Pier 36 - HAZMAT Survey Report

Hazardous Materials Survey Brannan Street Wharf Project

Pier 36

Prepared for:

Port of San Francisco Pier 1, The Embarcadero San Francisco, CA 94111

September 2009

Prepared by:

3410 Industrial Blvd., Suite 102

West Sacramento, CA 95691

(916) 372-6606

Brannan Street Wharf – Hazardous Material Survey Report September 2009

Hazardous Materials Survey Brannan Street Wharf Project Pier 36 San Francisco, California

Project No. 1180809001.33012

Prepared for:

Port of San Francisco Pier 1, The Embarcadero San Francisco, CA 94111

Prepared by:

Erica E. Alvarez

CSST # 08-4327, CDPH # 20425

Environmental Staff Scientist

Reviewed by:

Christopher Smith

CAC # 05-3823, CDPH # 12430

Project Manager

Winzler & Kelly 3410 Industrial Blvd, Suite 102 West Sacramento, California 95691

(916) 372-6606

SAC IH- Hazmat Projects\ 1180809001.33012 i

TABLE OF CONTENTS

Section Page

1.0 INTRODUCTION

2.0 BUILDING DESCRIPTION

3.0 SURVEY METHODOLOGY

3.1 General Survey Approach

3.2 Asbestos Survey Methodology

3.3 Asbestos Analytical Methodology

3.4 Lead Survey Approach

3.5 Other Suspected Hazardous Materials & Biological Hazards

4.0 SURVEY RESULTS

4.1 Asbestos Containing Materials

4.2 Lead Containing Paints and Coatings

4.3 Other Potential Hazardous Materials

5.0 CONCLUSIONS & RECOMMENDATIONS

5.1 Asbestos Containing Construction Materials

5.2 Lead Containing Paints and Coatings

5.3 Other Known & Presumed Hazardous Materials

6.0 CLOSING

SAC IH- Hazmat Projects\ 1180809001.33012 ii

TABLES

Table 1 – Suspect Asbestos-Containing Materials Table 2 – Lead Results Table 3 – Identified Hazardous Materials

ASBESTOS SAMPLE LOCATION PLAN

Asbestos Sample Locations

ATTACHMENTS

A – Analytical Laboratory Reports-Asbestos B – Analytical Laboratory Reports-Lead

LIST OF ACRONYMS

ACM Asbestos Containing Material PACM Presumed ACM RACM Regulated ACM LBP Lead-Based Paint LCP Lead-Containing Paint PCB Polychlorinated Biphenyl XRF X-Ray Fluorescence EPA Environmental Protection Agency OSHA Occupational Safety and Health Administration NESHAPS National Emissions Standard for Hazardous Air Pollutants CCR California Code of Regulations CAC Certified Asbestos Consultant CSST Certified Site Surveillance Technician CIH Certified Industrial Hygienist NIST National Institute of Standards and Technology NVLAP National Voluntary Laboratory Accreditation Program CAL-ELAP California Environmental Laboratory Accreditation Program PLM Polarized Light Microscopy HUD Housing and Urban Development CDPH California Department of Public Health DTSC Department of Toxic Substances and Control

SAC IH- Hazmat Projects\ 1180809001.33012 1

1.0 INTRODUCTION

Winzler & Kelly (W&K) performed a hazardous materials survey at Pier 36, San Francisco California in support of the Brannan Street Wharf Project. The intent of this survey was to visually inspect, identify, sample, and/or test for asbestos, lead, other existing suspect hazardous building materials, and biological hazards that might be expected to be impacted by demolition and other construction activities associated with the project.

Winzler & Kelly’s on-site survey was conducted by Mr. Chris Smith and Ms. Erica Alvarez on March 31st and April 1st, 2009. Mr. Smith is a Certified Asbestos Consultant (CAC) and CDPH- Certified Lead consultant and Ms. Alvarez is a Certified Site Surveillance Technician (CSST). The project was planned and overseen by Mr. Lionel (Butch) Reynolds, a Certified Industrial Hygienist (CIH), Certified Asbestos Consultant (CAC), and Certified Lead consultant. Site access was provided by Port of San Francisco.

2.0 BUILDING DESCRIPTION

Pier 36 is a two-story concrete structure originally constructed in the early 1940’s. The building is a large warehouse type structure and comprises of approximately 35,000 square feet. Structural steel, wood beams and columns support the building frame. The mechanical room adjacent to room 3 was not accessible and was not surveyed because the exterior metal door has been welded shut preventing access. The roof access ladder was unsafe making the roof inaccessible at the time of the survey. Therefore the roof must be presumed to be asbestos containing unless further testing proves it to be otherwise. The planned work for the Brannan Street Wharf Project includes demolition and removal of the entire structure. The building has been deemed deteriorated and unsafe by the City of San Francisco, thus was unoccupied at the time of the survey, with the exception of homeless transients who currently occupy the building.

SAC IH- Hazmat Projects\ 1180809001.33012 2

Arbitrary room numbers were assigned by Winzler & Kelly (W&K) to various rooms and spaces to allow identification of hazardous materials and sample locations in the building. See diagram below.

SAC IH- Hazmat Projects\ 1180809001.33012 3

3.0 SURVEY METHODOLOGY

3.1 GENERAL SURVEY APPROACH

Winzler & Kelly’s survey was conducted according to the approach described in our proposal and this report. Unsafe conditions prevent roof access for sampling, thus pending safe access for sampling, all roof materials must be assumed to be asbestos containing materials and it is recommended all roofing materials be sampled prior to demolition when safe access is made available.

Winzler & Kelly’s survey included sampling of suspect asbestos-containing materials (ACM) identified during a visual survey of the buildings, a screening survey of representative painted surfaces and coatings for lead-based paint (LBP), and a visual inspection for other possible hazardous materials, as well as biological hazards that might be impacted by the project. Specific survey procedures are provided in the following paragraphs.

Laboratory reports for asbestos bulk samples and lead paint chips samples collected are included in Attachments A and B respectively.

3.2 ASBESTOS SURVEY METHODOLOGY

Identification of suspect or presumed present asbestos-containing material (ACM) was performed by visually surveying structural, architectural, and mechanical components and finishes on building exteriors and interiors. The survey was conducted in a limited destructive manner to ensure all potentially present ACM was exposed and revealed beneath or behind a surface material or finish.

No hard demolition of concrete and steel was conducted. No excavation was conducted to discover buried insulated piping and/or asbestos cement pipes concealed below the surface.

Suspect ACM identified during this survey was bulk sampled using sampling guidelines established by the Environmental Protection Agency (EPA) and by generally following the methods described in Appendix K of title 8, CCR, Section 1529 of the California Code of Regulations for sample collection. The following summarizes the sampling procedures utilized.

• Visually identified suspect ACMs were categorized into homogeneous material areas. A homogeneous material is defined as being a surfacing material, thermal system insulation, or miscellaneous material which is uniform in color and texture.

• A sampling scheme was developed based upon the location and quantity of the various homogeneous materials.

• Trained and certified personnel, using appropriate sampling tools and leak-tight containers, collected bulk samples.

• Bulk sample collection tools were decontaminated after the collection of each bulk sample to prevent the spread of secondary contamination to subsequent bulk samples.

• Each bulk sample was labeled with a unique sample identification number and recorded on a bulk sample log.

• Hand drawn floor plan drawings were used to record the location of each sample collected.

These drawings are located in the Figures attached to this report.

• Bulk samples collected were then submitted to a laboratory with a chain of custody record.

SAC IH- Hazmat Projects\ 1180809001.33012 4

All findings, conclusions, and analytical data presented in this report are based on our own visual inspection of building areas and the results of the sampling and analysis of suspected ACM observed by W&K during the survey.

The information provided in this report should be used in conjunction with construction documents and the construction contractor’s own field verification of the abatement scope of work including location and extent of asbestos removal required for the demolition project being undertaken at the site. In the event that suspect ACM materials not previously identified are discovered, the contractor is obligated to stop and notify the owner immediately in compliance with applicable regulations.

