APPENDIX D ABATEMENT SPECIFICATIONS …lbschoolbonds.net/pdfs/JordanCEQAInitialStudy_AppendixD.pdfEPA 530-SW-85-007 Asbestos Waste Management Guidance, May 1985. EPA 560/585--024 Guidance

APPENDIX D ABATEMENT SPECIFICATIONS REPORT

CF ENVIRONMENTAL, INC.

ABATEMENT SPECIFICATIONS

HAZARDOUS AND NON-HAZARDOUS BUILDING MATERIALS

DAVID STARR JORDAN HIGH SCHOOL

6500 ATLANTIC AVENUE

LONG BEACH, CA 90805

MAJOR RENOVATION PROJECT

LBUSD NO. 9008-0910-652

PREPARED FOR

LONG BEACH UNIFIED SCHOOL DISTRICT

2425 WEBSTER AVENUE

LONG BEACH, CA 90810

September, 2012

4017 ALCOVE AVENUE, STUDIO CITY, CA 91604 (818) 7 62-0960 • FAX: (818) 7 62-6062 • [email protected]

TABLE OF CONTENTS

PART 1: GENERAL 1.01 General Requirements 1.02 Description of Work 1.03 References 1.04 Definitions 1.05 Submittals 1.06 Quality Assurance PART 2: PRODUCTS 2.01 General 2.02 Isolation Materials 2.03 Tape 2.04 Disposal Packaging 2.05 Warning Labels 2.06 Surfactants 2.07 Encapsulants 2.08 Lagging Adhesive: N/A 2.09 Air Filtration Equipment 2.10 Personal Protection 2.11 Respirators PART 3: EXECUTION 3.01 Project Procedures 3.02 Preparation 3.03 Encapsulation 3.04 Asbestos: Gross Removal 3.05 Asbestos: Glove Bag Removal 3.06 Disposal 3.07 Decontamination of Work Area 3.08 Air Monitoring 3.09 Re-Establishment of Work Area 3.10 Repair and Painting 3.11 Clean-Up PART 4: SPECIAL CONDITIONS PART 5: SCOPE OF WORK LISTING -ASBESTOS CONTAINING MATERIALS -LEAD CONTAINING MATERIALS -PCBS, LIGHT TUBES, MERCURY THERMOSTATS -LIQUID REFRIGERANTS PART 6: LEAD ABATEMENT SPECIFICATIONS ADDITIONAL RESOURCE INFORMATION

-HAZARDOUS AND NON-HAZARDOUS MATERIALS REPORT UNDER SEPARATE COVER

LONG BEACH UNIFIED SCHOOL DISTRICT ABATEMENT SPECIFICATIONS JORDAN HIGH SCHOOL MAJOR RENOVATION PROJECT Rev. 9/13/2012F CFE PROJECT 6367 Page 1 of 113

ABATEMENT SPECIFICATIONS

HAZARDOUS AND NON-HAZARDOUS MATERIAL ABATEMENT

JORDAN HIGH SCHOOL PART 1 - GENERAL CONDITIONS 1.01 REQUIREMENTS

A. Contractor is to supply labor, materials, equipment, notifications, insurance, disposal and related work to encapsulate and/or remove hazardous and non-hazardous materials as described.

B. Contract is bid on a ‘Lump Sum’ basis for materials identified in Part 5 - Scope of Work Listing and

include but are not limited to materials containing or coated with Asbestos, Lead, PCBs, Mercury and regulated refrigerant liquids including Freon.

1. Part 5 – Scope of Work Listing (Spreadsheet) contains information on the location and

estimated quantity of identified materials. This worksheet format is being provided as a convenience to the contractor to assist in arriving at an overall ‘lump sum” cost for each portion of the work.

2. Additional information on the location and quantity of identified materials is contained the

Hazardous and Non Hazardous Materials Inspection Report for Jordan High School bound under separate cover.

C. No replacement of removed materials is required of the abatement contractor.

D. Contractor has the responsibility to verify the type, size, location, and difficulty of work prior to

submitting a bid.

E. Prior to commencing work, the Contractor shall supply to the Owner documentation of all permits and/or notifications to regulatory agencies relating to this project.

F. Prior to commencing work, the Contractor shall supply proof that Contractor is licensed and/or has

personnel that fulfill the following:

Asbestos Containing Materials 1. Certified for Asbestos Work by the State Contractors Licensing Board; 2. Registered for Asbestos Work with the California Division of Safety and Health; 3. Accredited to perform response actions under the Asbestos Hazard Emergency Response

Act; 4. All asbestos workers assigned to this project must be:

a. Accredited as an Asbestos Worker under the Asbestos Hazard Emergency Response Act. At least one employee on each shift shall be currently accredited as a Supervisor and shall have successfully completed in the last 12 months a course of instruction meeting the requirement for "Competent Person"(29 CFR 1926.1101).

Lead Containing Materials 1. As specified in the attached Lead Abatement Specifications attached to this document.

Hazardous and Non-Hazardous Materials including PCBs, Mercury Tubes and Thermostats

1. As required by federal, state and local regulations

G. Asbestos - All work shall be done in accordance with applicable regulations, including but not limited to 29 CFR 1926.1101, 40 CFR 763 (AHERA), 40 CFR Part 61 (NESHAPS), South Coast Air Quality Management District (SCAQMD) Rule 1403, and 8 CCR 1529, including mandatory and non-mandatory appendices as Applicable.

Lead - All work shall be done in accordance with applicable regulations, including but not limited to those specified in the attached Lead Abatement Specifications.


Hazardous and Non-Hazardous Materials including PCBs, Mercury Tubes and Thermostats as required by federal, state and local regulations

H. Contractor has the responsibility to verify the type, size, location, and difficulty of access to the

identified materials by attending a mandatory job walk, as scheduled by the District, prior to submitting bid. Quantities listed in this Specification are estimated.

1. By submitting a bid, the contractor acknowledges that he has investigated the site and satisfied

as to:

a. the conditions affecting the work, including, but not limited to, physical conditions of the site that might bear upon access to identified hazardous and non-hazardous materials identified in Part 5 Scope of Work Listing, handling and storage of tools and materials, access to water, electric or other utilities, or other conditions that otherwise could affect performance of required activities;

b. the character and quantity of all surface and subsurface materials or obstacles to be

encountered insofar as this information is reasonably ascertainable from an inspection of the site, including exploratory work done by the Long Beach Unified School District (Owner LBUSD) or designated consultants, as well as information within this specification and other construction documents. Any failure by the contractor to acquaint himself/herself with available information will not relieve him/her for the responsibility of estimating properly the difficulty or cost of successfully performing the work, the Owner is not responsible for any conclusions or interpretations made by the Contractor on the basis of the information made available by the Owner or designated consultants.

2. Discrepancies:

a. Should a bidder find discrepancies in the specification, or should he/she be in doubt as

the meaning of intent of any part thereof, he must request, in writing, clarification from the Owner no later than 5 days prior to the bid opening. Discrepancies with regard to conflicts between the contract documents and applicable federal, state or local regulations or requirement shall be included herein. Failure to request such clarification is a waiver to any claim by the bidder for expense made necessary by reason of later interpretation of the documents by the Owner

I. Contractor shall indemnify and hold the Long Beach Unified School District, CF Environmental,

Inc., AAA Lead Consultants and Inspections, Inc., Construction Managers, and Architects of Record harmless for claims, damages, losses, and expenses against including attorney's fees arising out of or resulting from any patent infringement concerning methods, procedures or uses of equipment in relation to the abatement work for this project.

J. Questions concerning this project should be directed in writing to:

Project Manager Long Beach Unified School District 2425 Webster Avenue Long Beach, CA 90810

1.02 DESCRIPTION OF WORK

This project requires the removal of identified hazardous and non-hazardous building materials prior to demolition or renovation of the existing buildings. The materials slated for abatement are listed and identified as follows in this Abatement Document that includes and incorporates the following Sections and Appendixes:

Parts 1-4: General Conditions, Requirements, Procedures, Special Conditions

Part 5: Scope of Work Listing: Asbestos Containing Materials, Lead Containing/Lead Laden Materials PCB Ballasts, PCB Containing Coatings, Fluorescent Tubes, Mercury Thermostats, and Regulated Refrigerants


All building materials containing >1% asbestos must be removed by the Abatement Contractor prior to demolition or renovation that could cause disturbance. A listing of these materials and their location is can be found in Part 5: Scope of Work Listing.

The Abatement Contractor shall remove any and all materials, whether asbestos containing or not, that could impede or prevent access to any and all identified hazardous and non- hazardous materials within wall cavities and above ceilings. Containment will likely be necessary to isolate areas prior to and during demolition.

Materials containing <1% asbestos or low levels of lead that will not disturb adjacent regulated material can be demolished by the demolition contractor utilizing worker protection rules as required by Cal/OSHA.

PCB Ballasts and Fluorescent Tubes are to be packaged by the Abatement Contractor, manifested and removed from the site for later incineration, recycling, and/or disposal in accordance with these Specifications or current regulation, whichever is more stringent.

Sprayed coatings containing asbestos and PCB shall be removed and disposed of in compliance with the most stringent regulations. Part 6 – Lead Abatement Specifications

The Lead Abatement Specifications shall be used as the sole determination on how to handle lead laden materials or those coated with lead based paint prior to stabilization, component removal, demolition, and/or recycling.

Hazardous and Non-Hazardous Materials (Haz Mat) Inspection Report

This document is bound under a separate cover and identifies Asbestos, Lead, PCB Ballasts, surfaces coated with PCBs, Fluorescent Tubes Containing Mercury, Mercury Containing Thermostats, and HVAC Units Containing Refrigerant Liquid.

1.03 REFERENCES

A. General - Codes, regulations and references applicable to asbestos abatement work include but are not limited to the following:

1. American National Standards Institute (ANSI) publications;

Z9.2-79 Fundamentals Governing the Design and Operation of Local Exhaust Systems.

Z87.1-79 Occupational and Educational Eye and Face Protection.

Z88.2-80 Practices for Respiratory Protection.

Z89.1-81 Requirements for Protective Headgear for Industrial Workers.

Z41-83 Personal Protection - Protective Footwear.

Z88.6-84 Respiratory Protection - Respiratory Use Physical Qualifications for Personnel.

2. American Society for Testing and Materials (ASTM) publications;

D1331-56 Surface and Interfacial Tensions of Solutions of Surface Active Agents.

3. Code of Federal Regulations (CFR);

29 CFR 1910, et al. Occupational Exposure to Asbestos; Final Rule

29 CFR 1910.20 General Safety and Health Provisions Access to Employee Exposure and Medical Records.

29 CFR 1910 Subpart I, Personal Protective Equipment.

29 CFR 1910.145 Specifications for Accident Prevention Signs and Tags.

29 CFR 1926.1101 Asbestos.

34 CFR 231 Appendix C, Procedures for Containing and Removing Building Materials Containing Asbestos.


40 CFR 61 Subpart A and Subpart M, USEPA, National Emission Standards for Hazardous Air (NESHAPS).

4. Compressed Gas Association, Inc.:

G-7.1 Commodity Specification for Air (1973).

5. National Fire Protection Association (NFPA): No. 70.1984 National Electrical Code.

6. UL 586-77 (R1982) Test Performance of High Efficiency Particulate Air Filter Units (June 10,

1977, 5th Ed.; Rev. March 12, 1982).

7. National Institute for Occupation Safety and Health (NIOSH): N31, 3rd. Ed., Vol. 1, Manual of Analytical Methods, Method 7400 Fibers.

8. U. S. Environmental Protection Agency (USEPA) Documents:

EPA 530-SW-85-007 Asbestos Waste Management Guidance, May 1985.

EPA 560/5-85-024 Guidance for Controlling Asbestos-Containing Material in Buildings, June 1985.

EPA 600/4-85-049 Measuring Airborne Asbestos Following an Abatement Action, November 1985.

EPA 560 OPTS-86.001 A Guide to Respiratory Protection for the Asbestos Abatement Industry, April 1986.

9. California Code of Regulations (CCR):

Title 8; Article 2.5 Registration Asbestos-Related Work Section 341.6 through 341.14.

Title 8, Section 1529, Asbestos.

Title 22, Division 4, Minimum Standards for Management of Hazardous and Extremely Hazardous Waste.

10. Local Air Pollution Control District Regulations:

South Coast Air Quality Management District (SCAQMD) Rule 1403 1.04 DEFINITIONS

A. The following definitions are specific to Work in this Specification; terms not defined herein shall have the meaning as given in applicable publications and regulations.

Abatement: Procedures to control release of hazardous and non-hazardous materials including asbestos and lead. Includes removal, repair, encapsulation, and enclosure.

Action Level: No longer USED. The former Action Level of 0.1 fibers per cubic centimeter is now the Permissible Exposure Limit (PEL).

Air Filtration Equipment: A portable air recirculating system equipped with HEPA filtration and used to cleanse air of particulate matter within an abatement area. Air filtration equipment is essentially the same as differential pressure equipment except it recirculates air instead of exhausting it.

Airlock: A system for permitting ingress and egress with minimum air movement between a contaminated area and an uncontaminated area.

Air Monitoring: The process of measuring the fiber content of a specific volume of air in a stated period of time.

Ambient Air Monitoring: Shall mean measurement or determination of airborne asbestos fiber concentrations outside but in the vicinity of the work site.

Amended Water: Water to which a surfactant has been added at a concentration of one (1) ounce surfactant to five (5) gallons water.


Area Monitoring: Sampling of asbestos fiber concentrations within the asbestos Work Area and outside the asbestos Work Area which is representative of the airborne concentrations of asbestos fibers which may reach the breathing zone.

Asbestos: The term asbestos includes chrysotile, amosite, crocidolite, tremolite, anthophyllite, and actinolite.

Asbestos-Contaminated Objects: any objects which may be contaminated by asbestos or asbestos-containing material as determined by the Consultant.

Asbestos Fibers: This expression refers to asbestos fibers having an aspect ratio of 3:1 and longer than 5 micrometers.

Authorized Visitor: The Owner's Representative, and any Representative of a regulatory or other agency having jurisdiction over the project.

Barriers or Containment Barriers: shall mean walls, tunnels, or enclosures erected to separate any section of an abatement area from the adjoining non abatement spaces. When required by site conditions barriers shall be constructed of 2' x 4's, 16 " O.C. with minimum 1/2" plywood walls, all seams in plywood shall be sealed airtight with caulking, The inside (work) side of all such barriers shall be covered with two layers of 6-mil poly sheeting. Tunnels and/or separation walls to maintain public access through a work area shall also be considered as part the of these barriers.

Baseline or Background Air Monitoring: shall mean a measurement or determination of airborne asbestos fiber concentrations inside the work place and outside the building prior to the start of abatement activities.

Ceiling Concentration: An exposure of airborne concentrations of asbestos fibers at any time in excess of the protection factor of the PPE being used.

Certified Clean: shall mean that a work area has no visible signs of fibrous materials or other debris of any kind and does not have levels of airborne fiber above the defined air clearance criteria

Clean or Decontaminate: shall mean to make a surface free of all visible and optically-detectable fibers/dust/debris by thoroughly HEPA-vacuuming and wet washing with lint free rags, sponges and/or mops.

Clean Room: An uncontaminated area or room which is a part of the Worker decontamination enclosure with provisions for storage of Workers' street clothes and protective equipment.

Decontamination Enclosure System: A series of connected chambers, with airtight doorways or a series of off-setting flaps, between any two adjacent chambers, for the decontamination of Workers and of materials and equipment. If off-setting poly flaps are used they shall be a minimum of 6 mil poly sheeting weighted at the bottom to re-establish a seal after entry or exit.

Differential Pressure Equipment: A portable local exhaust system equipped with HEPA filtration and capable of maintaining a constant, low velocity air flow into contaminated areas from adjacent uncontaminated areas exhausted to the exterior of the building.

Encapsulant (sealant): A liquid material which can be applied to asbestos containing material and which controls the possible release of asbestos fiber from the material either by creating a membrane over the surface (bridging encapsulant) or by penetrating into the material and binding its components together (penetrating encapsulant).

Encapsulation: Procedures necessary to apply an encapsulant to asbestos-containing building materials to control the possible release of asbestos fibers into the ambient air.

Enclosure: Procedures necessary to enclose completely asbestos containing material behind airtight, impermeable, permanent barriers.

Equipment Room: A contaminated area or room which is part of the Worker decontamination unit with provisions for storage of contaminated clothing and equipment.

Equipment Decontamination Enclosure: That portion of a decontamination enclosure system designed for controlled transfer of materials and equipment, typically consisting three separate


chambers separated by airtight doorways or a series of off-setting flaps consisting of a wet sponge area, a washroom and a holding area.

Excursion Limit: A limit of 1.0 f/cc over a 30-minute sampling period to which employees may not be exposed without appropriate respiratory protection.

Final Clean: shall mean that no three dimensional material is visible to the naked eye, there is no visible dust/debris inside the containment, and all residue on the substrate from which the asbestos materials were abated is removed.

Friable Asbestos Material: Material that contains more than one tenth percent asbestos by weight and that can be crumbled, pulverized, or reduced to powder by hand pressure when dry.

Fixed Louver: A non-operable type louver equipped with a HEPA filter and mounted in the rigid doors or walls of a decontamination enclosure system.

Fixed Object: A unit of equipment or furniture in the Work Area which cannot be removed from the Work Area. Glovebag Technique: A method with limited applications for removing small amounts of friable asbestos-containing material from HVAC ducts, short piping runs, valves, joints, elbows, and other non-planar surfaces in a non-contained Work Area. The glovebag typically constructed of 6 mil transparent regulite plastic, two inward projecting longsleeve rubber gloves, one inward projecting waterwand sleeve, an internal tool pouch, and an attached, labeled receptacle for asbestos waste. The glovebag is constructed and installed in such a manner that it surrounds the object or area to be decontaminated and contains asbestos fibers released during the removal process. Workers who are permitted to use the glovebag technique shall be highly trained, experienced, and skilled in this method.

HEPA Filter: A high efficiency particulate absolute (HEPA) filter capable of trapping and retaining 99.97 percent of particles (asbestos fibers) greater than 0.3 micrometers in mass median aerodynamic equivalent diameter.

HEPA Vacuum Equipment: Vacuuming equipment with a HEPA filter system.

Holding Area: A chamber in the equipment decontamination enclosure located between the washroom and an uncontaminated area. The holding area comprises an airlock.

Hygienist: For this project CF Environmental, Inc. (CFE) will make available, as needed, Certified Asbestos Consultants (CACs) and/or Certified Site Surveillance Technicians (CSSTs) to provide on site monitoring services.

Isolation Barriers: shall mean the construction of partitions, the placement of solid materials, and the plasticizing of apertures to seal off the work place from surrounding areas and to contain asbestos fibers in the work area.

Lockout: shall mean the safe, approved means for shutting down HVAC equipment, electrical panels or breakers, and water so that they cannot be inadvertently turned back on.

Log: an official record of all activities that occurred during the project and it shall identify the building owner, agent, contractor, worker, floor number, date, work area, and other relevant information to the project.

Mini Enclosure: an enclosed work area of one layer of six mil poly sheeting built inside a larger room. Each mini enclosure shall be constructed in such a manner as to allow for unrestricted access to all asbestos containing materials and capable of maintaining its integrity when placed under negative pressure. All mini enclosures will have a decontamination facilities attached. To be used in glove bag operations or for accessing contaminated areas above ceilings, in attics, or in crawlspaces.

Movable Object: A unit of equipment or furniture in the Work Area which can be removed from the Work Area.

Non-Friable Asbestos Material: Material that contains asbestos in which the fibers have been locked in by a bonding agent, coating, binder, or other material so that the asbestos is well bound


and will not release fibers in excess of the asbestos control limit during any appropriate use, handling, demolition, storage, transportation, processing or disposal.

Personnel Monitoring: Sampling of asbestos fiber concentrations within the breathing zone of an asbestos worker. The abatement contractor is responsible for providing the collection and analysis of all personal air samples in accord with the most recent regulations.

Plasticize: To cover floor and wall surfaces with plastic sheeting as herein specified.

Removal: Procedures necessary to remove asbestos-containing materials from designated areas and to dispose of these materials at an acceptable site.

Rigid Doorway: A device to allow ingress or egress from one room to another while permitting minimal air movement between the rooms. Doorway typically consists of a solid panel door, gasketed to prevent air leakage, attached by hinges to a rigid door frame. A lockset is required to secure door in the closed position.

Shower Room: A room between the clean room and the equipment room in the Worker decontamination enclosure with hot and cold or warm running water and suitably arranged for complete showering during decontamination. The shower room comprises an airlock between contaminated and clean areas. Shower room and/or decon units shall not be visible to the public.

Site Surveillance Technician: a CAL/OSHA certified professional contracted or employed to supervise air monitoring and analysis schemes. This individual is also responsible for recognition of technical deficiencies in Worker protection equipment and procedures during both planning and on-site phases of an abatement project. This individual shall have specialized experience in air sampling for asbestos.

Surfactant: A chemical wetting agent added to water to improve penetration.

Washroom: A room between the Work Area and the holding area in the equipment decontamination enclosure system. The washroom comprises an airlock.

Wet Cleaning: The process of eliminating asbestos contamination from building surfaces and objects by using cloths, mops, or other cleaning tools which have been dampened with water, and by afterwards disposing of these cleaning tools as asbestos-contaminated waste.

Work Area: Designated rooms, spaces, or areas of the project in which asbestos abatement actions are to be undertaken or which may become contaminated as a result of such abatement actions. A contained Work Area is a Work Area which has been sealed and equipped with a decontamination enclosure system. A non-contained Work Area is an isolated or controlled-access Work Area which has not been sealed nor equipped with a decontamination enclosure system.

Worker Decontamination Enclosure System: That portion of a decontamination enclosure system designed for controlled passage of Workers, and other personnel and authorized visitors, typically consisting of a clean room, a shower room, and an equipment room.

1.05 SUBMITTALS

A. Electronic copies to be submitted to CFE for review and approval at least 14 days prior to the first Pre-construction Meeting; Abatement will not begin until the requested submittals are received by CF Environmental, Inc. and approved. After approval, copies to District as directed by General Conditions.

1. Notification of public agencies as in 1.06(B) and Lead Abatement Specifications.

2. Submit copies of any other permits, licenses, manifests, or patents which are required or will

be used.

3. A copy of permits issued for HEPA Filtration System(s) per South Coast Air Quality Control District (SCAQMD), as required.

4. Copies of notifications to local Police, Fire, and Emergency Medical personnel. Notifications

will be limited to those required by law.


5. Copies of California Contractors License with Asbestos Certification issued by the State Contractors License Board and Department of Safety and Health Certificate of Registration for asbestos related work.

6. A copy of General Liability Insurance Certificates naming the Long Beach Unified School

District, CF Environmental, Inc., AAA Lead Consultants and Inspections, Inc., Construction Management Firms, and Architects of Record as additionally insured.

7. Copies of Worker Certifications to include training, medical monitoring (Lead in Blood),

respirator fit tests.

8. Copy of the Contractor's formal written OSHA Respiratory Program including a description of each respirator type, fit testing procedures for passive air filtering type respirators. The respiratory protection program must conform to 29 CFR 1910.134(b), (d), (e) and (f).

9. Name, address, and telephone number of the environmental laboratory which will analyze

Contractor's Personal Air Samples.

10. List of proposed sub-contractors, if any, to be used on project.

11. List proposed Waste Hauler on project and copies of applicable licenses, including State of California registration number.

