Attachment 3- PTO 0001 Part 6.pdf

N6339423R0009 PH1388 Painting and Flooring

Naval Base Ventura County

Port Hueneme, California

Part 6

Attachments

Project title: PH1388 Painting and Flooring N6339423R0009 Project Location: NBVC PORT HUNEME, CALIFORNIA

PART 6 ATTACHMENTS

Part 6 Attachments

Part 6 contains project supporting information.

Attachments Included:

1. Reference CATEX/PRB Requirements.......................................................................5 Sheets

2. Reference PH1388 Location Map ........................................................................... 1 Sheet

3. Reference Sketches ................................................................................................ 6 Sheets

3.01 1st Floor construction Area

3.02 Electrical Disconnect/Reconnect Areas

3.03 Flooring Replacement Areas

3.04 Painting and Cove Base Areas

3.05 Room Identification of Construction Area

3.06 Dimensions of Construction Area

4. PH1388 Lead and Asbestos Reports

PH 1388 Lead Paint Survey................................................................................ 34 Sheets

PH 1388 Asbestos Survey Report....................................................................... 41 Sheets

CATEX 1.01

The Proposed Action to replace interior flooring and finishes at PH 1388, Naval Base Ventura County (NBVC), Port Hueneme (PH), as submitted in eProjects 1704130, has been reviewed NBVC Environmental (EV) office, on September 14, 2021, has been determined to qualify for approval under Categorical Exclusion (CATEX) (8). Routine repair and maintenance of buildings, facilities, vessels, aircraft, ranges, and equipment associated with existing operations and activities.

Per the authorities under the 5090.1E, EV has determined that no formal CATEX Memo is required. This document provides documented proof of EV review and approval of the project.

Adhere to the following CATEX measures:

• If the Proposed Action requires ground disturbance greater than 6-inches in depth, obtain a NBVC Dig permit, at least 3-weeks in advance, of the date needed. Contact the Dig Permit Coordinator, Julio Luna, at (805) 989-7597, for additional guidance.

• Ensure compliance with National Fire Prevention Act (NFPA), National Electrical Codes (NEC), and Unified Facilities Criteria (UFC). Obtain a hot work permit, for any flame and/or spark producing device, by calling (619) 524-6999. Ensure fire equipment is not obstructed, a 20-foot clearance from fire lanes is maintained, and a 35-foot clearance from all structures is maintained. Contact the NBVC Fire Department to notify them of road closures and to request approval for staging materials and/or equipment. Contact the Fire Prevention Chief, Marcela Martinez, at (805) 989-0112, for additional guidance.

• In an emergency, call (805) 982-4591, from a cell phone, or 9-1-1, if calling from an NBVC landline. All contractors needing base access without Common Access Cards will need to fill out the SECNAV DD-5512 form. Send the form to their sponsor for signature and the sponsor will forward it to the NBVC Pass and ID office. Contact the Security Specialist, Bill Forestelle, at (805) 982-5525, for additional guidance.

• Ensure a Safety Data Sheet (SDS) is available, at the worksite, for all hazardous materials. A worksite work plan is required. This plan must include how the Proposed Action will be performed, a description of the operations that require the use of hazardous materials, what worksite controls will be used to control noise, vapors, fumes, and dust. The worksite plan must also include when the work will occur (date and/or shift), as well as, emergency procedures in the event of a spill and/or mishap. Ensure personnel in adjacent areas are not impacted by this work. Ensure that no U.S.

Government personnel are exposed to noise during this project above the Navy's standard of 85 decibels as measured on the A weighted scale (dBA). Personnel must wear hearing protection when noise levels exceed 85 dBA. Personnel must wear hearing protection when noise levels exceed 85 dBA. Ensure local ventilation and/or respirators are utilized for potential paint fumes, dust, and/or possible silica, lead, and asbestos contaminants from the Proposed Action. Use of proper dust protection and the wet method are recommended to reduce exposure. Contact the Industrial Hygienist, Alexander Hughes, at (805) 982-4191, for additional guidance.

PH 1388 REPLACE FLOORING AND PAINTING 1704130 14 SEP 21

• An Activity Hazard Analysis (AHA) and Job Hazard Analysis (JHA) must be prepared and made available at the work site. Lock out and/or tag out is required in accordance with Chapter 24 of OPNAV M-5100.23, 5 June 2020, and applicable Occupational Safety and Health Administration (OSHA) Standards. Fall protection is required, in accordance with OPNAV M-5100.23 Chapter 13, 5 Jun 2020, for all persons working 4-feet or more to a lower level; or where there is a possibility of a fall from any height onto dangerous equipment, into a hazardous environment, or onto an impalement hazard. Weight handling equipment must be certified and insured, and operators must be licensed.

Personal protective equipment (PPE) is required as noted in the SDS and job requirements. Contact the NBVC Safety Manager, Marvin Woods, at (805) 982-3627, for additional guidance.

• In accordance with the Environmental Protection Agency, all material is considered to contain Hazardous Building Material (HBM); therefore, surveys for buildings must be conducted and/or reviewed. In accordance with VCAPCD Rule 62.7, abatement of all asbestos containing materials (ACM) and/or lead-based paint (LBP) materials by a certified contractor is required prior to the start date of the Proposed Action. Contact the Asbestos Program Manager, Jay Drummonds, at (805) 989-9711, for additional guidance.

• Hazardous Waste (HW) management and disposal must be performed in accordance with 40 CFR 265.170-265.177 and the NBVC HW Management Plan. All HW generated must be disposed of using an approved hauler and/or a Treatment Storage and Disposal Facility (TSDF). Per Executive Summary Memorandum NBVC Hazardous Waste Manifest Signatory Authority (16 April 2019), all HW manifests must be signed by a NBVC Environmental Division authorized representative prior to being transported off of NBVC property. If your project is going to dispose of hazardous waste through NBVC Environmental Division, you must establish a line of accounting for billing purposes.

Collect paint chips, dust, dirt and rubble on plastic tarps or canvas when working with Lead Based Paint (LBP), and transfer to an appropriate container certified for LBP material disposal. The Hazardous Waste Program Manager will provide the EPA ID number when disposal is required. Contact the Hazardous Waste Program Manager, Pedro Perez, at (805) 989-7171, for additional guidance.

• Ensure no discharges from the activity are allowed to enter the storm water conveyance system. Ensure trash, litter, and debris are properly disposed. Ensure that the NBVC Environmental Policy outlined by our Commanding Officer is upheld to protect NBVC water resources. Follow NBVC Dewatering SOP if groundwater is encountered. Contact the Water Quality Program Manager, Nathan Jacobsen, at (805) 989-3983, for additional guidance.

• Do not allow any construction materials, wastes, debris, or liquids to runoff or enter adjacent wetlands or storm drains. Ensure no ground disturbing equipment and/or vehicles into wetlands. Contact the Natural Resource Manager, Valerie Vartanian, at

(805) 989-4740, for additional guidance.