3.3 ASBESTOS ANALYTICAL METHODOLOGY

Bulk samples of suspect ACM were sent to Forensic Analytical in Hayward, California. Forensic Analytical Laboratory is an accredited laboratory under the National Institute of Standards and Technology (NIST)/National Voluntary Laboratory Accreditation Program (NVLAP) and the California Environmental Laboratory Accreditation Program (Cal-ELAP) for bulk asbestos sample analysis. The samples were submitted for analysis by Polarized Light Microscopy (PLM) utilizing dispersion staining techniques in accordance with the EPA’s “Method for the Determination of Asbestos in Bulk Building Materials” U.S. EPA/600/R-93/116, dated July 1993 and adopted by the NVLAP as Test Method Code 18/A01.

3.4 LEAD SURVEY APPROACH

Lead-Based Paint (LBP) is defined as any painted surface with lead levels exceeding 5,000 parts per million (ppm), 1.0 milligrams per square centimeter (mg/cm²) or greater than 0.5 percent (%) by weight, as set forth in the federal Environmental Protection Agency (EPA), Dangerous Levels of Lead, Final Rule and also adopted by Department of Housing and Urban Development (HUD) in rules for federally owned housing, and by California Department of Public Health (CDPH) regulations for residential and public buildings. Lead-Containing Paints (LCPs) are paints and coatings that contain detectable lead as defined by Cal/OSHA. Most paints and coatings on pre- 1978 buildings contain some detectable lead subject to Cal/OSHA regulation. Since it is not practical or cost-effective to conduct the exhaustive testing required to prove painted coatings do not contain detectable levels of lead, it is prudent to consider that all paints and architectural coatings contain some detectable levels of lead unless proven otherwise by laboratory analysis.

Screening level LBP testing using a NITON XLp 300A direct read lead testing instrument was used to survey of lead in paint coatings. The NITON instrument uses x-ray fluorescence (XRF) spectrometry to test for the presence of lead based paint non-destructively on a surface to surface basis. This testing was supplemented by limited paint chip sampling and laboratory analysis. The test results and sampling for lead presented herein is representative of typical conditions but are not inclusive of all painted/coated surfaces present at this building. However, the results can be used to assist with compliance to the California Occupational Safety and Health Administration (Cal/OSHA) lead construction standard and preliminary evaluation of potential construction waste streams. However, while providing a cost effective, non-destructive test method, the XRF instrument is calibrated to detect LBP but cannot detect lead at the lowest levels regulated Cal/OSHA and Cal/EPA. Therefore, all painted/coated surfaces including untested surfaces, should

SAC IH- Hazmat Projects\ 1180809001.33012 5 be assumed to contain some detectable level of lead in the absence of representative paint chip analytical results demonstrating that lead levels are below analytical detection limits.

3.5 OTHER SUSPECTED HAZARDOUS MATERIALS & BIOLOGICAL HAZARDS

The structure was visually surveyed for other hazardous materials and biological hazards that could impact planned demolition work. These suspect hazardous materials included fluorescent lighting fixtures manufactured prior to 1979 that have the potential to contain Polychlorinated Biphenyl (PCB) ballasts, mercury containing lighting tubes, and other components considered to be “universal wastes” upon disposal. “Universal wastes” include mercury-containing non-incandescent lamps, batteries and other hazardous wastes commonly found in building components and equipment.

This building has been unoccupied for some time therefore many fluorescent lighting fixtures are not secured; lighting tubes have been broken and can be found on the floor throughout the building.

4.0 SURVEY RESULTS

4.1 ASBESTOS CONTAINING MATERIALS

Winzler & Kelly collected 59 bulk samples with a total of 138 layers of suspect ACM. Suspect asbestos-containing materials (ACM’s) sampled during this survey are listed in Table 1 – Suspect Asbestos-Containing Materials. Table 3 – Identified Hazardous Materials provides a summary listing of known asbestos containing materials as well as other contaminants. Winzler & Kelly’s laboratory analytical results for sampled suspect ACMs provided in Attachment A – Analytical Laboratory Reports-Asbestos.

The following is a listing of materials found positive or assumed to be asbestos containing:

MATERIAL ASSOCIATED

MATERIALS MATERIAL LOCATION QUANTITY

SHEETROCK WITH

JOINT COMPOUND JOINT COMPOUND - 2%

(SHEET ROCK – ND)

WALLS AT ROOMS: 1, 2, 3, 4, 5A, 5B, 5C,

5D, 5F, 5G, 5H, AND WALLS AND CEILINGS AT 5I &

5J

17,750 SF

FLOOR TILE - 10% 9" X 9" MASTICS (BLACK) - ND ROOMS: 2, 2A, 2B, 2C, 2D, 3A, 3B, 5A, 5B, 5D, 5K 3,400 SF

FLOOR TILE MASTIC

(YELLOW) - 2-5% 12" X 12" FLOOR TILE & RSF - ND ROOMS: 5F, 5J

(UNDER RSF STRIPS AND TILE) 600 SF

PIPE INSULATION WHITE MAG &

AIRCELL TYPES NA

PIPE INSULATION & DEBRIS IN ROOM 3 AND

CONCEALED ABOVE CEILINGS AND IN WALLS

THROUGH OUT BUILDING & DEBRIS IN ROOM 3

UNKNOWN

PIPE INSULATION

(ELBOW/FITTING) WHITE CANVAS JACKET - ND IN ROOM 3 AND CONCEALED ABOVE CEILINGS

AND IN WALLS THROUGH OUT BUILDING UNKNOWN

GASKET BLACK NA ROOM 3 MECH. ROOM UNKNOWN

CEMENT PIPE/FLUE

(assumed) TRANSITE® NA ROOM 3, MECH. ROOM AND EXTERIOR UNKNOWN

ROOF (assumed)

ROOF FIELD, TARS,

SEALANTS, PATCHES,

FLASHINGS, FELTS

THROUGHOUT ROOF 33,000 SF

ND = No Asbestos Detected % = Percent of asbestos RSF = Resilient Sheet Flooring SF = Square Feet

SAC IH- Hazmat Projects\ 1180809001.33012 6

Refer to Table 1 for full list of suspect materials sampled by W&K including those with no detectable asbestos content and refer Attachment A for a complete set of the laboratory results.

4.2 LEAD CONTAINING PAINTS AND COATINGS

Winzler & Kelly performed a total of approximately 186 XRF lead tests of interior and exterior building surfaces and collected twelve (12) paint chip samples. In addition, six (6) bulk resilient sheet flooring samples were collected for analysis of lead content. The results of the lead based paint screening survey are provided in Table 3 – Lead Test Results. A review of the results indicates 50 XRF test results and five (5) paint chip samples exceed the lead-based paint criteria.

The remaining tests and samples reported lower levels of lead. Of the six (6) bulk resilient sheet flooring samples analyzed for lead content, all samples reported levels well below the hazardous waste threshold of 5,000 milligrams per kilogram (mg/kg) with results ranging from 8-2, 100 mg/kg.

The following is a brief summary of lead testing and analysis results by component:

Interior Components:

o Beams (wood): 0.02-7.4 mg/cm2 o Ceilings (wood): 0.03-0.06 mg/cm2 o Columns (structural steel): 0.16-5.2 mg/cm2 o Doors (metal & wood): 0-0.13 mg/cm2 o Door frames (metal & wood): 0-13.4 mg/cm2 o Door jambs (wood): 0-10.1 mg/cm2 o Fire doors (metal): 0.03-5 mg/cm2 o Floors (wood): 0.01-0.14 mg/cm2 o Pipes (metal): 0-1.8 mg/cm2 o Roll-up doors (metal): 6.1-32.6 mg/cm2 o Stair stringers (wood): 0.18-0.4 mg/cm2 o Walls (concrete, drywall, wood, wood panel): 0-20.2 mg/cm2 o Windows (metal & wood): 0.4-12.2 mg/cm2 o Window casings (wood): 0.12-12.9 mg/cm2 o Window frames (wood): 0-0.02 mg/cm2

SAC IH- Hazmat Projects\ 1180809001.33012 7

Exterior Components:

o Doors (metal): 9.9 mg/cm2 o Door frames (metal): 12-27.4 mg/cm2 o Hand rails (metal): 7.1 mg/cm2 o Hose wraps (metal): 1.1 mg/cm2 o Large door frames (metal): 5-10 mg/cm2 o Roll-up doors (metal): 0-28.8 mg/cm2 o Walls (concrete): 0.12-0.6 mg/cm2 o Stair stringers (metal): 6.0 mg/cm2 o Stair posts (metal): 4.3 mg/cm2

Refer to Table 2 – Lead Test Results for a complete listing of lead testing and sampling results.