12. List proposed landfill for disposal of hazardous and non hazardous asbestos waste, and

copies of applicable licenses including State and Federal registration numbers.

13. A detailed list of all materials, tools and equipment and miscellaneous supplies that will be used during the project. Required information shall include manufacturer's product data, specifications, samples and application instructions, Material Safety Data Sheets (MSDS), and other pertinent information as necessary.

14. List product substitutions, if any, for consideration by LBUSD, CF Environmental, Inc., and/or

the District’s Construction Management firms; all decisions are final.

15. A written overview of the entire abatement plan to be used at the school site. Highlights to include workmen, visitors, and employees will be protected from exposure, how spaces outside the work area will be protected from contamination until completion of work, and procedures implemented in case of emergency. Include a Site Security Plan for securing buildings while under abatement.

16. Schedules - Detailed work schedules which list the work area, dates of proposed work, work

time shifts, projected work accomplishments during each shift, and number of workers and Supervisors/Foremen.

1.06 QUALITY ASSURANCE

A. Qualification: The contractor is to maintain the following documents on site and update them as needed for life of the project:

1. Registration: One copy of the registration for Asbestos-Related Work from the Division of

Occupational Safety and Health in accordance with Title 8, Article 2.5 of the California Code of Regulations.

2. Personnel Training--Superintendent and Foreman: Submit copy of certificates signed by the

superintendent and foreman that he or she has successfully completed a training course in asbestos and lead abatement project supervision offered by an EPA/DPH endorsed educational institution.

3. Personnel Training-Workers: Submit copy of the asbestos abatement employee training

program, and a certificate signed by each employee that he or she has had instructions on the hazards of asbestos exposure, has had training in asbestos removal, and understands this instruction. Lead Training to be in compliance with attached Lead Abatement Specifications.

4. Respirators: One copy of a written standard operating procedure governing selection, fit-

testing, and use of respirators in accordance with 29 CFR 1910, Subpart I, 29 CFR 1926.1101, CGAI Standard G7.1, ANSI Z88.2, and Z88.6. Also submit manufacturer's


certification that the respirators to be used in this project comply with these regulatory requirements.

5. Medical Examination: Proof that personnel who will be entering contaminated areas have had

medical examinations, and furnish the results of said exam to the Owner. Comply with 29 CFR 1910.20 for access to employee exposure and medical records.

a. Before exposure to airborne asbestos, provide each employee with a comprehensive

medical exam meeting the general definition outlined in California Code of Regulations Title 8, CCR Section 1529 (m) (1). No employee shall be allowed to enter the Work Area without having first provided a copy of his Medical History to the Owner.

b. Submit an employee roster to the Owner for each Work shift prior to commencement of

shift.

B. Notifications, Communications and Postings:

1. Submit copies of notifications to all appropriate Government agencies, including:

a. Cal/OSHA Division of Occupational Safety and Health

320 West 4th Street, Room 350 Los Angeles, CA 90013 (213) 576-7451 FAX (213) 576-7461

Notification shall be in accordance with the Section 341.9 of Title 8 of California Code of Regulations.

b. U.S. Environmental Protection Agency 75 Hawthorne St. San Francisco, CA 94105 Attn: Asb. NESHAPS Coordinator

c. South Coast Air Quality Management District

21865 East Copely Drive Diamond Bar, CA 93301-2370 (909) 396-2336

d. California Department of Public Health or

Los Angeles County Department of Public Health Childhood Lead Poisoning Prevention Program 5555 Ferguson Drive, Suite 210-02 Commerce, CA 90022

e. Copies of Government agency correspondence shall be included in the submittals.

2. Safety Compliance: In addition to detailed requirements of this Specification, comply with

laws, ordinances, rules, and regulations of federal, state, regional, and local authorities regarding handling, storing, transporting, and disposing of hazardous and non-hazardous waste materials. Comply with applicable requirements of the current issue of 29 CFR 1926.1101, and 40 CFR 61, Subparts A, & M, 40 CFR 61.152, and CCR Section 1529 and applicable sections of the Lead Specifications. Submit matters of interpretation of standards to the appropriate administrative agency for resolution before starting Work. Where requirements of this Specification and reference documents vary, the most stringent requirement shall apply.

3. Contractor shall have at least one copy each of 29 CFR 1926.1101; 40 CFR Part 61, Subparts

A & M; and CCR, SCAQMD Rule 1403, Title 8, Section 1529, and 1532.1. Lead at his office and also at the job site.

4. Before the commencement of any Work at the site, post bilingual (English and Spanish) EPA

and CAL/OSHA caution signs in and around the Work Area to comply with EPA and OSHA regulations.

C. Employee Exposure Monitoring:


1. Personnel monitoring and other monitoring which is required by law or considered necessary by the Contractor for Worker protection shall be the responsibility of the Contractor and performed by Contractor's Air Sampling Professional.

D. Certifications:

1. Equipment Certification: Submit manufacturer's certification that vacuums, differential pressure

equipment filters, and other local exhaust ventilation equipment conform to ANSI Z9.2.

2. Rental Equipment: When rental equipment is to be used in removal areas or to transport waste materials, a copy of the written notification provided to the rental company informing them of the nature of use of the rented equipment shall be submitted to the Owner Construction Supervisor and signed by the rental company.

D. Post Job Submittals:

1. Prior to receipt of final payment the Abatement Contractor will submit six copies (3 copies to

the Consultant and 3 copies to the District’s Construction Management Firm) of a Close-Out Package to the Asbestos Consultant. The Close-Out Package shall include as a minimum:

a. Required Governmental Notifications b. Daily Status Reports/Daily Logs c. Entry/Exit Logs d. OSHA Air Monitoring e. Workers Submittals f. Waste Manifests

PART 2 - PRODUCTS 2.01 GENERAL

A. Submit manufacturer's product data for all the items listed under Part 2 - Products. 2.02 ISOLATION MEDIA (PLASTIC)

A. Polyethylene sheets 6 mil and 4 mil in sizes to minimize frequency of joints. 2.03 TAPE

A. Duct tape 2" or wider, or equal, capable of sealing joints of adjacent sheets of plastic sheets and for attachment of plastic sheet to finished or unfinished surfaces of dissimilar materials and capable of adhering under both dry and wet conditions, including use of amended water.

2.04 DISPOSAL PACKAGING

A. Appropriately labeled 6 mil (doubled) sealable polyethylene bags as a minimum.

B. As needed to prevent punctures - appropriately labeled 6 mil sealable polyethylene bags placed inside a closed, impermeable drum containers.

C. Bilingual labels (English and Spanish) on containment glove bags, waste packages, contaminated

material packages and other containers shall be in accordance with EPA or OSHA standards. 2.05 WARNING LABELS AND SIGNS

A. As required by/and 29 CFR 1910.145. 2.06 SURFACTANT

A. Surfactant, or wetting agent, for amending water will be 50 percent polyoxyethylene ether and 50 percent polyoxyethylene ester, or equivalent, at a concentration of one ounce per 5 gallons of water.

2.07 ENCAPSULANTS

A. After removal use clear encapsulant as follows:


1. American Coatings Corporation "22 P"; 2. Better Working Environments "BWE 3000"; 3. Mateson Chemical Corporation "Cover-Al"; 4. Stinnes-Western Chemical Corporation "Wedco Wedbestos Primer"; or 5. Approved equal

2.08 LAGGING ADHESIVE

A. Meet NFPA 90A Code; Arabol, Childers CP52, Insul-Constic 102, or approved equal. 2.09 AIR FILTRATION EQUIPMENT

A. Provide differential pressure equipment - High-efficiency particulate absolute (HEPA) filtration systems shall be equipped with filtration equipment in compliance with ANSI Z9.2, local exhaust ventilation. No air movement system or air filtering equipment shall discharge unfiltered air outside the Work Area. Differential pressure within the work area shall be maintained at negative .02 inches of water during abatement as demonstrated by use of a manometer.

B. Provide air filtration equipment with HEPA filtration system to cleanse air of particulate matter

during abatement. Replace HEPA filters when filters become clogged with particulate matter. Provide enough air filtration devices within the work area to maintain fiber levels within the protection factors of workers' respirators.

2.10 PERSONAL PROTECTION

A. Personal Protective Equipment shall comply with the requirements of 29 CFR 1910, Subpart I.

B. Work clothes shall consist of fire retardant (should conditions demand), disposable, full-body coveralls, head covers, boots, rubber gloves, and sneakers or equivalent in accordance with ANSI Z41. Secure sleeves at wrists and cuffs at ankles.

C. Eye protection and hard hats shall be available as required by applicable safety regulations and

shall conform to ANSI 87.1 and 89.1.

D. Provide authorized visitors with suitable protective clothing, headgear, eye protection, and footwear whenever they are required to enter Work area.

2.11 RESPIRATORS

A. Provide all workers, foremen, superintendents, authorized visitors, and inspectors personally issued and marked respiratory equipment jointly approved by NIOSH/MSHA. When respirators with disposable filters are employed, provide sufficient filters for replacement as recommended by manufacturers or this specification. Selection of respirators shall be made according to the guidance of 29 CFR 1910 Subpart I; ANSI Z88.2; CGAI G7.1; EPA 560 OPTS-86.001; and Table I of this section.

B. When positive pressure supplied air Type "C" equipped with full face piece respirators are

employed, the Air Supply System shall provide Grade "D" breathing air in accordance with OSHA 29 CFR 1910 Subpart I and ANSI Z88.2 and CGAI G7.1.

C. The Compressed Air system for Type "C" Respirators shall be high pressure (nominal 100 psi),

with a compressor capacity to satisfy the respirator manufacturer's recommendations. The receiver shall have sufficient capacity to allow a 15 minute escape time for the respirator wearers in the event of compressor failure or malfunction. Type C supplied air respirators with HEPA filter disconnect may be used as an alternate to the 15 minute escape time required in the event of compressor failure for Type C respirators. The Compressed Air System shall have compressor failure alarm, high temperature alarm, carbon monoxide alarm, and suitable in-line air purifying sorbent beds and filters to assure Grade "D" breathing air.

D. The minimum respiratory protection required for this project is as follows (See also Table I of this

section):

1. Use high efficiency powered air-purifying respirators (PAPR) for the following provided maximum airborne fiber concentration outside the respirator is at or below 0.25 fibers/cc:


a. Preconstruction sealing of openings and penetrations to the work areas with plastic sheeting.

b. Decontamination of removable furnishings and equipment. c. Loading asbestos-containing drums on truck for transportation and unloading bags at

approved landfill.

d. During use of glovebag technique.

e. During limited use of glovebag technique and removal of piping with asbestos insulation intact.

f. During final wipe down of work space

2. Use Type "C" respirators for the following (follow guidelines set forth in Table I):

a. At the start of glovebag removal procedures until personal air monitoring indicates fiber

levels acceptable for lesser respiratory protection.

b. Any situation where gross contamination has occurred because of a tear or rupture in the glovebag and air sampling indicates airborne fiber levels have exceeded 2.0 fibers/cc. Use full face piece, supplied air Type "C" respirator, in pressure demand mode, equipped with an auxiliary positive pressure self-contained breathing apparatus.

c. During removal and encapsulation, use supplied-air, full face piece, Type "C" pressure

demand for fiber levels at or below 2.0 fibers/cc or pressure demand with auxiliary positive pressure self-contained breathing apparatus for fiber levels over 2.0 fibers/cc. When exposure limits are established, respirators presented in Table I that afford adequate protection for the maximum concentrations of airborne asbestos may be used. If respirators other than a Type "C" pressure-demand, supplied-air respirator, are provided, determine the exposure of each employee to airborne asbestos during each type of removal operation. Determine both the ceiling limit and the 8-hour, time-weighted average concentration of asbestos fibers to which each of the employees is exposed during each type of removal operation.

d. Type "C" Respirators shall be worn with belt to minimize possibility of dislodging face

mask when hose becomes snagged in the work area.

e. Provide a minimum of two spare hoses to be available at any time to the Owner and their authorized visitors and inspectors to connect to their assigned clean Type "C" respirator without having to displace worker from abatement area to obtain a hose connection if use of Type "C" becomes necessary.

f. Alternate respiratory protection systems proposed by the Contractor will be considered by

the Owner's industrial hygiene consultant. Documentation must be provided by the Contractor that asbestos levels during previous, comparable jobs were within the protection factors of the respirators to be used as outlined in Table I.

g. When Type "C" respirators are not required according to the OSHA standard (or this

specification, whichever is more stringent), provide workers with approved, permanent, personally-issued and marked respirators with replaceable filters. Provide sufficient quantity of filters jointly approved by NIOSH/MSHA for use in asbestos environments so that workers can change filters as required by manufacturer during the work day. Filters shall not be used any longer than one work day.


TABLE I – RESPIRATORS Max. Conc. Minimum Outside Protection Acceptable Respirator Factor Respirator_________________ 0.1 fiber/cc* 10 Half or full face mask and dual cartridge air purifying respirator with cartridges approved for asbestos and with high efficiency filters.* (P-100) 0.25 fibers/cc 25 Powered air purifying respirator (half or full-facepiece) and with high efficiency filters.* (P-100) 0.5 fibers/cc 50 Type "C" supplied air respirators, full facepiece, with continuous flow. 2.0 fibers/cc** 100 Type "C" supplied air respirators, full facepiece, pressure demand mode. Over 2.0 fibers/cc** Type "C" supplied air respirators, full facepiece, pressure demand mode, equipped with an auxiliary positive pressure self-contained breathing apparatus. Disposable (single use) respirators are not to be worn for protection against asbestos. * Greater respiratory protection is always acceptable regardless of asbestos concentrations. ** Must demonstrate that the fiber levels will not exceed 0.01 f/cc inside the respirator based on quantitative mask fit testing for each individual using the respirator protection factor formula. PART 3 - EXECUTION 3.01 PROJECT PROCEDURES:

A. Abatement Procedure Plans: Submit a plan of the work procedures for abatement of asbestos materials. Include the following:

1. Personnel monitoring procedures in accordance with current Cal/OSHA Regulations. 2. Phasing of abatement work indicating daily roster of workers for each phase. 3. Security system warning signs locations in accordance with Cal//OSHA Regulations 4. Plans for decontamination of workers and other hygiene facilities. 5. Standard procedures for protecting workers, visitors, and employees and protection of spaces

outside work area from contamination.

B. Emergency Precautions and Procedures

1. Establish emergency and fire exits from the Work Area. Emergency exits shall be equipped with 2 full sets of protective clothing and respirators.

2. Local medical emergency personnel, both ambulance crews and hospital emergency room

staff, shall be notified prior to commencement of abatement operations as to the possibility of having to handle contaminated or injured Workers, and shall be advised on safe decontamination.

3. Contractor shall be prepared to administer first aid to injured personnel after decontamination.

Seriously injured personnel shall be treated immediately or evacuated without delay for decontamination. When an injury occurs, the Contractor shall stop Work and implement fiber reduction techniques (e.g., water spraying) until the injured person has been removed from the Work Area.

4. Before starting actual removal of asbestos material local police and fire departments shall be

notified as to the danger of entering the Work Area.


C. Bilingual Workers Protection Procedures (English and Spanish) -- To Be Posted in Clean Room.

1. Each Worker and authorized visitor shall, upon entering the Regulated Area: Don a respirator and clean protective clothing before entering.

2. Workers shall, each time they leave the Work Area: Remove gross contamination from

clothing before leaving the Work Area; proceed to the Equipment Room and remove clothing except respirators; still wearing the respirator, proceed naked to the showers; clean the outside of the respirator with soap and water while showering; remove the respirator; thoroughly shampoo and wash themselves.

3. Following showering and drying off, each Worker shall proceed directly to the clean change

room and dress in clean clothes at the end of each day's Work, or before eating, smoking, or drinking. Before re-entering the Work Area from the clean-change room, each Worker and authorized visitor shall put on a clean respirator and shall dress in clean protective clothing.

4. Contaminated Work footwear shall be stored in the Equipment Room when not in use in the

Work Area. Upon completion of asbestos abatement, dispose of footwear as contaminated waste.

5. Workers removing waste containers from the Equipment Decontamination Enclosure shall

enter the holding Area from outside wearing a respirator and dressed in clean disposable coveralls. No Worker shall use this system as a means to leave or enter the washroom or the Work Area.

6. Color of disposable clothing worn outside Work Area shall be different in color or markings

from disposable clothing work inside Work Area.

7. Workers shall not eat, drink, smoke, or chew gum or tobacco while in the Work Area.

8. Workers and Authorized visitors with beards shall not enter the Work Area unless equipped with respirators approved for use with beards.

3.02 PREPARATION

A. Work Areas:

1. Shut down electric power within the containment area as needed to protect workers from electrical hazards. The abatement contractor shall have the responsibility to provide temporary power and lighting within the containment area. The contractor shall either request permission from the District to use site power or provide a generator on site. All electrical connections and maintenance of the generator and temporary power shall be the responsibility of the contractor.

2. The contractor shall ensure safe installation of temporary power sources and equipment per

applicable electrical code requirements and provide ground-fault interrupter circuits as power source for electrical equipment.

3. Shut down and isolate heating, cooling, ventilation air systems to prevent contamination and

fiber dispersal to other areas of the structure. During the Work, vents within the Work Area shall be sealed with tape and plastic sheeting and as shown on plans.

3. Do not begin Work until area is free of loose equipment.

4. Pre-clean fixed objects within the proposed Work Areas, using HEPA filtered vacuum

equipment and/or wet cleaning methods as appropriate, and enclose with protective barriers of plywood covered with minimum 6 mil plastic sheeting sealed with tape.

5. Clean proposed work areas using HEPA filtered vacuums or wet cleaning methods as

necessary to maintain fiber levels at or below 0.01 f/cc. Methods that raise dust, such as dry sweeping or vacuuming with equipment not equipped with HEPA filters is prohibited.

6. Seal off openings, including but not limited to corridors, doorways, ducts, grills, diffusers, and

any other penetrations of the Work Areas, with plastic sheeting sealed with tape. Doorways and corridors which will not be used for passage during Work must be sealed with barriers.


7. Cover wall surfaces with a minimum of two layers of 4 mil plastic sheeting extending from the ceiling to floor level. All seams are to be sealed with duct tape. Each layer of poly sheeting shall be hung on the walls independent of each other.

8. Cover floors with a minimum of two layers of 6 mil poly sheeting. Offset seams to reduce

potential for leaking. Fully seal seams with spray adhesive and duct tape.

A. Contractor is responsible for complying with SCAQMD requirements for containment of friable materials. All non work surfaces are to be covered with poly sheeting.

9. Install Decontamination Enclosure System (decon units) or equivalent prefabricated portable

decontamination units as approved. When possible decon units will be inside the building. If this is not possible decon units to be constructed to maintain building security (i.e. decon unit large enough to allow the exterior doors to be locked. All Decon Units (worker entry/exit and/or equipment/waste bag out shall be kept from public view, where possible).

10. Maintain emergency and fire exits from Work Areas.

B. Decontamination Enclosure System (General):

1. Construct decontamination enclosure system of suitable framing; walls, ceiling, and floors of

decontamination enclosure system shall be lined with 6 mil polyethylene sheeting sealed with duct tape.

2. Access between contaminated and uncontaminated rooms or areas shall be through an airlock. Access between any two rooms within the decontamination enclosure systems shall

be through a rigid doorway or overlapping 6 mil poly flaps.

C. Worker Decontamination Enclosure System: Construct a worker decontamination enclosure systems contiguous to the Work Area consisting of three totally enclosed chambers as follows:

1. An equipment room with two rigid doorways or overlapping 6 mil poly flaps one to the Work

Area and one to the shower room.

2. A shower room with two rigid doorways or overlapping 6 mil poly flaps, one to the equipment room and one to the clean room. Shower room shall contain at least one shower with hot and cold or warm water. Careful attention shall be paid to the shower enclosure to ensure against leaking of any kind. Ensure a supply of soap at all times in the shower room. Shower water shall be filtered to remove asbestos prior to being discharged to drain or barrel.

3. A clean room with one rigid doorway or overlapping 6 mil poly flaps into the shower and one

entrance or exit to non-contaminated areas of the building. Clean room shall have sufficient space for storage of Worker's street clothes, towels, and other non-contaminated items. Clean room shall also store fresh, non-contaminated protective clothing, respirators, and any other accessory to be used by workers in the work area.

D. Equipment Decontamination/Waste Removal Enclosure System:

1. Provide or construct an equipment decontamination and waste removal enclosure system

consisting of areas as follows:

a. A washroom, constituting an airlock, with a rigid doorway or overlapping 6 mil poly flaps to a designated wet sponge area, a rigid doorway or overlapping 6 mil poly flaps to the holding area, and a rigid doorway or overlapping 6 mil poly flaps to the shower area.

b. A wet sponge area, with a rigid doorway or overlapping 6 mil poly flaps to the equipment

room and wash room.

c. A holding area, constituting an airlock, with a rigid doorway or overlapping 6 mil poly flaps to an uncontaminated clean room and rigid doorway each to wash room and loading ramp.

E. Separation of Work Areas from Occupied Areas.

1. Separate parts of the building required to remain in use from parts of the building that will

undergo asbestos abatement by means of airtight barriers, constructed as follows:


a. Build suitable framing and apply isolation on work side (refer to Section 1.04 Item 13).

b. Isolation medium shall be a minimum of 2 layers of 6 mil plastic sheet, sealed with duct tape as specified on Work Area side.

c. Seal all penetration points to the work area by using minimum of 2 layers of 6 mil plastic

sealed with duct tape.

F. Maintenance of Enclosure Systems:

1. Ensure that barriers and plastic linings are effectively sealed and taped. Repair damaged barriers and remedy defects immediately upon discovery.

2. Visually inspect enclosures at the beginning of each work period.

3. Use smoke methods to test effectiveness of barriers prior to implementing asbestos removal

and when directed by the Owner.

4. Maintain emergency and fire exits from Work Areas.

G. Asbestos abatement work shall not commence until:

1. Arrangements have been made for disposal of waste at an acceptable site.

2. Arrangements have been made for containing and disposal of waste water resulting from wet stripping.

3. Work areas and decontamination enclosure systems and parts of the building required to

remain in use are effectively segregated.

4. Tools, equipment and material waste receptors are on hand.

5. Arrangements have been made for building security.

6. Preparatory steps have been taken and applicable notices posted and permits obtained.

7. Differential pressure systems are installed and operating. All exhaust to be outside the building.

8. Contractor submittal for isolating non-asbestos work areas have been reviewed and approved

by the Owner. 3.03 ENCAPSULATION OF ASBESTOS

A. Encapsulate (lockdown) all surfaces within the work area after the Site surveillance Technician has performed his/her final visual inspection verifying that all identified asbestos material has been removed.

3.04 ASBESTOS REMOVAL: GROSS REMOVAL

A. Install containment as outlined in Section 3.02.

B. Spray asbestos material with amended water, using spray equipment capable of providing a "mist" application to reduce the release of fibers. Saturate material sufficiently to wet it to substrate without causing excess dripping or delamination of the material. Spray asbestos material repeatedly during work process to maintain wet condition and to minimize asbestos fiber dispersion.

C. Remove saturated asbestos material in small sections. As it is removed, pack material in sealable

plastic bags (6 mil minimum thickness) or other container lined with 6 mil poly in preparation for removal from containment. As the bags or containers are removed from the work area through the bag out chamber, the packaged material shall be placed in a clean 6 mil bag or container lined with 6 mil poly sheeting. Material shall not be allowed to dry out prior to packaging.