• Comply with all applicable Air Quality/Ozone Depleting Substances rules and regulations, including Ventura County Air Pollution Control District (VCPACD) Rules.

Contact the Environmental Compliance and Services Branch Head, Lisa Rotty, at (805) 989-3041, for additional guidance.

o All sealants and adhesives used must comply with VCAPCD Rule 74.2 and Rule

74.20. All coatings (topcoats, primers) and solvents used must comply with VCAPCD Rule 74.2. The project manager must contact the NBVC Environmental Division POC listed above at least 1-week prior to start date of the Proposed Action, for recordkeeping instructions on sealant, adhesive, coating and solvent usage.

o A record of all coating, solvent, sealant, and adhesive usage (product manufacturer, product name, volume used, and VOC/vapor pressure) must be submitted to the NBVC Environmental Division POC listed above once a month following project initiation.

o Provide monthly paint/sealant/adhesive usage records/logs to NBVC Environmental Division POC listed above.

• Recycling of green waste, dirt, scrap metals, concrete, asphalt, clean wood and/or other material diverted from solid waste disposal is mandated. During construction, report the weight of all recycled materials, as well as, the weight of all construction and demolition debris disposed of in a landfill to the Integrated Solid Waste Program Management Analyst, Jose Amuchastegui, at (619) 556-8162 by the 25th of each month.

• Federally protected species and/or protected habitats may be affected if project site is adjacent to or within beach or marsh habitat, requiring coordination with NBVC biologist. Per the Migratory Bird Treaty Act, if work is scheduled to occur between March 1 and September 31 and work involves demolition, work on exterior of building, or vegetation removal, a bird nest survey must be conducted. Contact the NBVC Biologist, Martin Ruane, at (805) 861-3955, to schedule a nest survey (2-weeks prior to the project start date), if a nest is found during project, or if site is adjacent to beach or marsh habitats.

• The project can be approved with a finding of "No Historic Properties Affected" consistent with stipulations 6 and 8 of the 2015 NBVC Programmatic Agreement with SHPO and 36 CFR 800.4(d)(1). Standard operating procedures in the event of inadvertent discovery apply. Contact the Cultural Resources Manager, Kristina Erlandson, at (805) 234-6399, for additional guidance.

• Compliance with applicable environmental, federal, state, and local rules and regulations is required.

• It is anticipated that laydown and/or staging areas would be located within paved areas only within the 100-meter buffer area provided in Figure 1. If the laydown area is outside the 100-meter buffer area, this is considered a change in the scope of work. An updated site approval request form must be submitted to the service desk detailing the change in scope and the project must be re-reviewed by the Project Review Board. This may delay the start date of the Proposed Action.

V/R, Patrick Meddaugh NEPA Program Manager Naval Base Ventura County Telephone: (805) 989-5634 Email: patrick.meddaugh@navy.mil

Enclosed:

Figure 1: Map Showing Project Site and General Area of Potential Effects Buffer(s)

PART 6 ATTACHMENTS

PH1388 LOCATION MAP 2.01

a

PART 6 ATTACHMENTS

First Floor Construction Area 3.01

The blue shaded area in sketch 3.02 is on the first floor of building 1388 and comprises approximately 10,600

sq. ft. of offices, conference rooms and a corridor.

Electrical Disconnect/Reconnect Areas 3.02

The area shaded in red (rooms 1313 and 1316) in sketch 3.02 consists of 58 work stations which are connected to power poles. The work stations’ electrical and communication cables which are connected through the power poles from the ceiling shall be disconnected, rolled up, and placed in ceiling in a safe manner complying with the applicable UFC to allow for proper reconnection. Furniture removal will take 1-2 weeks and install will be another 1-2 weeks. After furniture has been installed the electrical and communication lines shall be connected. New furniture will be in different configuration as existing; contractor shall ensure electrical lines and com lines should be relocated as needed for reconnection and terminated. Additional electrical lines and communication lines may be required as determined by the contractor during the initial site visit. Sketch of new furniture setup and furniture requirements will be available following contract award. New configuration will consist of 9 additional workstations from original layout for a total of 67 workstations.

Note: Furniture removal and install will be done by separate contractor; communication and coordination may be required for scheduling purposes.

PART 6 ATTACHMENTS

Flooring Replacement areas 3.03

The area shaded in green in sketch 3.03 are the areas where the existing carpet and linoleum flooring is to be replaced with vinyl tile flooring; area is approximately 11,000 sq. ft. The locations in which the furniture was not removed will need for the existing furniture to be retained during flooring replacement. Furniture that will be retained can be moved as necessary to complete flooring replacement and placed in original position after flooring and painting is completed.

Note: Rooms 1312, 1311, 1305, and the Lan Room which are not in the shaded area on sketch 3.03 are to retain the existing flooring.

PART 6 ATTACHMENTS

Painting and Cove Base Areas 3.04

The shaded areas in 3.04 are the walls to receive paint and base cove. Apoximately 1,350 ln. ft. of walls and collumns connected to the shaded area in 3.03 shall have base cove replaced. Apoximately 11,475 sq. ft. of walls and columns connected to the shaded area in 3.03 shall be repaired and painted. All doors and frame in the shaded area are to be painted as well; both sides of each door and frame are to be painted.

Room Identification of Construction Area 3.05

PART 6 ATTACHMENTS

Dimensions of Construction Area 3.06

All measurements provided in attachment 3.06 are approximated; contractor shall verify during site visit

Black Gold Industries, Inc. - Lead Paint

Lead Paint Survey Naval Base Ventura County (NBVC) PH 1388 (TO#0023); Point Mugu, CA

Prepared for:

Black Gold Industries, Inc.

527 N. Rice Avenue

Oxnard, CA 93030

July 2014 Prepared by: Reviewed by:

Tae K. Kim Anthony Price, CDPH Associate Consultant Senior Consultant kimt@eorm.com pricea@eorm.com

CDPH Lead Sampling Technician ID #14512 CDPH Lead Inspector/Assessor ID #11388

Table of Contents

List of Acronyms 1

Definitions 3

Executive Summary 5

Lead-Based Paint and Lead-Containing Paint 5

X-Ray Fluorescence Testing 5

Paint Chip Sampling 5

Findings 6

Lead-Based Paint by XRF and FAAS 6

Lead-Containing Paint by XRF and FAAS 6

Introduction 7

Lead Based Paint and Lead Containing Paint 7

Lead Survey and Sampling Methodology 9

Inspection Procedures – General 9

X-Ray Fluorescence Testing 9

Paint Chip Sampling 9

Survey Results 10

Findings and Recommendations 12

Lead-Based Paint 12

Lead-Containing Paint 12

Paint Chip Results 14

Recommendations for Handling LBP and LCP 14

Health Effects 15

Confidentiality and Limitations 16

14-0796 BGI NBVC PH 1388 (TO#0023) Lead Report 071514: Table of Contents i Attachments