Attachment B provides the laboratory results for lead analysis including paint chip results summarized above.

Paint Condition Findings:

The painted building components at this site were generally in poor condition. Over time, paint tends to deteriorate so condition assessment should be reviewed just before or at the time the project is to be bid. Since even low level of paint just over 50 ppm may exhibit hazardous waste characteristics, care must be taken to eliminate loose and peeling paint prior to selective demolition, surface preparation, patching/repairing or other activities likely to disturb painted surfaces.

4.3 OTHER POTENTIAL HAZARDOUS MATERIALS

Winzler & Kelly has visually inspected readily accessible areas of the buildings for other hazardous materials including potential PCB lighting ballasts, Universal Wastes (such as mercury containing lighting tubes, thermostats, and batteries), and other suspect hazardous waste and contamination.

No attempt was made to disassemble equipment or sample any additionally discovered suspect materials; however some light fixtures were partially disassembled and visually accessible, Winzler & Kelly inspected a limited amount of light ballasts and did not find the “NO PCBs” or “PCB FREE” labels on the ballasts. Therefore all fluorescent lighting fixtures must be presumed to contain PCB ballasts pending removal and disassembly of each unit to determine ballast type and/or labeling in the absence of other explicit product specific information to the contrary. As expected, we found fluorescent lighting systems in many areas. Where ever fluorescent lighting systems and emergence egress lighting systems are present and impacted, the associated suspect PCB ballasts and universal waste items will require special handing and disposal or recycling.

Also, human and animal fecal matter was observed throughout the building.

SAC IH- Hazmat Projects\ 1180809001.33012 8

The following is a listing of other hazardous materials found at the subject site:

HAZARD MATERIAL LOCATION QUANTITY

PCB LIGHT BALLASTS IN LIGHT FIXTURES THROUGHOUT INTERIOR OF BUILDING 175 TOTAL

MERCURY LIGHT TUBES THROUGHOUT INTERIOR OF BUILDING 140 TOTAL

MERCURY EXTERIOR VAPOR LAMPS EXTERIOR OF BUILDING 10 TOTAL

BIOLOGICAL

WASTES HUMAN AND ANIMAL EXCREMENT THROUGHOUT SITE UNKNOWN

PCB = Polychlorinated Biphenyl

5.0 CONCLUSIONS & RECOMMENDATIONS

5.1 ASBESTOS-CONTAINING CONSTRUCTION MATERIALS

Prior to maintenance, repair, renovation or demolition construction activities, known or assumed ACMs that are likely to be disturbed by those activities, must be removed and disposed of in accordance all applicable regulations including federal National Emissions Standard for Hazardous Air Pollutants (NESHAPS) and Cal/OSHA regulations. A Cal-OSHA registered and State licensed, registered asbestos contractor (abatement/demolition/roofing) is required for removal of ACM prior to general demolition.

At minimum, the contractor’s abatement sub-contactor should remove friable ACM under OSHA Class I removal rules and all non-friable ACM in a manner that does not unnecessarily produce friable ACM under OSHA Class II removal requirements. All friable asbestos waste must be disposed of as hazardous asbestos wastes and all non-friable asbestos wastes should be disposed of as non-hazardous asbestos waste at a landfill permitted for asbestos waste disposal.

The following additional requirements should be adhered to for any maintenance, renovation, or demolition projects requiring asbestos disturbance and/or removal:

♦ All asbestos-containing wastes shall be manifested as either hazardous or non-hazardous based on asbestos content, friability, and actual waste stream classification.

♦ All asbestos removal should be overseen a qualified owner’s representative or by a qualified independent third party retained by the owner to ensure proper removal, clean up, work area clearance, and review waste shipping and disposal documentation.

♦ Contractor should perform all work in compliance with contract documents and the most recent edition of all applicable Federal, State, and local regulations, standards, and codes governing abatement, transport, and disposal of asbestos.

5.2 LEAD CONTAINING PAINTS AND COATINGS

The painted components tested at Pier 36, typically had high levels of lead and should be considered LBP on surfaces and components tested throughout the building to be demolished. The disturbance of these components during demolition activities will require use of personnel trained in lead hazards for construction and will require compliance with applicable Cal/OSHA and Cal/EPA regulation.

SAC IH- Hazmat Projects\ 1180809001.33012 9

At present there is no state or federal regulation requiring mandatory lead removal or abatement prior to disturbance or demolition of structures with identified lead materials. However, there are applicable Cal/OSHA worker protection requirements and Cal/EPA waste disposal requirements that do apply to lead-related construction activities and associated wastes:

♦ Cal/OSHA: The Cal/OSHA regulation, Title 8, CCR, Section 1532.1 Lead governs occupation exposure to lead. This regulation requires that any task that may potentially expose workers to any concentration of lead, be monitored to determine workers eight-hour time weighted average (TWA) exposure to lead. Prior to initiation of certain activities, referred to as “trigger tasks”, that are believed to have the capability of creating an excessive lead exposure, such workers must be properly fitted with respiratory protection and protective clothing until personal eight-hour TWA results reveal exposures within acceptable levels. Pertinent examples of trigger tasks are manual demolition, manual paint scraping and power tool removal, and hot work involving lead-containing coatings or materials. Cal/OSHA also has agency pre-start notification requirements and worker training and certification depending on exposure levels. Clearly these requirements will apply to demolition, patch and repair, paint removal, and surface preparation work at this site.

♦ Cal/EPA: Cal/EPA regulates disposal of lead hazardous waste (22 CCR Division 4.5 Chapter 30, Minimum Standards for Management of Hazardous and Extremely Hazardous Wastes). The Cal/EPA Department of Toxic Substance Control (DTSC) has issued guidance indicating that architectural debris with intact lead paint is normally anticipated to be handled as general construction waste. However, all paint containing waste streams should be considered potentially lead hazardous pending waste testing. Further, all surface preparation and paint removal wastes must be considered hazardous wastes due to the likelihood of paint chip lead levels exceeding 1,000 total lead or 5 ppm soluble lead.

♦ San Francisco Lead Ordinance: San Francisco Building Code, Chapter 36: Sections 3602-3606: This ordinance applies to buildings constructed before 1979 and contains notification, containment standards, prohibitions and other performance standards for work that disturbs exterior lead-based paint

Where ever construction activities impact LCP, the contractor should perform the work in compliance with the most recent edition of all applicable Federal, State, and local regulations, standards, and codes governing abatement, transport, and disposal of lead containing/contaminated materials. Demolition, maintenance or repair of interior and exterior painted components may involve disturbing lead and creating lead hazardous wastes. These construction activities must be controlled to prevent uncontrolled release of lead contamination and for environmental protection.

The contractor conducting building demolition controls the means and methods used and therefore should be required by the contract document to ensure that the demolition process is conducted in a manner that creates the minimum amount of hazardous waste and leaves the site free of lead contamination exceeding regulatory levels.

Types of construction work impacting lead containing paints and coatings on this project include:

SAC IH- Hazmat Projects\ 1180809001.33012 10 o General building demolition including; some selected demolition of walls, structural steel, windows, roll-up doors and the other painted architectural, plumbing, mechanical, and electrical equipment and components present.

5.3 OTHER KNOWN & PRESUMED HAZARDOUS MATERIALS

PCB Lighting Ballasts: Winzler & Kelly’s limited visual inspection indicated fluorescent light fixtures containing PCB ballasts are present in the building. Winzler & Kelly recommends that all light fixtures be visually inspected upon removal to determine if they contain PCB’s. Electronic ballasts and ballasts marked “No PCB’s” or “PCB Free” should be considered non-hazardous and recycled or disposed of accordingly. However, ballasts that are unmarked must be considered PCB-containing and properly handled, collected, stored, transported and recycled or disposed of by an approved recycling or disposal facility in accordance with the requirements of 22 CCR, Section

67426.1 and the contract.

Universal Wastes: All potential and identified mercury-containing light tubes and other universal wastes should be removed and recycled or disposed of in accordance with the guidelines established by the California Department of Toxic Substance Control Universal Waste Rule, as stated in 22 CCR Sections 66261.9 and 66273.1 thru 66273.90.