1. Where asbestos material is applied to a non-asbestos gypsum or other substrate, both the

asbestos and substrate may be removed (Refer to Part 4: Special Conditions). Replacement of substrate, if removed, shall be performed hereunder in accordance with applicable portions of other sections of these specifications.


D. After completion of stripping work, surfaces from which asbestos has been removed shall be final cleaned to remove remaining asbestos residue and/or debris. To verify removal of the

asbestos containing material the consultant may elect to collect bulk samples of the remaining substrate. The surface will be considered to be clean if there is no asbestos detected. If the surfaces are not clean, the contractor will be directed to re-clean all areas as needed to meet the above criteria. Subsequent cleaning and cost of bulk sampling costs will be at the contractor’s expense at no added cost to the District.

E. Notify the Owner and Owner's Representative in writing that Work Area is ready for review.

3.05 ASBESTOS REMOVAL: GLOVEBAG TECHNIQUE

A. All work involving removal of pipe or fitting insulation using the glove bag procedure as described below shall be in accordance with current CAL/OSHA Regulations.

1. Install critical barriers over openings into the work area.

2. Pre-Clean visible asbestos debris.

3. Cover vertical and horizontal surfaces prevent contamination of non-asbestos surfaces. All

abatement areas will have a fully operational decontamination chamber at work area entry. When glove bag work is taking place in a large room a "mini enclosure" can be constructed and used as a negative pressure enclosure.

4. Place glove bag under negative pressure.

B. Contractor shall wait for containment and glove bag installation inspection prior to removal of any

asbestos materials.

C. After installation of glovebag, thoroughly wet material to be removed with amended water. Allow to soak in, and then remove insulating material from piping. Remove all visible debris from piping. Thoroughly wash the inside of the bag, the piping surfaces and the tools. Without removing the wand from the bag, change the spray bottle to an encapsulant material, then re-spray inside of bag, piping and ends of exposed insulation material. Evacuate bag with HEPA vacuum; tie off trash area; remove tools from bag; remove bag from pipe, folding inward the sides of the bag; then twist and tape the open end, the wand opening, and the vacuum opening. Place glovebag directly into another labeled bag, twist and seal, then place into container.

D. Seal filled containers. Place danger labels on containers in accordance with OSHA regulation 29

CFR 1926.1101. Ensure that containers are removed from the holding area by workers who have entered from uncontaminated areas dressed in clean overalls and equipped with respirators. Ensure that workers do not enter from the equipment decontamination enclosure system into the washroom or the Work Area; ensure that contaminated workers do not exit Work Area through equipment decontamination enclosure system.

3.06 DISPOSAL

A. Waste Transportation: Submit the method of transport of hazardous waste including name, address, EPA I.D. number and telephone number of transporter.

B. Hazardous Waste Site: Submit for approval the name, class, address, EPA I.D. number and

telephone number of hazardous waste site(s) to be utilized for disposal.

C. The sealed asbestos containers shall be delivered to Contractor's predesignated approved Hazardous Waste Site for burial; in accordance with Title 22 CCR, EPA guidelines and 40 CFR 61.156 and local Air Pollution Control District Regulations.

D. Notify the Owner in advance of the time when contaminated materials are to be removed from the

site.

E. Contractor shall be responsible for safe handling, pick-up, and transportation of hazardous waste generated by this Contract to the designated Hazardous Waste Site.


F. Contractor shall hold the District, CF Environmental, Inc., and Construction Management’s Firms harmless for claims, damages, losses, and expenses, including attorney's fees arising out of or resulting from asbestos spills on the site or spills en route to the disposal site.

3.07 DECONTAMINATION OF WORK AREA -

A. After written notification to proceed from Owner's Representative, encapsulate surfaces where asbestos material has been removed.

1. Surfaces from which asbestos have been removed shall be sealed with a clear encapsulant

after the surface is clean and dry. Encapsulant must be compatible with adhesive used to install new floor coverings. Apply encapsulant as needed using airless spray equipment.

2. Prepare and apply encapsulant according to the manufacturer's specifications. Because

application by spraying could cause dissemination of residual fibers, encapsulant must be applied with as much caution and at as low a nozzle pressure as possible.

B. Upon proper notification, Owner and Owner's Representative will review encapsulated surfaces for

conformance with Specifications. Non-conformance of Work shall be remedied until Work is in compliance.

3.08 AIR MONITORING

A. Area Air Monitoring:

1. Throughout the abatement process area air monitoring shall be conducted by CF Environmental, Inc. to ensure Work is done in conformance with fiber concentration limits of these Specifications.

2. If area air monitoring outside the Work Area or personnel air monitoring results are in excess

of 0.01 f/cc Contractor shall make changes in work procedures to assure compliance with minimum standards. Unsatisfactory results are fiber counts in excess of 0.01 fibers/cc by PCM or 0.005 asbestos fibers/cc by TEM, determined as a TWA outside the work area for Area Air Monitoring.

B. Contractor shall submit written report to Owner's Representative of Contractor's personnel

monitoring as soon as practicable. Personnel air monitoring shall not exceed the levels recommended for the type of respiratory gear in use.

C. The Consultant (CF Environmental, Inc.) shall have the authority to stop work at any time it

becomes apparent that abatement work is not proceeding as required in these specifications. If at any time the Consultant determines that conditions are not within specifications and applicable regulations, abatement can be stopped. The stoppage of work shall continue until conditions have been corrected to the satisfaction of the Consultant. Standby time required to resolve the problem shall be at the Abatement Contractor's expense.

Those individuals who have been designated as "Competent Persons" by the Abatement Contractor may be removed at the District's and/or the Consultant's discretion for non performance. The replacement individuals must meet the previous standards and be approved by the District and/or the Consultant.

Failure of the Contractor to comply with the requirements of the Specification shall be grounds for termination of the Abatement Contractor’s contract with the District.

3.09 RE-ESTABLISHMENT OF WORK AREA - NOT APPLICABLE TO THIS CONTRACT 3.10 REPAIR AND PAINTING

The asbestos abatement contractor will remove all duct tape, tape residue, adhesive residue, staples, furring strips and/or other materials installed or applied to the buildings or there contents in order to remove the identified materials.

3.11 CLEAN UP

A. Maintain a clean project site during and upon completion of Work of this Section. Cleaning shall be in accordance with s General Conditions.


PART 4 - SPECIAL CONDITIONS General The Owner is requesting proposals to provide abatement and disposal services to remove materials identified in Part 5 - Scope of Work Listing" including Appendixes. The materials listed on the following pages have been identified due to the impact due to demolition. The cost of removing these materials shall be included in the overall cost of the Project. The estimated material quantities to be removed include all material within each space or series of spaces within a building whether they are connected or not. The quantity includes material within interstitial spaces including walls, pipe chases, attics, crawlspaces, above ceilings, beneath or inside cabinets, covered by shelving and/or counters. It is within the scope of the abatement to remove all hazardous and non-hazardous materials in these buildings. 4.01 SCHEDULING

A. The Abatement Contractor will coordinate all abatement work with the Owner, its Project Managers and Consultants. The contractor will have sufficient employees to accomplish the abatement task during the time allotted. Failure of the Abatement Contractor to complete a particular task may result in the termination of the contract agreement.

The Owner will contract the services of a Certified Asbestos Consultant/Site Surveillance Technician for on site monitoring and visual inspection.

B. The Consultant/Site Surveillance will be available for on site monitoring and visual inspection.

1. Overtime work shall be requested in advance and in writing to allow for the scheduling of the

appropriate Owner Personnel and the on site Hygienist.

2. If the Hygienist is required to work overtime at the request of, or because of, the Abatement Contractor, the Owner has the option of charging the responsible contractor for the overtime hours worked at the Hygienist's overtime rate.

C. The General Contractor and/or his Abatement Contractor shall be responsible for scheduling

abatement work through the Owner and Construction Managers. The following time lines shall dictate abatement activities:

1. 48 hour notice prior to start of shift - No delay in abatement schedule.

2. 24 hour notice prior to start of shift – Consultants will provide oversight if possible.

3. Should abatement contractor arrive on site without prior notification, work cannot proceed until

the District’s consultants make arrangements for project oversight. 4.02 SITE SECURITY

A. The abatement contractor is responsible for maintaining site security for the duration of his/her abatement activities. The existing security system shall remain in operation or the abatement contractor shall provide on-site security.

4.03 SITE UTILITIES

A. The Owner has the option of providing the Abatement Contractor with water and power. However, it is the responsibility of the Abatement Contractor to provide own connections for use.

B. The abatement contractor and/or employees are not allowed to use the Owner’s phones.

4.04 ABATEMENT CONTRACTORS SUPPLIES AND EQUIPMENT

A. All HEPA vacuums, negative air machines, airless sprayers, hudson sprayers, spray bottles, ladders, scaffolding, extension cords, showers, water filtration units, and hand tools will be clean and in good working order. The Consultant, Site Surveillance Technician, or Owner’s Representative shall periodically inspect the abatement contractor’s supplies and equipment. Defective or contaminated equipment will be removed from the Owner’s site.


4.05 WORK PROCEDURES

A. Work procedures outlined below are designed to cover the most common conditions known to be present. The Abatement Contractor shall comply with all laws, ordinances, rules, and regulations of federal, state, regional, and local authorities regarding encapsulation, enclosure, removal, handling, storing, transporting, and disposing of asbestos waste materials. Where requirements of this Specification, reference documents or regulations vary, the most stringent requirement shall apply.

Floor Tile, Tile Mastics, Mastic under Carpet, Linoleum Sheeting

The District requires that all flooring materials identified within these buildings be removed by the abatement contractor. The abatement contractor shall coordinate his work with the General Contractor and the Owner so that all physical obstructions covering flooring materials are removed prior to installation of containment by the abatement contractor. These obstructions include but are not limited to cabinets, casework, baseboards, top set base, heaters, demising walls, etc.

A. Seal windows, vents, and doors except those required for access with "critical barriers".

B. Stationery objects in the removal areas, not covering floor tile and mastic, shall be isolated with

poly sheeting and sealed with duct tape.

C. Cover walls in the work area from floor to ceiling with poly sheeting. Mechanical removal of mastic (buffing machines, bead blasting, etc.) will require installation of a poly ceiling in accordance with current SCAQMD Regulations.

D. Attach a three stage decon (with hot water) and operational water filtration system at each work

area entry, with a separate three stage bag-out for waste and equipment. These chambers must be constructed in a manner that allows site building security systems to remain operational (i.e. closing doors and windows).

E. Place entire work area under negative pressure.

F. Remove all obstructions to allow access to all flooring materials.

G. Keep flooring materials wet during removal and packaging. Removal of the material is complete

when no residual material is visible.

H. Remove tile mastic with low odor mastic remover. Surfaces from which mastic is removed shall be considered clean when mastic cannot be scrapped from substrate including voids and crevices.

1. The abatement contractor may, as conditions permit, bead blast the floor. This will require

construction of ‘Full Containment’ in accordance with current SCAQMD Regulations. ‘Full Containment’ to include wall and ceiling poly.

2. Manual methods that do not require installation of a ceiling including wet razor scraping must

be followed by use of chemical mastic removal chemicals to remove remaining residue.

I. Double bag all removed asbestos containing materials and contaminated waste using properly labeled 6 mil asbestos disposal bags.

J. HEPA vacuum/wet wipe all horizontal and vertical surfaces not covered with plastic sheeting after

removal is complete.

K. Removal chemicals that are considered hazardous Waste must be disposed of separately from the non-hazardous floor tile at no additional cost to the Owner.

Pipe and Fitting Insulation

Contractor has the option to remove the material inside full containment. Isolation requirements are outlined in Section 3.02 - PREPARATION.

A. Install critical barriers over all openings not used to enter the work area.

B. Asbestos abatement contractor isolates work area as outlined in Section 3.05 Asbestos Removal:

Glove Bag Technique.


C. Construct a fully operational Decontamination Chamber at work area entries.

D. Place work area under negative pressure.

E. Pre-clean all visible asbestos-containing debris before installing glove bags. Cover horizontal and vertical surfaces with poly sheeting. All areas will be inspected by the Site Surveillance Technician prior to installing glove bags.

F. Remove asbestos and final clean pipe before moving to next location. All workers involved in

glove bag removal operations will work in groups of two. Each group will be equipped with a HEPA filtered vacuum, amended water/encapsulant, lights, and cleaning tools at all times.

G. Before sealing substrate work surfaces must be inspected by the Site Surveillance Technician to

verify all asbestos debris/material has been removed.

H. Pipe insulation on abandoned water and steam lines may be abated by wrapping the pipe in poly sheeting and then removing small sections of insulation at set intervals prior to cutting the pipe and removing intact sections from the work area.

Boiler Insulation - Gross Removal

Removal of asbestos containing insulation found inside the boilers including block, Aircell, fiberboard panels, access panels (doors), thermal caulk and contaminated fiberglass insulation shall require removal of the metal outer skin of the boiler inside full containment. A. Install critical barriers over all openings not used to enter the work area.

B. Construct a fully operational Decontamination Chamber at work area entries.

C. Place work area under negative pressure.

D. Pre-clean all visible asbestos-containing debris prior to installation of full containment

encompassing the entire room. All areas cleaned will be inspected by the SST prior hanging wall and ceiling poly.

E. Asbestos abatement contractor shall isolate horizontal and vertical surfaces (walls and ceilings)

with two (2) layers of six (6) mil poly sheeting. Floor shall be covered with two (2) layers of six (6) mil poly sheeting and one (1) 6 mil loose drop cloth to control waste during abatement.

F. Remove the metal outer skin of the boiler clean and remove from the work area. Abate the

asbestos containing fiberboard panels, access panels (doors), thermal caulk and contaminated fiberglass insulation from sides and top of boiler.

G. Clean all areas within the containment utilizing wet cleaning methods and HEPA filtered vacuum

equipment in preparation for final visual inspection by the SST.

H. Before sealing substrate, work surfaces must be inspected by the SST to verify all asbestos debris/material has been removed.

I. Following visual inspection the Abatement Contractor shall spray all exposed surfaces with

'lockdown encapsulant' in preparation for final clearance sampling.

Storage Tanks, Boiler Exhaust Breeching, Pipe and Fitting Insulation - Gross Removal Removal of asbestos containing insulation on storage tanks, exhaust breeching, pipe and fitting insulation may be performed within a full containment that isolates the entire room, or, as site conditions allow, within a smaller 'mini-enclosure' when abatement takes place in a larger room. A. Install critical barriers over all openings not used to enter the work area.

B. Construct a fully operational Decontamination Chamber at work area entries. C. Place work area under negative pressure.


D. Pre-clean all visible asbestos-containing debris prior to installation of full containment encompassing the entire room. All areas cleaned will be inspected by the SST prior hanging wall and ceiling poly.

E. Asbestos abatement contractor shall isolate horizontal and vertical surfaces (walls and ceilings)

with two (2) layers of six (6) mil poly sheeting. Floor shall be covered with two (2) layers of six (6) mil poly sheeting and one (1) 6 mil loose drop cloth to control waste during abatement.

F. Remove bulk asbestos insulation keeping material ‘adequately wet’. Adequately wet refers to use

of sufficient water to keep material wet enough to reduce fiber dispersal without flooding containment with excess contaminated water that could leak outside containment area.

G. Clean all areas within the containment utilizing wet cleaning methods and HEPA filtered vacuum

equipment in preparation for final visual.

H. Before sealing substrate, work surfaces must be inspected by the SST to verify all asbestos debris/material has been removed.

I. Insulation applied to the exhaust vent (breeching) above boilers in multi-story buildings, shall be

removed from the boiler to the wall and/or ceiling penetration. Sufficient material shall be removed to allow for new connection to existing vent without disturbing remaining material. The exposed edge of insulation at the wall or ceiling cavity shall be sealed with encapsulant, bridging material, and ‘lagging’ rated for high temperature applications.

J. Following visual inspection the Abatement Contractor shall spray all exposed surfaces with

'lockdown encapsulant' in preparation for final clearance sampling. Sprayed Emulsion Coating on Metal Deck and Beams above Pool (Containing Asbestos and PCBs)

A. Seal windows, vents, and doors except those required for access with "critical barriers".

B. Cover stationery objects in the removal areas with 2 layers of six (6) mil poly sheeting and sealed with duct tape.

C. Cover walls and floors in the work area with 2 layers of six (6) mil poly sheeting. Contractor may

elect to install full floor scaffold (“dance floor”) above the pool to reduce the size of containment and make the work surface more easily accessible.

D. Attach a three stage decon (with hot water) and operational water filtration system at each work

area entry, with a separate three stage bag-out for waste and equipment. These chambers must be constructed in a manner that allows site building security systems to remain operational (i.e. closing doors and windows).

E. Place entire work area under negative pressure.

F. Remove all obstructions that would prevent access to sprayed materials.

G. Keep emulsion coating ‘adequately wet’ during removal and packaging. Abatement is complete

when no residual material is visible.

Abatement involving removal of any structural member including roof deck, steel bracing, or corrugated side panels will require installation of physical barriers designed to prevent falls in accordance with all applicable Cal/OSHA Regulations.

H. Double bag all removed asbestos and PCB containing material and contaminated waste using

properly labeled 6 mil asbestos disposal bags or water tight wrapping (‘burrito wraps’) identifying the waste as containing asbestos and PCBs.

I. HEPA vacuum/wet wipe all horizontal and vertical surfaces not covered with plastic sheeting after

removal is complete.

J. Removal chemicals that are considered hazardous Waste must be disposed of separately at no additional cost to the Owner.


Transite Cement Vent Pipes (Exhaust Vents above Boilers and/or Water Heaters) Transite Cement Vent Pipes found in these Boiler Rooms are very large and removal will likely cause breakage. The following procedures shall be employed: A. Install critical barriers over all openings not used to enter the work area.

B. Install a single stage decon at work area entry.

C. Place work area under negative pressure.

D. Pre-clean all visible debris within the proposed containment area; install one (1) layer of four (4) mil

poly sheeting on walls (free hanging walls - six (6) mil poly) after inspection by the SST.

E. Spray transite pipe with amended water, disassemble and wrap in one (1) layer of six (6) mil poly sheeting. As the wrapped waste is removed from containment, re-wrap the waste in one additional layer of six (6) mil poly sheeting and label as non-hazardous asbestos waste.

F. Clean containment in preparation for final visual by SST to verify all asbestos debris/material has

been removed.

G. Following visual inspection the Abatement Contractor shall spray all exposed surfaces with 'lockdown encapsulant' in preparation for final clearance sampling.

Drywall Joint Compound >1% Chrysotile


B. Isolate area with two layers of 4 mil poly sheeting from floor to ceiling. Install two layers of 6 mil poly sheeting on floor.

C. Attach a two stage decon at each work area entry and place the entire work area under negative

pressure.

D. Keep drywall and joint compound materials wet during removal and packaging. Removal of the material is complete when no residual material is visible.

E. Double bag all removed asbestos containing materials and contaminated waste using properly

labeled 6 mil asbestos disposal bags.

F. HEPA vacuum/wet wipe all horizontal and vertical surfaces not covered with plastic sheeting after removal is complete. Apply a wet coat of “lock down’ encapsulant.

Drywall Joint Compound and Ceiling Tile Glue Containing <1% Chrysotile in an Existing Building


B. Isolate area below the ceiling with one layer of six (6) mil poly sheeting from floor to ceiling. Install two layers of 6 mil poly sheeting on floor.

C. Attach a full three stage decon at each work area entry and place the entire work area under

negative pressure.

D. Keep joint compound and/or ceiling tile glue wet during removal and packaging. Removal of the material is complete when no residual material is visible.

F. Package removed material in leak tight containers (“bags or burrito wraps”) and remove from the

work area. G. HEPA vacuum/wet wipe all horizontal and vertical surfaces not covered with plastic sheeting after

removal is complete. Apply a wet coat of “lock down’ encapsulant. Chalkboard Mastics

Due to destructive testing required to sample these materials, samples cannot be collected until the District vacates the building at the beginning of each phase of construction. The following procedures are for locations where the chalkboard is not already within a containment set for abatement of other materials such as flooring or ceiling


A. Isolate Chalkboard inside one layer of four (4) mil poly sheeting from floor to the top of the board angled to allow workers to access all areas of the wall surface that requires abatement.

B. Attach a two stage decon at each work area entry and place the entire work area under negative

pressure.

C. Keep chalkboard and mastic materials wet during removal and packaging. Remove mastic completely from the substrate. Removal of the material is complete when no residual material is visible.

D. Double bag all removed asbestos containing materials and contaminated waste using properly

labeled 6 mil asbestos disposal bags.

E. HEPA vacuum/wet wipe all horizontal and vertical surfaces not covered with plastic sheeting after removal is complete. Apply a wet coat of “lock down’ encapsulant.

Exterior Stucco – Localized Removal of Stucco Containing <1% Asbestos

A. Seal windows, vents, and doors if in the immediate work area with "critical barriers". Establish a regulated area with signage and barrier tape as appropriate.

B. Establish a decontamination area adjacent to the work area equipped with HEPA filtered vacuum

equipment and/or wet cleaning station capable of decontaminating workers and equipment prior to leaving the work area.

C. Hang one layer of opaque poly sheeting, creating a visual barrier in work locations adjacent to

campus areas occupied by students and staff.

D. Cover the ground with a minimum of two layers 6 mil poly sheeting.

E. Utilize personal protective equipment (suits and respirators).

F. Wet stucco with amended water and remove from the areas indicated on the outside of the building to non-asbestos substrate.

G. After removal and visual inspection, lightly encapsulate only the area where the material was

removed.

H. Workers to remove suits and decontaminate using HEPA vacuum equipment, soap and water. Demolition of Structures - Exterior Stucco, Window Putty, and Joint Compound Containing <1% Asbestos

Complete demolition of buildings containing trace asbestos (<1%) can be accomplished utilizing Cal/OSHA engineering controls including establishing of a regulated area, use of appropriate Personal Protective Equipment (PPE), and use of wet methods during demo and disposal.

A. Establish a regulated area with barrier tale and signage as appropriate. Locate a decontamination

station adjacent to the regulated area equipped with HEPA filtered vacuum equipment and/or wet cleaning station capable of decontaminating workers and equipment.

B. Locate dumpster(s) lined with poly sheeting immediately adjacent to the demo area.

C. The abatement contractor shall supply a sufficient number of asbestos workers within the regulated

area to keep materials ‘adequately wet’ during demo each wearing PPE.

D. Abatement workers shall keep demolition material ‘adequately wet’ during demo, transport, and placement within disposal dumpsters lined with poly sheeting. Due to low content, no labeling is required.

E. Equipment Operator - Cal/OSHA Regulations require the equipment operator in an open cab to

wear proper PPE (disposable suit and respirator). Respirator use requires medical clearance and respirator training as a minimum. Use of an enclosed cab does not require PPE.


F. Workers to remove suits and decontaminate using HEPA vacuum equipment, soap and water. NON-FRIABLE AND MISCELLANEOUS MATERIALS Fire Doors

A. Wrap fire doors (without removing locksets) as directed by the Site Surveillance Technician, in 6 mil poly sheeting, label and dispose of as non-hazardous asbestos waste. Damaged areas of non-friable materials must be encapsulated prior to packaging.

Transite Vent Pipes

A. Cover floor below vent with poly sheeting.

B. Lightly mist Transite vent with encapsulant and wrap exposed vent in 6 mil poly sheeting and remove in full pieces without breaking material. After removal from the building re-wrap entire vent with 6 mil poly sheeting or place in 6 mil disposal bags (minimum of two layers of 6 mil poly for disposal) label and dispose of as non-hazardous asbestos waste.

