final project design for asbestos abatement · final project design for asbestos abatement. e....

FINALPROJECT DESIGN FOR ASBESTOS ABATEMENT

OKLAHOMA REFINING COMPANY SITECYRIL, OKLAHOMA

Prepared for

U.S. Army Corps of EngineersTulsa District

1645 South 101st AvenueTulsa, Oklahoma

Prepared byShaw Environmental, Inc.

1430 Enclave ParkwayHouston, Texas 77077

September 2003157877

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TABLE OF CONTENTS

Page

1.0 INTRODUCTION 1-1

2.0 PROJECT SCOPE 2-1

3.0 REGULATORY COMPLIANCE AND PROJECT BACKGROUND 3-1

4.0 PRE-ABATEMENT ACTIVITIES 4-14.1 Materials 4-14.2 General Equipment and Personal and Respiratory Protection 4-24.3 Preparation 4-34.4 Worker Decontamination Unit 4-44.5 Workplace Entry and Exit Procedures 4-6

5.0 ABATEMENT METHODS 5-15.1 Confining and Minimizing 5-15.2 Abatement Procedures 5-2

6.0 GENERAL SAFETY , 6-1

7.0 MONITORING AND RESPIRATORY PROTECTION 7-1

8.0 LOADOUT, DISPOSAL, AND TEARDOWN 8-1

FIGURES

Figure 1-1 Location Map 1-2Figure 1-2 Site Aerial View 1-3Figure 1-3 Process Area and Tank Farm 1-4Figure 4-1 Typical Regulated Area Setup 4-4Figure 4-2 Personnel Decontamination Unit 4-5Figure 5-1 Isostripper Tower and FCCU Converter Unit 5-4

APPENDICES

Appendix A Asbestos Survey DataAppendix B Summary of Asbestos Quantities

11

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ACRONYMS AND ABBREVIATIONS

ACM asbestos-containing material

APR air purifying respirator

CFR Code of Federal Regulations

DOL Department of Labor

HAZWOPER Hazardous Waste Operation and Emergency Response

HEPA high efficiency particulate air

Shaw Shaw Environmental, Inc.

MSHA Mine Safety and Health Administration

NESHAP National Emission Standards for Hazardous Air Pollutants

NIOSH National Institute of Occupational Safety and Health

OAC Oklahoma Administrative Code

ORC Oklahoma Refining Company

OSHA Occupational Safety and Health Administration

PCM phase contrast microscopy

PPE personal protective equipment

psi pounds per square inch

TERC Total Environmental Restoration Contract

USAGE U.S. Army Corps of Engineers

USEPA U.S. Environmental Protection Agency

in

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1.0 INTRODUCTION

Under an Interagency Agreement with the U.S. Environmental Protection Agency (USEPA), the U.S.Army Corps of Engineers (USAGE), Tulsa District, contracted Shaw Environmental, Inc. (Shaw) underTask Order 0110 of the Total Environmental Restoration Contract (TERC) No. DACA56-94-D-0020, todevelop a project design for asbestos abatement at the Oklahoma Refining Company (ORC) Site, Cyril,Caddo County, Oklahoma. The asbestos abatement work is being performed as part of a time-criticalremoval action at the site. The asbestos abatement work will comply with the existing statutes andregulations governing the removal and disposal of friable asbestos-containing materials (ACM) infacilities within the State of Oklahoma. This design provides a prudent course of action for the handlingof asbestos in the best interests of the facility, employees, management, and the general public.

The ORC Site is located at 2 West Main Street, Cyril, Oklahoma. As shown in Figure 1-1, the site is onthe east side of the town of Cyril, south of Highway 277, and is bisected by a railway. An aerial viewphotograph of the site is presented in Figure 1-2. A plan view of the process area and tank farm ispresented in Figure 1-3.

Asbestos abatement at the ORC Site will be performed as described in this project design by a companysubcontracted to Shaw. The asbestos abatement subcontractor is responsible for verifying the quantitiesof asbestos at the site. A mandatory walkthrough is required for this project. At this walkthrough, thesubcontractor is responsible for determining the following:

• the conditions affecting the work, including physical conditions of the site that may bearupon site access, handling and storage of tools and materials, access to water, electric, orother utilities, or that may otherwise affect performance of required activities.

• the character and quantity of surface and substrate materials associated with asbestos, orobstacles to be encountered insofar as this information is reasonably ascertainable from aninspection of the site, including exploratory work performed by the USEPA or a designatedconsultant, and information presented in drawings and specifications included with thiscontract. Failure by the asbestos abatement subcontractor to acquaint himself withresponsibility for estimating properly the difficulty or cost of successfully performing thework shall not be grounds for additional cost. The USEPA is not responsible for theconclusions or interpretations made by the asbestos abatement subcontractor on the basis ofthe information made available by USEPA.

No bids for asbestos abatement will be accepted by Shaw from an asbestos abatement subcontractor whohas not inspected the job site either in person or through a qualified designated representative.