6.0 CLOSING

Winzler & Kelly performed these hazardous materials survey services in a manner consistent with that degree of care and skill ordinarily exercised by members of the same profession currently practicing under similar circumstances.

Conclusions and recommendations made regarding hazardous materials were based upon information obtained from samples and tests taken at specific locations, and professional judgment.

Recommendations in this report were made based on conditions that we reasonably infer to exist between sampling points. Where variation in results cannot be conclusively explained by clearly delineated differences in materials or components, the highest results will apply to untested areas or components.

This report is intended as an informational resource for the Port of San Francisco, Brannan Street Wharf Project and any contractor using this document assumes all responsibility for reviewing all available information including contract documents and for verifying existing site conditions including location and extent of hazardous materials present at the site. As the project develops, new information may arise and be incorporated into construction documents without change to this document.

Should any significant discrepancy between this report and existing conditions be discovered, the contractor shall notify the owner’s construction manager or inspector immediately.

If you have any questions or concerns regarding this document please do not hesitate to call Winzler & Kelly at (916) 372-6606.

Table 1 Suspect Asbestos-Containing Materials

TABLE 1

SUSPECT ASBESTOS-

CONTAINING MATERIALS

SAMPLE # MATERIAL DESCRIPTION OTHER LAYERS/

MATERIALS SAMPLE LOCATION ASBESTOS CONTENT

A1-01 SHEETROCK NO TEXTURE JOINT COMPOUND & PAINT ROOM 2

WALL ND

A2-02 SHEETROCK NO JOINT COMPOUND PAINT ROOM 5A

WALL ND

A2-03 SHEETROCK NO JOINT COMPOUND PAINT ROOM 7

WALL ND

A2-04 SHEETROCK NO JOINT COMPOUND NO ASSOCIATED MATERIALS ROOM 7

WALL ND

A2-05 SHEETROCK NO JOINT COMPOUND NO ASSOCIATED MATERIALS ROOM 5D

WALL ND

A2-06 SHEETROCK WALLS & CEILINGS JOINT COMPOUND, TAPE, &

PAINT

ROOM 5A

WALL

JOINT COMPOUND=2%

SHEETROCK=ND

TAPE=ND

PAINT=ND

A2-07 SHEETROCK WALLS & CEILINGS JOINT COMPOUND, TAPE, &

PAINT

ROOM 3

EAST WALL

JOINT COMPOUND=2%

SHEETROCK=ND

TAPE=ND

PAINT=ND

A2-08 SHEETROCK WALLS & CEILINGS JOINT COMPOUND, TAPE, &

PAINT

ROOM 5C

WALL

JOINT COMPOUND=2%

SHEETROCK=ND

TAPE=ND

PAINT=ND

D1-09 VINYL ASBESTOS

TILE 9" X 9" BEIGE WITH STREAKS MASTICS (BLACK) ROOM 2B ND

D1-10 VINYL ASBESTOS

TILE 9" X 9" BEIGE WITH STREAKS MASTICS (BLACK) ROOM 2A ND

D1-11 VINYL ASBESTOS

TILE 9" X 9" BEIGE WITH STREAKS MASTICS (BLACK) ROOM 2

EAST ND

D2-12 VINYL ASBESTOS

TILE 9" X 9" GREEN WITH STREAKS MASTICS (BROWN) ROOM 6B ND

1180809001.33012

BRANNAN STREET WHARF

PIER 36 1

CONTAINING MATERIALS

SAMPLE # MATERIAL DESCRIPTION OTHER LAYERS/

MATERIALS SAMPLE LOCATION ASBESTOS CONTENT

D2-13 VINYL ASBESTOS

TILE 9" X 9" GREEN WITH STREAKS MASTICS (BROWN) ROOM 6B ND

D2-14 VINYL ASBESTOS

TILE 9" X 9" GREEN WITH STREAKS

MASTICS (BROWN & BLACK)

& RESILIENT SHEET

FLOORING WITH BACKING

ROOM 3A ND

D2-15 VINYL ASBESTOS

TILE 9" X 9" GREEN WITH STREAKS MASTICS (BROWN & BLACK) ROOM 3B ND

D3-16 VINYL ASBESTOS

TILE 9" X 9" BLACK MASTICS (BLACK) ROOM 5 TILE=10%

MASTIC=ND

D3-17 VINYL ASBESTOS

TILE 9" X 9" BLACK MASTICS (BLACK) ROOM 5 TILE=10%

MASTIC=ND

D3-18 VINYL ASBESTOS

TILE 9" X 9" BLACK MASTICS (BLACK) ROOM 5

FLOORING BELOW

TILE=10%

MASTIC=ND

D4-19 VINYL ASBESTOS

TILE 9" X 9" TAN MASTICS (BLACK) ROOM 5K TILE=10%

MASTIC=ND

D4-20 VINYL ASBESTOS

TILE 9" X 9" TAN MASTICS (BLACK) ROOM 5K

OVER H2

TILE=10%

MASTIC=ND

E2-21 VINYL FLOOR

TILE

12" X 12" GREY WITH LINE

PATTERN MASTICS (YELLOW) ROOM 5F TILE=ND

MASTIC=5%

E3-22 VINYL FLOOR

TILE 12" X 12" GREEN MASTICS (YELLOW) ROOM 5J TILE=ND

MASTIC=2%

F2-23 BASECOVE 6" GREEN MASTICS (BROWN) ROOM 5B ND

F2-24 BASECOVE 6" GREEN MASTICS (BROWN) ROOM 5C ND

F3-25 BASECOVE 4" BLACK MASTICS (BROWN) ROOM 5A ND

F3-26 BASECOVE 4" BLACK MASTICS (TAN) ROOM 5A ND

F3-27 BASECOVE 4" BLACK MASTICS (TAN) ROOM 5A ND

H1-28 RESILIENT SHEET

FLOORING GREEN BATTLESHIP NO MASTICS ROOM 5C ND

H1-29 RESILIENT SHEET

FLOORING GREEN BATTLESHIP NO MASTICS ROOM 5K ND

1180809001.33012

PIER 36 2

CONTAINING MATERIALS

SAMPLE # MATERIAL DESCRIPTION OTHER LAYERS/

MATERIALS SAMPLE LOCATION ASBESTOS CONTENT

H1-30 RESILIENT SHEET

FLOORING GREEN BATTLESHIP MASTICS ROOM 5D

LAB EXHAUSTED SAMPLE

TO ANALYZE FOR LEAD

COATINGS

H2-31 RESILIENT SHEET

FLOORING BLACK MASTICS

ROOM 5

BELOW BATTLESHIP

& D3

ND

H2-32 RESILIENT SHEET

FLOORING BLACK NO MASTICS

ROOM 5

BELOW BATTLESHIP

& D3

ND

H3-33 RESILIENT SHEET

FLOORING BLACK MASTICS (YELLOW) ROOM 5J

RESILIENT SHEET

FLOORING=ND

MASTIC=2%

J1-34 ACOUSTICAL

CEILING TILE

12" X 12" WHITE PINHOLE

PATTERN MASTICS (BROWN) & PAINT ROOM 5E ND

J1-35 ACOUSTICAL

CEILING TILE

12" X 12" WHITE PINHOLE

PATTERN MASTICS (BROWN) & PAINT ROOM 5D ND

J1-36 ACOUSTICAL

CEILING TILE

12" X 12" WHITE PINHOLE

PATTERN MASTICS (BROWN) & PAINT ROOM 2 ND

J2-37 ACOUSTICAL

CEILING TILE

12" X 12" WHITE FISSURES

PATTERN MASTICS (BROWN) & PAINT ROOM 3 ND

J2-38 ACOUSTICAL

CEILING TILE

12" X 12" WHITE FISSURES

PATTERN MASTICS (BROWN) & PAINT ROOM 3 ND

J3-39 ACOUSTICAL

CEILING TILE

12" X 12" WHITE RANDOM

PINHOLE PATTERN PAINT & NO MASTIC ROOM 3 ND

J3-40 ACOUSTICAL

CEILING TILE

12" X 12" WHITE RANDOM

PINHOLE PATTERN PAINT & NO MASTIC ROOM 3 ND

J4-41 ACOUSTICAL

CEILING TILE

12" X 12" WHITE SMOOTH

PATTERN PAINT & NO MASTIC ROOM 5G

RESTROOM ND

J4-42 ACOUSTICAL

CEILING TILE

12" X 12" WHITE SMOOTH

PATTERN PAINT & NO MASTIC ROOM 5I

RESTROOM ND

1180809001.33012

PIER 36 3

CONTAINING MATERIALS

SAMPLE # MATERIAL DESCRIPTION OTHER LAYERS/

MATERIALS SAMPLE LOCATION ASBESTOS CONTENT

J5-43 ACOUSTICAL

CEILING TILE

12" X 12" WHITE SMALL RANDOM

PINHOLE PATTERN MASTICS (BROWN) & PAINT ROOM 5I ND

J5-44 ACOUSTICAL

CEILING TILE

12" X 12" WHITE SMALL RANDOM

PINHOLE PATTERN MASTICS (BROWN) & PAINT ROOM 5J ND

K1-45 AIR CELL DEBRIS OFF-WHITE NO ASSOCIATED

MATERIALS ROOM 3 90%

K2-46 PIPE INSULATION

(ELBOW) WHITE/GREY CANVAS JACKET & PAINT ROOM 3

WEST

PIPE INSULATION=

35% (CHRYSOTILE)