Transite Panels

A. Transite panels shall be removed in full pieces without breaking material. After removal of transite pipes, encapsulate exposed edges and wrap in 6 mil poly sheeting, label and dispose of as non-hazardous asbestos waste.

Light Heat Shields and Wire Insulation

A. Light Heat Shields are to be removed in one piece, fixture and all. Place in properly labeled asbestos disposal bags (minimum of two layers of six mil poly for disposal) and dispose of as friable asbestos waste.

Fire Dampers in Supply/Return Air Vents, Vents with Seam Tape

A. Fire Dampers and vents with Seam Tape are to be removed intact, in one piece. Soak with encapsulant prior to removal, place in properly labeled asbestos disposal bags (minimum of two layers of six mil poly for disposal) and dispose of as non-friable asbestos waste.

Flex Connectors

A. Flex Connectors are to be removed intact, in one piece. Soak with encapsulant prior to cutting metal on either side of the flexible material without damaging it. Place in properly labeled asbestos disposal bags (minimum of two layers of six mil poly for disposal) and dispose of as non-friable asbestos waste.

Window Caulking/Sealant

A. Establish a regulated area utilizing appropriate barrier tape and signage to restrict access to trained personnel.

B. Establish a decontamination area adjacent to the work area equipped with HEPA filtered vacuum

equipment and/or wet cleaning station capable of decontaminating workers and equipment prior to leaving the work area.

C. Cover the ground with a minimum of two layers 6 mil poly sheeting.

D. Utilize personal protective equipment (suits and respirators).

E. Wet the materials with amended water and remove window components intact.

F. After removal clean window opening and structural components of visible suspect material. Lightly

encapsulate all surfaces within the work area.

G. Workers to remove suits and decontaminate using HEPA vacuum equipment, soap and water. Roofing Materials

A. Roof membrane and mastic around metal and transite vents shall be removed with the vents. Contractor to cut the roof material back away from the vent far enough to allow for removal of the mastic and vent intact allowing for future repair of the roof by others.


B. All material to be sprayed with encapsulant prior to removal. Material is to be placed in properly

labeled asbestos bags for disposal (minimum of two layers of 6 mil poly for disposal) as non-hazardous asbestos waste.

NOTE: ASBESTOS-CONTAINING ROOFING MATERIALS SHALL NOT BE THROWN LOOSE FROM THE ROOF INTO AN OPEN DUMPSTER. SCAQMD AND NESHAPS REGULATIONS CONCERNING VISIBLE EMISSIONS SHALL BE ENFORCED.

C. After completion of stripping work, surfaces from which asbestos has been removed shall be final

cleaned to remove residual roofing materials and asbestos debris. Surfaces from which asbestos containing materials have been removed shall be sprayed with encapsulant to seal residual dust. Contractor shall be held responsible for any contamination to the interior of buildings on which they are working.

D. Notify the Owner and Owner's Representative Work Area is ready for review.

CLEARANCE SAMPLES

The Owner will pay for the first set of Clearance Samples in any one work area. If the area fails to meet the clearance criteria of less than or equal to 0.01 fibers per cubic centimeter (f/cc) when analyzed by Phase Contrast Microscopy (PCM); or less than or equal to 70 structures per millimeter squared (s/mm2) when analyzed by Transmission Electron Microscopy (TEM); the Abatement Contractor will be responsible for any and all additional sample analysis and related costs until the work area meets the above criteria.

4.06 PCB Ballasts and Mercury in Fluorescent Light Tubes

In locations where abatement of identified asbestos containing materials requires removal of the ceiling, the Abatement Contractor shall remove the PCB light ballasts and fluorescent light tubes in accordance with the following practices and procedures. All costs associated with the removal, packing, loading, shipping and disposal of each barrel of ballasts and/or container of fluorescent tubes shall be included in the Contractor’s lump sum bid amount:

Light Ballasts

A. It is assumed that all ballasts removed from the project contain polychorinated biphenyls (PCB’s), and shall be handled as a hazardous waste by the Contractor. The Contractor shall be responsible for the removal of ballasts from the light fixtures, where removal is specified. All ballasts removed by the Contractor shall be placed in leak tight approved containers (barrels) until they are removed from the site. If it is determined that the ballasts do not contain PCB’s, the contractor may have other options for disposal. All light ballasts shall be placed in waste containers as a separate waste stream from other wastes. The container shall contain sufficient absorbent packing materials around the ballasts to contain possible leaking ballasts.

B. The Contractor’s is responsible for completing the Hazardous Waste Manifest for the PCB

waste stream.

C. The Contractor shall provide a copy of the Uniform Hazardous Waste Manifest (Manifest) for the PCB waste stream. The manifest shall be provided to the project manager as part of the closing documents.

Fluorescent Light Tubes

A. All fluorescent light tubes removed from the project area, by the Abatement Contractor, shall be managed as a hazardous waste and either disposed of as a hazardous waste in accordance with Cal/EPA Title 22 or recycled. Spent fluorescent tubes typically contain concentrations of mercury exceeding the established Threshold Limit Value (TLV) and/or the Soluble Threshold Limit Concentration Values (STHL).


B. Documentation of the Hazardous Waste Manifest or recycling information, whichever method is used by the Contractor, shall be provided to the project manager as part of the closing documents.

4.07 Mercury Thermostats

Should the drawings and specifications for the project require handling of Mercury Thermostats, the contractor shall be responsible to comply with the following instructions. All costs associated with the removal, packing, loading, shipping and disposal shall be included in the Contractor’s lump sum bid amount.

A. Mercury Switches identified in thermostats to be demolished shall be removed intact, packaged

and disposed of in accordance with Title 22 of the California Code of Regulations, Section 66243, et seq., and Sections 25157.8, et al, of the California Health and Safety Code. The Owner's preferred method of disposal is recycling.

4.08 Liquid Refrigerants

A. HVAC Units containing regulated refrigerants, slated for removal, shall be collected and disposed of in accordance with all applicable SCAQMD and federal EPA Guidelines. The Owner's preferred method of disposal is recycling. Contractor is responsible for verification of removal by referring to Architectural Drawings and Project Specifications.

BY SUBMITTING A BID THE ABATEMENT CONTRACTOR AGREES TO ALL TERMS

AND CONDITIONS OF THIS SPECIFICATION.

PART 5 - SCOPE OF WORK LISTING


!B-UILDING !MATERIAL---··· I QUANTITY! I UNIT cosT! ABATEMENT cosT I 100 ADMINISTRATION

ASBESTOS CONTAINING MATERIALS

Mezzanine Mechanical Room

Attic Space

102, 106, Vault

110, 112

Exterior at Restrooms

Various Rooms

LEAD CONTAINING MATERIALS

Exterior Components:

Interior Components:

Reception

104 Restroom

100 A Women's' Restroom

100 C Men's Restroom

PCB BALLASTS AND LIGHT TUBES

All Areas


JORDAN HIGH SCHOOL CFE PROJECT 6367

Interior Boiler Insu lation, Access Doors, Caulk

Fitting Insulation

Flex Connector

Fire Door

Fitting Insulation

9" Floor Tile and Mastic (Under Carpet 102, 106}

Mastic Under Carpet

Window Glazing (0.25% Chrysoti le}

Chalk Board Mastic (Assumed}

Support Post

Window Casing

Fascia

Drinking Fountain

Tile Baseboard

Tile Baseboard

Tile Baseboard

PCB Ballasts Identified in this Building

Light Tubes

60 SF

37 EA

2 EA

1 EA

70 EA

530 SF

240 SF

5 EA

120 SF

31 EA

5 EA

260 LF

1 EA

16 LF

40 LF

30 LF

0 EA

276 EA

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

------------------------------------

------------

----------------

--------

PART 5 -SCOPE OF WORK LISTING

MAJOR RENOVATION PROJECT Rev. 9/13/2012

ABATEMENT SPECIFICATIONS Page 28 of 113

Materials VVith D

etectable Asb

esto

s Fibers (R

ed) -9" F

loo

r Tile and M

astic-

(x29-x31) >1%

in Tile, 3

% in M

astic; x32 Ma

stic Included -B

oiler Insulation -(x3

8) 3

0%

Am

osite, 5%

Chrysotile

-Fitting Insulation -

(x40

) 15

% A

mosite, 5

% C

hrysotUe

-Fire D

oo

r Insulation -(x3

9) 1

0%

Chrytotile

-Flex Connectors -

Historical S

ampling this S

ite 60%

Chrystotile

-Window

Putty-{x26-x28) 0.25%

Ch~tile

Non-A

sbestos Sa

mple lo

catio

ns (B

lue)

05

100A

x~7 -

06 'N

omans

100

Resttoom

s

23-

24

x28

Fitting Insulation

Throughout A

ttic

Jordan High S

chool B

uilding 100 6500 A

tlantic Avenue

Long Beach, C

A 90805

(Not To S

cale}

~

N

04

0

.... - 100 C M

en

s

2~

estroom

Rm

103 1

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111 ~---

Rm

113

Rm

115

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ak.way R

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--·-

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ttendance I

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·----~---

3

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15

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0

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Fire D

oor

01 (n

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Mezzanine

Boiler R

oom ABATEMENT SPECIFICATIONS Page 29 of 113

jBUILDING 200 BUILDING


Wall Cavities/Interstitial Spaces

Rooms 207 and 209

Room 209 A/B, 206 Restroom

Room 209 B Storage

Various Rooms

Exterior Walls


Exterior ComQonents:

Roof Components

Interior ComQonents: Corridor

Rm 200A Men's Restroom

Rm 201 Rm 201D


JORDAN HIGH SCHOOL

CFE PROJECT 6367

PART 5- SCOPE OF WORK LISTING


jMATERIAL I QUANTITY I I UNITCOSTj

Pipe Insulation (Estimated, Site Verify) 150 LF X ----Fitting Insulation (Estimated, Site Verify) 60 EA X ----9" Floor Tile and Mastic 1,472 SF X ----Mastic Under Linoleum Sheeting 314 SF X ----Incandescent Wire Insulation in Fixture 1 EA X - - --Chalk Board Mastic (Assumed) 960 SF X ----Stucco (0.7969% Chrysotile) 6,500 SF X ----

Door Casings and Jambs (Double Doors) 2 EA X ----Doors (North Entry Doors) 2 EA X - ---Crown Molding 8 LF X ----Downspouts 4 EA X ----Gutters 450 LF X ----Vents 13 EA X ----Soffit and Rafter Area 450 LF X ----Vents 18 EA X ----Flashings 9 EA X ----

Door Casings and Jambs (Double Doors) 2 EA X ----Drinking Fountain 2 EA X ----Wall Tile at Drinking Fountajns 72 SF X ----Lower Corridor Walls 354 SF X ----Sink 1 EA X -- - -Window Casing and Sash above Corridor Entry 1 EA X ----Tile Wall 560 SF X ----Tile Baseboard 18 LF X ----Sinks 3 EA X ----Chalk Rail 1 EA X ----Chalk Rail 1 EA X ----

ABATEMENT COST I






I BUILDING I MATERIAL I QUANTITY! I UNIT cosTI ABATEMENT cosT I 200 BUILDING (CONT.)


Rm 204 Woman's Restroom

Rm 208

Rm209

Storage B

Miscellaneous


All Areas


JORDAN HIGH SCHOOL

CFE PROJECT 6367

Cabinet Window Casing and Sash at Corridor Wall Tile Tile Base Sink Painted Wall Sink Sinks Cabinet Cabinet Baseboard Window Sills and Aprons Door Jambs (incl . 4 infilllocations, abandoned)

PCB Ballasts Identified in this Building Light Tubes

1 EA 1 EA

560 SF 18 LF 5 EA

706 SF 1 EA 5 EA 1 EA

30 LF 6 LF

62 EA 34 EA

0 EA 368 EA

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

----------------------------------------------------

--------


MAJOR RENOVATION PROJ ECT Rev. 9/13/2012


Materials W

ith Detectable A

sbestos Fibers (R

ed) -

g• Tan B

lack Speckle T

ile per Sigm

a Report

3% C

hrysotile in Tile, 2%

in Mastic

-M

astic Under G

ray Linoleum per S

igma

Report -

2% C

hrysotile -

Incandescent Wire Insulation -(x36) 40%

C

hrysotile

-Exte

rior S

tucco

-(x01-x05) 0.7969%

Chrysotile

Non-A

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ple Locations (Blue)

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, 201 I I 1t:i

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Long Beach, C

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(N

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20

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29

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Insulation x36




[BUILDING }MATERIAL .... u ---- I -- -QUANTITVf. - ruNIT C:osrr-- ABATEMENT COST I 250 BUILDING CAFETERIA/KITCHEN


Wall Cavities/Interstitial Spaces

Student and Staff Dining

Kitchen RRM, Kitchen Storage, Office,

Applied Sales Areas

Kitchen Mezzanine Mech Room

Roof Vent and Pitch Pans



Lower Roof Components

Interior Components

Staff Dining


All Areas


JORDAN HIGH SCHOOL

CFE PROJECT 6367

Pipe Insu lation (Estimated, Site Verify)

Fitting Insulation (Estimated, Site Verify)

12" Green/White Floor Tile and Mastic

Mastic Under 12" Wheat Floor Ti le

Transite Vent

Flex Connectors

Pipe Insulation

Black and Gray Mastics

Drinking Fountain

Door Jambs

Downspouts

Rollup Door and Jamb

Roof Drains

Roof Vents

Sink

PCB Ballasts (S.E Sales and Ticket Fixtures)

Light Tubes

550

80

4,586

1,425

1

2

20

60

1

9

5 1

8

2

1

Room 4

266

LF

EA

SF

SF

EA

EA

LF

SF

EA

EA

EA

EA

EA

EA

EA

EA

EA

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

------------

--------------------

------------------------

----

--------




Materials W

ith Detectable A

sbestos Fibers (R

ed) -1

2•u

me

Green F

loor Tile

-(x11-x13) >1%

ChrysotU

e in CFE

Report. T

ile Mastic 2%

per Sigm

a Report

-Mastic U

nder 1 2" Dark W

heat Floor Tile -(x01 M

-x03M) 2-3%

Chrysotile

-Pipe and F

itting Insulation -H

istorical Sam

pling this Site 20-30%

Am

osite, 5-10% C

hrysotile -Flex C

onnectors -H

istorical Sam

pling this Site 60%

Chrysotile

-Black/G

ray Ro

of M

astic -(xR07) 9%

Chrysotile

Non-A

sbestos Sam


Jordan High S

chool B

uilding 250 K

itchen/Cafeteria

6500 Atlantic A

venue Long B

each, CA

90805 (N

ot to Scale)

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pplied Sale

Ticket

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m 1\

Rm

21

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04 \ \

10 x29 P

ipe Insulation 1 T

ransite Vent

Mezzanine M

echanical Room

(Attic)

2 Flex Connectors


Jordan High S

chool B

uilding 250 Ro

of

6500 Atla

ntic A

ven

ue

Long B

each, CA

90805 (N

ot lo S

cale)

,1\

II t

N

R17

R18

' R19

R16

--

----

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R01

Materials W

ith Detectable A

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-Black and G

ray Roof M

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Chrysotile

Non-A

sbestos Sam


--11:-------.:;

R06

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R09




I BUILDiNG ·--[MATERIAl -==--r- ---QlJANTiiYJ --,----uNIT COST! ABATEMENT COST J 300 BUilDING


Boiler Room

Attic Space, Classroom Ceilings, Walls,

Rooftop Access

M ultip le Rooms/Classrooms

Sand Finish Walls and Ceilings

lEAD CONTAINING MATERIALS


Interior Components

Women's Restroom

Men's Restroom

Girl's Restroom

Boy's Restroom

Boiler Room

PCB BAllASTS AND LIGHT TUBES

All Areas


JOR DAN HIGH SCHOOL

CFE PROJECT 6367

Boiler Insulation including Access Doors, and Caulk

Fitting Insulation

Fitting Insulation (Estimated, Site Verify)

Chalkboard Mastic {Assumed)

Sand Plaster {0.0713% Chrysotile)

Hallway Double Doors (Sets)

Hallway Double Door Casings (Sets)

Hallway Double Door Jambs (Sets)

Door Jamb at Mechanical Room

Downspouts

Tile Baseboard

Tile Baseboard

Wall Tile

Wall Tile

Support Post

Cabinet


Light Tubes

60 SF

18 EA

60 EA

1,400 SF

12,000 SF

2 EA

2 EA

2 EA

1 EA

4 EA

32 LF

32 LF

450 SF

650 SF

1 EA

1 EA

0 EA

368 EA

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

--------

------------

--------------------

------------------------

--------




Materials W

ith Detectable A

sbe

stos F

ibers -

Fitting Insulation - (x21) 30%

Chrysotile

-Interior S

an

d F

inish Pla

ster-

(x11-x17) 0.0713% C

hrysotHe

-B

oile

r Insulation -(x22) 30%

Am

osite, 10% C

hrysotile

No

n-A

sbe

stos S

amples Locations (B

lue

) x21 F

ittings Visible at Ce~ing A

ccess

--

~3 r.r==========~

06 ~: w1jiRR:I[:1

1'' 1 I

•

Jord

an

Hig

h S

chool B

uilding 30

0

I

I ~ . '

91Cust /

07

~. ~:ili~~Acess

' ~

M Lounge

Fitting Insulation In C

eiing ,

----.;;-

and Walls for D

HW

and L

b x12

Radiator H

e>~lmli 1··-.. \ \ I ---

Rm

30

5

65

00

Atlantic A

ven

ue

Long B

each, CA

90

80

5

\ I \ \ ·20 ·--

1 l (N

ot to S

cale) I \ \

Rm

30

7

I \ \ II x17

I I l • ~

N

04

\ R

m3

09

I I \ I 1 \

:1~ ~-

\ \ R

m3

11

~ x15 R

m3

13

25

'

Rm

30

2

x13 R

m3

04

••• Classroom

ha; C

loset {Typ.~ r

-

Co

rrido

r I x·

16

x14

Rm

30

6

Rm

30

8

Rm

31

0

05

27 .,.

02

01


IBUIU)ING

350 BUILDING


language Lab and Office/Storage

Rm 354 Lounge/Storage Multiple Rooms/Classrooms


Exterior Com~onents :

Roof Com~onents

Interior Com~onents Corridor

Basement Mechanical Room 353 Restroom

351 Restroom

Rm 354 Lounge/Storage Rm 358 Miscellaneous


All Areas


JORDAN HIGH SCHOOL

CFE PROJECT 6367



!MATERIAL I QUANTITYr I UNIT cosTI

Carpet and Plywood over Floor Tile and Mastic 1,292 SF X ----12" Green/White Floor Tile and Mastic 292 SF X ----Chalk Board Mastic (Assumed) 640 SF X ----

Door Casing 1 EA X ----Door Jambs 5 EA X ----Downspouts 4 EA X ----Metal Vents under Eaves 7 EA X ----Doors 5 EA X ----Window Sash in Stairwell 1 EA X ----Metal Grate at Stairwell 1 EA X ----Vents 7 EA X ----Flashings 7 EA X ----

Painted Wall 175 SF X ----Wall Tile at Drinking Fountain 40 SF X ----Storage Tank 1 EA X ----Tile Walls 100 SF X ----Sink 1 EA X ----Tile Walls 180 SF X ----Sink 1 EA X ----Painted Baseboard 95 LF X ----Chalkboard 1 EA X ----Door Jambs and Casings 20 EA X ----

PCB Ballasts Identified in this Building 0 EA X ----Light Tubes 320 EA X ----

ABATEMENT COST I




Materials C

ontaining Detectable A

sbestos Fibers

-9" Floor T

ile and Mastic (x33-x35) ->1%

under Multiple-Layers o

f Flooring

-12" Green/W

hite Streak T

ile and Mastic-2%

in Sigm

a Report

Non-A

sbestos Sam

ple locations (Blue)

Jordan High S

chool B

uilding 350 6

50

0 A

tlan

tic Ave

nu

e

lon

g B

each, CA

90805 (N

ot to Sca

le)

if\ N

03

04

21 20

05 -··~

~

~ •.

I

uo t351

, 13 I

30 I

RR

29

. 351 '

"'-

"==

l ~

350 ~

I

2~ I

353lounge~

22 Language Lab

;j 353

,........ I

RR I

I r--

/

I 41

24 08 ;

11

x34 _

.I II

--

r 14

31 •

~07 II

352 St01age 14

1 1

39 -·J.I

• 355

'-:l L

,.,..... '

354 o~·~

I 26

I """""' 1hJGG

I ,

~· ~~09

rl6

,.;

-:1

I '%

J

371 lr-

10 I I 32\

II :!J!.--11

16 Lost/Foun

358

38 359

28 ~

IB~

40 -

18 I

Va

ult

Q!!

19

2f

360

011217 2

-,.J

l361 Jj

-.1

I: 02 J M

ultiple laye

rs of Carpet. P

lywood, and

/ lin

ole

um

ove

r 9" T

ile and Ma

stic

12" Green/W

hite Streak F

loo

r J Tile and A

ssociated Mastic

01

Paint R

oom

I E

lectrie Room

New

Bolenl and

Glass Insulation

Boiler R

oom IJ t

--

'el dg.

rglass lion nels

(Basem

ent) L

350~m

Tunnel




!BUILDING !MATERIAL I QlJANTirvJ- I niTI'IIIrcosrr ABATEMENTcosr- I 400 BUILDING


Storage and Workrooms 406-413

Multiple Rooms

Various Rooms

Exterior


Exterior Com~onents:

Interior Com~onents


All Areas


JORDAN HIGH SCHOOL

CFE PROJECT 6367

12" Light Wheat Floor Tile and Mastic

Glue above 12" Ceiling Tile

Chalkboard Mastics (Assumed)

Stucco (0.0491% Chrysotile)

Wall Tile Mural Hand Rail

Ladder/Stairs

PCB Ballasts-Indeterminate Labeling

Light Tubes

2,100 SF

6,819 SF

240 SF

7,200 SF

30 SF 1 EA

1 EA

343 EA

688 EA

X

X

X

X

X

X

X

X

X

----- -------- ---

- ----- ---- - -

----- ---




Materials W

ith Detectable A

sbestos Fibers (R

ed) -12"Light W

heat Tile and M

astic (x22-x25)->1%

in Tile; 3-4% in M

astic -12" C

eiling Tile G

lue

-(x08b-x10b, 39b-40b) 0.25%

ChrysotH

e -E

xterio

r Stu

coo

-(x01-x07) 0.0491%

ChrysotH

e

Non-A

sbestos Sam

pte Locations (Blue)

~: S

prayed Fireproofing above C

elln

g tx>

ES

NO

T CO

NTA

IN A

SB

ES

TOS

FIB

ER

S (7 S

amples· N

o Asbestos D

etected) 2 x 4 C

eiling Tie

found ne

ga

tive in previous S

igma R

eport, CF

E ~ON H

OLD

D

uct sealed with C

anvas Tape, C

FE

Sam

ples ON

HO

LD

Jordan High S

chool B

uilding 40

0

Media C

en

ter

6500 Atlantic A

ven

ue

Long B

each, CA

90

80

5

(No

Uo

Scale)

x02

1 31 x0

8b· ~

20 .I

o~.c/1 ~

~

Rm

40

2 _j

· Rm

R

m

Wo

ma

nsR

R

---

. 3

8R

m405

...

