ALL WORK IS TO BE PERFORMED IN ACCORDANCE WITH ALL APPLICABLE FEDERAL, STATE, AND LOCAL REGULATIONS; PROJECT

SPECIFICATIONS, THE APPROVED WORK PLAN, AND ACCEPTED INDUSTRY PRACTICE. WHEN REQUIREMENTS OVERLAP OR CONFLICT, THE

MOST STRINGENT REQUIREMENT SHALL APPLY. ALL WORK SHALL BE SUBJECT TO INSPECTION BY THE OWNER, THE OWNER'S

CONSULTANTS, AND REGULATORY PERSONNEL.

4. DEMOLITION OF NON-ACM BUILDING MATERIALS MAY BE REQUIRED TO ACCESS REGULATED MATERIALS, INCLUDING, BUT NOT

LIMITED TO, CABINETS, RAISED FLOORING, GYPSUM WALLBOARD, EXPANDED METAL OR WOOD LATH AND PLASTER WALLS AND CEILINGS, WALL FRAMING, CARPET, CERAMIC AND VINYL FLOOR COVERINGS, WOOD, ETC. THE ABATEMENT CONTRACTOR SHALL BE RESPONSIBLE

FOR DEMOLITION OF NON-ACM MATERIALS AS NEEDED TO ACCESS REGULATED MATERIALS FOR ABATEMENT, AND FOR COORDINATING

THE LIMITS OF DEMOLITION AND ABATEMENT WITH THE GENERAL CONTRACTOR.

5. ALL COSTS ASSOCIATED WITH EXPLORATORY DEMOLITION AND DEMOLITION OF NON-ACM MATERIALS NEEDED TO ACCOMPLISH

ABATEMENT SHALL BE INCLUDED IN THE ABATEMENT CONTRACTOR'S LUMP SUM PRICE FOR THE PROJECT. NO ADDITIONAL

COMPENSATION SHALL BE CONSIDERED FOR THIS WORK.

ASBESTOS NOTES:

1. THE PROJECT AREA WAS RECENTLY SURVEYED FOR ACM. REFER TO THE HAZARDOUS BUILDING MATERIALS INSPECTION REPORT

BY AMI ENVIRONMENTAL, DATED AUGUST 27, 2020 FOR MORE INFORMATION ABOUT ACMS IDENTIFIED IN THE PROJECT AREA.

2. CONCEALED ACM PIPE INSULATION (TSI) MAY EXIST WITHIN WALLS, PIPE CHASES AND ABOVE RIGID CEILINGS. COORDINATE ACCESS

WITH DEMOLITION DRAWINGS AND THE GENERAL CONTRACTOR. SOME EXPLORATORY DEMOLITION MAY BE REQUIRED TO DETERMINE IF

CONCEALED ACM IS PRESENT.

3. GASKETS AND PACKINGS ARE CONCEALED IN VALVES, EQUIPMENT, STEAM TRAPS, BOILERS AND FLUES AND ARE INACCESSIBLE

FOR SAMPLING. GASKETS AND PACKINGS ARE ASSUMED AS ACM UNLESS SAMPLED, ANALYZED, AND DETERMINED TO BE NON-ASBESTOS.

4. ESTABLISH REGULATED AREAS (RA) AND NEGATIVE PRESSURE ENCLOSURES (NPE) AND PERFORM REMOVAL IN ACCORDANCE WITH

APPLICABLE SPECIFICATION SECTIONS: SEC 02 82 13-13, GLOVEBAG ASBESTOS ABATEMENT; SEC 02 82 11, TRADITIONAL ASBESTOS

ABATEMENT; SEC 02 82 13-19, FINALIZE LIMITS OF REGULATED AREAS, LOCATIONS OF NEGATIVE AIR MACHINES (NAM), PERSONAL

DECONTAMINATION FACILITIES (PDF), AND WASTE DECONTAMINATION FACILITIES (WDF) BASED ON SITE CONDITIONS, BEST PRACTICES

AND PHASING REQUIREMENTS.