TERC No. DACA56-94-D-0020, TO No. 01 JO 1 -1 Shaw Project No. 845704Oklahoma Refining Company Site, Cyril, OK September 2003

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U^J^i-l&--.WV-

FIGURE 1-1

LOCATION MAP


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n«- a.

p .

t—I

t>

u •«a; ^

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INDEX CONTOUR

INDEX DEPRESSION

ROAD

RAILROAD

CONCRETE

SURFACE WATER

BOUNDARY FENCE

PROPERTY LINE BETWEEN ABANDONEDPORTION AND OPC PROPERTY

BURLINGTON NORTHERN RAILROADRIGHT-OF-WAY

j ~ i - -I =s3*.u__ _ - i»' ^ -4- *3£^£^

FIGURE 1-3

PROCESS AREA AND TANK FARM

OKLAHOMA REFINING COMPANY SITECYRIL OKLAHOMA

AS-BUILT DRAWINGS. OKLAHOMA REFINING COMPANYSUPERFUND SITE REMEDIAL ACTION. CYRIL. OKLAHOMA

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Final Project Design for Asbestos Abatement

2.0 PROJECT SCOPE

The project includes the removal of friable ACM to support the decontamination/demolition of the ORCSite. Known and accessible friable ACM will be removed within each refinery unit prior to thedismantling/demolishing and complete purging of the structures in that unit. When general demolitionbegins, an asbestos abatement crew shall be on site to remove previously undiscovered asbestos materialsthat are exposed during the demolition procedures. The major features of the asbestos abatement scopeare summarized in items A through J below.

A. Asbestos Materials

From April to July 1992, Asbestos Analytics, Inc. performed a survey for ACM at the ORC Site. A totalof 240 bulk samples were collected and analyzed. The results of those analyses revealed that ACM waspresent in the following categories and amounts:

Asbestos-Containing MaterialThermal InsulationSurfacing MaterialsMiscellaneous MaterialsTotal

SquareFeet61,23012,00014,70787,937

LinearFeet53,805

048

54,853

Fittings3,130

00

3,130

Thermal insulation includes friable insulation on piping and equipment, such as boilers, lines and fittings,stacks, towers, heat exchangers, etc.

Surfacing materials include sprayed-on/trowelled-on insulation.

The miscellaneous materials include non-friable asbestos in the form of floor tiles, transite, linoleum,gasket material, etc. Though not regulated under Oklahoma Administrative Code (OAC) 380:50, non-friable asbestos (e.g., transite) removal procedures are being presented as a courtesy to the OklahomaDepartment of Labor (DOL). Also, while gasket material is non-friable if unused, it may become friablewhen used or damaged.

The asbestos survey data from the 1992 report are included in Appendix A, and a summary of asbestosquantities is presented in Appendix B. Details of the survey (including photographs of each samplelocation) are documented in the Asbestos Survey Report for Cyril Petrochemical Corporation, 2 WestMain, Cyril, Oklahoma (Asbestos Analytics, Inc, 1992). A copy of the document will be maintained onsite throughout the duration of the asbestos abatement work. Additionally, any analytical results collectedto further delineate the extent of friable ACM will be maintained on site. The USEPA is prepared tocollect as many as 400 additional samples for this purpose.

B. Project Type - Asbestos

C. Type of Asbestos: Up to 90% chrysotile and up to 70% amosite (see Appendix A for AsbestosSurvey Data).

D. Number of Full Containments - One: the warehouse welding shop (if addressed). Other abatementwork is largely outdoors, and glovebag and wind wall wet removal techniques will be used. Theglovebag technique will be used to remove friable ACM from piping within buildings.

TERC No. DACA56-94-D-0020, TO No. 0110Oklahoma Refining Company Site, Cyril, OK

2-1 Shaw Project No. 845704September 2003

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E. Number of Crew Shifts: There will be one shift - 0800 to 1700 hours Monday through Friday.Multiple crews will work simultaneously at different parts of the site during that one shift.

F. Sequencing of Work

1. Sequencing shall be determined by mutual agreement among USEPA, USAGE, theabatement subcontractor, and Shaw.

2. Some variation may take place as work progresses. Oklahoma DOL will receive advancenotice of changes or requests for waivers.

3. Work will be performed simultaneously by multiple crews at different areas of the site duringthe project.

G. Special Removal Procedures (Variances)

The following variances are being requested:

A variance is being requested from the procedures described in OAC 380:50-17-4 (7) (8) (Preparation ofAsbestos Abatement Work Areas) to allow the use of alternate methods in regulated areas for theremoval of the asbestos without establishing a full containment with polyethylene floors/walls. Therefinery has been standing idle for a number of years and is to be decontaminated and demolished. TheACM over the years had become damaged, with the majority of the material at elevated levels (>6.0feet). Alternate procedures are listed in this design.

A variance is being requested from the procedures described in OAC 380:50-11-2 (Clean-TestRequirements) to allow requirements for clearance sampling to be waived as described in OAC 380:50-17-14 (3) (Demolition Procedures). This variance is requested on the following grounds:

1. The facility is industrial

2. The entire site is scheduled for demolition

3. The abatement is primarily outdoors

Visual inspection and lockdown of surfaces in regulated areas will serve as final clearance criteria.

A variance is being requested regarding lockdown at the fluidized catalytic cracking unit (the convertersection) and the isostripper tower (see Section 5.2d). For each of these two structures, it is requestedthat the application of lockdown be waived until the unit is on the ground. At that time, lockdown wouldbe applied. This is requested due to the height of the structures. Applying lockdown while still verticalmight result in paint overspray on passing traffic or neighboring properties.

H. Wetting Methods

Amended water shall be used to wet materials as they are removed.

TERCNo. DACA56-94-D-0020, TO No. 0110 2-2 Shaw Project No. 845704Oklahoma Refining Company Site, Cyril, OK September 2003

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I. Non-Asbestos Abatement Demolition

• A competent person will be on site during the various phases of demolition to observe theareas for possible unidentified friable ACM. Qualified workers will sample and/or abateACM if unidentified ACM is discovered during non-asbestos demolition activities.