Attachment 1: Sample Location Drawings for LBP

Attachment 2: XRF Screening Results

Attachment 3: Laboratory Results

Attachment 4: Consultant Certifications

14-0796 BGI NBVC PH 1388 (TO#0023) Lead Report 071514: Table of Contents ii

List of Acronyms AIHA: American Industrial Hygiene Association

ANSI: American National Standards Institute

ASA: American Standards Association

ASTM: American Society for Testing & Materials

Cal/OSHA: California Division of Occupational Safety and Health

CCR: California Code of Regulations

CDPH California Department of Public Health

CERCLA: Comprehensive Environmental Response, Compensation and Liability Act (42

USC 9601ff)

CFR: Code of Federal Regulations

CIH: Certified Industrial Hygienist

CSC: Construction Safety Orders

DOSH: Division of Occupational Safety and Health

DOT: U.S. Department of Transportation

EPA: U.S. Environmental Protection Agency

FR: Federal Register

GFCI: Ground Fault Circuit Interrupter

GISO: General Industry Safety Orders

HEPA: High Efficiency Particulate Air (filter with 99.97% efficiency to 0.3 microns)

HVAC: Heating, ventilation and air conditioning system

IH: Industrial Hygienist

LBP: Lead-Based Paint

LCP: Lead-Containing Paint

MSDS: Material Safety Data Sheet

NAM: Negative Air (Filtration) Machine

NEA: Negative Exposure Assessment

NEC: National Electrical Code

NESHAPS: National Emission Standards for Hazardous Air Pollutants (40 CFR Part 61 M)

NFPA: National Fire Protection Association

NIOSH: National Institute of Occupational Safety and Health

OSHA: Occupational Safety and Health Administration

PAPR: Powered Air-Purifying Respirator

PEL: Permissible Exposure Limit

PPM: Parts Per Million

RCRA: Resource Conservation and Recovery Act

SSN: Social Security Number

STLC: Soluble Threshold Limit Concentration

TCLP: Toxicity Characteristic Leaching Procedure

TTLC: Total Threshold Limit Concentration

TWA: Time Weighted Average μg/dl: Micrograms per deciliter of whole blood. Common units for reporting concentrations of lead in blood samples. Also reported as μg/100g (micrograms per

100 grams) of whole blood.

14-0796 BGI NBVC PH 1388 (TO#0023) Lead Report 071514: List of Acronyms μg/m3: Micrograms per cubic meter of air. Common units for reporting airborne concentrations of lead.

XRF: X-Ray Fluorescence

14-0796 BGI NBVC PH 1388 (TO#0023) Lead Report 071514: List of Acronyms

Definitions Action Level – Employee exposure, without regard to the use of respirators, to an airborne concentration of lead in micrograms per cubic meter of air (μg/m3) calculated as an eight hour timeweighted average (TWA). The action level for lead is 30 μg/m3.

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

Lead – The word “lead” when used in this project means elemental lead, all inorganic lead compounds and a class of organic lead compounds called lead soaps. Lead is a heavy metal at room temperature and pressure and is a basic chemical element. It can combine with various other substances to form lead compounds.

Lead-Based Paint – The Ventura County threshold or actions level for abating lead-based paint is 1.0 mg/cm². The federal definition of lead-based paint is 0.5% lead or 5,000 milligram of lead per kilogram of paint chips.

Lead-Based Paint Hazard – “Lead-Based Paint Hazard” means any condition that causes exposure to lead from lead-contaminated dust, lead-contaminated soil, lead-contaminated paint that is deteriorated or present in accessible surfaces, friction surfaces, or impact surfaces that would result in adverse human health effects as established by the appropriate Federal agency.

Lead-Containing Paint – “Lead-Containing Paint” means any paint containing greater than 0.0 mg/cm² of lead, but less than 1.0 mg/cm² of lead, as determined by XRF.

Lead-Contaminated Soil – “Lead-Contaminated Soil” means bare soil on residential real property that contains leads at or in excess of the level determined to be hazardous to human health by the appropriate Federal agency.

Laboratory Accreditation – A laboratory that has been approved by a state to perform analyses of lead in paint and dust and whose approval is consistent with criteria established by the

Environmental Protection Agency.

Risk Assessment – “Risk Assessment” means an on-site investigation to determine and report the existence, nature, severity, and location of lead-based paint hazards in residential dwellings, including; (a) information gathering regarding the age and history of the housing and occupancy by children under age 6; (bf) visual inspection; (c) limited wipe sampling or other environmental sampling techniques; (d) other activity as may be appropriate; and (e) provision of a report explaining the results of the investigation.

Substrate – The material to which a coating such as paint is applied. Residential substrates are usually wood, plaster, masonry, gypsum board, or metal, including components such as doors and door frames, windows and window trim, other trim, walls, ceilings, cabinets, and other built-in storage.

14-0796 BGI NBVC PH 1388 (TO#0023) Lead Report 071514: Definitions

Surface – The outer or topmost boundary of a substrate.

Testing – The measurement of lead in painted surfaces by Federal- or State-certified personnel using a portable X-ray florescence analyzer, laboratory analysis of paint samples, or other methods approved by HUD.

Title X – The Residential Lead-Based Hazard Reduction Act of 1992 (Public Law 102-550) signed into law on October 28, 1992.

XRF Analyzer – A portable instrument that determines lead concentration in milligrams per square centimeter (mg/cm²) using the principle of X-ray fluorescence. The instrument may measure mean lead content or lead content plus a spectrum or other elements.

14-0796 BGI NBVC PH 1388 (TO#0023) Lead Report 071514: Definitions

Executive Summary At the request of Black Gold Industries, Inc. (BGI), Environmental and Occupational Risk

Management, Inc. (EORM®) performed a lead paint survey of PH 1388 at Naval Base Ventura County

(NBVC) Port Hueneme, California. The survey consisted of a visual inspection for suspect LBP and

XRF testing of all identified suspect LBP materials. The lead paint survey was performed on June 23, 2014 by Mr. Tae Kim, California Department of Public Health (CDPH) Lead Project Monitor/Sampling

Technician #14512, under the direction of Mr. Anthony Price, CDPH Lead Inspector/Assessor

#11388. EORM’s findings and conclusions are included in this report.

Lead-Based Paint and Lead-Containing Paint For the purposes of this survey, any coating found to have a lead concentration greater than

1.0 milligrams per square centimeter (mg/cm2), as determined by XRF testing, is considered to be

LBP and any coating having a lead concentration greater than 0.0 mg/cm2, but less than or equal to

1.0 mg/cm2 as determined by XRF testing is considered to be LCP.

In addition, for purposes of this survey, any coating found to have a lead concentration equal to or greater than 5,000 milligrams of lead per kilogram of coating (PPM) or 0.5% lead by weight.

While XRF findings can be used to state that lead is present in a coated surface, they cannot be used to state that no lead is present in a coated surface. Federal and Cal OSHA only accept chip sample analysis for a negative lead determination. Please see Section 1.0 for a more in-depth discussion of these matters.