5. ASSUME 50% EFFICIENCY WHEN CALCULATING NAM REQUIREMENTS FOR ACHIEVING FOUR (4) AIR CHANGES PER HOUR AND

PROVIDED GREATER THAN -0.02” WCG PRESSURE. CONFIGURE AND PLACE NAMS AS NEEDED TO MAXIMIZE AIR MOVEMENT AND PREVENT

DEAD AIR SPACE. COORDINATE NEGATIVE AIR DISCHARGE LOCATIONS WITH GENERAL CONTRACTOR, OWNER'S REPRESENTATIVE, AND

VPIH, IF NEEDED.

ASBESTOS ABATEMENT PHASING:

1. THE ABATEMENT CONTRACTOR SHALL WORK CLOSELY WITH THE GENERAL CONTRACTOR, CONTRACTING OFFICER, OWNER OR

OWNER'S REPRESENTATIVE, AND/OR THE VPIH TO COORDINATE REMOVAL OF ACM IN ACCORDANCE WITH PROJECT SCHEDULING, SEQUENCING, AND PHASING REQUIREMENTS. SOME AFTER HOURS AND WEEK-END WORK MAY BE REQUIRED. PHASING IS SUBJECT TO

CHANGE TO ACCOMMODATE SITE CONDITIONS AND FACILITY OPERATIONS.

LEAD-BASED PAINT AND PAINT CONTAINING LEAD:

1. LEAD-BASED PAINT (LBP) ARE PAINTS THAT CONTAIN LEAD ≥1.0 mg/m² or ≥0.5 PERCENT BY WEIGHT. PAINT CONTAINING LEAD (PCL) IS

PAINT WITH A DETECTABLE LEVEL OF LEAD. LBP AND PCL ARE KNOWN TO EXIST ON MATERIALS, COMPONENTS, AND SURFACES THAT

MAY BE DISTURBED, PENETRATED, REFINISHED, OR DEMOLISHED. PERFORM DEMOLITION OF MATERIALS AND COMPONENTS WITH LBP

AND/OR PCL IN ACCORDANCE WITH APPLICABLE REGULATIONS AND THE APPROVED WORK PLAN.

2. FLAKING AND PEELING LBP AND/OR PCL ON SURFACES TO REMAIN SHALL BE REMOVED AND STABILIZED USING METHODS IN

ACCORDANCE WITH SECTION 02 83 33.13, LEAD-BASED PAINT REMOVAL AND DISPOSAL.

3. REFER TO THE HAZARDOUS BUILDING MATERIALS INSPECTION REPORT BY AMI ENVIRONMENTAL, DATED AUGUST 27, 2020, FOR

INFORMATION CONCERNING THE PRESENCE OF LBP AND PCL IN THE PROJECT AREAS.

SUMMARY OF ASBESTOS CONTAINING MATERIALS

DESCRIPTION LOCATION

EST. QTY.

HATCHING

INTERIOR & EXTERIOR CAULK - COLOR; GRAY &

BLACK

BLDG 2 BOILER RM

WINDOWS

900 LF

PIPING THERMAL SYSTEMS INSULATION - COLOR;

YELLOW & RED

BLDG 2 BOILER RM

1110 FT²

PIPING THERMAL SYSTEMS FITTINGS - COLOR;

YELLOW, GREEN & RED

BLDG 2 BOILER RM 85 EACH

THERMAL SYSTEMS FLUE - COLOR; SILVER

BLDG 2 BOILER RM 1500 SF

GASKETS / PACKING

BLDG 1 & 2

CONCELED INSIDE

BOILER &

EQUIPMENT

500 EACH

DEFECTIVE TRAPS BUILDING 1 AS NEEDED

SUMMARY OF LEAD-BASED PAINT MATERIALS

DESCRIPTION CONDITION EST. QTY.