• Demolition material shall be wet, as necessary, to comply with National Emission Standardsfor Hazardous Air Pollutants (NESHAP) requirements.

It is not the intent of this design to include inaccessible ACM (e.g., behind walls, elevated areas).These materials represent less than 1% by volume. As the demolition contractor moves the material,a visible search shall be performed to identify ACM. If ACM is found, it will be removed prior toproceeding with the demolition.

J. Project Phases

The asbestos abatement work will be performed in two phases: (1) process area and (2) tank farm.Within the process area, abatement will generally proceed from unit to unit (e.g., vacuum distillationto fluidized catalytic cracking unit to reformer, etc.), and from north to south.

TERC No. DACA56-94-D-0020, TO No. 0110 2-3 Shaw Project No. 845704Oklahoma Refining Company Site, Cyril, OK September 2003

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3.0 REGULATORY COMPLIANCE AND PROJECT BACKGROUND

The asbestos abatement subcontractor will make mandatory notifications to federal and state entities asrequired by applicable rules, regulations, and standards. These notifications include, but are not limitedto, the USEPA NESHAP 10-day notification, and notifications to the Oklahoma DOL and OklahomaDepartment of Environmental Quality, as required in 380:50-9-1. The Oklahoma DOL Abatement ofFriable Asbestos Materials Rules, OAC 380:50, apply. Asbestos abatement on this project shall beperformed in complete compliance with the following state and federal regulations:

1. 29 Code of Federal Regulations (CFR) 1910, General Industry Standards, latest edition, exceptfor Section 1001(c) and (d).

2. 29 CFR 1926.1101, Construction Industry Standards, latest edition.3. 40 CFR Part 61, NESHAP, latest edition.4. American National Standards Institute Z88.2, latest edition.

Project Background

A. Location

The address of the ORC Site is 2 West Main Street, Cyril, Oklahoma. The site has the approximategeographical coordinates of latitude 34.898331° north and longitude 98.193339° west. The site is inCaddo County, on the east side of the town of Cyril, south of Highway 277, and is bisected by the WatcoRailroad (formerly Burlington Northern and Kansas and Oklahoma Railroad).

B. Generator

EPA Region 61445 Ross AvenueSuite 1200Dallas, TX 75202214-665-2200

C. Abatement Contractor

To Be Determined

D. Licensed Oklahoma Asbestos Abatement Project Designer

The individual below has fulfilled the requirements stipulated by the USEPA and the Oklahoma DOL forlicense as a Project Designer as defined by Asbestos Hazard Emergency Response Act.

Mr. Daryl Lessin1535 S. Memorial, Suite 101ATulsa, OK 74112(918)712-9163

Project Designer:License #143842


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E. Occupancy

Other than personnel conducting Superfund removal activities, the refinery is an unoccupied facility.The areas in which abatement activities are taking place will be vacant at all times except for licensedasbestos removal personnel. Barriers, barrier tape, wind walls, and signs will be utilized to restrictaccess to the work area.

F. Friable Materials To Be Abated

1. Approximately 61,230 square feet of vessel/equipment thermal insulation2. Approximately 53,805 linear feet of thermal insulation on piping3. Approximately 3,130 pipe fittings with thermal insulation4. Approximately 12,000 square feet of surfacing materials (including sprayed-on/trowelled-on

insulation)

These amounts are considered a worst-case scenario based on the limited number of samples that havebeen taken at the site to date.

G. Respiratory Protection

Once satisfactory personal air monitoring results are achieved, the asbestos abatement subcontractor maydowngrade to full-face air-purifying respirator (APR) protection that will ensure compliance with theOklahoma DOL ceiling exposure limit of 0.01 fibers per cubic centimeter. Any time air results exceedthe protection factor for the respirator, the subcontractor is subject to violation from the Oklahoma DOLand shall be required to upgrade respiratory protection. The use of half-face respirators will not beallowed.


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4.0 PRE-ABATEMENT ACTIVITIES

Preparation of the first work area must be approved by the Oklahoma DOL. The Oklahoma DOL willvisit the site at its discretion to perform preparatory, interim, and/or final inspections of this and otherwork areas.

With the exception of the warehouse welding shop (if addressed), the removal of ACM will be performedin open exterior areas where construction of temporary full containments will not be feasible. Wetprocedures are to be utilized. Water is to be treated with a suitable surfactant. The abatementsubcontractor will be responsible for containing any residual water. Material and equipment used in thepreparation of each work area and the protection of abatement workers shall follow the requirements ofOAC 380:50, Subchapter 15.

4.1 Materials

The materials required during abatement activities include the following:

• Polyethylene sheeting• Asbestos warning tape• Disposal bags• Dumpsters• Surfactant• Lockdown encapsulant

These materials will be brought on site as needed. Further description of these materials and their use isprovided below.

Polyethylene sheeting will be used for the construction of decontamination units and the construction ofwind walls and critical barriers. The protection of other horizontal and vertical surfaces also will berequired. Since the polyethylene sheeting will be used in an outdoor setting, it will be at least 6-mil thickand nylon reinforced, in accordance with OAC 380:50. For the construction of an equipmentdecontamination pad, two layers of 6-mil nylon-reinforced polyethylene sheeting will be required.

The method of attaching polyethylene sheeting may include any combination of duct tape or otherwaterproof tape, furring strips, staples, nails, screws, or other effective procedures capable of sealingadjacent sheets of polyethylene, and capable of sealing polyethylene to dissimilarly finished orunfinished surfaces under both wet and dry conditions (including the use of amended water).