X-Ray Fluorescence Testing XRF testing was performed on suspected LCP/coated surfaces in the interior and exterior of the

Subject Site building to determine if the suspect coatings contained lead in concentrations greater than the survey standard of 1.0 mg/cm2. The XRF testing was performed on-site using a portable

Niton XRF spectrum analyzer with the capability to measure lead content in dry paint films in the range of 0.0 to 50 mg/cm2.

Paint Chip Sampling In addition, EORM collected paint chip samples to clarify the lead concentrations of coatings that did not meet the LBP criteria by XRF testing, but whose XRF results were close enough to the criteria that analytical clarification was required. EORM collected a total of three (3) paint chip samples during the survey. A listing of locations and results is included in the Findings and Recommendations section of this report.

14-0796 BGI NBVC PH 1388 (TO#0023) Lead Report 071514: Executive Summary

The collected paint chip samples were analyzed for total lead by Flame Atomic Absorption

Spectroscopy (FAAS) in accordance with EPA Method 7420. The paint chip samples were analyzed by

Forensic Analytical Laboratories (Forensic) located in Compton, California. Forensic is accredited by the American Industrial Hygiene Association (ID # 101629) to perform lead analysis on paint chip samples via EPA Method 7420.

Findings

Lead-Based Paint by XRF and FAAS The following building components were found to have coatings with lead concentrations in excess of 1.0 mg/cm2 as determined by XRF testing or greater than 0.5 percent by weight as determined by FAAS:

• Beige stucco paint located in throughout the exterior and upper roof areas , present throughout the building, and containing 1.8 mg/cm² of lead. This material was found to be intact at the time of the survey.

• Yellow floor striping located in the cooling tower area, comprising approximately 10 linear feet and containing 2.0 mg/cm² of lead. This material was found to be intact at the time of the survey.

• Yellow metal support columns for pipes in the second level mechanical room and the cooling tower area, comprising up to 30 columns and containing up to 3.9 mg/cm² of lead. This material was found to be intact at the time of the survey.

Any materials found to be in a peeling condition should be stabilized in order to prevent further deterioration. Efforts should be made to keep all other materials in an intact condition.

Lead-Containing Paint by XRF and FAAS The survey found LCP which may be disturbed during renovations. A listing of the LCP is included in the Findings and Recommendations section of this report.

14-0796 BGI NBVC PH 1388 (TO#0023) Lead Report 071514: Executive Summary

Introduction At the request of BGI, EORM performed a lead paint survey of PH1388 at NBVC Port Hueneme, California (Subject Site).

The purpose of EORM’s work was to evaluate the presence, extent and condition of LBP and LCP at the Subject Site in support of the demolition/renovation activities at the Subject Site.

The Lead Paint Survey was performed on June 23, 2014 by Mr. Tae Kim, CDPH Lead Project

Monitor/Sampling Technician #14512, under the direction of Mr. Anthony Price, CDPH Lead

Inspector/Assessor #11388. The lead paint survey included the following scope of work:

• Conduct a visual inspection of the Subject Site to identify suspected LBP

• Test all suspect paint by XRF

• Limited sampling of suspect paint chips for analysis by Flame Atomic Absorption

Spectroscopy (FAAS)

• Assess the condition of all identified LBP

• Identify any potential health hazards associated with identified LBP

• Prepare a written report containing EORM’s findings, conclusions and recommendations

• Prepare single-line floor plans to indicate locations of the identified LBP

Lead Based Paint and Lead Containing Paint According to the U.S. Department of Housing and Urban Development’s (HUD) Guideline Document

Lead-Based Paint: Guidelines for Hazard Evaluation and Control of Lead-Based Paint Hazards in

Housing, published in the Federal Register, June 1995, coatings that are found to have a lead concentration of at least 1.0 milligram per square centimeter (mg/cm2) are considered to be LBP. It should be noted however, that other jurisdictions and agencies define LBP in different ways.

For instance, concentrations of lead greater than 0.7 mg/cm2 are considered to be LBP by the Los

Angeles County Department of Health Services. In addition, any interior or exterior residential paints that have lead concentrations greater than 600 parts per million (0.06 percent) are considered to be LBP by both the Consumer Products Safety Commission and the Los Angeles

County Department of Health Services.

For the purposes of this survey, any coating found to have a lead concentration greater than 1.0 mg/cm2 as determined by XRF testing or a lead concentration greater than 5,000 parts per million

(ppm) or 0.5% by weight as determined by analysis, is considered to be LBP. However, any material containing any detectable concentration of lead is subject to federal OSHA’s Lead

Exposure in Construction Rule (29CFR Part 1926) and Cal/OSHA’s Lead Exposure in Construction

Rule (Title 8 CCR 1532.1). Any work that disturbs surfaces containing any detectable concentration of lead must be performed in accordance with these and any other applicable standards. Further, neither federal OSHA nor Cal OSHA will accept XRF testing methodology in determining negative

14-0796 BGI NBVC PH 1388 (TO#0023) Lead Report 071514: Introduction findings for lead content in painted surfaces. While XRF findings can be used to state that lead is present in a coated surface, they cannot be used to state that no lead is present in a coated surface.

Federal and Cal OSHA only accept chip sample analysis for a negative lead determination.

Any coatings encountered during the renovation project that were not sampled during the survey should be assumed to be LBP until such time as testing proves otherwise. Should the work require the disturbance of these materials, the consultant shall be notified.

Any disturbance of LBP must be performed by properly trained and qualified personnel. Lead disturbance activities should employ state-of-the-art techniques and be performed in accordance with all applicable local, State, and federal laws and regulations.

14-0796 BGI NBVC PH 1388 (TO#0023) Lead Report 071514: Introduction

Lead Survey and Sampling

Methodology

Inspection Procedures – General The Subject Site building was surveyed for the presence of suspected lead based paints and coatings.

Painted/coated components with identical color, appearance, texture and date of installation are grouped together for purposes of testing.

The basic assumptions underlying the inspection process approach are that, first, a building was uniformly painted at the time of construction and second, that its subsequent painting history is random. The first assumption implies that if LBP was used in the initial painting, it will be pervasive throughout the project, and will be fairly easy to detect. Even in this scenario, however, LBP will most likely be found on certain building components (e.g., steel window and door-frames) or in certain rooms (e.g., kitchens and bathrooms). If LBP is present in a random way, due to repainting as part of a remodeling project, it will be much more difficult to detect. In extreme cases, nothing short of 100% testing can assure detection of small amounts of random contamination. Since this is not practical, the general sampling scheme presented here concentrates on reducing the chance of missing random contamination to an acceptably low level. The scheme is expected to be very effective in detecting contamination caused by an initial complete painting of selected parts of the building with LBP.