-

1=1~ i

~ II

404

If\ 11

x061

Rm

417 N

Rm

41sl

12" Ceiling T

ile Glue at

Lowered C

eilings 33

Rm

41

6 Y

25

35 N

Library ~

u 27

Rm

41

5

~ 31

30

x05

A1rium

x07

36 29

108,c x10b)

~/~ ... A

nn I x03

I ~;,

22 i

x22M

r. 14 1 .::o

Ne

w A

ir Handte1

Glass Insulation

32

Mezzanine M

echanical




!BUILDING !MATERIAL I QUANTnvl I UNIT cosT! ABATEMENT cosT I 500 BUILDING STADIUM


Attic, Wall Cavities, Interstitial Spaces

Attic Space

Room 502 and Adjoining Office

Wrap Storage

Room 503 and Storage Rooms

Wrestling Office/Coach

Various Rooms

500 Utility Building

Roof



Ticket Booth

Interior Com(;!onents Attic Space Under Bleachers Weight Room (at Corridor 1) Haz Mat Storage (at Corridor 1) Rifle Range

Corridor 2

Boy's Restroom

Girl's Restroom


JORDAN HIGH SCHOOL

CFE PROJECT 6367

Pipe Insulation

Fitting Insulation

Flex Connector

Transite Vent (60 LF x 12")

Insulation Pad

9" Floor Tile and Mastic (Various Colors)

9" Floor Tile and Mastic Residue (N . East Storage)

12" Green Floor Tile and Mastic

Flex Connector

Chalk Board Mastic (Assumed)


Door Jambs Door Door Fascia

Structural Steel (Columns and Beams) Verify Painted Wall Painted Wall Painted Wall Metal Vents Ceiling Shields Drinking Fountain Support Posts Urinal Brackets (Dividers) Wall Tile Wall Tile Sink

550 LF

80 EA

4 EA

1 EA

10 SF

545 SF

60 SF

1,596 SF

2 EA

400 SF

10 SF

11 EA

1 EA

1 EA

so LF

4,400 LF

800 SF

96 SF

264 SF

5 EA

2 EA

1 EA

6 EA

16 EA

690 SF

690 SF

9 EA

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

------------- ---- ------------ -------- ---

----

------------- ---

------------------------------------------------




PARTS -SCOPE OF WORK LISTING


!BUILDING !MATERIAL I QUANTITY! --I UNIT cosT! ABATEMENT cosT I SOO BUILDING STADIUM (CONT.)


Electric Shop (503)

Corridor 3 Miscellaneous

Ticket Booth


All Areas


JORDAN HIGH SCHOOL

CFE PROJECT 6367

Chalk Board Sink Door Door Jambs

Door

Door Jamb

PCB Ballasts in Garden Shop Light Tubes

1 EA

1 EA

1 EA

17 EA

1 EA

1 EA

4 EA

348 EA

X

X

X

X

X

X

X

X

----------------

--------

--------




Materials C



-9" Tan/B

rown/B

eige Tile

-(x01-x03) >1%

Chrysotile In T

ile; M

astic 4% C

hrysotile -12" G

reen/White S

treak Floor T

ile and Ma

stic· 2% C

hrysotile per Sigm

a Report

-Aex C

onnectors -H

istorical Sam

pling this Site 60%

Chrysotile

-9" Buff/P

ink Tile

· {x04) >1% C

hrysotile; Ma

stic-R

efer to above Mastic under TH

e, 4%

-Transite V

en

t Pipe • C

omm

only contains 30-50% C

hrysotile 9" Tan/B

rown/B

eige T,de and Mastic

-Insulation Pad a

t Transite V

en

t-(x46) 7%

Chrysotlle per S

igma R

eport 1 1

_ ~

--/

-Pipe and F

itting lnr.ulatlon (x41

-x43

)-10o/o C

hrysotlle 1:-.-. -r± "1; 7

-~~

I ~

11 N

on-Asbestos S

ample Locations (B

lUe)

d' v.

·.~ l 9

" Bu

ff/pin

k 1'

'

Jordan High S

chool B

uilding 50

0

Bleachers

6500 Atlantic A

venue Long B

each. CA

90805 (N

ot to Scale}

Attic S

pace (N

ot To s..le)

Tile and Mastic

~04 I i,..=

12

" Gre

en

/Wh

ite 1

Tie and M

:l~lic

27

Strge.&

~· A

lmr.R

m

15 C: f

''! !

~ ,.. £:x Connectors

1' N

Pipe and F

itting Insulation A

ll A

ttic Areas

,_P

aM

!

Wteslllng~

omce

2'1,!

Q

.25 (In C

eiling ap

..)

S1rJe 3

10

Conidor2

_,.. Bo

y8

RR

D

Storage 2

~Panel

Ganlen S

l<n

ge

Rille

Range

35

Conidor 1

Haz

ft'W

eight S

lrgc jl&

Ary

:!~ W

eightRm

._

Panel

Storage 1

"

Gerdanet

(Giounds)

2

Roofing M

aterials zf

28 ....,....,.~s !J

20 19

There is

No

Roofing on th

e 5

00

B

leacher Building, R

oofing is limited

the 500 Ticket B

ooth and Utility B

uild

ing

s-----

·-. ~

R02[soowot] M

aterials Containing D

etectable Asbestos F

ibers (Red)

R01

-Roof M

astic-

(xR01) 17%

Chrysotile In M

astic Ticket B

ooth

Non-A

sbestos Sam


r-R0

'11

Roof M

astic • 17% C

hrysotile L

--J

Mem

brane is Non-A

sbestos

Utiity S

he

d




!BUILDING n liViATrniAL ---~-- QUANTITY! I UNIT COST! ABATEMENT COST I 550 BUILDING


Dark Room, Lounge/Restroom

Various Rooms

Various Rooms


Interior Components:

Corridor

Room 555

Construction Room

Finish Room

Custodian Room

Girl's Restroom

Boy's Restroom

Metal Shop

Graphic Arts


Various Rooms

All Areas

Mercury Thermostats

Roof 551 East Wall

12" Tan/Dark Speckle Floor Tile and Mastic

Fire Doors

Chalk Board Mastic (Assumed)

Lockers

Support Posts

Lockers

Sink

Support Posts

Lockers

Sink

Cabinet

Ladder

Wall Tile

Wall Tile

Support Posts

Sink

Support Posts

Lockers

Ballasts (Older Fixtures)

Light Tubes

Thermostat with Mercury Switch

MASONRY SHELTER/BARDEN SHED/STORAGE BUILDING


All Areas


JORDAN HIGH SCHOOL

CFE PROJECT 6367


Light Tubes

420 SF x

6 EA x

240 SF x

88 EA X

2 EA X

8 EA X

1 EA X

2 EA X

18 EA X

1 EA X

1 EA X

1 EA X

200 SF X

240 SF X

2 EA X

1 EA X

2 EA X

13 EA X

6 EA X

620 EA X

1 EA X

0 EA x

8 EA X

----------------- ------------------------------------ -------

--------

----




Materials C


sbestos Rbers (R

ed) -1 'Z' D

ark S

peckle Floor T

ile and Ma

stic -2

% Chrysot~e in M

aste

r pe

r Sigm

a Report, Ve1

(x18M)

-Fire D

oo

r Insulation -(x7) 20%

C'----••

Non-A

sbestos Sam


12 08

II U

l 0~

14 Finish

BoysR

R

Ro

om

55

2

551 R

m

05~9RR b

Atchllecture

Jordan High S

chool B

uilding 550 (AC

E)

6500 Atlantic A

venue Long B

each, CA

90805 {N

ot to S

cale)

I i.±J111S1Tge

(Fo

rme

rMe

tal S

ho

p}

17 R

oo

m5

53

"'"..Jf.:- r-06

Partition W

1

2"T

ilea

Masti~

:1 a R

oom 555

15 O

irkRm

16 10

,....

Cons1ruction R

m

Wo

od

l "4

Corridor

SID

rage x07

~

CU

&t -

If\ S

lora

ge

F

lnlsh

Rm

2

Partition W

all

Partition W

eM

Ro

om

55

7

3 G

raphic Ar1s

Ro

om

559 E

ngineering R

oo

m5

58

E

ngineering

N

' 03

R0

5

Equipm

ent Enclo6U

I'&

R02

R0

6

R01

D

R04

R03

R0

9

R0

8

R07

55

0R

oo

f

I I i




IBUILDINGH- Jivi-AT-ERiAL I QUANTITY! I UNIT cosTI ABATEMENT cosT I 600 BUILDING NATATORIUM/GYM/LOCKER ROOMS


Boy's Locker and Coach Areas

Space Heaters -Various Rooms

Lockers, Hall and Coaches Ceilings

Offices, Hall and Coach Locker

Girl's Locker and Coach Areas

Lockers, Hall and Coaches Ceilings

Girl's Locker Cage, Restroom

Shower Cage

Pool Deck, Beams and Cor. Panels

Pool Offices and Bleacher Ceilings

Girls Pool Office

Main Gym at Wall and Ceiling

Lobby/Custodian/Storage Ceilings

Main Lobby

Weight Rm Office 2, Cot Rm, Office 3

Weight Room Mezz Mech Room

1st Floor Kitchenette

2nd FL Activity Rm Storage/Coat Rm

Activity Rm Coat Room/Storage

Mezz Mech Rm, Pipe Chase/Ceilings

W. Stairwell Mech Rm Wall/ Ceiling

Various Rooms Throughout



Roof 1 (Refer to Lead Roof Plan)


JORDAN HIGH SCHOOL

CFE PROJECT 6367



12" Green/White Tile and Mastic

Transite Vents above Heaters

Pipe and Fitting Insulation (Including Residue)

Pipe and Fitting Insulation {Upper Walls and Heaters)

9" Lite Tan/Brown/Beige Floor Tile and Mastic

Asbestos Containing Emulsion Coating


12" Green Floor Tile and Mastic



12" Dark Wheat Floor Tile and Mastic

12" Wheat Tile Mastic


Flex Connectors

9" Cocoa Brown Floor Tile

9" Olive Floor Tile

6" Olive Green Baseboard


Pipe/Fitting Insulation in Wall Cavity

Chalkboard Mastic (Assumed)

Door Casings

Door Jambs

Cabinet (Exterior Overhang at Small Gym)

Drinking Fountains

Drinking Fountain Supports

Fascia Board

Vents

110

80

990

2

280

58

30

12,450

110

48

215

207

1,110

180

85

8

120

240

30

210

30

960

12

44

1

2

2

140

11

LF

LF

SF

EA

LF

LF

SF

SF

LF

SF

LF

LF

SF

SF

LF

EA

SF

SF

LF

LF

LF

SF

EA

EA

EA

EA

EA

SF

EA

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

------------

----------------

------------------------------------------------------------

----------------------------




PART 5- SCOPE OF WORK liSTING


!BUILDING --JiViATERIAI..- - I -UC:ii.J:A-Nri1Yf=r UNIT cosT! ABATEMENT cosT -]

600 BUILDING NATATORIUM/GYM/LOCKER ROOMS (CONT.)


Roof2 Corrugated Walls at Skylights 24 EA X ----Hood Supports 32 EA X ----Drains 8 EA X ----

Roof 3 Vents 7 EA X ----Drai ns 3 EA X ----

Roof4 Vents 11 EA X ----Drains 3 EA X ----Skylights 3 EA X ----

Roof5 Vents 15 EA X ----Drains 2 EA X ----

Roof6 Vents 6 EA X ----Drains 2 EA X ----

Interior Com[1onents : Office 2 Restroom Tile Baseboard 19 LF X ----Office 3 Restroom Tile Walls 120 LF X ----

Sink 1 EA X ----First Aid Tile Walls 640 LF X ----Orthopedic Gym Chalkboard 1 EA X ----

Baseboard 200 LF X ----Wainscot 1,200 SF X ----

Activity Room Chair Rail 200 LF X ----Activity Boy's Restroom Wall Tile 660 SF X ----

Sink 1 EA X ----Activity Girl's Restroom Wall Tile 660 SF X ----

Sink 1 EA X ----Boy's Locker Room 1 Support Post 7 EA X ----

Drinking Fountain 1 EA X ----Transom at Ceiling 52 LF X ----

Boy's Coach Shower Wall Tile 130 SF X ----Tile Baseboard 14 LF X ----

Boy's Dry Room Wall Tile 528 SF X ----Painted Wall 180 SF X ----Duct 1 EA X ----

Boy's Dry Storage Sink 1 EA X ----

LONG BEACH UNIFIED SCHOOL DISTRICT PART 5 -SCOPE OF WORK LISTING JORDAN HIGH SCHOOL MAJOR RENOVATION PROJECT Rev. 9/ 13/2012 CFE PROJECT 6367




!BUILDING- ----···· -- -[iViA11:-RI-AL I QUANTITY! I UNIT cosT! ABATEMENT cosT I 600 BUILDING NATATORIUM/GYM/LOCKER ROOMS (CONT.}


Boy's Shower 1 Boy's Shower 2 Bath 1 Boy's Training Boy's Bath 2 Girl's Bath 2 Chlorine Room Boiler Room

Girl's Hall

Girl's Coach Shower

Girl's Locker Room 1

Girl's Towel Room Girl's Shower Dressing Room

Girl's Locker Restroom 2

Girl's Locker Girl's Shower Drying Room Main Gym

Storage 1 Small Gym

Pool

Pool Coach Restroom


JORDAN HIGH SCHOOL

CFE PROJECT 6367

Wall Tile Wall Tile Wall Tile Wall Tile Wall Tile Wall Tile Wall Tile Tank Support Various Pipes (Red and Blue) Chalkboard Sink Drinking Fountain Wall Tile Tile Baseboard Wall Tile Sink Sink Tile Baseboard Support Posts Wall Tile Sink Support Posts Wall Tile Drinking Fountains Structural Steel Tile Baseboard Drinking Fountains Structural Steel Drinking Fountains Structural Steel Wall Tile at Passage to Locker Room Pool Tile Wall Tile

816 SF 872 SF

8 SF 240 EA 720 SF

8 SF 90 SF

1 EA 200 LF

1 EA 1 EA 1 EA

130 SF 15 LF

400 SF 1 EA 1 EA

200 LF 4 EA

160 SF 1 EA 2 EA

2,400 SF 2 EA

3,120 LF 18 LF

2 EA 1,200 LF

3 EA 2,400 LF

160 SF 10,000 SF

64 SF

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

------------------------------------------------------------------------------------------------------------------------------------






!BUILDING !MATERIAL I QUANTITY I I UNIT COST! ABATEMENT COST I 600 BUILDING NATATORIUM/GYM/LOCKER ROOMS {CONT.}


Miscellaneous


All Areas

Deck, Beam, and Corrugated Panels


JORDAN HIGH SCHOOL

CFE PROJECT 6367

Tack boards Window Casings Window Sills Cabinets Door Jambs and Door Casings Doors

PCB Ballasts Identified in this Building Light Tubes PCB Containing Emulsion Coating above Pool

40 EA 24 EA

3 EA 8 EA

33 EA 2 EA

0 EA 367 EA

12,450 SF

X

X

X

X

X

X

X

X

X

-- - -- ------------ - --- ---

----- -------




Materials C


sbestos Fibers (R

ed) -P

ipe and Fitting Insulation H

istorical Sam

pling this Site 20-30%

Am

osite, 10-25%

Chrysotlle

No

te: P

ipe and Fillin

g Location&

are Informational and N

ot to Scale

-9" LitefTan/B

rown/B

eige Tile

-(x21-x23) >

1% C

hrysotlle in Tile

-12

" Green/W

hite Floor Tile and M

astic -2%

Chrysotile per S

igma R

eport -T

extured Coating on N

atatorium M

etal Roof D

eck, Supporting 1-B

eams and C

orrigated Side P

anels -(x59, x65) 5%

Chrysotile

Non-A

sbestos Sam


Jordan High S

chool B

uilding 600 Ea

st 6500 A

tlantic Avenue

lon

g B

each, CA

90805 (N

ot to Scale)

~ N

Boys't16a,b

Tl'&

irq

--

01 -,-

........

1~

11

Bath ll

l!oJa' 1

IIS~MwcRmt

x60

x65 64

Pool 12

62

09 10

Boys' L

odcer2 14 30

Team

Rm

08

S"T~:::;;::==>l 28

~~~~~1r~ne

and Mastic in locker.

B C

oaoh llor

RR

M, om

.:..., and Halla

Boys' lo

cker 1

l!:..::::::z!!!:=:S"=:=!!:="""""~

fl ripe and F

itting Insulation above CeU

ings and In W

alls in PE

Offices. Lockers, H

always,

Pasfiage

53

P

ool Bleachers, R

RM

s. and Offices

~-

g ~~~===========9ti

Locker x39x41

x22

Girls' Locker

-· ----

----

I 06

~

G H

all !T' hiBilan/brow

nlbe<ge "&.e

Trans~e V

en

ts L

Girls' S

hower D

lying 25

260 S

tm:age


Materials C


sbe

stos F

ibers (Red)

-Pipe In

sula

tion

Joh

ns M

ansvllle Type (J

M)-

(x18) 25% C

hryso

tlle

Nota: P1pe and Fitting L

ocations are lnfolmatlonal and N

ot ID Seale

-Flex C

on

ne

ctors-

Historical S

am

plin

g this S

ite 60

% C

hryso

tlle

-12" Da

rk Wh

ea

t Flo

or T

He

-(x51-x52) >

1% C

hryso

tne(x6

9); 12" W

he

at F

loo

r Tile M

astic-

(x67

M) 3%

Chrysotile

-9• C

ocoa Flo

or T

ile-

(x47-x49) >1%

Ch

rysotlle

Non-A

sbestos Sam


Jordan Hig

h S

chool B

uilding 60

0 W

est

6500 Atla

ntic A

venue long B

ea

ch, C

A 90805

(Not to S

cale)

Pipe and F

itting lnsulatio

Flex Connectors-(!J Typ.)

(No

t ID Scale)

Mechanical

Room

(OfdOrthapedic~}

<1 O

ft'ice t'1J x66 ~-

12" Wh

ea

t Flo

or T

ile Ma

stic j R~~

t l_

x1

8

~.

I ~~~

, I ' 12" O

al1t Wheat I; lo<

Tile n

(New

Weight R

oom)

I N

~Room

\ x52

--

~~~J~i

r~-

Plpe ·~Fitting!

I II

l x69

r:~c.ula .