HATCHING OR

KEYNOTE

BUILDING 2 - PAINT ON EXTERIOR OF

BOILER 1 (GRAY)

POOR

2000 SQ FT

BUILDING 2 - PAINT ON PIPES OF

BOILER ROOM (ORANGE)

POOR 200 LF

BUILDING 2 - PAINT ON EXTERIOR OF

BOILERS 1 AND 2 (BLUE)

POOR 800 SQ FT

BUILDING 2 - END EDGE STRIP OF

BOILERS 1 AND 2 (GRAY)

POOR 50 LF

BUILDING 2 - SEAM STRIP OF BOILERS 1

AND 2 (GRAY)

POOR 120 LF

BUILDING 2 - PAINT ON PIPES (YELLOW)

SUBGRADE OF BOILER RM

POOR 500 LF

BUILDING 2 - PAINT ON PIPES (GREEN)

SUBGRADE OF BOILER RM

POOR 50 LF

BUILDING 2 - VALVE UNDER BOILER 3

PAINTED BLACK

POOR 5 EACH

65% SUBMITTAL

VAMC OMAHA - CORRECT

MECHANICAL DEFICIENCIES

OMAHA, NE

636-19-301

8-27-2020

A

S e r v i c e

D i s a b l d

V t e ra n

O w n m a l

B u s i n e s s

SDVOSB

CVE

3705 North 200th Street

Elkhorn, Nebraska 68022

(402) 291-6941

CLH PROJECT

NO: 18-013

WHC MET

HA-100

BUILDING 2 HAZARDOUS

MATERIALS SUMMARY

AutoCAD SHX Text

NONE

AutoCAD SHX Text

NONE

AutoCAD SHX Text Drawing Title

AutoCAD SHX Text Approved: Project Director

AutoCAD SHX Text Project Title

AutoCAD SHX Text Date

AutoCAD SHX Text Location

AutoCAD SHX Text Checked

AutoCAD SHX Text Building Number

AutoCAD SHX Text Project Number

AutoCAD SHX Text Drawing Number

AutoCAD SHX Text Drawn

AutoCAD SHX Text Dwg. of

AutoCAD SHX Text Revisions:

AutoCAD SHX Text Date

AutoCAD SHX Text

CONSULTANTS:

AutoCAD SHX Text

ARCHITECT/ENGINEERS:

AutoCAD SHX Text one eighth inch = one foot

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text B

AutoCAD SHX Text A

AutoCAD SHX Text C

AutoCAD SHX Text D

AutoCAD SHX Text E

AutoCAD SHX Text F

AutoCAD SHX Text three inches = one foot

AutoCAD SHX Text 6"

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text 6"

AutoCAD SHX Text one and one half inches = one foot

AutoCAD SHX Text one inch = one foot

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text 6"

AutoCAD SHX Text 6"

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text three quarters inch = one foot

AutoCAD SHX Text one half inch = one foot

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text three eighths inch = one foot

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text one quarter inch = one foot

AutoCAD SHX Text

VA FORM 08-6231

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text F

AutoCAD SHX Text E

AutoCAD SHX Text D

AutoCAD SHX Text C

AutoCAD SHX Text B

AutoCAD SHX Text A

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text Office of Construction and Facilities Management

AutoCAD SHX Text

AMI ENVIRONMENTAL

AutoCAD SHX Text

8802 SOUTH 135TH STREET, SUITE 100

AutoCAD SHX Text

OMAHA, NEBRASKA, 68138

AutoCAD SHX Text

PH: (402) 397-3313

ASBESTOS NOTES:

1. THE PROJECT AREA WAS RECENTLY SURVEYED FOR ACM. REFER TO THE HAZARDOUS BUILDING MATERIALS INSPECTION REPORT

BY AMI ENVIRONMENTAL, DATED AUGUST 27, 2020 FOR MORE INFORMATION ABOUT ACMS IDENTIFIED IN THE PROJECT AREA.