Polyethylene sheeting utilized for the worker decontamination enclosure will be clear in color, exceptshowers and change rooms where the polyethylene will be black. Reinforced polyethylene sheeting willbe used on the floor throughout the worker decontamination enclosure. If a portable decontaminationtrailer will be utilized, then non-reinforced polyethylene sheeting will be required for the lining of walls,ceilings, and floors.

Asbestos warning barrier tape will be used in conjunction with wind walls to demarcate the regulatedareas in accordance with OAC 380:50 and Occupational Safety and Health Administration (OSHA)1910.1001 and 1926.1101.

Disposal bags used for removal and personal protective equipment (PPE) will be of 6-mil polyethylene,pre-printed with labels as required by Title 178 and USEPA regulation 40 CFR 61.152(b)(I)(iv).


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A lined dumpster for asbestos waste will be capable of being closed or covered at the end of each shift.Each dumpster will have stick-on labels in accordance with OAC 380:50-17-9 and USEPA or OSHArequirements, and warning signs and barrier tape, as required.

Surfactant (wetting agent) will be a 50/50 mixture of polyoxyethylene ether and polyoxyethylene ester,or equivalent, mixed in a proportion of 1 fluid ounce to 5 gallons of water, or as specified by themanufacturer. An equivalent surfactant is understood to mean a material with a surface tension of 29dynes/centimeter as tested in its properly mixed concentration, using ASTM International MethodD1331-56, Surface and Interfacial Tension of Solutions of Surface Active Agents.

Lockdown encapsulant will not be solvent-based or utilize a vehicle (the liquid in which the solid parts ofthe encapsulant are suspended) consisting of hydrocarbons. Encapsulants will not be flammable. Theencapsulant may be tinted to distinguish between the encapsulant and the surface to which it is beingapplied. Material Safety Data Sheets for encapsulant additives or other chemicals used in this abatementproject will be supplied and be kept on site.

4.2 General Equipment and Personal and Respiratory Protection

The abatement subcontractor will provide National Institute of Occupational Safety and Health (NIOSH)and Mine Safety and Health Administration (MSHA)-approved (or equivalent) respiratory protection toworkers and official representatives of the state or other governmental entity properly trained to enter thearea. Asbestos abatement workers will be 40-hour Hazardous Waste Operation and EmergencyResponse (HAZWOPER) trained. Representatives entering the project site will be 24-hourHAZWOPER trained. Both workers and representatives will have medical documentation that they arefit to wear a respirator and will be briefed on site-specific training requirements outlined in the SiteSafety and Health Plan, Time-Critical Removal Action, Oklahoma Refining Company Site, Cyril,Oklahoma (Shaw, 2003). In addition, workers entering the abatement work area will be licensedOklahoma Asbestos Abatement Workers. Authorized visitors will be escorted while in the work area.The abatement subcontractor will provide a brief explanation of the activities and the health hazards priorto entering the work area. Respirators will be powered APRs and in compliance with OSHA Regulation29 CFR 1910.1001(d) and a variance requested from Oklahoma DOL.

No one with facial hair that interferes with proper respirator fit will be permitted to don a respirator andenter the work area.

The abatement subcontractor will provide a sufficient quantity of NIOSH/MSHA-approved highefficiency particulate air (HEPA) filters so that the workers may change filters each time they exit thework area. Respirators will be wet-rinsed and filters discarded each time a worker leaves the work area.New filters will be installed each time a worker enters the work area. Respirators and filters will bestored at the job site in the clean room and protected from exposure to asbestos prior to their use.

Full body disposable protective clothing, including head, body, and foot coverings consisting of materialimpenetrable by asbestos fibers (Tyvek or equivalent) will be provided to workers and authorizedvisitors. The abatement subcontractor will provide disposable clothing in sizes adequate to accommodatemovement without tearing. Disposable clothing will be adequately sealed to footwear to prevent bodycontamination.

Equipment that arrives on the job site will be free of visible asbestos-containing debris or will be keptdouble-bagged until the decontamination unit is in place.


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Equipment to be provided by the asbestos abatement subcontractor will include, but not be limited to, thefollowing:

• Sprayers with pumps capable of providing 20 pounds per square inch (psi) at the nozzle tip ata flow rate of 2 gallons per minute for spraying amended water.

• A sufficient supply of HEPA-filtered vacuum systems will be available during abatementactivities. HEPA-filter vacuum systems will be used for glovebag removal and fine cleaning.

• Negative air units for decontamination units.

• Airless spray equipment for spraying encapsulant. Nozzle pressure will be adjustable within400 to 1500 psi. (This will be according to the manufacturer's recommendations based onthe encapsulates viscosity and solids content. Tip size will also be specified based onmanufacturer's recommendations.)

• Equipment (e.g., man-lifts) required for access to friable ACM in high locations.

4.3 Preparation

For each regulated area, abatement workers will demarcate the area by placing yellow asbestos-warningbarrier tape at least 25 feet around the perimeter of each component to be abated. Then caution signs willbe posted that meet the specifications of OSHA 29 CFR 1910.1001 G)0)(ii) at the locations andapproaches to locations where airborne concentrations of asbestos may exceed ambient backgroundlevels. Signs will be posted at a distance sufficiently far away from the work area to permit an employeeto read the sign and take the necessary protective measures to avoid exposure. Additional signs may beposted following the construction of wind walls. Windows, vents, or doors associated with buildingswithin the regulated area and close to the asbestos will be treated as a critical barrier and covered withtwo layers of 6-mil reinforced polyethylene sheeting. These critical barriers will be constructed toprevent gross asbestos debris from accidentally entering the building during removal activities.Encapsulation of these critical barriers at the end of the project is required.