X-Ray Fluorescence Testing XRF testing was performed on suspected lead-containing painted/coated surfaces in the interior and exterior of the Subject Site building to determine if the suspect coatings contained lead in concentrations greater than the survey standard of 1.0 mg/cm2. The XRF testing was performed onsite using a portable Niton XRF spectrum analyzer with the capability to measure lead content in dry paint films in the range of 0 to 50 mg/cm2.

Paint Chip Sampling In addition, EORM collected paint chip samples to clarify the lead concentrations of coatings that did not meet the LBP criteria by XRF testing, but whose XRF results were close enough to the criteria that analytical clarification was required. EORM collected a total of three (3) paint chip samples during the survey. The collected paint chip samples were analyzed for total lead by Flame Atomic

Absorption Spectroscopy (FAAS) in accordance with EPA Method 7420. The paint chip samples were analyzed by Forensic Analytical Laboratories (Forensic) located in Compton California. Forensic is accredited by American Industrial Hygiene (ID # 101629) to perform lead analysis on paint chip samples via EPA Method 7420.

14-0796 BGI NBVC PH 1388 (TO#0023) Lead Report 071514: Lead Survey and Sampling Methodology

Survey Results A complete listing of the XRF analysis results of the survey is included in Attachment 2. The

Laboratory Analysis Report and sampling logs for the paint chip sampling are included in

Attachment 3. Drawings depicting lead-based paint locations are included in Attachment 1.

14-0796 BGI NBVC PH 1388 (TO#0023) Lead Report 071514: Lead Survey and Sampling Methodology

14-0796 BGI NBVC PH 1388 (TO#0023) Lead Report 071514: Findings and Recommendations 12

Findings and Recommendations EORM’s findings and recommendations are as follows:

Lead-Based Paint The following building components were found to have coatings with lead concentrations in excess of 1.0 mg/cm2 as determined by XRF testing or greater than 0.5 percent by weight as determined by

FAAS:

• Beige stucco paint located in throughout the exterior and upper roof areas , present throughout the building, and containing 1.8 mg/cm² of lead. This material was found to be intact at the time of the survey.

• Yellow floor striping located in the cooling tower area, comprising approximately 10 linear feet and containing 2.0 mg/cm² of lead. This material was found to be intact at the time of the survey.

• Yellow metal support columns for pipes in the second level mechanical room and the cooling tower area, comprising up to 30 columns and containing up to 3.9 mg/cm² of lead. This material was found to be intact at the time of the survey.

Any materials found to be in a peeling condition should be stabilized in order to prevent further deterioration. Efforts should be made to keep all other materials in an intact condition.

Please see Attachment 1 for drawings.

Lead-Containing Paint Building components with coatings having lead concentrations in excess of 0.0 mg/cm2, but less than or equal to 1.0 mg/cm2 as determined by XRF testing, included:

Table 1: Lead-Containing Paint

Reading

Number Floor Room Side Component Substrate Condition Color

Result

(mg/cm²)

19 FIRST

AUDITORIUM

MENS RR A WALL CERAMIC INTACT BLUE 0.01

22 FIRST

AUDITORIUM

MENS RR D WALL CERAMIC INTACT BLUE 0.01

26 FIRST

AUDITORIUM

MENS RR B TOILET CERAMIC INTACT WHITE 0.01

29 FIRST

AUDITORIUM

WMN RR B WALL CERAMIC INTACT PINK 0.01

30 FIRST

AUDITORIUM

WMN RR C WALL CERAMIC INTACT PINK 0.01

14-0796 BGI NBVC PH 1388 (TO#0023) Lead Report 071514: Findings and Recommendations 13

Reading

Number Floor Room Side Component Substrate Condition Color

Result (mg/cm²)

31 FIRST

AUDITORIUM

WMN RR D WALL CERAMIC INTACT PINK 0.01

32 FIRST

AUDITORIUM

WMN RR A WALL CERAMIC INTACT

PINKLIGH

T 0.01

34 FIRST

AUDITORIUM

WMN RR C WALL CERAMIC INTACT

PINKLIGH

T 0.01

35 FIRST

AUDITORIUM

WMN RR D WALL CERAMIC INTACT

PINKLIGH

T 0.01

42 FIRST

AUDITORIUM

PROJECTORS

RM A WALL DRYWALL INTACT BLACK 0.01

70 FIRST 1117 C FLOOR CERAMIC INTACT BEIGE 0.01

71 FIRST

HALLWAY RR

MN A WALL CERAMIC INTACT BEIGE 0.01

72 FIRST

HALLWAY RR

MN A WALL CERAMIC INTACT BEIGE 0.01

73 FIRST

HALLWAY RR

MN C WALL CERAMIC INTACT BLUE 0.01

128 SECOND MECH RM B FLOOR CONCRETE INTACT BEIGE 0.01

133 SECOND MECH RM B FLOOR CONCRETE INTACT GRAY 0.01

15 FIRST

AUDITORIUM

MENS RR A WALL CERAMIC INTACT PINK 0.02

16 FIRST

AUDITORIUM

MENS RR B WALL CERAMIC INTACT PINK 0.02

18 FIRST

AUDITORIUM

MENS RR D WALL CERAMIC INTACT PINK 0.02

33 FIRST

AUDITORIUM

WMN RR B WALL CERAMIC INTACT

PINKLIGH

T 0.02

122 FIRST

WEST CUBICLES

VAULT D DOOR METAL INTACT GREEN 0.02

125 SECOND MNS RR B WALL CERAMIC INTACT PINK 0.02

21 FIRST

AUDITORIUM

MENS RR C WALL CERAMIC INTACT BLUE 0.03

14-0796 BGI NBVC PH 1388 (TO#0023) Lead Report 071514: Findings and Recommendations 14

123 FIRST

WEST CUBICLES

VAULT D

DOOR

FRAME METAL INTACT GREEN 0.03

126 SECOND MNS RR B WALL CERAMIC INTACT BLUE 0.03

25 FIRST

AUDITORIUM

MENS RR B URINAL CERAMIC INTACT WHITE 0.04

27 FIRST

AUDITORIUM

WMN RR A WALL CERAMIC INTACT PINK 0.05

17 FIRST

AUDITORIUM

MENS RR C WALL CERAMIC INTACT PINK 0.06

Reading

Number Floor Room Side Component Substrate Condition Color

Result

(mg/cm²)

20 FIRST

AUDITORIUM

MENS RR B WALL CERAMIC INTACT BLUE 0.08

118 FIRST WEST CUBICLES B WALL DRYWALL INTACT BEIGE 0.19

39 FIRST

AUDITORIUM

WMN RR A CEILING DRYWALL INTACT WHITE 0.5

55 FIRST ENTRY A WALL DRYWALL INTACT BEIGE 0.6

91 FIRST 1210 CUBICLES C WALL DRYWALL INTACT WHITE 0.6

Paint Chip Results EORM collected a total of three (3) paint chip samples during the survey from the following locations:

Table 2: Paint Chip Results

Sample

No. Building Material Sampled Sample Location

Concentration

(wt. %)

Method Reporting Limit

(wt. %)

1PC PH 1388 Beige Drywall Wall

Auditorium Mechanical Room <0.006 0.006

2PC PH 1388

White Structural

Column Room 1320 – East <0.006 0.006

3PC PH 1388 Cream Drywall Wall

2nd Level East Cubicle Area - South <0.006 0.006

Recommendations for Handling LBP and LCP EORM recommends that any disturbance of the identified LBP and LCP be performed in accordance with all federal, State, and local regulations dealing with disturbance of lead containing materials.