In II

1tl'V

~~~11CJ

(Not t

Scale)

I I

If u

lob

by

Main G

ym

1b Slooige R

oam

BetowO

Ce

iling

Sp

ace

W

est lobby

r--O

ffice

1 ~

Wom

ans R

R1

01\ A

ccess H

atch

f[ O

rthopedic Gym

(N

ew l.oalllon) --·

Covered W

alkway

' I

i ri~68 ~

X C

eiln

g.,_

--sa-~

~trn'ln:..•tl~?.~:Jr at

Entry C

eiling for S

paoe H

ealllm

(No

t to 8n

lf!> ~

'

56

57

Sm

aDG

ym

(Activifiy R

oom)

g• \ "'~ J Floor Tile

x49 os--'1

Cu:otl Klchen DStrge 5 ft

En

tly

x41:1

~

12" Wh

ea

t Floor T

ile Ma

stic


Materials C



-Pip

e a

nd

Fitting In

sula

tion

Historical S

am

plin

g this S

ite 20

-30

% A

mosite, 10-25%

Ch

rysotlle

N

ollll: Pipe and F

itting Lo

catio

ns 11111 Inform

ational an

d N

ot to Scale

-9" O

live G

ree

n T

de

-(x45-x47) >

1%

Ch

rysotile

-9

" Olive G

ree

n B

ase

bo

ard

-(x2

0) >

1%

Chryso•jle

N~Asbestos S

ample Locations (B

lue)

Jordan High S

chool B

uilding 600 Second F

loor 6

50

0 A

tlantic Ave

nu

e

Long Beach, C

a 90805 (N

ot fD S

cale)

~

N

Madw

miaal R

oom A

lxwB

Slailwell B

elow

0 D

55

Pipe Insulation In

Wall C

&vily

Ceilin

g""'-In S

lail\wll

L

p S

tairs 1

Storage 0

4

ActB

oyaRR

ActG

irlsRR

~

-9

"01

iwG

-.T

"'-. -~

ActivityR

m

6" OU

w G

'""

.:>· ·• >c

-P

ipe Insulation In Ceiling

' <

'

go Ou

w G

.-. r o

Sb

*w

ay M

echanical Al:lom

P1pe lll1d Filling lrw

da

l-..,

(Ho

llo S

cale) l . Plpe"lrwutatlon on

Cei~ng/Cn!Wiepaao

Kitchen

storage

I]

Sttn

ge

::00, F

"":':'

tl C

oa

t i-v

P-

-R

oom.-

r ?~

sun Deck

~ling O

pcni<lg

Stairs2

-x44

Sto

rag

e3

W

ard

rob

e

Pip

e a

nd

Fitting Insulation a

bo

ve C

eilin

gs a

nd

with

in W

alls


lsl.JILDING

700 BUILDING MUSIC


Attic, Wall Cavities, Interstitial Spaces

Mezzanine Mechanical Rooms

Various Rooms

Attic Spaces Below Roof

Exterior

Upper Roof



Interior ComQonents:

Choral Room

Practice Room Restroom

Office Restroom

Miscellaneous


All Areas


JORDAN HIGH SCHOOL

CFE PROJECT 6367



!MATERIAL r- QUANTITY! I UNITCOSTI

Fitting Insulation 30 EA X ----Pipe Insulation 180 LF X ----Transite Vents 3 EA X ----Chalkboard Mastics (Assumed} 180 SF X ----Window Glazing (Putty) (0.50% Chrysotile) 50 EA X ----Roof Felt 4,960 SF X ----Stucco S.E Corner at Brick Finish (Sigma Report 2%} 100 SF X ----Mastic on Wall Cap 20 SF X ----

Windows 50 EA X ----Door 1 EA X ----Door Jambs 4 EA X ----Vents 3 EA X ----

Tackboard 1 EA X ----Tile Baseboard 15 LF X ----Tile Baseboard 15 LF X ----Sinks 4 EA X ----

Ballasts (Older Fixtures) 18 EA X ----Light Tubes 210 EA X ----

ABATEMENT COST -,




Materials C


sbestos Fibers (R

ed) -F

itting lnsulation(x16, x17

)-30%

Am

osite, 5% C

hrysotlle -P

ipe Insulation (Aircell T

ype

}-H

istorical Sam

pling this Site 5o/o C

hrysotile -T

ransite Ve

nts-

Historically 20-50%

Chrysotile

-Ro

of F

elt In Attic S

pace (x14, x41

}-10-25%

Chrysotile

-Roof M

astic (xRO

S)-S'Yo C

hrysotile -W

indow P

utty (Glazing~ -(N

ER

x06, x38, x39

)-0.50%

Chrysotlle

Non-A

sbestos Sam


Old R

oofing Malarial In all A

llie Sp

aces Jordan H

igh School

Building 700

Percussion

U

~ lt

Sto

rag

e

6500 Atlantic A

venue Long B

each, Ca 90805

Uniform

(Not to

Scale)

If\ N

Office

37

36

04 P

ractice Rm

701 B

an

dR

m

Win

do

w

Pipe and F

illing Insulation In A

ttic and Wails

x16

35

\

x17

Pipe a

nd

Fitting Insulation

In Allie

and Walls

702 C

ho

raiR

m

NE

R x39 U

pper Window

-Putty

19

Covered W

atkway

Transite V

ents Mid and U

pper Levels 33

~

/·6~

CJ~AI.:aa

--J

Mezzanine M

echanical Room

(Mid Level)

34

Transffe VentS

~

0 RG

Of A

cctlla

x40 A

bove Sarod Room

CeiR

ng O

ld Roofing M

alarial

1 M

ezzanine Mechanical R

oom (U

pper Level)

x41 Al.u.., C

llonll Room

Ce.Jng

Old R

oo1lng Material

3 28

f ABATEMENT SPECIFICATIONS Page 55 of 113



[8ull.i::irNG___ - [MATERIAL --- n - . -r-- QUANTITY[ I UNIT COST[ ABATEMENT COST [

750 BUILDING THEATER


Basement Level Basement Boiler Room Tank Insulation (3 Storage Tanks) 510 SF X ----

Exhaust Breeching 30 SF X ----Flex Connector 1 EA X ----Pipe Insulation Residue above Duct 40 SF X ----

Basement -Multiple Rooms Pipe Insulation 980 LF X ----Pipe Insulation (Restroom Ceilings, Assumed) 60 LF X ----

Boy's/Girl's Dressing Rooms Tile and Mastic Residue Under 12" Wheat Tile 460 SF X ----Girl's Dressing Restroom Storage 9" Tan/Brown/Beige Floor Ti le and Mastic 12 SF X ----Plant Manager's Office 9" Floor Tile and Mastic Under Carpet and Cabinet 520 SF X ----Corridor Fire Doors 4 EA X ----

Chalkboards (Assumed) 180 SF X ----1st Floor Rear Stage, Carpenter, Prop Storage Pipe Insulation 275 LF X ----Stage Pipe Insulation (Pipe Risers and at Fire Cabinet) 380 LF X ----Prop Storage West Entry Doors Fire Doors 2 EA X ----Star Dressing Room , Storage 777 9" Tan/Brown/Beige Floor Tile and Mastic 240 SF X ----Stage Catwalk Red Linoleum Sheeting and Mastic 450 SF X ----East/West Stairs to Stage 12" Tan/Brown/White Tile and Mastic 280 SF X ----East/West Lobby Closets (Near StagE Pipe Insulation to Aud Ceiling 125 LF X ----Room F and Custodian Attic Space Pipe Insulation in Ceiling and Walls 275 LF X ----Room F and Office Pipe Insulation At Radiators 25 LF X ----Ticket Booth Wire Insulation in Light Fixture 2 EA X ----Balcony Ceiling (2nd FL Access Pane Pipe Insulation in Ceiling and Walls 225 LF X ----Lobby Stairs to Second Floor Floor Tile Residue Under New Tread 520 SF X ----2nd Floor 2nd FL Lobby and Restroom Ceilings Pipe Insulation above Ceilings and in Walls 550 LF X ----Balcony X ----Projection Room 9" Dark Gray/Pink Floor Tile and Mastic 75 SF X ----Auditorium Attic Ceiling Space above Aud and Lobby Pipe Insu lation 775 LF X ----Roof North Middle Roof (Prop Storage) Mastic and Silver Paint on Skylights 180 SF X - - --North Gas Shed Roof Membrane and Mastic 120 SF X ----

LONG BEACH UNIFIED SCHOOL DISTRICT PART 5 - SCOPE OF WORK LISTING JORDAN HIGH SCHOOL MAJOR RENOVATION PROJECT Rev. 9/13/2012 CFE PROJECT 6367




I BUILDING I MATERIAL ··--- ~- QUAN.TITYr- ul lJNiT C::osrJ-· -ABATEMENT COST I 750 BUILDING THEATER (CONT.)


Exterior Com1:1onents:

Interior Com(;1onents : Basement Corridor

Custodian Boy's Dressing Room

Make-up Room Girl's Dressing Room Costume Room Orchestra Room 1st Floor Work Area

Storage 2

Auditorium Projector Room (Balcony) Manager Room Make-up Room/Dressing Room Manager Restroom Area 1 Custodian 2 Foyer Foyer Girl's Restroom

Foyer Boy's Restroom

2nd Floor Corridor 2 Girl's Restroom


JORDAN HIGH SCHOOL

CFE PROJ ECT 6367

Door Jambs

Vents

Drinking Founta in

Door Jamb

Sink

Sink

Wall Tile

Tackboard

Wall Tile

Ta ckboard

Tackboard

Sinks

Fire Extingui sher Box

Cabinet

Door

Fire Extinguisher Box

Sink

Tackboard

Tackboard

Tile Baseboard

Tile Baseboard Sink Drinking Fountain Tile Walls Tile Baseboard Tile Walls Tile Baseboard

Tile Walls Sink

7 EA

7 EA

1 EA

1 EA

1 EA

1 EA

190 SF

1 EA

190 SF

1 EA

1 EA

2 EA

1 EA

1 EA

1 EA

1 EA

1 EA

1 EA

1 EA

15 LF

15 LF

1 EA

1 EA

200 SF

25 LF

200 SF

25 LF

200 SF

1 EA

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

------------

----- -------------------------------

----------------------------------------------------------------

--------


MAJOR RENOVATION PROJ ECT Rev . 9/13/2012




!BUILDING !MATERIAL I QUANTITY! I UNIT cosT! ABATEMENT cosT · I 750 BUILDING THEATER (CONT.}


Corridor 2 Boy's Restroom Miscellaneous


Ticket Booth, West Dressing Room

All Areas


JORDAN HIGH SCHOOL

CFE PROJECT 6367

Tile Walls Sliding Doors

PCB Ballasts Light Tubes

200 SF

6 EA

8 EA

160 EA

X

X

X

X

--------

--------




Materials C

on

tain

ing

Detectable A

sbestos Fibers (Red}

-Pipe/F

itting Insulation (JM)-

(x36, x40, x47) 20%

Am

oSite

, f5% C

l1rysotlle -P


ype)-(x44) 2-3%

Chrysotile

Note: P

ipe and Filling Locellons are lrlorm

allonal and No

t b Scale

-Tank Insulation Typically C

ontains 20-30% A

mosite, 10-25%

Ctvysotile. Tanks Labeled as A

sbestos Containing

-Exhaust B

reaching Typically C

ontains 20-30% A

moslte, 10-25%

Chrysotile

. Assum

ed Material.

-Rex C

onnectors -H

istorical Sam

pling this Site 60%

Chrysotile

.g• Tan/B

rown/B

efge Floor T

ile-

(x06, x20b, x30) >1% C

hrysotile in Tile, 3-4% In M

astic -F

loor Tile M

astic Under C

arpet -(x30) 3%

in Mastic

-Are

Door Insulation-

(x24) 20% A

mosite, 15%

Chrysotile

Non-A

sbestos Sam

ple LocatiOns (B

lue)

Jordan High S

chool B

uilding 75

0 B

ase

me

nt

65

00

Atlantic A

ven

ue

Long B

each, Ca

90805 (N

ot11>S

cale)

27 25

... t

lf '

dHu

l Water S

torage Tanks

0 ;/ ;'

c::> · 9" Tile and M

astic Residue

~ ~'

Under N

ew Tile and at O

ld S

cene Painting S

lot cabinets and C

ounters n

. •J .

·~

.

If' N

Transform

er Vault

(No A

ccess)

Sw

itch Board

Corridor

12

·t 1 fifl 02

eoyt:RR

M

01 G

irlltRR

M

Tl•

Malcieup R

m

O!dlestra

21

M*

eUp

Rm

2

-Red Lines Indicate G

eneral Path of A

sbestos Pipes and Fittings, S

ome Locations

Have M

ultiple Lines. Location and Q

uantities Must B

e Site V

erified. (N

ot 1o S

cale)

.,~

.. -· -. --,

(Rm

745)

~Rml


Materials C


sbestos Fibers (R

ed) -R

ed line

s Indicate G

eneral Path of A

sbestos Pipes

-Pip

e Insulation (JM

)-(x36, x4

0, x4

7) 2

0%

Am

osite

, 15% C

hryso

tile

-Pip

e Insulation (A

ircell Typ

e)-

(x44

) 2-3

% C

hryso

tile

an

d F

ittings, Som

e Locations Have M

ultiple Lines. Location cim

l Quantities M

ust Be S

ite Verified.

-Fitting In

sula

tion

-(x36) 2

0%

Am

oslte, 15

% C

hryso

tile

-12

" Ta

n/B

row

n/S

trea

k-(x5

2) >

1%

Ch

rysotile

(N

aiiD

Scale)\ (No

te a

pp

lied

to all a

rea

s of B

uilding 75

0)

-9• T

an

/Bro

wn

/Be

ige

-(x06) >

1%

in Tile, 5

-6%

in M

astic

\ -W

ire Insulation -

(x48

) 70

% C

hryso

tile

-Mastic under R

ed Linoleum -2%

Confirm

ed bv Sam

pling P

ipe

Rts.~r'", (3 U

ne

s) \

Non-A

sbestos Sam


Jordan Hig

h S

chool B

uilding 75

0 F

irst Flo

or

65

00

Atla

ntic A

ven

ue

Long B

each, CA

90

80

5

(Nat ... S

c:ale) 04

~

N

\ .:44

WorkA

iea

Mastic under R

ed Linoleum

,-·S

tage Catw

alk

it==--58 Stage P

latform Linoleum

c~!~ at Fino H

oMo c.b

lnet

c 1

1 /

Manager

: j x4

0 P

ipe Risers

Stage

~

to Allie (5 Lines)

• ·--~~;,_:.;;.;;,.lE

Mastic under R

ed Linoleum

"···"-

••:-· "-

Stage C

atwalk

55

Auditorium

56 51

49 54

Foyer

34

-Porch

Pipe to U

pper Floolll (N

ot To Scale)

0 Cuslodieft Room

8e

(i'M I

x57

x45

Pipe to

Sp

ace

He

ate

rs

Piop storage

fi'Ta~

Tile and M

astic

-· Pipe 1o U

~ Flo0111

(Nal To S

cele)

o I 1

ROom F B

elow

Stair2


Ma

teria

ls Co

nta

inin

g D

etectable Asb

esto

s Fib

ers (R

ed

l -P

ipe/Fitting Insulation (JM

)-(x36, x40, x47

) 20% A

mosite, 1'5%

Chrysotile

-Pipe Insulation (A

ircell Type)-

(x44) 2-3% C

hrysotlle N

ola: Pipe and F

itting Locations are Inform

ational and Not to S

cale

Non-A

sbestos Sam


Jordan High S

chool B

uilding 75

0 S

econd Flo

or

6500 Atlantic A

venue Long B

each, CA

90805 (N

ot To

Salle)

If'-N

Vertical R

iser

§ 5 Verllcal P

ipe Risers from

S

. W.

Area A

d~cent

to Me~tform Up To A

ltic

x36

at Metal Ladder g0

2nd Floor S

eating

; r o;ui:JI::-'1 P1p:• t-·)

Below

;~~ 11! FL. W

ilhm 'st F

~.Cedi:

-----

i.

2nd Floor C

orridor ~----------~~---------~0

...z._

09 O

pen Ro

of

I~

Ceil~ and Ro

ot-

• Insulated P

ipe (-}Ab

ove

Ceiling In , , • , .... , and R

estrooms

l -Red Lines f--)~···~ Indicate G

eneral Path of A

sbestos Pipes

and Fittings, Som

e Locations have Multiple Lines. Location and

Quantities M

ust Be S

ite Verified.

l.lsher.s


Materials C


sbestos Fibers (Red}

-Pipe Insulation (JM

)-(x36, x40, x47) 20%

Am

osite, 15% C

hrysotile -Pipe ln~ulation (A

ircell Type)-

(x44) 2-3% C

hrysotile

Non-A

sbestos Sam


Jord

an

Hig

h S

cho

ol

Building 7

50

Ba

lcon

y 6

50

0 A

tlan

tic Ave

nu

e

Long Be

ach

, CA

90

80

5

(NaU

o Scoole)

"' N 5 V

ertical Pipe R

isers from

Stage B

elow to A

ttic

Vertical R

iser !'"'

1 at M

etal lad

de

r ··

10

Ro

of

g• Dark G

ray/Pink Tile and M

astic


Materials C



-Pipe/F

itting Insulation (JM)-

(x36, x40, x47) 20o/o Am

osite. 15% C

hrysotlle -P


ype)-(x44) 2-3°k C

hrysolile N

ota ~

: · F

itting loca

tion

s 8f8

lnforma1lonal and N

.1 o S

cale

Non-A

sbestos Sam


Jordan Hig

h S

cho

ol

Building 7

50

Attic

65

00

Atla

ntic A

ven

ue

Long B

each, CA

90

80

5

(Net Ill S

calll) ~

N

x38

5 Insulated Unes from

Stage 42

43 41

Spot lights

Attic C

atwalk

j I x37

-Red U

nes Indicate General P

ath of Asbestos P

ipes and F

ittings, Som

e Locations Have M

ultiple Lines. Location and Q

uantities Must B

e Site V

erified.

(Ho

llO S

c8!e)

" Insulated Lines

Acco

ss


PART 5- SCOPE OF WORK liSTING HAZARDOUS AND NON-HAZARDOUS BUILDING MATERIALS

!8uilOING .. I MATERIAL .... - r QUANTITY! I UNIT COST! ABATEMENT COST I 800 BUILDING

ASBESTOS CONTAINING MATERIALS Rooms 803, Storage, 805

Room 801

Storage Room (Various)

Various Rooms

800/900 Walkway Roof

LEAD CONTAINING MATERIALS Exterior Com~onents :

Interior Com~onents :

Corridor

Women's Restroom

Room 802

PCB BALLASTS AND liGHT TUBES

All Areas


JORDAN HIGH SCHOOL

CFE PROJECT 6367

12" Lime Green Floor Tile

12" Spotted Tan/Brown/Beige Tile

9" Tan/Brown/Beige Tile


Asphaltic Trench Pipe


Downspouts

Doors

Door Jambs

Wall Tile (Decorative Wall Tile)

Tile Baseboard

Tackboard


Light Tubes

2,400 SF

972 SF

160 SF

720 SF

10 LF

100 SF

4 EA

3 EA

5 EA

25 SF

30 LF

1 EA

0 EA

446 EA

X

X

X

X

X

X

X

X

X

X

X

X

X

X

------------------------

------------

------------

--------

PARTS- SCOPE OF WORK LISTING



Materials C


sbestos Fibers

-12" Lime G

reen Tile

-~X24, x25, x26) >1%

Chrysotlle, N

O in M

astic -9" T

an/Brow

n/Beige T

tle-

(x27, x28, x29) )·1% C

hrysotile, NO

in Mastic

-12"1rregular Spotted Tan/B

rown/W

hite THe-

(x30, x31, x32) >1°k Chrysotlle, N

O In M

astic -E

xterior Trench P

ipe -(x42} 20%

Chrysotlle

-Roof M

astic-(xR

03)- 2o/o Chrysotlle

Non-A

sbestos Sam


Jord

an

Hig

h S

cho

ol

Building 8

00

6

50

0 A

tlan

tic Ave

nu

e

Long Beach, C

A 9

08

05

(H

cUo S

cale)

12" Irregular Spotted Tan/B

rown!B

etge Tile

I 04

:~d()

15 R

mro

t -:: Jj801AISIJ;J

.,., .. ,

If\ N

Rm

802

06 R02

~ R

03 Lighf'W

ell

R05 H

R

11 R

10 II

800 Roof (N

ot To

Scale)

12" Lime G

reen ne

03

«<

M"

35

.

' R

m803

RmSOS

x25 1

1~34

~8

---37 :\.

= Conidor

18 19

=:::;-;:

23 40

2 R

m8

04

I

Rm

00

6

:a1 1

0 9" T

an/Brow

n/Beige Floor THe

f'I.VO

R

07

R1

2

R01

R14

R06

R04

39

Covered W

alk

02

V09

1KU

4 xR

03 f'I.V~

8 kw

ay ABATEMENT SPECIFICATIONS Page 65 of 113



!BUILDING.----·· · ----- -[MATERIAL I QUANTITY! I UNITCOsTI ABATEMENT COST I 850 BUILDING


Attic at Roof Access Doors

Classrooms

Exterior



Roof

Interior ComQonents: Corridor

Women's Lounge Restroom Men's Lounge Restroom Girl's Restroom Boy's Restroom Boiler Room Miscellaneous


All Areas


JORDAN HIGH SCHOOL

CFE PROJ ECT 6367

Fitting Insulation

Joint Compound (1-2% Chrysoti le)

Ch alkboard Mastics (Assumed)

Stucco (0.1079%)

Silver Paint and Mastic

Downspouts

Door Casing Door Jamb

Soffit

Fascia

Rafter

Wall Til e

Drinking Fountain

Wall Tile

Wall Tile

Wall Til e

Wall Tile

Door Jamb

Tack boards


12 EA

9,500 SF

1,260 SF

5,370 SF

150 SF

3 EA

1 EA

1 EA

250 LF

250 LF

250 LF

1,440 SF

1 EA

32 SF

32 SF

450 SF

600 SF

1 EA

22 EA

0 EA

446 EA

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

--------------------

------------------------

--------------------------------

--------


MAJOR RENOVATION PROJ ECT Rev. 9/ 13/ 2012


Materials w

ith Detectable A

sbestos Fibers

-Joint Com

pound-(X

26b, x27b, x28b) 1-2%

Chrysotile

-Rtting Insulation at R

oof Access -

(x48, x49) 5% C

hrysotile -E

xterior Stu

cco· (x01-x07) 0.1079%

Chrysotile after P

oint Count A

nalysis Roof~ng M

aterials -8ilver P

aint and Ma

stic-(xR

08) 10% C

hrysotile

Non-A

sbestos Sam


Jordan Hig

h S

chool B

uilding 850 6500 A

tlantic Avenue

Long Beach, C

a 90805 E

xterior Stucco A

ll A.r {.t«<lto S

cale) -

-x07

x01 (0.1

07

9%

Stucoo)

~

15

34

Mens

Wo

- 8

x06

27a ~

lounge,., ~b

~

Rm

851 R

m8

53

R

m855

Rm

857 ~

Rm

859 l M

~

! 32 21 ' R

R

RR

;i

12·

\ I

~' -

I C

lassroom a

.-t (T!'P.t

-:iii4

~4 -~

~ CU

..fodian

~ .fj 47

\ -

, l

10 48

\ C

omdor

I _

30 08 ~

09 l7

.

215HJ.!..~D

24 .-.L

tio

\ ,,

, ~

~

26a ,......

~ .....

x28b B

oys RR

18

' 28a

"TT ""'

Gills R

R

Rm

852 R

m 854

Rm

856 R

m 858

Rm

860

' '

S1rge

Boiler

Rm

23~

29 /

33 16

1' N

)(

x05

x~

Joint Com

pound a~ovf' Ceiling TU

e in All C

lassrooms

R01

R06

R07

R02

xR12(t)

02

_R

._

R1~

r10 Lf

U~tWell R0

5

ROS

\ ~ RO~

I~\ R

04

R0

3

I \49 Fitting Insulation in

lide

Filtin!ll nsu11otion ln8ide ~8

I I X

R

oof Ace.-

Door

Roof A

cceu

Door

I

R11

850 Roof

(Hoi to

Scoole)




!suiLDING !MATERIAL ---- -- --~ O.u.O:NTirvJ- HI uNITcos1f ABATEMENT cosT 1

900 BUILDING


Boiler Room

Restroom Pipe Chase

Room 911 Stockroom, East Corridor

Roof

900/950 Walkway


Roof Interior Com(;1onents: Staff Restroom Girl's Restroom Boy's Restroom Miscellaneous


East Corridor

All Areas


JORDAN HIGH SCHOOL

CFE PROJECT 6367

Pipe Insulation in Slab (Boiler To Custodian Room)

Boiler Caulk

Pipe Insulation

9" Tan/Brown/Beige Floor Tile

Base Flashing and Mastic

Tank

Tile Baseboard

Wall Tile

Wall Tile

Tack boards

PCB Ballasts Identified Tubes

10 LF

10 SF

35 LF

300 SF

150 SF

1 EA

15 LF

240 SF

240 SF

15 EA

1 EA

446 EA

X

X

X

X

X

X

X

X

X

X

X

X

-- ------------ --

----

-- --

------ - ------- - -

-- ------




Ma

teria

ls with

De

tecta

ble

Asb

esto

s Fib

ers (R

ed

} -P

ipe Insulation in Slab F

loo

r-(x34) 40%

Chrysotile

-Pipe Insulation in R

estroom P

ipe Ch

ase

-(x35) 10%

Chrysotile

-Fitting Insulation in R

estroom P

ipe Chase -

(x36) 20% A

mosite, 10%

Chrysotile

-9" Tan/B

rown/B

eige Floor T

ile-

(x25, x26, x27) >1% C

hrysotile -B

oiler Brick C

aulking on Metal (x40) 0. 7 5%

Chrysotile follow

ing Point C

ount Analysis

15

Non-A

sbestos Sa

mp

le Locations (B

lue) 03

Jordan High S

chool B

uilding 900

Pip

e a

nd

Flll<ng In

sula

tion

x3

6--

Girls

RR

r----,

V'

Boys

RR

35

Lr

Physics

Supply

Rm

R

m

6500 Atlantic A

venue Long B

each, CA

90805 B

oile

r Ro

om

f 17

Corridor

(No

t to ScaleO

If\ N

31

x40 -

-----.

32 -

-t-

----c ;J - --

Pipe

x34 Insulation

~~ - --

in Slab

33 f

x2

900 Roof (N

ot to Scale)

Sa

mp

le L

oca

tion

s are

Dia

gra

mm

atic

R01

Pipe

Insulation _

in Slab

x38

01

R03

10

R02

02

R

RO..

ROB

Boiler~ S fR

I Strge

--- -

14

Rm

90

3

Storage 2

1--

12

Stores I c-:st

z;:s

Rm

90

7

18\

Chem~l Lab

R05

ww Da

rkRm

19

I ~~m Process

Rm

90

9

--

R03

ww

~------------------------

ww

900-950~ R

02

ww

R06W

W

Ma

teria

ls with

De

tecta

ble

Asb

esto

s Fib

ers (R

ed

) -B

ase Flashing on W

alkway R

oo

f-(xR

04) 4% C

hrysotile -R

oof Mastic on W

alkw

ay-

(xR06) 13%

Chrysotile

950 Building

Rm

904 13

Rm

90

6

11 08

30 \ 1 A

£u

Stor:::.rn:>

......

f...-22 ~

Rm

90

8

10 R

m9

10

I.

09

Stock

Rm

911

Rm

21 -.

x27

05 ~

!/ 5

-29

07

"i

~


PARTS - SCOPE OF WORK LISTING


I BUILDING I MATERIAL I QUANTITY! I UNIT cosT! ABATEMENT cosT I 9SO BUILDING


Boiler Room

Boiler, Electrical, and Custodian Rms

Ceilings, Walls, Roof Attic Access

All Classrooms

Exterior

Roof


Roof

Interior Com12onents :

Corridor

Boy's Restroom

Girl's Restroom

Room 952


All Areas


JORDAN HIGH SCHOOL

CFE PROJECT 6367

Boiler Access Door

Boiler Caulk

Fitting Insulation

Fitting Insulation

Joint Compound above Ceiling Tile (0 .75% Chrysotile)


Stucco (0.0669%)

Window Putty in Light Well

Fascia

Rafter

Wall Tile

Wall Tile

Wall Tile

Cabinet

Sink


Light Tubes

1

10

28

38

9,300

1,120

5,200

30

240

240

2,100

240

220

2

1

0

440

EA

SF

EA

EA

SF

SF

SF

EA

LF

LF

SF

SF

SF

EA

EA

EA

EA

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

--------------------------------

--------

--------------------

--------




Materials w

ith Detectable A

sbestos Fibers (R

ed) -F

itting Insulation-(x26, x27, x28, x35) 30%

Chrysotile

-Boiler D

oor Insulation (Exterior) -

(x33) 5% C

hrysotile -B

oiler Caulk (Interior)-

(x32) 10% C

hrysotile -Joint C

om

po

un

d-

(29b, 30b, 31b) 0.75% C

hrysotile -E

xterior Stucco -

(x01-x07) 0.0669% C

hrysotile -W

indow P

utty (Roof Light W

ell) -(x9, x1 0, x11) 0.50%

Chrysotile

Non-A

sbestos Sam

ples Locations (Blue)

Jord

an

Hig

h S

cho

ol

Building 9

50

Exterior S

tucco All A

reas ------------

6500 Atla

ntic A

ven

ue

Long B

each, Ca 9

08

05

(N

ot to Scale)

x04 ~

/ x0

5

Covered W

flkwety to

900

~

N

\ \ x02

\ '• I' \ \ '

x01

29a x29b

Rm

951 1

l.JS 19

12

Rm

95

2

U

~t

r====it

Rm

953 R

m955

Rm

957

18 20

Corridor

l -

lf \

II 37 I

\ ·~ Rm9581r

ll· I.

-R

m9

54

R

m9

561

g,..~n

Rm

96

2

J ... l ....

30a

II Y