After establishing a taped barrier, a three-chamber decontamination unit will be constructed according toOAC 380:50 and Section 4.4. A single decontamination unit may be used for abatement of multiplecomponents within one regulated area. A portable decontamination trailer is also acceptable, but theinterior must be lined with two layers of 6-mil polyethylene sheeting. The decontamination unit will beplaced under negative air pressure and, because of the high percentage of amosite located at the job site,six complete air exchanges will occur per hour. After construction of the decontamination unit iscomplete, two layers of 6-mil reinforced polyethylene sheeting will be placed below or surrounding thecomponent containing the asbestos. The polyethylene sheeting will be secured or weighted down.Critical barriers and wind walls required for each work area will be constructed. After approval of thework area by the Oklahoma DOL, gross removal will begin.

Figure 4-1 depicts a typical regulated area setup.


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YELLOW BARRIER TAPEDEFINING THE BOUWURYOf THE -REGULATED AREV

GROUND POLYETHYLENES*«ETWO AT BASE OF VESSELJSTRUCTURE

NEOATTVEARUNITWITH FLEXBLE EXHAUSTTUBKO

Typical Regulated Area SetupFigure 4-1

4.4 Worker Decontamination Unit

A worker decontamination facility will be constructed and prepared in accordance with OAC 380:50-15-12 as a centralized unit, or a mobile decontamination facility/trailer will be provided. Though a fullcontainment will not be constructed, the construction of a worker decontamination unit or a portabledecontamination trailer will be required. The unit will meet all the requirements of OAC 380:50-15-12and will consist of an equipment room, shower room, and clean room. The constructed decontaminationunit will be supported by 2-inch by 4-inch studs or polyvinyl chloride pipe and, because it will be locatedoutside, will be enclosed in plywood. Each space will be clearly identified and separated from the othersby plastic sheet doors arranged to minimize fiber and air transfer as people pass between areas. Eachroom will have an interior measurement of 4 feet by 4 feet. Air locks will have three alternating layers of6-mil polyethylene sheeting and the flaps will be weighted to fall back in place after the passage ofworkers. Walls and floors will be constructed of a minimum of two layers of polyethylene and a layer ofblack polyethylene on the sides of the chamber for privacy. The decontamination area will be placedunder negative air pressure. At least six complete air exchanges per hour will be required.

Figure 4-2 shows a general detail of the remote decontamination unit. The required decontaminationareas that comprise the decontamination unit and their use will be as described below.



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Final Project Design far Asbestos Abatement

WORK AREA AIR FLOW

DIRECTIONCLEAN AIR

EQUIPMENT

ROOM

SHOWER

ROOM

CLEAN

ROOM

Personnel Decontamination UnitFigure 4-2

• Clean Room: This area will be for persons to remove and leave street clothes and put on cleandisposable coveralls. Approved respiratory protection equipment will be stored in this area. Thefloor of the clean room will be kept dry. At the end of each shift, the room will be cleaned usingwet rags. No ACM will be allowed in this room. THIS IS NOT A CONTAMINATED AREA.

• Shower Room: This area will be used by workers when they leave the work area and afterundressing in the equipment room. Cleanly dressed workers heading for the work area from theclean room will pass through the shower room. The shower room will include a completelywatertight operational shower. The shower will be constructed so that water leakage isminimized. Any leaking water will be cleaned up immediately. Showers will be equipped withhot and cold running water and soap, and sufficient disposal towels for the number of workers atthe job site. The water shut-off and drain pump operation controls will be arranged so that anindividual can shower without assistance from either inside or outside the work area. THIS IS ACONTAMINATED AREA.

Contaminated water will be pumped into a drain provided with an in-line 5-micron water filter.Filters will be located inside the shower unit so that the shower pan catches the water lost duringfilter changeout. Filters will be changed at a minimum of once a day. Filters and water notfiltered will be disposed of as asbestos contaminated waste.

• Equipment Room: An area where workers coming out of or from a work area can remove PPE(with the exception of respirators) before proceeding into the shower. This room is not intendedfor storage of ACM and will be kept clean. This room is to be cleaned at least once a shift, usingwet methods.



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Access to the work site will be controlled by maintaining a daily log of personnel entering the work area,including abatement workers, and their start and stop time. At no time will unauthorized personnel beallowed to enter the work area. Persons, including workers and authorized visitors, entering the workarea must observe the work area entry and exit procedures discussed in Section 4.5.

4.5 Workplace Entry and Exit Procedures

Workers and authorized personnel will enter the regulated area through the decontamination unit. Beforeentering the regulated area, personnel will read and be familiar with posted regulations, personalprotection requirements (including workplace entry and exit procedures), and emergency procedures.

Personnel will proceed first to the designated clean area, remove street clothes, and appropriately donrespiratory protection, disposable coveralls, head covering, and foot covering. Hard hats, eye protection,and gloves will also be utilized. Clean respirators and protective clothing will be provided and utilizedby each person for each separate entry into the work area.

Before leaving the regulated area, personnel will remove gross contamination from the outside ofrespirators and protective clothing by brushing and wet wiping procedures. Small HEPA vacuums withbrush attachments may be utilized for this purpose.

Any reusable, contaminated footwear will be stored in the work area. Upon completion of abatement, itwill be disposed of as asbestos-contaminated waste. Only rubber boots will be decontaminated at thecompletion of the abatement, for reuse.