2. CONCEALED ACM PIPE INSULATION (TSI) MAY EXIST WITHIN WALLS, PIPE CHASES AND ABOVE RIGID CEILINGS. COORDINATE ACCESS

WITH DEMOLITION DRAWINGS AND THE GENERAL CONTRACTOR. SOME EXPLORATORY DEMOLITION MAY BE REQUIRED TO DETERMINE IF

CONCEALED ACM IS PRESENT.

3. GASKETS AND PACKINGS ARE CONCEALED IN VALVES, EQUIPMENT, STEAM TRAPS, BOILERS AND FLUES AND ARE INACCESSIBLE

FOR SAMPLING. GASKETS AND PACKINGS ARE ASSUMED AS ACM UNLESS SAMPLED, ANALYZED, AND DETERMINED TO BE NON-ASBESTOS.

4. ESTABLISH REGULATED AREAS (RA) AND NEGATIVE PRESSURE ENCLOSURES (NPE) AND PERFORM REMOVAL IN ACCORDANCE WITH

APPLICABLE SPECIFICATION SECTIONS: SEC 02 82 13-13, GLOVEBAG ASBESTOS ABATEMENT; SEC 02 82 11, TRADITIONAL ASBESTOS

ABATEMENT; SEC 02 82 13-19, FINALIZE LIMITS OF REGULATED AREAS, LOCATIONS OF NEGATIVE AIR MACHINES (NAM), PERSONAL

DECONTAMINATION FACILITIES (PDF), AND WASTE DECONTAMINATION FACILITIES (WDF) BASED ON SITE CONDITIONS, BEST PRACTICES

AND PHASING REQUIREMENTS.

5. ASSUME 50% EFFICIENCY WHEN CALCULATING NAM REQUIREMENTS FOR ACHIEVING FOUR (4) AIR CHANGES PER HOUR AND

PROVIDED GREATER THAN -0.02” WCG PRESSURE. CONFIGURE AND PLACE NAMS AS NEEDED TO MAXIMIZE AIR MOVEMENT AND PREVENT

DEAD AIR SPACE. COORDINATE NEGATIVE AIR DISCHARGE LOCATIONS WITH GENERAL CONTRACTOR, OWNER'S REPRESENTATIVE, AND

VPIH, IF NEEDED.

SUMMARY OF ASBESTOS CONTAINING MATERIALS

DESCRIPTION LOCATION EST. QTY. HATCHING

INTERIOR & EXTERIOR CAULK - COLOR; GRAY &

BLACK

BLDG 2 BOILER RM

WINDOWS

900 LF

PIPING THERMAL SYSTEMS INSULATION - COLOR;

YELLOW & RED

BLDG 2 BOILER RM 1110 FT²

PIPING THERMAL SYSTEMS FITTINGS - COLOR;

YELLOW, GREEN & RED

BLDG 2 BOILER RM 85 EACH

THERMAL SYSTEMS FLUE - COLOR; SILVER

BLDG 2 BOILER RM 1500 SF

GASKETS / PACKING

BLDG 1 & 2

CONCELED INSIDE

BOILER &

EQUIPMENT

500 EACH

DEFECTIVE TRAPS BUILDING 1 AS NEEDED

65% SUBMITTAL

VAMC OMAHA - CORRECT

MECHANICAL DEFICIENCIES

OMAHA, NE

636-19-301 r v i c e

D i s a b l t e ra n

O w n a s i n e s s

SDVOSB

CVE

3705 North 200th Street

Elkhorn, Nebraska 68022

(402) 291-6941

CLH PROJECT

NO: 18-013

WHC MET

HA-101

BUILDING 2 HAZARDOUS

MATERIALS ASBESTOS

BASEMENT PLAN

AutoCAD SHX Text B03

AutoCAD SHX Text B07

AutoCAD SHX Text B04

AutoCAD SHX Text B02

AutoCAD SHX Text U

AutoCAD SHX Text U

AutoCAD SHX Text

BOILER #1 ABOVE

AutoCAD SHX Text

BOILER #2 ABOVE

AutoCAD SHX Text

BOILER #3 ABOVE

AutoCAD SHX Text

%%UBASEMENT PLAN

AutoCAD SHX Text

NORTH

AutoCAD SHX Text

SCALE: 1/4" = 1'-0"