.lit I

Join

t Co

mp

ou

nd

Ab

ove

Ceiling ne in A

ll Cla

ssroo

ms 0

.75

% C

hryso

lile

R0

3

Fillin

g In

sula

tion

Insid

e A

ccess Do

or

\ J \A, \

Fittin

g In

sula

tion

Insid

e A

ccess D

oo

r

:1[ RD4

R'l1 Light W

ell R

10 ~

x3lx~

R09

I

Access D

oor R

02P::=:.

'\-

~1

R06

R08

R01

R0

7

95

0 R

oo

f (N

ot to Scale) S

ample Locations are D

iagramm

atic

'<28


I BUILDING

990 BUILDING AUTO SHOP


Tool Room Attic and Mezz Mech Rm

Classroom 991 and Office

Classroom 991

Roof

South Lower Roof

NE Haz Waste Storage


Exterior Com[2onents

Interior Com(2onents:

Garage

Staff Restroom

Men's Restroom

Women's Restroom

Shop

Heater Room


Selected Areas

All Areas


JORDAN HIGH SCHOOL

CFE PROJECT 6367



]MATERIAL I QUANTITY I I UNITCOSTI

Fitting Insulation 20 EA X ----Flex Connectors 2 EA X ----Fire Door 1 EA X - ---9" Tan/Brown/Beige Floor Tile and Mastic 588 SF X -- --Chalkboard Mastics (Assumed) 120 SF X ----

Black and Gray Roof Mastic 30 SF X - ---Black and Gray Roof Mastic 10 SF X ----

Corner Guards 3 EA X ----Door 1 EA X ----

Door 1 EA X ----Wall Tile 250 SF X - - --Painted Wall 150 SF X - ---Painted Ceiling 144 SF X ----Wall Tile 160 SF X ----Painted Wall 96 SF X -- - -Painted Ceiling 55 SF X - ---Wall Tile 200 SF X -- - -Painted Wall 150 SF X ----Painted Ceiling 144 SF X - ---Window Casing 8 EA X -- - -Door Jamb 1 EA X ----Pipe at Shop Ceiling 1 EA X -- - -!-Beams 6 EA X ----Support Posts 2 EA X ----Painted Wall 60 SF X -- --Window Sill 1 EA X - ---

Ballasts 33 EA X - ---Light Tubes 226 EA X - ---

ABATEMENT COST I


MAJOR RENOVATION PROJECT Rev . 9/13/2012


Ma

teria

ls with

De

tecta

ble

Asb

esto

s Fib

ers (R

ed

) -P

ipe

Insu

latio

n -

(x22, x23, x24

) 5% C

hryso

tile

-Re

x Co

nn

ecto

rs -(x2

6) 6

0%

Ch

rysotlle

-A

re D

oo

r Insu

latio

n-

HIS

torical Sa

mp

ling

this SH

e 20

% C

hrysto

tile

-9" Floor THe an

d M

astic-

(xO 1, x02, x0

3) >

1%

Ch

rysotile

In Tile, 3%

in Ma

stic -R

oo

f Ma

stic So

uth

Lo

we

r Ro

of-

(xR0

2) 5%

Ch

rysotile

-R

oo

f Ma

stic No

rthe

ast H

az W

aste

Sh

ed

-(xR

01

) 1-2% C

hryso

tlle

No

n-A

sbe

stos S

am

ple

Lo

catio

ns (B

lue

)

0911

Jordan High S

chool B

uiJding 990 S

hop 6500 A

tlantic Avenue

Long Beach, C

A 90805

14 Flex C

onnectors (N

aill> S

cale)

~x26 •1\F;<eDoo< 9" T

an/Brow

n/ Beige

Floor T

ile and Mastic

If' llx02

20 12

I 1~:

"""'1AI!=

--

'" x01

N

10 II

Lecture

19 R

oom991

II I

/' X4!;s ,..~:

11

08

1104

II

===!105

wa

sh

Rm

21 G

arage

fL--

! ''--''===«t'

-1106

6 N

orth low

er R

oo

f

No

rtMa

st Ha

z Wasta S

hed R

02

R

01

R03

Upper R

oo

f R

01

R02

RC R

03 R

04

R06

0 --xR

02 R

01

R0

3

South lo

wer R

oof

990 Roof

(Not to S

cale)

~~

lf~Haz 1

l Ha

z2 J

Haz w

aste




!BUILDING !MATERIAL I QUANTITY! I UNIT cosT! ABATEMENT cosT -I 990E BUILDING PAINT SHOP


No Asbestos Containing Materials this Building


Interior Components :


All Areas


JORDAN HIGH SCHOOL

CFE PROJECT 6367

Cabinet


1 EA X

0 EA X

48 EA x




Ma

teria

ls with D

ete

ctab

le A

sbe

stos F

ibe

rs (Re

d)

-No A

sbe

stos F

ibe

rs De

tecte

d in S

am

ple

s An

alyze

d

Non-A

sbestos Sam

ple Lo

catio

ns (B

lue)

Jordan High S

chool B

uilding 990E

Interior, Exterior and R

oo

f Sam

ple loca

tion

s R

04

65

00

Atla

ntic A

ven

ue

lo

ng

Beach

, Ca

90805

(Not to

Scale)

1' N

02

05

R01 L

0

4

03

R02

Paint B

ooth

--

06·

R03 -

--

Ro

of S

amples Identified by (R

) Preceding S

ample #

01




[BUILDING -jMAlUIAL 1- ----ciuP.I\Ii1TY] -- I UNIT cosT! ABATEMENT cosT -]

1000 Science Building




No Lead Containing Materials this Building


All Areas


JORDAN HIGH SCHOOL

CFE PROJECT 6367


0 EA X

1,854 EA x


MAJOR RENOVATION PROJECT Rev . 9/13/2012


Materials C


sbestos Fibers (R

ed) -N

o A

sbestos Materials F

ound In Th

is Building

Non-A

sbestos Sam

ple Lo

catio

ns (B

lue

)

Jordan High S

chool

Building 1 ooo 1

st Flo

or

65

00

Atfantic A

ven

ue

Long B

each, Ca 90805

(Not In S

cale)

If\ N

24

I

Rm

1103

Rm

1102

Rm

1101

(Wom

en) G

irls RR

BoysR

R :>3 -I 1 S

tairs

• ~~

02

10 Rm

1104 6~

od

ian

0

E R

IMensR

R l

Corridor

I Tek:om I

I :ec Ele

v I Elev

Eqmntl

Rm

1

Rm

1105

Rm

1106

15

Rm

1107

18

Rm

1108

Rm

1109

01

-;::::: -

-~-

Rm

1110

I 09

-M

ech

F

an

Rm

R

m

I ~


Materials C


sbestos Fibers (R

ed) -N

o Asbestos M

aterials Found In T

his Building

Non-A

sbestos Sam


Jordan High S

chool B

uilding 1000 2nd Floor

6500 Atlantic A

venue Long B

each, CA

90805 (N

ol to S

cale) "' N R

m 1203

Rm

12

02

12

Rm

1204

Co

rrido

r2

19

Ce~ing/Wall Tile 25

11

Rm

1201 27

Botanical

Lab

04

Ele

v

Rm

1205

Rm

1206

05

Rm

12

07

Rm

1208

16 21 R

m 1209


Materials C


sbestos Fibers (R

ed) -N

o Asbestos M

aterials Found In T

his Building

Non-A

sbestos Sam

ple loca

tion

s (Blue)

Jordan High S

chool

Building 1 00

0

3rd Flo

or

65

00

Atla

ntic A

ven

ue

Long B

each, Ca 9

08

05

{N

ot to S

cale)

t N

07

R

m 1304

Rm

1303

Rm

1302

Rm

1301

t=

13

c h e m

Corridor 3

28

Ele

v

06

Rm

1305

Rm

13

06

1~

11 29 R

m 1307

2( I ~

Rm

13

08

RR

M

26ee~ing/WaH Tile

22

17 R

m 1

30

9

23




[BUILDING- [MATERIAL I QUANTITY[ I UNIT COST[ ABATEMENT COST I PORTABLE CLASSROOMS 26, 34, 35, 36-44 (1989)


No Asbestos Containing Materials these Buildings


No Lead Containing Materials these Buildings


All Areas PCB Ballasts Identified in this Building Light Tubes

FREON

Exterior HVAC Units

PORTABLE CLASSROOMS 12-14, 23 (1996)






All Areas

FREON

Exterior

PORTABLE CLASSROOMS 28-33 (1998)


Roof



HVAC Units




All Areas

FREON

Exterior


JORDAN HIGH SCHOOL

CFE PROJECT 6367


HVAC Units

0 EA X

576 EA X

12 EA X

0 EA X

172 EA X

4 EA X

180 SF X

0 EA x

288 EA x

6 EA x

--------

----

--------

----




Jordan High S

chool 1989 P

ortables C

lassrooms 26, 34, 35, 36-44

6500 Atlantic A

venue Long B

each, CA

90805 (N

ot to Scale)

Po

rtab

le3

6

Portable 37

Portable38

'---

----

---

-------

Portable 36-44 R

oof Sam

ple Locations

R05

R04

R07

----

-B

uilt Up R

oofing Materials

I osl

Po

!tab

le2

6 I

07 12

13

Portable 26 R

oof

R01

I

-

Portable39

~

Non-A

sbestos Sam


-None o

f the Sam

ples Analyzed W

ere Found To Contain

Detectable A

sbestos Fibers

Portable40

Portable.1

Podable-42

Portable <13

R11

R08

R09

R10

08

Potlable44

R12

----------

I I

I 11

~09-M j1

Po

!tab

le3

5 I

~ N

Portable 34 R

oof P

ortable 35

Ro

of

I R

02 I

I R

03

Built U

p Roofing M

aterials

Sam

pling Protocol

The above Portable C

lassrooms w

ere manufactured and installed at this site in 1989. R

epresentative samples o

f suspect asbestos-containing m

aterials were collected on the interior, exterior and roof as appropriate to determ

ine content.


Jordan High S

chool 1996 P

ortables C

lassrooms 12-14, 2

3

6500 Atla

ntic A

ven

ue

L

os A

ngeles, CA

90805 (N

ot to Scale)

No

n-A

sbe

stos S

am

ple

Lo

catio

ns (B

lue)

-No

ne

of th

e S

amples A

nalyzed Were F

ound To

Contain

Detectable A

sbe

stos F

ibers

Metal R

oo

f w/ R

aised Se

am

s

t P

ortable 81

2

R1

4

R1

3

17

N

14

Portable 8 13

R1

5

15 18 P

ortable 81

4

Metal R

oo

f w/ R

aised Se

am

s

19

Portable23

16

Sam

pling Protocol

Th

e above P

ortable Classroom

s we

re m

anufactured an

d installed a

t this site

in 1

99

6. R

epresentative samples of suspect

asbestos-containing materials w

ere

collected on the

interior, exte

rior a

nd

roo

f as appropriate to determ

ine content.


Jordan High S

chool 1998 P

ortables C

lassrooms 2

8-3

3

6500 Atla

ntic A

ven

ue

Long B

each, CA

90805 (N

ot to

Sca

le)

If\ N

Po

rtab

le2

8

Portable29

23

20

Metal R

oo

fs w/ R

aise

d S

ea

ms

R31

R34

R35

Sa

mp

ling

Pro

toco

l

Materials W

ith Detectable A

sbestos Fibers (R

ed) -B

lack and Grav R

oo

f Mastics -

(xR33) 9%

Chrysotile

No

n-A

sbe

stos S

am

ple

Locations (Blu

e)

28

27

Portable 3

0

Portable31

Po

rtab

le3

2

26

24

21

R32

xR3

3

R36

R37

I 22 25

I P

ortable33

I R38

I

Th

e a

bo

ve P

orta

ble

Classroom

s we

re m

an

ufa

cture

d a

nd

insta

lled

at this site in 1

99

8. R

epresentative sampJes a

f susp

ect

asbestos-containing ma

teria

ls we

re collected on th

e interior, e

xterio

r an

d ro

of a

s ap

pro

pria

te to

de

ten

nin

e content.




!BUILDING !MATERIAL I QUANTITY! I UNIT cosT! ABATEMENT cosT I RESTROOM PORTABLE (1999}




No Lead Containing Materials this Building PCB BALLASTS AND LIGHT TUBES

All Areas

FREON

Exterior (Verify)


HVAC Unit

PORTABLE CLASSROOMS 15-20, 24-25 (2001}






All Areas

FREON

Exterior (Verify)

PORTABLE CLASSROOMS 21-22 (2002)



HVAC Unit





All Areas

FREON

Exterior (Verify)


JORDAN HIGH SCHOOL

CFE PROJECT 6367

PCB Ballasts Identified in th is Building Light Tubes

HVAC Unit

0 EA x

24 EA x

1 EA X

0 EA X

320 EA x

7 EA x

0 EA x

80 EA x

2 EA X

0.00




Jordan High S

chool 1999 P

ortable R

estroom B

uilding 6500 A

tlan

tic Ave

nu

e

Long Beach, C

A 90805

(Not to S

cale)

If\ N

Non-A

sbestos Sam


-None or m

e S

amiJit::::. AnC:Jiy,~u vV

ere Found To Conta1n

Detectable A

sbestos Fibers

Girls R

estroom

J

03 I I

I

Unisex R

estroom

R20

02

Boys R

estroom

I 01

~ S

ampling P

rotocol

The above Portable R

estroom B

uilding was m

anufactured and installed at this site in 1999. Representative sam

ples of suspect asbestos-containing m

aterials were collected on the interior. exterior and roof as appropriate to detennine content.


Jord

an

Hig

h S

cho

ol

2001 Po

rtab

les

Classroom

15

-20

, 24

-25

6

50

0 A

tlan

tic Ave

nu

e

Long Be

ach

, CA

90

80

5

(Not to S

cale)

Pot1Bble 15

POI1able16

32 29

Non-A

sbestos Sam


-None of the S

amples A

nalyzed Were Found To C

ontain D

etectable Asbestos Fibers

30

3

3

Por1able 17 P

orla

ble

18

P

oftable 19

Portable 15 -

20 Roof S

ample Locations

R21 R22

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PART 6

LEAD ABATEMENT SPECIFICATIONS

AAA LEAD Consultants and Inspections, Inc. Consulting - Inspections - Risk Assessment - Project Monitoring

STATE CERTIFIED / INSURED ________________________________________________________

©

SPECIFICATIONS FOR PAINT PREPARATION OF COMPONENTS CONTAINING LEAD BASED PAINT

FOR


AT

JORDAN HIGH SCHOOL 6500 ATLANTIC AVENUE LONG BEACH, CA 90805

Michael P. Cohn August 3, 2012 DHS Project Designer #I-437 (Rev. 9/13/12)

AAA Lead Consultants and Inspections, Inc. 1307 West Sixth Street St #134, Corona, CA 92883

http://www.aaalead.net e-mail [email protected]

Phone (951) 582-9071 Fax (951) 582-9073

ABATEMENT SPECIFICATIONS LEAD Page 86 of 113

TABLE OF CONTENTS

SECTION A INTRODUCTION

SECTION B SCOPE OF WORK SECTION C GENERAL REQUIREMENTS WORKER CONTRACTOR EXPERIENCE CITATIONS INSURANCE SECTION D RECORDS SECTION E WORK AREA PREPARATION

1. DECONTAMINATION UNITS 2. LEAD ISOLATION CONTROL

PROCEDURES SECTION F METHODS OF ABATEMENT SECTION G PERSONAL PROTECTION SECTION H WORKER SAFETY

1. LADDERS 2. SCAFFOLDING 3. PERSONAL PROTECTIVE EQUIPMENT 4. TRAINING, FIT TEST AND MEDICAL SURVEILLANCE

SECTION I CONTROL OF ACCESS SECTION J CLEAN UP OF WORK AREA SECTION K FINAL CLEANUP SECTION L WASTE DISPOSAL SECTIION M TESTING SECTION N PEL MONITORING

SECTION O SUBMITTALS

SECTION P SITE SPECIFIC LOCATIONS



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SPECIFICATIONS FOR THE REMOVAL / PAINT STABILIZATION OF COMPONENTS

CONTAINING LEAD BASED PAINT AT JORDAN HIGH SCHOOL, 6500 ATLANTIC AVENUE, LONG BEACH, CA 90805

A. INTRODUCTION:

These specifications have been designed in favor of Long Beach Unified School District for the removal or management of all surfaces containing lead or based paint that will be impacted during the Jordan High School modernization project. These specifications shall apply to all areas constructed before January 1, 1993. According to Title 17, Code of Regulations, Division 1, Chapter 8, §35043, all painted surfaces that have not been tested by a State Certified Lead Inspector I Assessor are presumed lead-based paint.

B. SCOPE OF WORK:

1. The preparation of work under this contract covers materials that contain lead and/or lead based paint, including door components, drains, windows, ladders, ceramic tile, roof flashings, etc...

2. The Contractor shall provide all labor, materials, equipment, services,

testing, supervision and incidentals necessary to perform work of lead paint abatement/stabilization under this contract in accordance with the following specifications. After preparation, the areas disturbed shall be cleaned and tested in accordance with the procedures outlined below.

3. All surfaces that are only prepped and not abated during site preparation

shall be primed or encapsulated using any latex paint or primer on each type of surface or substrate that has been disturbed (wood, metal, stucco etc) as pre approved by the district. All components that tested positive for the presence of lead at or above the HUD action level and any similar untested components should be considered lead-laden. Any maintenance or repair activities on these components should be performed in an abatement/containment environment as required by Cal/OSHA Construction and Safety Orders, Lead Section 1532.1. Any component that is below the HUD action level but still contains lead requires personal exposure level (PEL) testing be performed to determine the workers skill or certification required to perform the activity.

4. The lead related work at Long Beach Unified School District encompasses

the following requirements:



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A) Buildings to be renovated

All lead containing components on buildings to be renovated shall prepped to paint and encapsulated as described in paragraph 3 above prior to painting.

B) Buildings to be demolished

All lead containing components on buildings to be demolished shall be stabilized and encapsulated prior to removal or demolition.

C) Ceramic Tile and Sinks All ceramic tile and lead containing sinks shall be removed prior to

demolition as per construction drawings. D) All other components Check construction drawings to determine required process for

remaining components

Building 100 Exterior a) 31 Support Beams b) 5 Window Casings c) Approximately 260 lineal feet of fascia board around perimeter of

building Interior Reception

a) 1 Fountain 104 Restroom a) 16 Lineal Feet Tile Baseboard 100 A Women's Restroom a) 30 Lineal Feet Tile Baseboard 100 C Men's Restroom a) 40 Lineal Feet Tile Baseboard Building 200 Exterior a) 2 Door Casings b 2 Door Jambs c) 2 Doors d) 8 Lineal Feet Crown Molding e) 4 Downspouts



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f) 450 Lineal Feet Gutter (Building 200 Continued)

g) 13 Vents h) 450 Lineal Feet of Soffit and Rafter Area Roof a) 18 Vents b) 9 Flashings Interior Corridor a) 2 Door Jambs b) 2 Fountain c) 2) 6'x6' Tile Fountain Walls d) 354 sq ft Lower Wall Surface Room 200A a) 1 Sink Men's Restroom a) 560 sq ft Tile Walls b) 18 Lineal Feet Tile Baseboard c) 3 Sinks d) Window Sash and Casing Room 201 a) Chalk Rail Room 201D a) Chalk Rail Room 204 a) Cabinet Women's Restroom a) 560 sq ft Tile Walls b) 18 Lineal Feet Tile Baseboard c) 5 Sinks d) Window Sash and Casing Room 208 a) 706 sq ft Wall b) 1 Sink



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(Building 200 Continued)

Room 209 a) 5 Sinks b) Cabinet Storage B a) 30 Lineal Feet Cabinets b) 6 Lineal Feet Baseboard Miscellaneous a) 62 Window Sills and Aprons b) 34 Door Jambs (4 sealed and abandoned) Building 250 Exterior a) 1 Fountain b) 9 Door Jambs c) 5 Downspouts d) 1 Roll Up Door e) 1 Roll Up Door Jamb Lower Roof a) 8 Drains b) 2 Vents Interior Staff Dining a) 1 Sink Building 300 Exterior a) 2 Sets Hallway Double Doors b) 2 Sets Hallway Double Door Casings c) 2 Sets Hallway Double Door Jambs d) 1 Door Jamb Mechanical Room e) 4 Downspouts Interior Women's Restroom a) 32 Lineal Feet Tile Baseboard

Men's Restroom a) 32 Lineal Feet Tile Baseboard



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Boy's Restroom a) 6 Support Posts b) 16 Urinal Brackets c) 690 sq ft Tile Walls Girl's Restroom a) 690 sq ft Tile Walls b) 9 Sinks Electric Shop a) 1 Chalkboard b) 1 Sink Corridor 3 a) 1 Door Miscellaneous a) 17 Door Jambs Ticket Booth a) Door b) Door Jamb Building 550 Interior Corridor a) 88 Lockers Room 555 a) 2 Support Posts b) 8 Lockers c) 1 Sink Construction Room a) 2 Support Posts b) 18 Lockers c) 1 Sink Finish Room a) 1 Cabinet Custodian



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Girl's Restroom a) 450 sq ft Tile Wall Boy's Restroom a) 650 sq ft Tile Wall b) 1 Support Post Boiler Room a) Cabinet Building 350 Exterior a) 1 Door Casing b) 5 Door Jamb c) 4 Downspouts d) 7 vents e) 5 Doors f) 1 Window Sash g) 1 Grate Roof a) 7 Vents b) 7 Flashings Interior Corridor a) 175 sq ft Wall b) 40 sq ft Fountain Walls Mechanical Room a) Tank Restroom 353 a) 100 sq ft Tile Walls b) 1 Sink Restroom 351 a) 180 sq ft Tile Walls b) 1 Sink Room 354 a) 95 Lineal Feet Baseboard



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Room 358 a) 1 Chalkboard Miscellaneous a) 20 Door Jambs and Door Casings Building 400 Exterior a) 30 sq ft Tile Wall Interior Room 413 a) Handrail b) Ladder Building 500 Exterior a) 11 Door Jambs b) 1 Door Ticket Booth c) 1 Door d) 50 Lineal Feet Fascia Interior Attic a) 4,400 Lineal Feet of Diagonal Beams Weight Room a) 800 sq ft Wall Hazardous Storage a) 96 sq ft Wall Rifle Range a) 264 sq ft Wall b) 5 Vents c) 2 Ceiling Shields Corridor 2 a) 1 Fountain



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a) 1 Ladder (Building 550 Continued)

Girl's Restroom a) 200 sq ft Tile Walls Boy's Restroom a) 240 sq ft Tile Walls Metal Shop a) 2 Support Posts b) 1 Sink Graphic Arts a) 2 Support Posts b) 13 Lockers Building 600 Exterior a) 12 Door Casings b) 44 Door Jambs c) 1 Cabinet d) 2 Fountains e) 2 Fountain Supports f) 140 Lineal Feet Fascia Roof 1 a) 11 Vents Roof 2 a) 24 Fiberglass Walls (skylights) b) 32 Hood Supports c) 8 Drains Roof 3 a) 7 Vents b) 3 Drains Roof 4 a) 11 Vents b) 3 Drains c) 3 Skylights



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Roof 5 a) 15 Vents b) 2 Drains Roof 6 a) 6 Vents b) 2 Drains Interior Office 2 Restroom a) 19 Lineal Feet Tile Baseboard Office 3 Restroom a) 120 sq ft Tile Walls b) 1 Sink First Aid a) 640 sq ft Tile Walls Orthopedic Gym a) 1 Chalkboard b) 200 Lineal Feet Baseboard c) 1,200sq ft Wainscot Activity Room a) 200 Lineal Feet Chair Rail Activity Boy's Restroom a) 660 sq ft Tile Walls b) 1 Sink Activity Girl's Restroom a) 660 sq ft Tile Walls b) 1 Sink Boy's Locker Room 1 a) 7 Support Post b) 1 Fountain c) 1 Transom 52 Lineal Feet Boy's Coach Shower a) 130 sq ft Tile Walls



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b) 14 Lineal Feet Tile Baseboard (Building 600 Continued)

Boy's Dry Room a) 528 sq ft Tile Walls b) 180 sq ft Wall c) Duct Boy's Dry Storage a) 1 Sink Boy's Shower 1 a) 816 sq ft Tile Walls Boys Shower 2 a) 872 sq ft Tile Walls Bath 1 a) 8 sq ft Tile Wall Boy's Training a) 240 sq ft Wall Boy's Bath 2 a) 720 sq ft Tile Walls Girl's Bath 2 a) 8 sq ft Tile Walls Chlorine Room a) 90 sq ft Tile Walls Boiler Room a) 1 Tank Support b) Pipes (red and blue) Girl's Hall a) 1 Chalkboard b) 1 Sink c) 1 Fountain Girl's Coach Shower a) 130 sq ft Tile Walls b) 15 Lineal Feet Tile Baseboard



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Girl's Locker Room 1 a) 400 sq ft Tile Walls b) 1 Sink Girl's Towel Room a) 1 Sink Girl's Shower Dressing Room a) 200 Lineal Feet Tile Baseboard b) 4 Support Posts Girl's Locker Restroom 2 a) 160 sq ft Tile Walls b) 1 Sink Girl's Locker a) 2 Support Posts Girl's Shower Drying Room a) 2,400 sq ft Tile Walls Main Gym a) 2 Fountains b) 3,120 Lineal Feet Structural Steel Storage 1 a) 18 Lineal Feet Baseboard Small Gym a) 2 Fountains b) 1,200 Lineal Feet Structural Steel Pool a) 3 Fountains b) 2,400 Lineal Feet Structural Steel c) 160 sq ft Tile Wall (passage area) d) 10,000 sq ft Tile Wall (swimming pool) Pool Coach Restroom a) 64 sq ft Tile Walls



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Miscellaneous a) 40 Tack Boards b) 24 Window Casings c) 3 Window Sills d) 8 Cabinets e) 33 Door Jambs and Door Casings f) 2 Doors Building 700 Exterior a) 50 Windows b) 1 Door c) 4 Door Jambs d) 3 Vents Interior Choral Room a) 1 Tack Board Practice Restroom a) 15 Lineal Feet Tile Baseboard Office Restroom a) 15 Lineal Feet Tile Baseboard Miscellaneous a) 4 Sinks Building 750 Exterior a) 7 Door Jamb b) 7 Vents Interior Corridor a) 1 Fountain b) 1 Door Jamb Custodian a) 1 Sink Boy's Dressing Room a) 1 Sink



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b) 190 sq ft Wall Tile (Building 750 Continued)

Make Up Room a) 1 Tack Board Girl's Dressing Room a) 190 sq ft Wall Tile Costume Room a) 1 Tack Board Orchestra Room a) 1 Tack Board Work Area a) 2 Sinks b) 1 Fire Extinguisher Box Storage 2 a) 1 Cabinet b) Door Auditorium a) Fire Extinguisher Box Projector Room a) 1 Sink Manager Room a) 1 Tack Board Make Up Room a) 1 Tack Board Manager Restroom a) 15 Lineal Feet Tile Baseboard Area 1 a) 15 Lineal Feet Tile Baseboard Custodian 2 a) 1 Sink Foyer