10% (AMOSITE)

JACKET=ND

PAINT=ND

K2-47 PIPE INSULATION

(ELBOW) WHITE/GREY CANVAS JACKET & PAINT ROOM 3

CENTER

PIPE INSULATION=

35% (CHRYSOTILE)

10% (AMOSITE)

JACKET=ND

PAINT=ND

K2-48 PIPE INSULATION

(ELBOW) WHITE/GREY CANVAS JACKET & PAINT ROOM 3

EAST WALL

PIPE INSULATION=

35% (CHRYSOTILE)

10% (AMOSITE)

JACKET=ND

PAINT=ND

M1-49 MASTIC BROWN NO ASSOCIATED MATERIALS ROOM 3

NORTH WALL ND

O1-50 WINDOW GLAZING GREY PAINT ROOM 5D ND

O1-51 WINDOW GLAZING GREY PAINT ROOM 5K ND

O1-52 WINDOW GLAZING GREY PAINT ROOM 5K ND

S1-53 CLAY BRICK ORANGE PAINT ROOM 3 ND

T1-54 GASKET BLACK NO ASSOCIATED MATERIALS ROOM 3 ND

T1-55 GASKET BLACK NO ASSOCIATED

MATERIALS ROOM 3 90%

U-56 COATING WHITE COARSE MATERIAL OVER

CMU PAINT ROOM 4

EAST WALL ND

1180809001.33012

PIER 36 4

CONTAINING MATERIALS

SAMPLE # MATERIAL DESCRIPTION OTHER LAYERS/

MATERIALS SAMPLE LOCATION ASBESTOS CONTENT

W-57 ASPHALT BLACK NO ASSOCIATED MATERIALS ROOM 3

WEST FLOOR ND

W-58 ASPHALT BLACK NO ASSOCIATED MATERIALS ROOM 3

CENTER FLOOR ND

V-59 PANEL PAINTED YELLOW MASTICS (BLACK) & PAINT ROOM 5I

WALL ND

ND = No Asbestos Detected % = Percent CMU = Concrete Masonry Unit

1180809001.33012

PIER 36 5

Table 2 Lead Results

TABLE 2

LEAD TEST RESULTS

READING

NO. FLOOR ROOM COMPONENT SUBSTRATE SIDE INTERIOR/

EXTERIOR CONDITION COLOR

XRF

RESULTS

mg/cm2

LAB

RESULTS

% wt 83 9.22 84 0.9 85 0.9 86 0.9

87 FIRST 1 WALL WOOD N INTERIOR INTACT WHITE 9.4

88 FIRST 1 COLUMN STRUCTURAL

STEEL N INTERIOR INTACT WHITE 0.16

89 FIRST 1 COLUMN STRUCTURAL

STEEL N INTERIOR INTACT WHITE 0.5

90 FIRST 1 PIPE METAL N INTERIOR INTACT WHITE 0

91 FIRST 1 WALL LOWER DRYWALL E INTERIOR INTACT BLUE 0.01

92 FIRST 1 WALL UPPER DRYWALL E INTERIOR INTACT WHITE 0

93 FIRST 1 STUDS WOOD W INTERIOR INTACT WHITE 0.24

94 FIRST 1 DOOR WOOD W INTERIOR INTACT WHITE 0

95 FIRST 1 DOOR WOOD W INTERIOR INTACT BLUE STRIPE 0

96 FIRST 1 DOOR FRAME METAL W INTERIOR FAIR WHITE 0.04

97 FIRST 1 DOOR METAL W INTERIOR FAIR WHITE 0.03

98 FIRST 1 WINDOW FRAME WOOD W INTERIOR FAIR WHITE 0.02

99 FIRST 1 WINDOW SASH WOOD W INTERIOR FAIR WHITE 2.2

100 FIRST 1 WINDOW CASING WOOD N INTERIOR FAIR WHITE 12.9 0.17

101 FIRST 1 STRUCTURAL

BEAM METAL N INTERIOR FAIR WHITE 1.9

102 FIRST 1 BASEBOARD WOOD N INTERIOR INTACT BLUE 11

103 FIRST 2 WALL WOOD W INTERIOR INTACT WHITE 0.24

104 FIRST 2 WALL DRYWALL E INTERIOR INTACT WHITE 0

105 FIRST 2 DOOR METAL E INTERIOR INTACT WHITE 0

106 FIRST 2 DOOR FRAME METAL E INTERIOR INTACT WHITE 0

107 FIRST 2 DOOR CASING WOOD E INTERIOR INTACT WHITE 0.6

108 FIRST 2 DOOR JAMB WOOD E INTERIOR INTACT WHITE 0.13

109 FIRST 2 WALL WOOD PANEL S INTERIOR INTACT NATURAL 0.16

110 FIRST 2A WINDOW FRAME WOOD S INTERIOR INTACT NATURAL 0

SHUTTER CALIBRATION

test calibration test calibration test calibration

1180809001.33012

READING

NO. FLOOR ROOM COMPONENT SUBSTRATE SIDE INTERIOR/

EXTERIOR CONDITION COLOR

XRF

RESULTS

mg/cm2

LAB

RESULTS

% wt

111 FIRST 2A WINDOW SASH WOOD S INTERIOR INTACT NATURAL 0

112 FIRST 2A WINDOW WOOD S INTERIOR POOR WHITE 12.2 2.1

113 FIRST 2B WALL WOOD N INTERIOR INTACT WHITE 0.6

114 FIRST 2B WALL WOOD N INTERIOR INTACT WHITE 0.13

115 FIRST 3 BEAM WOOD CENTER INTERIOR INTACT BEIGE 7.4

116 FIRST 3 WALL WOOD E INTERIOR INTACT BEIGE 0

117 FIRST 3A WALL WOOD N INTERIOR INTACT NATURAL 0

118 FIRST 3A WALL WOOD N INTERIOR INTACT WHITE 0.11

119 FIRST 3A WALL WOOD E INTERIOR INTACT WHITE 20.2

120 FIRST 3A WALL WOOD N INTERIOR INTACT NATURAL 0

121 FIRST 3A WALL WOOD S INTERIOR INTACT NATURAL 11.2

122 FIRST 3A CABINET DOORS WOOD W INTERIOR INTACT MULTI 0.01

123 FIRST 3A CABINET DOORS WOOD W INTERIOR INTACT MULTI 0

124 FIRST 3 WALL WOOD W INTERIOR INTACT GREEN 0.3

125 FIRST 3 DOOR WOOD W INTERIOR INTACT GREEN 0.11

126 FIRST 3 PIPE METAL W INTERIOR INTACT SILVER 0.02

127 FIRST 3 PIPE METAL W INTERIOR INTACT SILVER 0.05

128 FIRST 3 PIPE METAL S INTERIOR INTACT GREEN 1.8

129 FIRST 3 PIPE METAL S INTERIOR INTACT BEIGE 0.05

130 FIRST 3B WALL PLY WOOD E INTERIOR INTACT WHITE 0.04

131 FIRST 3B WALL

WOOD

TONGUE &

GROOVE

S INTERIOR INTACT WHITE 5.1

132 FIRST 3C WALL WOOD PANEL S INTERIOR INTACT NATURAL 0.7

133 FIRST 3C WALL WOOD PANEL N INTERIOR INTACT NATURAL 0.01

134 FIRST 3C FLOOR WOOD CENTER INTERIOR POOR GREY 0.01

135 FIRST 3C DOOR FRAME WOOD N INTERIOR INTACT NATURAL 0

136 FIRST 3C DOOR JAMB WOOD N INTERIOR INTACT NATURAL 0.02

137 FIRST 3D DOOR JAMB WOOD W INTERIOR INTACT NATURAL 0

138 FIRST 3D DOOR WOOD W INTERIOR INTACT NATURAL 0

139 FIRST 3D WALL WOOD PANEL E INTERIOR INTACT NATURAL 0

1180809001.33012

READING

NO. FLOOR ROOM COMPONENT SUBSTRATE SIDE INTERIOR/

EXTERIOR CONDITION COLOR

XRF

RESULTS

mg/cm2

LAB

RESULTS

% wt

140 FIRST 3D WALL PLY WOOD N INTERIOR INTACT WHITE 0

141 FIRST 3D WALL PLY WOOD N INTERIOR INTACT BLACK 0

142 FIRST 4 WALL PLY WOOD W INTERIOR POOR WHITE 0.08