After removing disposable clothing and while still wearing respirators, personnel will proceed to thesubcontractor's portable shower unit and clean the outside of the respirator and any exposed face areaunder running water prior to removal of respirator, then shower and shampoo to remove potentialresidual asbestos contamination. The asbestos waste from the shower will flow through a cartridge filter.


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5.0 ABATEMENT METHODS

The asbestos abatement procedures presented in this design will generally use seven removal techniques:

1) Wrap and cut (mostly for removal of insulation from isolated piping)

2) Wet method gross removal techniques in conjunction with wind walls (vessels, tanks, largediameter pipes, pipe runs with multiple insulated lines, and ground abatement of towers and tallvessels with metal jackets lowered to the ground by a controlled drop)

3) Wet method gross removal using man-lifts for towers and tall vessels without metal jackets

4) Towers with secure metal j ackets

5) Non-friable removal methods

6) Miscellaneous abatement procedures

7) Sprayed-on material removal

This section provides details that apply to all seven methods.

5.1 Confining and Minimizing

The confinement of the regulated areas located outdoors will be accomplished utilizing "asbestos danger"labeled barrier tape, drop cloths, and wind walls. Yellow barrier tape will be positioned at a distance of25 feet in each direction from the asbestos to be removed. Multiple abatements may occur within oneregulated area.

Nylon reinforced 6-mil polyethylene sheeting will be placed (as drop cloth) underneath or at the base ofthe vessel and towers out to 15 feet. A wind wall will also be constructed around the perimeter of thisground polyethylene sheeting. The ground will be pre-cleaned prior to placement of the drop clothsheeting.

Those areas where towers will be lowered to the ground will be prepared by laying two layers of 6-milnylon reinforced polyethylene sheeting on the ground. The towers will also be abated behind wind wallsin an attempt to keep wind velocities below 15 miles per hour. An on-site anemometer will measurewind speed. After the application of a tinted lock-down encapsulant, abated structures will be segregatedand staged in an area designated by USAGE.

Wind walls will be installed on all four sides of the area to be abated. With the exception of the catalyticcracker tower, wind walls will extend to at least 3 feet above the structure being abated.

Friable asbestos at the isostripper tower and the FCCU converter section will be abated in place usingwet methods and a crane or large man-lift. Nylon reinforced 6-mil polyethylene sheet will be placed atthe base of the unit out to 15 feet. A wind wall will also be constructed around the perimeter of theground polyethylene sheeting. If gross debris falls to the ground around the base of the tower, the grossdebris will be kept wet until it can be safely removed and double bagged. The polyethylene at the base ofthe unit will be cleaned at the end of each shift. The removal of the insulation from the tower will beginat the top and progress to the base. Removal and bagging of the waste will be performed from a man-liftor crane basket. The bagged waste will not be dropped; it will either be lowered by hand or bymechanical methods (e.g., another man-lift or crane). Removal shall take place only when wind speed is


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less than 15 miles per hour. An anemometer shall be on site to verify wind speed. When abatement ofthe tower is complete, the unit will be lowered to the ground by use of a crane or explosives.

5.2 Abatement Procedures

The following provides step-by-step procedures to complete the asbestos abatement at the ORC Site.The procedures must be performed after the pre-abatement procedures presented in Section 4.0 arecompleted.

a. Wrap and Cut:

This method refers to the procedure of wrapping the pipe, cutting it into manageablesections, and lowering the pipe to the ground. However, this method will be used only onisolated pipes with diameters less than 20 inches. Larger diameter pipes will require removalby wet methods combined with a wind wall (see procedure b. below). Pipes that are notisolated (e.g., pipes in runs containing multiple insulated lines or in close proximity toinsulated process equipment) may also be abated by wet methods combined with a windwall.

Some of the pipe insulation at the ORC Site is enclosed in jackets. In areas where theintegrity of the jacket is poor, the jacket will either be secured or removed prior to wrapping.In areas where pipe insulation is severely damaged, the insulation can either be removed bywet methods or repaired using wet lagging techniques. Once the integrity of the pipe jacketand insulation is secure, then the pipe will be wrapped with two layers of 6-milnylon-reinforced polyethylene sheeting. Prior to cutting the pipe, a 2 linear foot section ofinsulation will be abated using the glovebag method. Glovebag removal will be performedon pipe lengths of at least 6 feet, but no more than 15 feet. The length will depend on thediameter of the pipe. The exposed ends of the insulation where the glovebag was performedwill be sealed with expansion foam or equivalent. The exposed pipe where the glovebag wasperformed will be sprayed with a tinted lock-down encapsulant. The pipe will then besheared at each of the exposed 2 linear foot sections. Cutting must be performed using non-sparking tools. The use of torches to cut pipes will not be allowed. The piping must beproperly labeled prior to disposal. During all manipulations of the pipe section, the pipingand associated structures shall be stabilized to prevent accidental dropping of pipe or ACMdebris. In the event of a release, the subcontractor will immediately spray material withamended solution. The gross debris will be physically removed, double-bagged, anddisposed of as asbestos-containing waste.

b. Gross Removal Techniques (Wet Methods) in Conjunction With Wind Walls:

For vessel or tank insulation, pipes with a diameter greater than 20 inches, pipe runs withmultiple insulated lines, and pipe stanchions, removal will be performed by gross wetremoval techniques within a wind wall. A wind wall will be constructed for each area.Wind walls will be constructed to a height of at least 3 feet above the structure being abated.In accordance with OAC 380:50, any polyethylene exposed to the weather shall be, at aminimum, 6-mil nylon reinforced. The walls will be constructed of two layers of 6-milpolyethylene sheets. The wall frame will be constructed using 2-inch by 4-inch studs. Thewalls will be secured to a stationary structure by wood studs or equivalent. Air monitoringshall be performed in accordance with OAC 380:50-11-1(3) to assure acceptableconcentration within and throughout the abatement area, thus protecting workers and thepublic.