EORM recommends that all materials found to be in a peeling condition be stabilized in order to prevent further deterioration.

14-0796 BGI NBVC PH 1388 (TO#0023) Lead Report 071514: Findings and Recommendations 15

Any material containing any detectable level of lead is subject to both federal OSHA’s Lead Exposure in Construction Rule (29 CFR Part 1926.62) and Cal-OSHA lead regulations (Title 8, Section 1532.1 of the California Code of Regulations) for lead exposure and worker protection requirements. Any work that disturbs these materials must be performed in accordance with these and any other applicable standards.

EORM recommends that all work activities with the potential for disturbing identified LBP/LCP be performed by a licensed and registered lead abatement contractor, using properly trained and certified personnel and state-of-the-art techniques.

Health Effects The severity of the health effects from lead contamination is only now being fully realized. Lead in the body can cause serious damage to the central and peripheral nervous system, the cardiovascular system, and the kidneys. Children are especially vulnerable and susceptible to lead poisoning. Even low levels, persisting during childhood, are known to slow a child’s normal development and cause learning and behavioral problems. The Agency for Toxic Substances and Disease Registry (ATSDR), as well as numerous other investigators, reports long-lasting impacts on intelligence, motor control, hearing, and emotional development of children who have concentrations of lead in their body that are is associated with obvious symptoms.

Please contact EORM at (805) 288-5070 with questions or comments regarding the information in this report.

Confidentiality and Limitations This report was prepared for the sole use of BGI and NBVC, the only intended beneficiaries of our work. No other party should rely on the information contained herein without prior written consent of EORM, NBVC, and the Client. EORM understands that our services to the Client are to be held in strict confidence. EORM will not discuss or disclose any information about our services to any third party without the Client’s consent.

This survey was planned and implemented on the basis of a mutually agreed scope of work. The survey was conducted in conformance with generally accepted current standards for identifying and evaluating lead-based paint in building materials. EORM uses only qualified professionals to perform building surveys; reasonable effort was made to survey accessible suspect materials. Additional suspect but un-sampled materials could be located between walls, in voids, or in other inaccessible areas; caution should be exercised regarding these areas. EORM cannot warrant that these buildings do not contain lead in locations other than those noted in this report.

EORM’s assessment of the risk of exposure to lead dust followed generally accepted protocols and is based on conditions at the time of the survey. EORM is not responsible for changes in conditions or accepted protocols subsequent to our site visit.

14-0796 BGI NBVC PH 1388 (TO#0023) Lead Report 071514: Confidentiality and Limitations

Attachment 1: Sample Location

Drawings for LBP

Attachment 1: Sample Location Drawings for LBP

Attachment 2: XRF Screening Results

Attachment 2: XRF Screening Results

XRF Summary Data

Client: BGI Site: PH 1388 EORM Project #14-0796

Reading No Site Floor Room Side Component Substrate Condition Color Results

(pos/neg) Results

(mg/cm2)