143 FIRST 4 WALL DRYWALL NW INTERIOR POOR WHITE 0

144 FIRST 4 COLUMN WOOD CENTER INTERIOR POOR WHITE 0.17

145 FIRST 4 BRACKET METAL CENTER INTERIOR INTACT WHITE 0.4

146 FIRST 4 BEAM WOOD CENTER INTERIOR INTACT WHITE 0.02

147 FIRST 4 CEILING WOOD CENTER INTERIOR INTACT WHITE 0.03

148 FIRST 4 COLUMN STRUCTURAL

STEEL N INTERIOR INTACT WHITE 0.16

149 FIRST 4 ANGLE BEAM STRUCTURAL

STEEL N INTERIOR INTACT GREY 0

150 SECOND 4A WALL DRYWALL W INTERIOR INTACT WHITE 0

151 SECOND 4A WALL WOOD S INTERIOR INTACT WHITE 0.07

152 SECOND 4A CROSS BEAM WOOD E INTERIOR POOR WHITE 0.02

153 SECOND 4A WALL WOOD S INTERIOR INTACT WHITE 0.01

154 SECOND 4B FLOOR WOOD S INTERIOR INTACT RED & GREY 0.14

155 SECOND 4B WINDOW SEAT WOOD N INTERIOR POOR BEIGE 0.06

156 SECOND

STAIR

LANDING

WALL WOOD W INTERIOR POOR MULTI 0.1

157 SECOND

STAIR

LANDING

CROSS BEAM WOOD W INTERIOR POOR WHITE 0.01

158 SECOND

STAIR

LANDING

COLUMN WOOD W INTERIOR POOR WHITE 0.7 1.4

159 SECOND 4 ROLL UP DOOR

BRACKET METAL W INTERIOR POOR WHITE 28.3 37

160 SECOND 4 HAND RAIL WOOD W INTERIOR POOR GREEN 0.03

161 FIRST 4 STAIR STRINGER WOOD W INTERIOR POOR GREEN 0.18

1180809001.33012

PIER 36 3

READING

NO. FLOOR ROOM COMPONENT SUBSTRATE SIDE INTERIOR/

EXTERIOR CONDITION COLOR

XRF

RESULTS

mg/cm2

LAB

RESULTS

% wt

162 FIRST 4 STAIR STRINGER WOOD W INTERIOR POOR GREEN 0.4

163 FIRST 4 STAIR STRINGER WOOD W INTERIOR POOR GREEN 0.25

164 FIRST 4 STAIR WOOD W INTERIOR POOR GREEN 0.04

165 FIRST 2C WALL

WOOD

TONGUE &

GROOVE

N INTERIOR INTACT WHITE 0.5

166 FIRST 2C WALL

WOOD

TONGUE &

GROOVE

S INTERIOR INTACT WHITE 0.5

167 FIRST 2C WALL PLY WOOD W INTERIOR INTACT WHITE 0.14

168 FIRST 2C DOOR WOOD E INTERIOR INTACT NATURAL 0.05

169 FIRST 2D WALL

WOOD

TONGUE &

GROOVE

E INTERIOR POOR WHITE 0.5 0.32

170 FIRST 2D WALL

WOOD

TONGUE &

GROOVE

E INTERIOR POOR WHITE 0.4

171 FIRST 2D WINDOW WOOD S INTERIOR POOR WHITE 0.4

172 FIRST 2D WINDOW SASH WOOD S INTERIOR POOR WHITE 0.5

173 FIRST 2D WINDOW CASING WOOD S INTERIOR POOR WHITE 0.21

174 FIRST 2D DOOR FRAME WOOD S INTERIOR POOR WHITE 13.4

175 FIRST 2D DOOR JAMB WOOD S INTERIOR POOR WHITE 10.1

176 FIRST 4 WALL CONCRETE E INTERIOR INTACT WHITE 0.17

177 FIRST 4 WALL CONCRETE E INTERIOR INTACT MULTI 0.01

178 FIRST 4 FIRE DOOR METAL E INTERIOR INTACT WHITE 5

179 FIRST 4 WALL CMU E INTERIOR POOR WHITE 0.14 0.018

180 SECOND 4 STAIR WELL

UPPER WALL DRYWALL W INTERIOR FAIR LT GREEN 0.13

181 SECOND 4 STAIR WELL

UPPER WALL DRYWALL W INTERIOR FAIR LT GREEN 0.17

1180809001.33012

PIER 36 4

READING

NO. FLOOR ROOM COMPONENT SUBSTRATE SIDE INTERIOR/

EXTERIOR CONDITION COLOR

XRF

RESULTS

mg/cm2

LAB

RESULTS

% wt

182 SECOND 4 STAIR WELL

LOWER WALL DRYWALL W INTERIOR INTACT TEAL 1.6

183 SECOND 5 WINDOW WOOD S INTERIOR POOR GREEN 4.9

184 SECOND 5 WINDOW CASING WOOD S INTERIOR POOR GREEN 0.4

185 SECOND 5 WALL DRYWALL W INTERIOR POOR GREEN 3.7

186 SECOND 5 PIPE METAL W INTERIOR POOR GREEN 1.5

187 SECOND 5D WALL WOOD W INTERIOR POOR TAN 0.03

188 SECOND 5D RADIATOR METAL W INTERIOR POOR TAN 0.7 0.14

189 9.39 190 0.9 191 0.9 192 0.9

193 FIRST 6 WALL CONCRETE W INTERIOR POOR WHITE 0.03

194 FIRST 6 WALL DRYWALL W INTERIOR POOR WHITE 0.02

195 FIRST 6 WALL CONCRETE N INTERIOR POOR WHITE 0.03

196 FIRST 6 ROLL UP DOORS METAL N INTERIOR POOR WHITE 15.8

197 FIRST 6 ROLL UP DOORS METAL N INTERIOR POOR WHITE 6.1

198 FIRST 6 PIPE METAL N INTERIOR POOR WHITE 0.18

199 FIRST 6 COLUMN

STRUCTURA

L

STEEL

N INTERIOR POOR WHITE 5.2

200 FIRST 6 WALL PLY WOOD E INTERIOR INTACT WHITE 0.08

201 FIRST 6 COLUMN STRUCTURAL

STEEL E INTERIOR INTACT WHITE 2

202 FIRST 6 PIPE METAL E INTERIOR INTACT BROWN 0

203 FIRST 6 WALL CONCRETE S INTERIOR INTACT WHITE 0

204 FIRST 6 LARGE DOOR

FRAME WOOD S INTERIOR POOR WHITE 10

205 FIRST 6 COLUMN

STRUCTURA

L

STEEL

S INTERIOR POOR RED 3.2

SHUTTER CALIBRATION

test calibration test calibration test calibration

1180809001.33012

PIER 36 5

READING

NO. FLOOR ROOM COMPONENT SUBSTRATE SIDE INTERIOR/

EXTERIOR CONDITION COLOR

XRF

RESULTS

mg/cm2

LAB

RESULTS

% wt

206 FIRST 6 FIRE DOOR METAL E INTERIOR POOR GREY 0.3

207 FIRST 6A WALL WOOD E INTERIOR POOR WHITE 1.6

208 FIRST 6B WALL WOOD N INTERIOR POOR WHITE 0.14

209 FIRST 6B WINDOW FRAME WOOD N INTERIOR POOR WHITE 0.01

210 FIRST 6A DOOR METAL E INTERIOR POOR BLACK 0.02

211 FIRST 2B STUDS WOOD W INTERIOR POOR WHITE 0.01

212 FIRST 2B STUDS WOOD S INTERIOR INTACT WHITE 0.02

213 FIRST 2B DOOR JAMB WOOD S INTERIOR INTACT WHITE 0.05

214 FIRST 2B WALL WOOD

(PLYWOOD) N INTERIOR INTACT WHITE 0.03

215 FIRST 6C SHELF WOOD E INTERIOR INTACT GREEN 0

216 FIRST 6B CEILING WOOD CENTER INTERIOR INTACT WHITE 0.06

217 FIRST 6B CEILING WOOD CENTER INTERIOR INTACT WHITE 0.04

218 FIRST 7 LARGE SLIDING

DOOR UPPER WOOD W INTERIOR INTACT WHITE 0.08

219 FIRST 7 LARGE SLIDING