TERCNo. DACA56-94-D-0020, TO No. 0110 5-2 Shaw Project No. 845704Oklahoma Refining Company Site, Cyril, OK September 2003

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Gross wet removal techniques will be performed inside the wind walls. A floor layer of 6-mil nylon-reinforced polyethylene sheeting will be placed under (if possible) and around thecomponent to be abated. While wetting the insulation (or metal jacket), the insulation willbe removed and immediately placed into a 6-mil polyethylene disposal bag that is properlylabeled. The bag will be wet wiped or vacuumed with a unit containing a HEPA filter. Afterexterior cleaning, the bag will then be placed into a second 6-mil bag, gooseneck tied, andtransported to an on-site disposal container. Waste must be removed from the work area anddeposited in a designated area or inside the waste container as work progresses. The floorpolyethylene (sheeting) and floor gross debris must also be kept wet during the removalprocess. Gross floor debris must be removed as soon as possible. Insulation that has becomeloose during the abatement process will either be removed or covered with polyethylenesheeting prior to the end of the work shift. At least one worker will be dedicated to sprayamended water on the insulation and adjacent surfaces. After removal, the substratecomponent and wind wall and floor polyethylene will be fine cleaned and visually inspectedfor any gross debris according to OAC 380:50-17-8. Should no gross debris be observed,then the substrate will be sprayed with a tinted lock-down encapsulant in accordance withOAC 380:50-17-8 (8). Polyethylene sheeting associated with wind walls and flooring do notrequire an application of a lock-down encapsulant. Floor sheeting will be disposed asasbestos-containing waste. Freestanding wind walls constructed with 2-inch by 4-inch woodstuds maybe reused in other regulated areas, but must leave the site as asbestos-containingwaste at the end of the project.

c. Vessels/Towers With Secure Metal Jackets:

For towers with secure metal jackets, insulation located at the base of each tower will beabated in place using the gross wet method removal procedure (see procedure b. above) to aheight of 6 feet above grade. The base of the jacket/insulation where the 6-foot abatementwas completed will be sealed and secured either with expandable foam, polyethylenesheeting, or equivalent. Then the metal jacket will be secured by wire straps or equivalentevery 5 feet. The towers will then be secured to a crane, or equivalent, and the boltsremoved from the base. A controlled drop will then lower the tower to the ground.

Those areas where units will be lowered will be prepared by laying two layers of 6-mil nylonreinforced polyethylene sheeting on the ground. These stacks and vessels will then be abatedby wet removal methods (see procedure b. above) behind wind walls in an attempt to keepwind velocities below 15 miles per hour. An on-site anemometer will measure wind speed.After the application of a tinted lock-down encapsulant, abated structures will be segregatedand staged in an area designated by USAGE.

d. Vessels/Towers Without Secure Metal Jackets;

Towers without secure metal jackets will be abated in place using wet methods and a largeman-lift. Nylon reinforced 6-mil polyethylene sheet will be placed at the base of the stackout to 15 feet. A wind wall will also be constructed around the perimeter of the groundpolyethylene sheeting. If gross debris falls to the ground around the base of the tower, it willbe kept wet until it can safely be physically removed and double bagged. The polyethyleneat the base of the tower will be cleaned at the end of each shift. The removal of theinsulation from the tower will begin at the top and progress to the base. Removal andbagging of the waste must be performed from the man-lift. Dropping of asbestos insulation

TERCNo. DACA56-94-D-0020, TONo. 0110 5-3 Shaw Project No. 845704Oklahoma Refining Company Site, Cyril, OK September 2003

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000033


through a secured airtight chute. Once the abatement is completed, the tower will be broughtf " down by pulling over with a cable, lowering with a crane or excavator, or the use of

explosives.

The main tower in the fluidized catalytic cracking unit (the converter section) and theisostripper tower are within this category (see Figure 5-1). Due to their height andconfiguration, it may not be possible to safely remove all asbestos from these vessels towersprior to bringing them to the ground. It that proves to be the case, a variance will besubmitted at that time.

n

FCCU ConverterSection

Isostripper Tower and FCCU Converter SectionFigure 5-1

e. Non-Friable Asbestos Removal Methods:Corrugated transite panels, though not regulated by Oklahoma DOL and OAC 380:50, will beremoved by non-friable methods (methods without breakage). While the material is wet, thebolts or nails supporting the panels will be removed. The panels will be placed in a dumpsterlined with two layers of 6-mil nylon-reinforced polyethylene sheeting. The panels will beproperly labeled for disposal. If breakage occurs, the debris will be removed wet and placedinto two 6-mil polyethylene bags for disposal. Removal will be performed in accordance withOSHA 1910.1001 and 1926.1101.

There are new gaskets stored in the warehouses at the site. The gaskets are non-friable andundamaged. They will be wet thoroughly and disposed intact.