1 SHUTTER CAL 2.14

2 CALIBRATE Positive 1.2

3 CALIBRATE Positive 1.4

4 CALIBRATE Positive 1

5 PH 1388 FIRST AUDITORIUM A WALL DRYWALL INTACT BEIGE Negative 0

6 PH 1388 FIRST AUDITORIUM B WALL DRYWALL INTACT BEIGE Negative 0

7 PH 1388 FIRST AUDITORIUM C WALL DRYWALL INTACT BEIGE Negative 0

8 PH 1388 FIRST AUDITORIUM D WALL DRYWALL INTACT BEIGE Negative 0

9 PH 1388 FIRST AUDITORIUM A DOOR METAL INTACT BEIGE Negative 0

10 PH 1388 FIRST AUDITORIUM A DOOR FRAME METAL INTACT BEIGE Negative 0

11 PH 1388 FIRST AUDITORIUM A DOOR METAL INTACT BEIGE Negative 0

12 PH 1388 FIRST AUDITORIUM A DOOR FRAME METAL INTACT BEIGE Negative 0

13 PH 1388 FIRST AUDITORIUM B DOOR WOOD INTACT BEIGE Negative 0

14 PH 1388 FIRST AUDITORIUM B DOOR FRAME METAL INTACT BEIGE Negative 0

15 PH 1388 FIRST AUDITORIUM MENS RR A WALL CERAMIC INTACT PINK Negative 0.02

16 PH 1388 FIRST AUDITORIUM MENS RR B WALL CERAMIC INTACT PINK Negative 0.02

17 PH 1388 FIRST AUDITORIUM MENS RR C WALL CERAMIC INTACT PINK Negative 0.06

18 PH 1388 FIRST AUDITORIUM MENS RR D WALL CERAMIC INTACT PINK Negative 0.02

19 PH 1388 FIRST AUDITORIUM MENS RR A WALL CERAMIC INTACT BLUE Negative 0.01

20 PH 1388 FIRST AUDITORIUM MENS RR B WALL CERAMIC INTACT BLUE Negative 0.08

21 PH 1388 FIRST AUDITORIUM MENS RR C WALL CERAMIC INTACT BLUE Negative 0.03

22 PH 1388 FIRST AUDITORIUM MENS RR D WALL CERAMIC INTACT BLUE Negative 0.01

23 PH 1388 FIRST AUDITORIUM MENS RR A FLOOR CERAMIC INTACT PINK Negative 0

24 PH 1388 FIRST AUDITORIUM MENS RR C FLOOR CERAMIC INTACT PINK Negative 0

25 PH 1388 FIRST AUDITORIUM MENS RR B URINAL CERAMIC INTACT WHITE Negative 0.04

26 PH 1388 FIRST AUDITORIUM MENS RR B TOILET CERAMIC INTACT WHITE Negative 0.01

27 PH 1388 FIRST AUDITORIUM WMN RR A WALL CERAMIC INTACT PINK Null 0.05

28 PH 1388 FIRST AUDITORIUM WMN RR A WALL CERAMIC INTACT PINK Negative 0

29 PH 1388 FIRST AUDITORIUM WMN RR B WALL CERAMIC INTACT PINK Negative 0.01

30 PH 1388 FIRST AUDITORIUM WMN RR C WALL CERAMIC INTACT PINK Negative 0.01

31 PH 1388 FIRST AUDITORIUM WMN RR D WALL CERAMIC INTACT PINK Negative 0.01

32 PH 1388 FIRST AUDITORIUM WMN RR A WALL CERAMIC INTACT PINKLIGHT Negative 0.01

33 PH 1388 FIRST AUDITORIUM WMN RR B WALL CERAMIC INTACT PINKLIGHT Negative 0.02

34 PH 1388 FIRST AUDITORIUM WMN RR C WALL CERAMIC INTACT PINKLIGHT Negative 0.01

35 PH 1388 FIRST AUDITORIUM WMN RR D WALL CERAMIC INTACT PINKLIGHT Negative 0.01

36 PH 1388 FIRST AUDITORIUM WMN RR D FLOOR CERAMIC INTACT PINK Negative 0

37 PH 1388 FIRST AUDITORIUM WMN RR D SINK CERAMIC INTACT WHITE Negative 0

38 PH 1388 FIRST AUDITORIUM WMN RR D SINK CERAMIC INTACT WHITE Negative 0

39 PH 1388 FIRST AUDITORIUM WMN RR A CEILING DRYWALL INTACT WHITE Negative 0.5

40 PH 1388 FIRST AUDITORIUM WMN RR A CEILING DRYWALL INTACT WHITE Negative 0

41 PH 1388 FIRST AUDITORIUM WMN RR C CEILING DRYWALL INTACT WHITE Negative 0

42 PH 1388 FIRST AUDITORIUM PROJECTORS RM A WALL DRYWALL INTACT BLACK Negative 0.01

43 PH 1388 FIRST AUDITORIUM PROJECTORS RM B WALL DRYWALL INTACT BLACK Negative 0

44 PH 1388 FIRST AUDITORIUM PROJECTORS RM C WALL DRYWALL INTACT BLACK Negative 0

45 PH 1388 FIRST AUDITORIUM PROJECTORS RM D WALL DRYWALL INTACT BLACK Null 0

46 PH 1388 FIRST AUDITORIUM PROJECTORS RM D WALL DRYWALL INTACT BLACK Negative 0

47 PH 1388 FIRST AUDITORIUM PROJECTORS RM D DOOR METAL INTACT BLACK Negative 0

48 PH 1388 FIRST AUDITORIUM PROJECTORS RM D DOOR FRAME METAL INTACT BLACK Negative 0

49 PH 1388 FIRST AUDITORIUM MECH RM A FLOOR CONCRETE INTACT GRAY Negative 0

50 PH 1388 FIRST AUDITORIUM MECH RM B FLOOR CONCRETE INTACT GRAY Negative 0

51 PH 1388 FIRST AUDITORIUM MECH RM A WALL DRYWALL INTACT BEIGE Negative 0

52 PH 1388 FIRST AUDITORIUM MECH RM B WALL DRYWALL INTACT BEIGE Negative 0

53 PH 1388 FIRST AUDITORIUM MECH RM C WALL DRYWALL INTACT BEIGE Negative 0

54 PH 1388 FIRST AUDITORIUM MECH RM D WALL DRYWALL INTACT BEIGE Negative 0

55 PH 1388 FIRST ENTRY A WALL DRYWALL INTACT BEIGE Negative 0.6

56 PH 1388 FIRST ENTRY B WALL PLASTER INTACT BEIGE Null 0

57 PH 1388 FIRST ENTRY B WALL PLASTER INTACT BEIGE Null 0

58 PH 1388 FIRST ENTRY B WALL PLASTER INTACT BEIGE Positive 1.6

59 PH 1388 FIRST ENTRY B WALL PLASTER INTACT BEIGE Null 0

60 PH 1388 FIRST ENTRY B WALL PLASTER INTACT BEIGE Positive 1.7

61 PH 1388 FIRST ENTRY C WALL DRYWALL INTACT BEIGE Negative 0

62 PH 1388 FIRST ENTRY D WALL DRYWALL INTACT BEIGE Negative 0

63 PH 1388 FIRST ENTRY A COLUMN METAL INTACT WHITE Negative 0

64 PH 1388 FIRST ENTRY B COLUMN METAL INTACT WHITE Negative 0

65 PH 1388 FIRST ENTRY C COLUMN METAL INTACT WHITE Negative 0

66 PH 1388 FIRST ENTRY D COLUMN METAL INTACT WHITE Negative 0

67 PH 1388 FIRST ENTRY D STAIR RAILING METAL INTACT WHITE Negative 0

68 PH 1388 FIRST ENTRY D STAIR RAILING METAL INTACT WHITE Negative 0

69 PH 1388 FIRST ENTRY D STAIR RAILING METAL INTACT WHITE Negative 0

70 PH 1388 FIRST 1117 C FLOOR CERAMIC INTACT BEIGE Negative 0.01

71 PH 1388 FIRST HALLWAY RR MN A WALL CERAMIC INTACT BEIGE Null 0.01

72 PH 1388 FIRST HALLWAY RR MN A WALL CERAMIC INTACT BEIGE Negative 0.01

73 PH 1388 FIRST HALLWAY RR MN C WALL CERAMIC INTACT BLUE Negative 0.01

74 PH 1388 FIRST HALLWAY RR MN D FLOOR CERAMIC INTACT BLUE Negative 0

75 PH 1388 FIRST 1209 C WALL DRYWALL INTACT WHITE Negative 0

76 PH 1388 FIRST 1209 D WALL DRYWALL INTACT WHITE Negative 0