DOOR LOWER WOOD W INTERIOR INTACT WHITE 0.14

220 FIRST 7 WALL DRYWALL W INTERIOR INTACT BROWN 0.01

221 FIRST 7 COLUMN METAL NW INTERIOR INTACT RED 2.9

222 FIRST 7 ROLL UP DOOR METAL NW INTERIOR POOR WHITE 32.6

223 FIRST 7 ROLL UP DOOR

FRAME METAL NW INTERIOR POOR WHITE 19.4

224 FIRST 7 WALL CONCRETE N INTERIOR POOR WHITE 0.01

225 FIRST EXTERIOR DOOR FRAME METAL E EXTERIOR POOR GREY 27.4 0.82

226 FIRST EXTERIOR WALL LOWER CONCRETE E EXTERIOR POOR GREY 0.05

227 FIRST EXTERIOR WALL UPPER CONCRETE E EXTERIOR POOR WHITE 0.5

228 FIRST EXTERIOR WALL CONCRETE NE EXTERIOR POOR BEIGE 0.6

229 FIRST EXTERIOR ROLL UP DOOR METAL NE EXTERIOR POOR BLACK 4.8

230 FIRST EXTERIOR ROLL UP DOOR METAL NE EXTERIOR POOR WHITE 4.4

231 FIRST EXTERIOR ROLL UP DOOR

FRAME METAL NE EXTERIOR POOR BLACK 28.8

1180809001.33012

PIER 36 6

READING

NO. FLOOR ROOM COMPONENT SUBSTRATE SIDE INTERIOR/

EXTERIOR CONDITION COLOR

XRF

RESULTS

mg/cm2

LAB

RESULTS

% wt

232 SECOND 5C PARTITION WOOD S INTERIOR POOR PEACH 0.27

233 SECOND 5C PARTITION WOOD S INTERIOR POOR PEACH 0.4

234 SECOND 5C WALL UPPER DRYWALL N INTERIOR INTACT PEACH 2.7 0.21

235 SECOND 5C WALL LOWER PLY WOOD N INTERIOR POOR PEACH 0.2

236 SECOND 5C DOOR FRAME WOOD S INTERIOR POOR PEACH 0.12

237 SECOND 5C DOOR WOOD S INTERIOR POOR PEACH 0.13

238 SECOND 5A WALL UPPER DRYWALL N INTERIOR POOR GREEN 4.5 0.34

239 SECOND 5A WALL LOWER PLY WOOD N INTERIOR POOR DK GREEN 4.6

240 SECOND 5D WINDOW SEAT PLY WOOD S INTERIOR POOR PEACH 4.4

241 SECOND 5D WALL PLY WOOD W INTERIOR POOR PEACH 0.04

242 SECOND 5D WINDOW METAL S INTERIOR POOR PEACH 0.4 0.86

243 SECOND 5K WINDOW METAL S INTERIOR POOR PEACH 5.2

244 SECOND 5K WINDOW WOOD E INTERIOR POOR PEACH 3.6

245 SECOND 5K WINDOW SILL WOOD E INTERIOR POOR PEACH 4.1

246 SECOND 5K DOOR FRAME WOOD W INTERIOR POOR PEACH 0.6

247 SECOND 5K DOOR JAMB WOOD W INTERIOR POOR PEACH 0.4

248 SECOND 5K BEAM WOOD W INTERIOR POOR WHITE 0.4

249 SECOND 5D WALL DRYWALL N INTERIOR FAIR GREEN 2.2

250 SECOND 5D WALL LOWER DRYWALL N INTERIOR POOR DK GREEN 3.3

251 SECOND 5D DOOR WOOD W INTERIOR POOR GREEN 0.3

252 SECOND 5D DOOR FRAME WOOD W INTERIOR POOR GREEN 0.29

253 SECOND 5M DOOR FRAME WOOD W INTERIOR POOR GREEN 0.24

254 SECOND 5M WALL UPPER WOOD W INTERIOR POOR GREEN 0.7

255 SECOND 5M WALL LOWER WOOD W INTERIOR POOR DK GREEN 3.6

256 SECOND 5L COUNTER WOOD N INTERIOR POOR DK GREEN 0.6

257 SECOND 5L CABINET FRAME WOOD W INTERIOR POOR GREEN 0.7

258 FIRST EXTERIOR ROOF ACCESS

LADDER WOOD S EXTERIOR POOR GREY 0.02

259 FIRST EXTERIOR WALL CONCRETE S EXTERIOR POOR WHITE 0.12

260 FIRST EXTERIOR DOOR METAL S EXTERIOR POOR BLACK 9.9

261 FIRST EXTERIOR DOOR FRAME METAL S EXTERIOR POOR BLACK 12

1180809001.33012

PIER 36 7

READING

NO. FLOOR ROOM COMPONENT SUBSTRATE SIDE INTERIOR/

EXTERIOR CONDITION COLOR

XRF

RESULTS

mg/cm2

LAB

RESULTS

% wt

262 FIRST EXTERIOR HOSE WRAP METAL S EXTERIOR POOR RED 1.1

263 FIRST EXTERIOR LARGE DOOR

FRAME METAL S EXTERIOR POOR WHITE 5

264 FIRST EXTERIOR LARGE FENCE DOOR METAL S EXTERIOR POOR BLACK 0.02

265 FIRST EXTERIOR WALL CONCRETE S EXTERIOR POOR WHITE 0.18

266 FIRST EXTERIOR WALL CONCRETE S EXTERIOR POOR WHITE 0.27 0.26

267 FIRST EXTERIOR WALL STUCCO LIKE CONCRETE S EXTERIOR POOR WHITE 0.13

268 FIRST EXTERIOR BALISTER METAL S EXTERIOR POOR WHITE 4.3

269 FIRST EXTERIOR STAIR STRINGER METAL S EXTERIOR POOR WHITE 6.1

270 FIRST EXTERIOR HAND RAIL METAL S EXTERIOR POOR WHITE 7.1

271 FIRST EXTERIOR WALL WOOD W EXTERIOR POOR WHITE 0.16

272 FIRST EXTERIOR ROLL UP DOOR METAL W EXTERIOR POOR BLACK 0

273 FIRST EXTERIOR ROLL UP DOOR

FRAME METAL W EXTERIOR INTACT BLACK 15.3

274 FIRST EXTERIOR BOLLARD METAL W EXTERIOR INTACT BLACK 0.4

275 FIRST EXTERIOR PIPING METAL W EXTERIOR POOR WHITE 0

276 FIRST EXTERIOR WINDOW FRAME METAL W EXTERIOR POOR WHITE 0.16

mg/cm 2 = Milligrams per Square Centimeter % wt = Percent by Weight

1180809001.33012

PIER 36 8

Table 3 Identified Hazardous Materials

TABLE 3

IDENTIFIED HAZARDOUS MATERIALS

HAZARD ASSOCIATED

MATERIALS LOCATION OF MATERIALS QUANTITY UNIT

ASBESTOS SHEETROCK & JOINT

COMPOUND

JOINT COMPOUND - 2%

SHEETROCK - ND

WALLS AT ROOMS: 1, 2, 3, 4, 5A,

5B, 5C, 5D, 5F, 5G, 5H, AND

WALLS AND CEILINGS AT

ROOMS: 5I , 5J, 5M, & 5N

17,750 SF

ASBESTOS VINYL ASBESTOS TILE - 10%

9" X 9" VARIOUS TILE

COLORS WITH BLACK

MASTIC

BLACK MASTIC - ND ROOMS: 2, 2A, 2B, 2C, 2D, 3A, 3B,

5A, 5B, 5D, 5K 3,400 SF

ASBESTOS FLOOR TILE MASTIC

(YELLOW) - 2-5% 12" X 12" TILES FLOOR TILE & RSF - ND ROOMS: 5F, 5J

(UNDER RSF STRIPS AND TILE) 600 SF

ASBESTOS PIPE INSULATION WHITE MAG &

AIRCELL TYPES

NO ASSOCIATED

MATERIALS

PIPE INSULATION DEBRIS IN

ROOM 3 AND CONCEALED ABOVE

CEILINGS AND IN WALLS

THROUGH OUT BUILDING

ASBESTOS PIPE INSULATION

(ELBOW/FITTING) WHITE NO ASSOCIATED

MATERIALS

IN ROOM 3 AND CONCEALED

ABOVE CEILINGS AND IN WALLS