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a) 1 Fountain (Building 750 Continued)

Foyer Girl's Restroom a) 200 sq ft Tile Walls b) 25 Lineal Feet Tile Baseboard Foyer Boy's Restroom a) 200 sq ft Tile Walls b) 25 Lineal Feet Tile Baseboard Corridor 2 Girl's Restroom a) 200 sq ft Tile Walls b) 1 Sink Corridor 2 Boy's Restroom a) 200 sq ft Tile Walls Miscellaneous a) 6 Sliding Doors 800 Building Exterior a) 4 Downspouts b) 3 Doors c) 5 Door Jambs Interior Corridor a) 25 sq ft Decorative Tile Walls Women's Restroom a) 30 Lineal Feet Tile Baseboard Room 802 a) 1 Tack Board Building 850 Exterior a) 3 Downspouts b) 1 Door Casing c) 1 Door Jamb



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Roof a) 250 Lineal Feet Soffit b) 250 Lineal Feet Fascia c) 250 Lineal Feet Rafter Interior Corridor a) 1,440 sq ft Tile Walls b) 1 Fountain Women's Lounge Restroom a) 32 sq ft Tile Walls Men's Lounge Restroom a) 32 sq ft Tile Walls Girl's Restroom a) 450 sq ft Tile Walls Boy's Restroom a) 600 sq ft Tile Walls Boiler Room a) 1 Door Jamb Miscellaneous a) 22 Tack Boards Building 900 Roof a) 1 Tank Interior Staff Restroom a) 15 Lineal Feet Tile Baseboard Girl's Restroom a) 240 sq ft Tile Walls Boy's Restroom a) 240 sq ft Tile Walls



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Miscellaneous a) 15 Tack Boards Building 950 Roof a) 240 Lineal Feet Fascia b) 240 Lineal Feet Rafter Interior Corridor a) 2,100 sq ft Wall Tile Boy's Restroom a) 240 sq ft Tile Walls Girl's Restroom a) 220 sq ft Tile Walls Room 952 a) 2 Cabinet b) 1 Sink Building 990 Exterior a) 3 Corner Guards b) 1 Door Interior Garage a) 1 Door Staff Restroom a) 250 sq ft Tile Walls b) 150 sq ft Walls c) 144 sq ft Ceiling Men's Restroom a) 160 sq ft Tile Walls b) 96 sq ft Walls c) 55 sq ft Ceiling



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(Building 99 0 Continued)

Women's Restroom a) 200 sq ft Tile Walls b) 150 sq ft Walls c) 144 sq ft Ceiling Shop a) 8 Window Casing b) 1 Door Jamb c) 1 Pipe Shop Ceiling d) 6 I-Beams e) 2 Support Posts Heater Room a) 60 sq ft Wall b) 1 Window Sill Building 990E Interior a) Cabinet

ALL SQUARE FOOTAGE AND COMPONENT COUNTS WERE TAKEN DURING THE LEAD INSPECTION. ALTHOUGH THEY ARE DEEMED TO BE REASONABLY ACCURATE IT IS THE CONTRACTORS RESPONSIBILITY TO VERIFY ALL THE ABOVE INFORMATION FOR ANY POSSIBLE DISCREPENCIES PRIOR TO BIDING ON THIS PROJECT!

C. GENERAL REQUIREMENTS:

1. All workers who perform the lead paint abatement and I or stabilization (including clean up) described herein shall be State Certified Workers with current State issued “certificates” and have prior training in lead abatement as required by Title 17, CCR, Division 1 Chapter 8, §35009 & §35001 as well as other required training including safe and proper use of equipment.

2. Contractor is to have a State Certified Lead Supervisor with a current

State issued “certificate” referenced above by Title 17 CCR, as part of his staff during the lead paint abatement/stabilization. The State Certified Lead Supervisor will be designated the “competent person”. A “competent person” is a DHS “certified supervisor” who is capable of identifying existing and predictable lead hazards in the surroundings or working conditions who has authorization to take prompt corrective measures to eliminate them.



Phone (951) 582-9071 Fax (951) 582-9073


3. A minimum on one RRP certified worker shall be on job site at all times.

The RRP certified worker is responsible to train the other DPH Certified Workers, worker lead safe practices as taught in the RRP class.

4. Prior to commencement of lead abatement activities, the contractor is to

provide AAA Lead Consultants and Inspections, Inc. with copies of current lead in blood, medical release to use respirator, respirator fit test and proof of DHS certification for each worker.

5. AAA LEAD Consultants and Inspections, Inc. will perform Project

Monitoring and final clearance testing for this project as requested by Long Beach Unified School District.

6. Contractor must provide proof of delivery of DHS form 8551 to DHS

(Department of Health Services) five days prior to commencement of abatement activities as required by Title 17, CCR, Div 1, Chapt.8.

7. Contractor must provide proof of delivery of Cal/OSHA notification of lead

related work as required as of January 25, 2002 in Title 8, Construction Safety Orders, Chapter 4, Subchapter 4, Article 4, Section 1532.1.

8. Contractor must notify AAA Lead Consultants and Inspections, Inc. of the intent to perform lead abatement activities 48 hours prior to the commencement of work. Lead related activities may not commence without written authorization of the building owner / owner representative.

D. RECORDS:

1. The contractor shall provide a copy of his current California Department of Health Services “Supervisor Certificate” or California Department of Health Services photo identification card prior to commencement of work.

2. The contractor or “supervisor” shall provide before the commencement of

any work, copies of all “certified workers” current documentation including, “worker certificate”, lead in blood test results within last six months, Dr.’s statement for each workers ability to wear NIOSH approved respirator and a respirator fit test.

3. The contractor shall provide the location and description of all presumed

lead based paint locations and substances that are abated through removal, paint film stabilization or encapsulation.

4. The contractor shall provide starting and completion dates of the prep

and/or abatement work.



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5. The contractor shall submit a detail summary of the techniques used to comply with these regulations.

6. The contractor shall mark on as-built drawings a note in bold letters that all

surfaces with lead paint have been encapsulated, stabilized or removed under this contract, describing such locations and method used.

7. The contractor shall submit to Long Beach Unified School District copies of

all records that the abatement and site preparation has been performed in compliance with the lead paint abatement procedures.

E. WORK AREA PREPARATION:

1. Decontamination Units: One decontamination unit will be required at each lead control area.

a) Cover the floor where the decontamination unit will be placed with 2-layers of 6-mil polyethylene (poly) prior to setting up of unit.

b) Provide single entry and exit to each work area.

c) Provide a 1-stage decontamination unit with a wash station. This

area must be constructed of 6-mil “poly” sheeting and PVC piping at a minimum.

2. Lead Control Area Isolation Procedures:

a) Post signs and barrier tape in compliance with Cal/OSHA, Title 8, CCR

Section 1532.1. Barrier tape shall be at a minimum of 25 feet around all lead abatement areas. Contractor shall insure that the signs required are at least 20” by 14” and states the date and place of the lead abatement project. The sign must include the phrase “CAUTION LEAD HAZARD. KEEP OUT” in bold lettering at least 2 inches high. Signs to be in English and Spanish.

b) Install suitable ground protection to prevent rupturing of plastic

sheeting by ladders, scaffolding, nails, falling debris, etc. Install a minimum of two layers of 6-mil poly sheeting to base of building with duct tape or other anchoring system so that no gaps exist between the base of the building and the plastic sheeting. Poly sheeting is to extend a minimum of 10 feet from the farthest exterior portion of the area or building being disturbed. Seal overlapping sections of plastic with duct tape to provide a leak proof surface. Weight the ends of plastic sheeting to prevent blowing from the wind and breezes. All edges of the plastic sheeting shall be elevated to create a trough and prevent



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runoff of excess water and debris. Cover all plants and shrubs within 15 feet of the perimeter of the building with one layer plastic sheeting.

c) In the event of rain, all work on the exterior of any structure shall be

suspended or shall not begin until such time that weather conditions change more favorably.

d) In the event of strong winds that create a condition whereby

containment of airborne lead dust and or debris become infeasible, work shall be suspended or shall not begin on the exterior of the structure until notified by project monitor.

e) The decision to suspend work due to wind or rain will be made by the project monitor or a Long Beach Unified School District representative.

F. METHODS OF ABATEMENT/STABILIZATION:

1) Surface preparation: The following preparation methods shall be performed in accordance with the contract specification section applicable to the type of work. a. Removal of loose and peeling paint, where needed, shall be

accomplished prior to the application of primer, paint or an encapsulant on any lead-containing component. Removal may be accomplished by sanding with HEPA equipped sander or wet scraping or wet hand sanding using a Hudson type sprayer or equivalent to apply a mist of water prior to paint removal. Work is to be performed by trained and certified workers.

G. PERSONAL PROTECTION:

1. The contractor shall insure that its employees are protected in accordance with all applicable Federal, State and Local standards, in particular, those set forth in the OSHA regulations governing occupational health and environmental controls in Subpart D of Title 29 CFR (Code of Federal Regulations) Section 1926.62 containing employee protection requirements for construction workers exposed to lead.

2. All lead paint abatement workers shall have received lead paint medical

screening and will have been physician certified to work while wearing a respirator along with all other regulations as required by CCR, (California Code of Regulations) Title 8, Section 1532.1.

3. All persons when, present at the work site, shall wear disposable protective suits with attached hoods and shoe coverings designed for lead abatement. All personnel entering the lead control area shall wear rubber



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or latex gloves beneath their work gloves. Gloves are to be taped to the suit sleeves with duct tape.

4. Contractor shall provide gloves, eye protection, disposable protective suits

and other recommended safety equipment for use by all workers. 5. All persons entering the work area are to wear a minimum of a half faced

air-purifying respirator equipped with HEPA cartridges for protection from airborne lead particles.

6. Personal sampling is to be done using an air sampling pump to determine

overall exposure in each work area and to monitor PEL (permissible exposure limits) for workers.

7. A separate decontamination area as noted in SECTION§1, is to be located

adjacent to the work area. All personnel will complete decontamination upon exit of the work areas in the decontamination area. Decontamination area shall contain a minimum of a HEPA vacuum, wash station (soapy water and rinse water or pre-moistened towellets) and dressing area. All disposable clothing, wash supplies and discarded equipment is to be placed directly into 6 mil plastic bags and then stored in locked 55 gallon metal drums as per specifications under Clean Up of Work Area.

H. WORKER SAFETY:

1. Ladders: a) Refrain from using ladders with broken, missing or defective parts. b) Ladder feet must be on substantial base. c) Top and bottom of ladder must be kept clear. d) No job made ladders. e) No metal ladders shall be used on project. f) Ladders shall not be used in a horizontal position. g) Always face ladder.

h) Do not step higher than third rung on straight ladder and second step on stepladder.

I) Always inspect ladder before use. j) Do not attempt to move ladder while in use. Worker must fully

egress ladder before moving ladder to a different location.

2. Scaffolding:

a) All scaffolding shall utilize guardrails, mid rails and toe boards.



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b) No persons shall be permitted to remain on scaffold while it is being moved or rolled.

c) Lock scaffold wheels when location is achieved. d) Scaffold height shall not exceed four times the base dimension. e) Use scaffold grade lumber for planking. f) Use scaffold capable of supporting at least four times the intended

load. g) Climbing of any scaffold braces or supports not specifically

designed for access is prohibited.

3. Personal Protective Equipment:

a) Follow guidelines as stated above in Section G, paragraphs 1 through 7.

4. Training, Fit Testing and Medical Surveillance: a) Current Medical Surveillance Records for all employees required to enter

the contaminated area. All workers on this project must have baseline and post abatement blood lead level and zinc protoporphyrin (zzp) measurements made before and after the work of the contract begins and ends respectively.

5. Housekeeping:

a) Throughout the abatement process the work areas will be kept free from a build up of removed components or paint chip debris. On an ongoing basis, all components shall be wrapped or placed in two layers of 6-mil plastic sheeting or bags. Loose paint chip dust and debris shall be collected with HEPA vacuums and / or wet wiping and placed in six mil plastic bags and sealed with duct tape.

I. CONTROL OF ACCESS:

1. Each work area to be secured with barrier warning tape at least 25 feet from the work location and posted as a lead abatement project and potential hazard site.

2. A person may not enter the work area unless that person is authorized to

do so by the “competent person” or project monitor. 3. Contractor to post caution signs and barrier tape in each work area

containing lead based paint before removing or encapsulating lead paint. 4. Contractor shall keep the signs posted and barrier tape intact during

abatement and clean up as described in this specification.



Phone (951) 582-9071 Fax (951) 582-9073


5. Contractor shall insure that the signs required are at least 20” by 14” and

states the date and place of the lead abatement project. The sign must include the phrase “CAUTION LEAD HAZARD, KEEP OUT” in bold lettering at least 2 inches high along with DO NOT ENTER WORK AREA, AUTHORIZED PERSONNEL ONLY, NO EATING, DRINKING, OR SMOKING IN THIS AREA in at least 1 inch high lettering. The signs are to be in English and Spanish.

J. CLEAN UP OF WORK AREA:

1. Preliminary clean up shall be performed by certified-trained workers as

follows: a. After the abatement / preparation work has been completed, or at

the end of the work day, remove all debris and provide the interim clean-up as described below:

b. Deposit all lead waste, including sealing tape, plastic sheeting, mop

heads, sponges, filters and disposable clothing etc. in double plastic bags, of at least 6 mils thick. Bags are then to be deposited and stored in locked 55 gallon metal drums labeled “DANGER LEAD HAZARD” and secured on site.

c. Vacuum clean all surfaces in the work area including woodwork,

metal work, walls, windows, window wells, polyethylene, steps etc. with a HEPA vacuum.

d. After vacuum cleaning, using phosphate free or detergent wash all

polyethylene coverings that are to be reused in the work area with at least 1-ounce of 5 percent phosphate free solution (or similar lead removal product) to each gallon of water.

e. After polyethylene washing has dried, vacuum clean polyethylene,

with a HEPA vacuum until no visible residue remains. f. Final clean up to be performed prior to wipe testing when

abatement I preparation work is finished. K. FINAL CLEANUP:

1. Procedures:



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a) After removal of all plastic sheeting, except critical barriers, final

cleaning can proceed. Begin with a thorough HEPA vacuuming of all surfaces starting at the ceilings, proceeding down the walls to the floor. The floors shall be vacuumed by starting from the farthest corners of the entrance of the work areas. HEPA vacuuming is to be performed as described in the previous section before and after detergent wash as shown below.

b) Wet wipe and mop the same surfaces with a 5% solution of

Phosphate free Lead cleansing detergent and allow the surfaces to dry.

c) Thoroughly HEPA vacuum and wet wipe tools and other equipment before removing from work area. Any power tools that cannot be completely de-contaminated shall be placed in pre-labeled plastic bags and sealed with duct tape before removing from work area.

d) Hand tools such as, scrappers, broad knives, etc., shall be cleaned

by wet wiping prior to removal from the work area. e) All personnel will follow strict decontamination procedures,

including use of soap and shower facilities to wash hands, face and body as well as respirators before exiting shower.

L. WASTE DISPOSAL

1 The contractor shall be responsible for determining whether any of the waste materials are hazardous waste. This includes not only solid waste, but also wastewater generated from interim and final clean up. All test results are to be submitted to AAA Lead Consultants and Inspections, Inc. or a representative of the Long Beach Unified School District prior to the disposal of lead containing debris.

2 The contractor shall remove, within 10 days, all lead waste materials from

the site after final completion of lead abatement and preparation in compliance with applicable waste requirements.

3. The contractor shall transport and dispose of lead waste in a legal manner

as described in 22CCR, chapter 12 (beginning with section 66262.10). 4 All lead containing components removed for disposal shall be burrito

wrapped in six mil plastic or double bagged in six-mil plastic bags and sealed with duct tape prior to being placed in roll off container

M. TESTING:



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1. Prior to commencement of site abatement and preparation Project Monitor

will take baseline samples to establish existing lead dust levels. 2. At time of final clearance, the Project Monitor shall conduct wipe tests at

and around abatement and preparation work areas. 3. The Project Monitor shall submit the test results to Long Beach Unified

School District and the Contractor indicating that lead dust levels are at or below baseline levels.

4. If wipe test exceeds baseline levels, contractor is to reclean areas using

the above criteria and new wipe tests shall be taken until at which time the test do pass. Cost associated with retesting will be billed to the school district and deducted from abatement contractor at $125 per return visit and $50 per sample retaken.

N. PEL MONITORING:

1. Personal air monitoring shall be performed at one or more sites to

determine the PEL and worker qualifications for performing similar tasks at each location.

2. Employees involved in personal exposure monitoring to determine worker

protection and certification requirements will be required to have: A) Recent medical release to wear a respirator. B) Biological Testing (blood draw within last 6 months) C) Recent respirator fit test. D) Dress out in protective clothing including gloves, shoe covers,

eye protection, head cover and hepa equipped respirator as outlined in Section G.

3. Worker is to wear a personal air-monitoring pump equipped with a 37mm

cassette for testing lead content in air. The air flow rate is to be set between 2 and 4 liters of air per minute and be worn for eight hours while performing abatement / remediation tasks.

4. Air sample(s) to be collected by Project Monitor and sent to state

accredited laboratory for analysis. O. SUBMITTALS:

1. The Contractor shall inform AAA Lead Consultants and Inspections or a representative of the Long Beach Unified School District of where all waste materials are disposed of by State Certified hauler and provide AAA Lead



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Consultants and Inspections with the EPA number and a copy of the transportation manifest

2. Certificates of training, for all abatement and clean-up personnel who will

be performing the work under this contract, must be submitted to AAA Lead Consultants and Inspections, Inc., two days prior to commencement of abatement activities.

3. Contractor to provide proof of lead paint medical screening for lead in

blood on all workers prior to commencement of abatement activities and again within 7 days of completion of all abatement projects.

4. Contractor to provide medical release for use of respirator for all workers prior to commencement of abatement activities.

5. Contractor to provide respirator fit test documentation prior to

commencement of abatement activities.

5. Final payment to abatement contractor shall be held until all submittals have been made to AAA Lead Consultants and Inspections or Long Beach Unified School District

P. SITE SPECIFIC LEAD LOCATIONS:

Not every component on the building was tested, therefore any similar component to those identified as lead containing are to be assumed to also contain lead based paint unless otherwise noted. All lead laden components must be worked on in an abatement / containment environment.



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