AutoCAD SHX Text

NONE

AutoCAD SHX Text

NONE

AutoCAD SHX Text Drawing Title

AutoCAD SHX Text Approved: Project Director

AutoCAD SHX Text Project Title

AutoCAD SHX Text Date

AutoCAD SHX Text Location

AutoCAD SHX Text Checked

AutoCAD SHX Text Building Number

AutoCAD SHX Text Project Number

AutoCAD SHX Text Drawing Number

AutoCAD SHX Text Drawn

AutoCAD SHX Text Dwg. of

AutoCAD SHX Text Revisions:

AutoCAD SHX Text Date

AutoCAD SHX Text

CONSULTANTS:

AutoCAD SHX Text

ARCHITECT/ENGINEERS:

AutoCAD SHX Text one eighth inch = one foot

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text B

AutoCAD SHX Text A

AutoCAD SHX Text C

AutoCAD SHX Text D

AutoCAD SHX Text E

AutoCAD SHX Text F

AutoCAD SHX Text three inches = one foot

AutoCAD SHX Text 6"

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text 6"

AutoCAD SHX Text one and one half inches = one foot

AutoCAD SHX Text one inch = one foot

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text 6"

AutoCAD SHX Text 6"

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text three quarters inch = one foot

AutoCAD SHX Text one half inch = one foot

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text three eighths inch = one foot

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text one quarter inch = one foot

AutoCAD SHX Text

VA FORM 08-6231

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text F

AutoCAD SHX Text E

AutoCAD SHX Text D

AutoCAD SHX Text C

AutoCAD SHX Text B

AutoCAD SHX Text A

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text Office of Construction and Facilities Management

AutoCAD SHX Text

AMI ENVIRONMENTAL

AutoCAD SHX Text

8802 SOUTH 135TH STREET, SUITE 100

AutoCAD SHX Text

OMAHA, NEBRASKA, 68138

ASBESTOS NOTES:

1. THE PROJECT AREA WAS RECENTLY SURVEYED FOR ACM. REFER TO THE HAZARDOUS BUILDING MATERIALS INSPECTION REPORT

BY AMI ENVIRONMENTAL, DATED AUGUST 27, 2020 FOR MORE INFORMATION ABOUT ACMS IDENTIFIED IN THE PROJECT AREA.

2. CONCEALED ACM PIPE INSULATION (TSI) MAY EXIST WITHIN WALLS, PIPE CHASES AND ABOVE RIGID CEILINGS. COORDINATE ACCESS

WITH DEMOLITION DRAWINGS AND THE GENERAL CONTRACTOR. SOME EXPLORATORY DEMOLITION MAY BE REQUIRED TO DETERMINE IF

CONCEALED ACM IS PRESENT.

3. GASKETS AND PACKINGS ARE CONCEALED IN VALVES, EQUIPMENT, STEAM TRAPS, BOILERS AND FLUES AND ARE INACCESSIBLE

FOR SAMPLING. GASKETS AND PACKINGS ARE ASSUMED AS ACM UNLESS SAMPLED, ANALYZED, AND DETERMINED TO BE NON-ASBESTOS.

4. ESTABLISH REGULATED AREAS (RA) AND NEGATIVE PRESSURE ENCLOSURES (NPE) AND PERFORM REMOVAL IN ACCORDANCE WITH

APPLICABLE SPECIFICATION SECTIONS: SEC 02 82 13-13, GLOVEBAG ASBESTOS ABATEMENT; SEC 02 82 11, TRADITIONAL ASBESTOS

ABATEMENT; SEC 02 82 13-19, FINALIZE LIMITS OF REGULATED AREAS, LOCATIONS OF NEGATIVE AIR MACHINES (NAM), PERSONAL

DECONTAMINATION FACILITIES (PDF), AND WASTE DECONTAMINATION FACILITIES (WDF) BASED ON SITE CONDITIONS, BEST PRACTICES

AND PHASING REQUIREMENTS.