THROUGH OUT BUILDING

ASBESTOS GASKET BLACK NO ASSOCIATED

MATERIALS ROOM 3 AND MECH. ROOM

ASBESTOS CEMENT PIPE/FLUE TRANSITE ® NA ROOM 3, MECH. ROOM

AND EXTERIOR

ASBESTOS

(ASSUMED) ROOF ALL ROOF MATERIALS THROUGHOUT ROOF THROUGHOUT ROOF 33,000 SF

LEAD PAINT & COATINGS ON

WOOD COMPONENTS

WOOD BEAMS, COLUMNS,

WINDOWS, WINDOW

SILLS, WINDOW CASINGS,

WINDOW SASHES,

WINDOW SEATS,

BASEBOARDS, WALLS &

CEILINGS.

NO ASSOCIATED

MATERIALS THROUGHOUT

MATERIAL

UNKNOWN

UNKNOWN

UNKNOWN

UNKNOWN

UNKNOWN

1180809001.33012

TABLE 3

IDENTIFIED HAZARDOUS MATERIALS

HAZARD ASSOCIATED

MATERIALS LOCATION OF MATERIALS QUANTITY UNITMATERIAL

LEAD PAINT & COATINGS ON

METAL COMPONENTS

METAL COLUMNS,

BEAMS, STRUCTURAL

STEEL, PIPES, DOORS,

DOOR FRAMES, ROLL-UP

DOORS, FIRE DOORS,

HAND RAILS, STRINGER

STAIRS, WINDOWS,

BALUSTER AND WATER

HOSE HOLDER

NO ASSOCIATED

MATERIALS THROUGHOUT

LEAD LEAD BASED PAINT WALL, SHEETROCK NO ASSOCIATED

MATERIALS THROUGHOUT

PCB LIGHT BALLASTS IN LIGHT FIXTURES NO ASSOCIATED

MATERIALS THROUGHOUT 175 EACH

MERCURY LIGHT TUBES FLUORESCENT LIGHT

TUBES

NO ASSOCIATED

MATERIALS THROUGHOUT 140 EACH

MERCURY EXTERIOR LAMPS VAPOR LAMPS NO ASSOCIATED

MATERIALS EXTERIOR 10 EACH

ND = No Asbestos Detected RSF = Resilient Sheet Flooring PCB = Polychlorinated Biphenyl SF = Square Feet % = Percent

UNKNOWN

UNKNOWN

1180809001.33012

Asbestos Sample Location Plan

Attachment A Analytical Laboratory Reports-Asbestos

Final Report

Bulk Asbestos Analysis (EPA Method 600/R-93-116, Visual Area Estimation)

A31524Client ID:Winzler & Kelly B123233Report Number:Butch Reynolds

Date Received:3410 Industrial Blvd., Ste 102 04/09/09Date Analyzed:

04/09/09Date Printed:West Sacramento, CA 95691

First Reported:

A31524-1001180809001.33012, Port of S.F., Brannan Street Wharf FALI Job ID:Job ID/Site:

Date(s) Collected: 04/01/2009 53Total Samples Submitted:

Total Samples Analyzed: 53

04/08/09

Forensic Analytical Laboratories

04/09/09

Sample ID Lab Number Asbestos

Type Percent in

Layer Asbestos AsbestosPercent in Percent in

Type TypeLayer Layer

A1-01 10856945 Layer: White Drywall ND Layer: White Joint Compound ND Layer: Paint ND

Asbestos (ND)Total Composite Values of Fibrous Components:

Cellulose (20 %) Fibrous Glass (10 %)

A2-02 10856946 Layer: White Drywall ND Layer: Paint ND

Asbestos (ND)Total Composite Values of Fibrous Components:

Cellulose (20 %)

A2-03 10856947 Layer: White Drywall ND Layer: Paint ND

Asbestos (ND)Total Composite Values of Fibrous Components:

Cellulose (20 %) Fibrous Glass (5 %)

A2-04 10856948 Layer: White Drywall ND

Asbestos (ND)Total Composite Values of Fibrous Components:

Cellulose (20 %) Fibrous Glass (10 %)

A2-05 10856949 Layer: White Drywall ND

Asbestos (ND)Total Composite Values of Fibrous Components:

Cellulose (20 %) Fibrous Glass (10 %)

A2-06 10856950 Layer: White Drywall ND Layer: Tan Tape ND Layer: Beige Joint Compound Chrysotile 2 % Layer: Paint ND

Asbestos (Trace)Total Composite Values of Fibrous Components:

Cellulose (20 %) Fibrous Glass (10 %)

3777 Depot Road, Suite 409, Hayward, CA 94545 / Telephone: (510) 887-8828 (800) 827-FASI / Fax: (510) 887-4218

Report Number: B123233 Date Printed: 04/09/09Client Name: Winzler & Kelly

Sample ID Lab Number Asbestos

Type Percent in

Layer Asbestos AsbestosPercent in Percent in

Type TypeLayer Layer

A2-07 10856951 Layer: White Drywall ND Layer: Tan Tape ND Layer: Beige Joint Compound Chrysotile 2 % Layer: Paint ND

Asbestos (Trace)Total Composite Values of Fibrous Components:

Cellulose (20 %) Fibrous Glass (10 %)

A2-08 10856952 Layer: White Drywall ND Layer: Tan Tape ND Layer: Beige Joint Compound Chrysotile 2 % Layer: Paint ND

Asbestos (Trace)Total Composite Values of Fibrous Components:

Cellulose (20 %) Fibrous Glass (10 %)

D1-09 10856953 Layer: Beige Tile ND Layer: Brown Mastic ND Layer: Black Non-Fibrous Material ND

Asbestos (ND)Total Composite Values of Fibrous Components:

Cellulose (Trace)

D1-10 10856954 Layer: Beige Tile ND Layer: Brown Mastic ND Layer: Black Non-Fibrous Material ND

Asbestos (ND)Total Composite Values of Fibrous Components:

Cellulose (Trace)

D1-11 10856955 Layer: Beige Tile ND Layer: Brown Mastic ND Layer: Black Non-Fibrous Material ND

Asbestos (ND)Total Composite Values of Fibrous Components:

Cellulose (Trace)

D2-12 10856956 Layer: Green Tile ND Layer: Brown Mastic ND

Asbestos (ND)Total Composite Values of Fibrous Components:

Cellulose (Trace)

D2-13 10856957 Layer: Green Tile ND Layer: Brown Mastic ND

Asbestos (ND)Total Composite Values of Fibrous Components:

Cellulose (Trace)

3777 Depot Road, Suite 409, Hayward, CA 94545 / Telephone: (510) 887-8828 (800) 827-FASI / Fax: (510) 887-4218

Sample ID Lab Number Asbestos

Type Percent in

Layer Asbestos AsbestosPercent in Percent in

Type TypeLayer Layer

D2-14 10856958…