77 PH 1388 FIRST 1210 A WALL DRYWALL INTACT BEIGE Negative 0

78 PH 1388 FIRST 1210 B WALL DRYWALL INTACT BEIGE Negative 0

79 PH 1388 FIRST 1210 C WALL DRYWALL INTACT BEIGE Negative 0

80 PH 1388 FIRST 1210 D WALL DRYWALL INTACT BEIGE Negative 0

81 PH 1388 FIRST 1210 SERVERS B WALL DRYWALL INTACT BEIGE Negative 0

82 PH 1388 FIRST 1210 SERVERS D WALL DRYWALL INTACT BEIGE Negative 0

83 PH 1388 FIRST 1210 SERVERS A DOOR METAL INTACT BEIGE Negative 0

84 PH 1388 FIRST 1210 SERVERS A DOOR FRAME METAL INTACT BEIGE Negative 0

85 PH 1388 FIRST 1210 SERVERS A COLUMN METAL INTACT WHITE Negative 0

86 PH 1388 FIRST 1210 SERVERS D COLUMN PLASTER INTACT BEIGE Negative 0

87 PH 1388 FIRST 1210 SERVERS D COLUMN METAL INTACT WHITE Negative 0

88 PH 1388 FIRST 1210 SERVERS D DOOR METAL INTACT BEIGE Negative 0

89 PH 1388 FIRST 1210 SERVERS D DOOR FRAME METAL INTACT WHITE Negative 0

90 PH 1388 FIRST 1210 CUBICLES B WALL DRYWALL INTACT WHITE Negative 0

91 PH 1388 FIRST 1210 CUBICLES C WALL DRYWALL INTACT WHITE Negative 0.6

92 PH 1388 FIRST 1210 CUBICLES D WALL DRYWALL INTACT WHITE Negative 0

93 PH 1388 FIRST 1210 CUBICLES C DOOR WOOD INTACT BEIGE Negative 0

94 PH 1388 FIRST 1210 CUBICLES C DOOR METAL INTACT WHITE Negative 0

95 PH 1388 FIRST 1210 CUBICLES A WALL DRYWALL INTACT BEIGE Negative 0

96 PH 1388 FIRST 1210 CUBICLES B WALL DRYWALL INTACT BEIGE Negative 0

97 PH 1388 FIRST 1210 CUBICLES B COLUMN METAL INTACT RED Negative 0

98 PH 1388 FIRST HALLWAY B WALL DRYWALL INTACT PINK LIGHT Negative 0

99 PH 1388 FIRST HALLWAY D WALL DRYWALL INTACT PINK LIGHT Negative 0

100 PH 1388 FIRST 1320 A WALL DRYWALL INTACT BEIGE Negative 0

101 PH 1388 FIRST 1320 B WALL DRYWALL INTACT BEIGE Negative 0

102 PH 1388 FIRST 1320 C WALL DRYWALL INTACT BEIGE Negative 0

103 PH 1388 FIRST 1320 D WALL DRYWALL INTACT BEIGE Negative 0

104 PH 1388 FIRST 1320 B COLUMN METAL INTACT WHITE Negative 0

105 PH 1388 FIRST 1221 A WALL DRYWALL INTACT CREAM Negative 0

106 PH 1388 FIRST 1221 B WALL DRYWALL INTACT CREAM Negative 0

107 PH 1388 FIRST 1221 C WALL DRYWALL INTACT CREAM Negative 0

108 PH 1388 FIRST 1221 C COLUMN DRYWALL INTACT CREAM Negative 0

109 PH 1388 FIRST 1221 D COLUMN DRYWALL INTACT CREAM Negative 0

110 PH 1388 FIRST 1221 D WALL DRYWALL INTACT CREAM Negative 0

111 PH 1388 FIRST 1221 D DOOR WOOD INTACT BEIGE Negative 0

112 PH 1388 FIRST 1221 D DOOR FRAME METAL INTACT BEIGE Negative 0

113 PH 1388 FIRST 1221 ELECTRICAL RM B FLOOR CONCRETE INTACT GRAY Negative 0

114 PH 1388 FIRST 1221 ELECTRICAL RM A DOOR WOOD INTACT BEIGE Negative 0

115 PH 1388 FIRST 1221 ELECTRICAL RM A DOOR FRAME METAL INTACT WHITE Negative 0

116 PH 1388 FIRST 1221 KITCHEN B FLOOR CERAMIC INTACT BEIGE Negative 0

117 PH 1388 FIRST WEST CUBICLES A WALL DRYWALL INTACT BEIGE Negative 0

118 PH 1388 FIRST WEST CUBICLES B WALL DRYWALL INTACT BEIGE Negative 0.19

119 PH 1388 FIRST WEST CUBICLES C WALL DRYWALL INTACT BEIGE Negative 0

120 PH 1388 FIRST WEST CUBICLES D WALL DRYWALL INTACT BEIGE Negative 0

121 PH 1388 FIRST WEST CUBICLES D COLUMN DRYWALL INTACT BEIGE Negative 0

122 PH 1388 FIRST WEST CUBICLES VAULT D DOOR METAL INTACT GREEN Negative 0.02

123 PH 1388 FIRST WEST CUBICLES VAULT D DOOR FRAME METAL INTACT GREEN Negative 0.03

124 PH 1388 FIRST HALLWAY VENDING VAULT D WALL METAL INTACT GRAY Negative 0

125 PH 1388 SECOND MNS RR B WALL CERAMIC INTACT PINK Negative 0.02

126 PH 1388 SECOND MNS RR B WALL CERAMIC INTACT BLUE Negative 0.03

127 PH 1388 SECOND HALLWAY VENDING D WALL DRYWALL INTACT GRAY Negative 0

128 PH 1388 SECOND MECH RM B FLOOR CONCRETE INTACT BEIGE Negative 0.01

129 PH 1388 SECOND MECH RM B FLOOR CONCRETE INTACT GRAY Null 0

130 PH 1388 SECOND MECH RM B FLOOR CONCRETE INTACT YELLOW Positive 1.6

131 PH 1388 SECOND MECH RM D FLOOR CONCRETE INTACT GRAY Negative 0

132 PH 1388 SECOND MECH RM B FLOOR CONCRETE INTACT GRAY Negative 0

133 PH 1388 SECOND MECH RM B FLOOR CONCRETE INTACT GRAY Negative 0.01

134 PH 1388 SECOND MECH RM B FLOOR CONCRETE INTACT MULTIPLE Negative 0

135 PH 1388 SECOND MECH RM D COLUMN METAL INTACT GRAY Negative 0

136 PH 1388 SECOND MECH RM A WALL DRYWALL INTACT BEIGE Negative 0

137 PH 1388 SECOND MECH RM B WALL DRYWALL INTACT BEIGE Negative 0

138 PH 1388 SECOND MECH RM C WALL DRYWALL INTACT BEIGE Negative 0

139 PH 1388 SECOND MECH RM A DOOR METAL INTACT BEIGE Negative 0

140 PH 1388 SECOND MECH RM A DOOR FRAME METAL INTACT BEIGE Negative 0

141 PH 1388 SECOND MECH RM A DOOR WOOD INTACT BLACK Negative 0

142 PH 1388 SECOND MECH RM A COLUMN METAL INTACT YELLOW Positive 1

143 PH 1388 SECOND MECH RM A COLUMN METAL INTACT YELLOW Positive 3.9

144 PH 1388 SECOND COOLING TOWER AREA A WALL PLASTER INTACT BEIGE Negative 0

145 PH 1388 SECOND COOLING TOWER AREA C WALL PLASTER INTACT BEIGE Positive 1.6

146 PH 1388 SECOND COOLING TOWER AREA B WALL PLASTER INTACT BEIGE Null 0

147 PH 1388 SECOND COOLING TOWER AREA B WALL PLASTER INTACT BEIGE Positive 1.4

148 PH 1388 SECOND COOLING TOWER AREA D WALL PLASTER INTACT BEIGE Negative 0

149 PH 1388 SECOND COOLING TOWER AREA D COLUMN METAL INTACT BEIGE Negative 0

150 PH 1388 SECOND COOLING TOWER AREA B COLUMN METAL INTACT BEIGE Negative 0

151 PH 1388 SECOND COOLING TOWER AREA B COLUMN METAL INTACT BEIGE Negative 0

152 PH 1388 SECOND COOLING TOWER AREA B TOWER PLATFORM METAL INTACT BEIGE Negative 0

153 PH 1388 SECOND COOLING TOWER AREA B DOOR METAL INTACT GRAY Negative 0