5. ASSUME 50% EFFICIENCY WHEN CALCULATING NAM REQUIREMENTS FOR ACHIEVING FOUR (4) AIR CHANGES PER HOUR AND

PROVIDED GREATER THAN -0.02” WCG PRESSURE. CONFIGURE AND PLACE NAMS AS NEEDED TO MAXIMIZE AIR MOVEMENT AND PREVENT

DEAD AIR SPACE. COORDINATE NEGATIVE AIR DISCHARGE LOCATIONS WITH GENERAL CONTRACTOR, OWNER'S REPRESENTATIVE, AND

VPIH, IF NEEDED.

SUMMARY OF ASBESTOS CONTAINING MATERIALS

DESCRIPTION LOCATION EST. QTY. HATCHING

INTERIOR & EXTERIOR CAULK - COLOR; GRAY &

BLACK

BLDG 2 BOILER RM

WINDOWS

900 LF

PIPING THERMAL SYSTEMS INSULATION - COLOR;

YELLOW & RED

BLDG 2 BOILER RM 1110 FT²

PIPING THERMAL SYSTEMS FITTINGS - COLOR;

YELLOW, GREEN & RED

BLDG 2 BOILER RM 85 EACH

THERMAL SYSTEMS FLUE - COLOR; SILVER

BLDG 2 BOILER RM 1500 SF

GASKETS / PACKING

BLDG 1 & 2

CONCELED INSIDE

BOILER &

EQUIPMENT

500 EACH

DEFECTIVE TRAPS BUILDING 1 AS NEEDED

65% SUBMITTAL

VAMC OMAHA - CORRECT

MECHANICAL DEFICIENCIES

OMAHA, NE

636-19-301 r v i c e

D i s a b l t e ra n

O w n a s i n e s s

SDVOSB

CVE

3705 North 200th Street

Elkhorn, Nebraska 68022

(402) 291-6941

CLH PROJECT

NO: 18-013

WHC MET

HA-102

BUILDING 2 HAZARDOUS

MATERIALS ASBESTOS FIRST

FLOOR PLAN

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text D

AutoCAD SHX Text D

AutoCAD SHX Text U

AutoCAD SHX Text

BOILER # 1

AutoCAD SHX Text

BOILER # 2

AutoCAD SHX Text

BOILER # 3

AutoCAD SHX Text

%%UFIRST FLOOR PLAN

AutoCAD SHX Text

NORTH

AutoCAD SHX Text

SCALE: 1/4" = 1'-0"

AutoCAD SHX Text

NONE

AutoCAD SHX Text

NONE

AutoCAD SHX Text Drawing Title

AutoCAD SHX Text Approved: Project Director

AutoCAD SHX Text Project Title

AutoCAD SHX Text Date

AutoCAD SHX Text Location

AutoCAD SHX Text Checked

AutoCAD SHX Text Building Number

AutoCAD SHX Text Project Number

AutoCAD SHX Text Drawing Number

AutoCAD SHX Text Drawn

AutoCAD SHX Text Dwg. of

AutoCAD SHX Text Revisions:

AutoCAD SHX Text Date

AutoCAD SHX Text

CONSULTANTS:

AutoCAD SHX Text

ARCHITECT/ENGINEERS:

AutoCAD SHX Text one eighth inch = one foot

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text

AutoCAD SHX Text B

AutoCAD SHX Text A

AutoCAD SHX Text C

AutoCAD SHX Text D

AutoCAD SHX Text E

AutoCAD SHX Text F

AutoCAD SHX Text three inches = one foot

Aut…