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000034


f. Miscellaneous Abatement Procedures;

Due to the known or unknown contents of the vessels and piping, the height of piping, thepoor condition of the insulation or supporting structure, and to safety factors associated withthe abatement, some ACM may be removed in place using wet methods. Any piping, valve,or other fitting that is broken during removal shall be thoroughly wet down and theencapsulant applied to the exposed area prior to further handling. No asbestos materials maybe transported that are exposed or damaged. Material must be wrapped or bagged prior totransport and disposal.

g. Sprayed-On Material Removal:

Sprayed-on material at the warehouse welding shop will be abated while blocking criticalopenings only, and utilizing six air changes per hour. After completion of removal, the areaswithin the containment will be sprayed with lockdown encapsulant. The shop will bedemolished immediately following abatement activities, without entry by demolitionworkers.


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000035


6.0 GENERAL SAFETY

The activities described herein will comply with 1910 and 1926 OSHA requirements.

A pre-construction and site safety meeting will be held prior to initiating abatement activities. Routinesafety and site coordination meetings will be held prior to the start of each workday. In addition to thefollowing section, the abatement subcontractor will also follow the requirements of the site-specifichealth and safety plan that will be prepared by Shaw.

A. Fall Protection

Workers performing duties where falls of 6 feet or more are possible shall wear full body harnesseswith shock absorbing lanyards.

B. Emergency Exits

Emergency exits will be at any point in the barrier ribbon and at critical barriers. The normal exit isthe decontamination exit. All other exits will be considered emergency exits only.

C. Fire Extinguishers (per OAC 380:50-15-14)

Two fire extinguishers shall be located inside each regulated area at all times. The fire extinguishershall be of the dry-charge ammonium phosphate type with an Underwriters Laboratories, Inc., ratingof at least 10# ABC, with a valid and current inspection tag, and must be decontaminated uponremoval from the controlled area.

D. Personnel Protection During Preparation

1. Preparation shall be performed in powered APR respiratory protection and disposable suits ifasbestos is disturbed.

2. Air monitoring shall be performed during preparation if the workers are within arms reach ofdamaged asbestos material.

3. Disturb as little asbestos as possible during preparation.

4. Hard hats, safety glasses, steel-toe shoes, and gloves shall be required.

5. Workers shall wear PPE if within arms reach of friable asbestos during preparation activities.

E. Electrical Power Status During Preparation

1. Contractor is responsible for supplying power to areas for removal.

2. Electrical power to the containment area shall be disconnected and locked out.

3. Ground fault interrupter circuits will supply power to the work area.

TERC No. DACA56-94-D-0020, TO No. 0110 6-1 Shaw Project No. 845704Oklahoma Refining Company Site, Cyril, OK August 2003

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000036


F. Natural Gas Service

Gas connections shall be blocked out to work areas.

G. Preparation of the Work Areas and Containment

1. Each phase will be isolated from non-trained and non-protected persons prior to the disturbanceof friable asbestos materials.

2. Boundary tape and warning signs shall be posted.

3. Critical barriers and wind walls shall have two layers of 6-mil polyethylene sheeting.

4. Polyethylene exposed to the weather shall be 6-mil nylon reinforced construction.

H. Communication

1. Voice communication will be utilized by workers inside regulated areas.

2. Hand-held radios shall be used where voice communication is not possible.

3. A hand-held radio of the same frequency as the abatement subcontractor's shall be supplied tothe on-site consultant during removal activities.

I. Safety Equipment

1. Safety equipment shall be in compliance with applicable rules and regulations governing workfrom scaffolds and ladders.

2. Fall protection shall consist of full body harnesses and shock absorbing lanyards.

J. Special Procedures for Scaffolds and/or Man Lifts

1. Scaffolding shall be erected according to current OSHA regulations.

2. Trained scaffold personnel shall supervise erection for OSHA requirement.

3. Man lifts will be operated by a trained individual.

4. The man lift operator and worker on the platform will be in constant communication by the useof hand-held radios.

5. Removal by the use of the man lift will immediately stop if winds exceed manufacturerrecommendations.

6. Workers will require a full-body safety harness while working on the man-lift platform.


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000037


K. Temperature Stress Protection

1. A botsball shall be available on-site if temperature is above 70°F in work area and will be utilizedto indicate high heat stress problems. If risk of heat stress is indicated, it shall be regulatedthrough work/rest methods.

2. All temperature stress protection shall follow procedures outlined in the Site-Specific Health &Safety Plan (Shaw, 2003).

L. Emergency Notification Procedures

1. In the event of an emergency, the on-site industrial hygiene firm representative shall contact theUSEPA representative, on-site air monitoring firm, and Office of the Oklahoma DOL, as well asthe area NESHAP representative.

2. All emergency telephone numbers shall be posted at the job site.


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000038


7.0 MONITORING AND RESPKATORY PROTECTION

A. Background Air Samples

Prior to the asbestos abatement activities, a background phase contrast microscopy (PCM) area airsample will be collected to determine a baseline airborne fiber concentration.

B. Area Air Monitoring

1. At least one area sample shall be collected in the proximity of each abatement crew within eachregulated area.

2. One sample shall be taken immediately outside the clean room.

3. There will be five area samples collected outside each regulated area during each work shift.One of these must be the clean room. Negative air exhaust shall also be sampled in the commonplenum(s). The other three samples will be collected around the perimeter of the regulated area.

4. Should there be non-protected persons in adjacent areas, then a sample shall be taken in that areadown wind and close to a wind wall.

5. Air monitoring shall be performed each day that removal is being performed or any timepreparation work is being performed.

6. Area samples will be collected and analyzed on site in accordance with NIOSH Method 7400(PCM).

C. Personnel Monitoring

Personnel samples shall be collected on no less than 25% of the abatement workers hi this project.No less than two personnel samples per work area shall be collected. Personnel samples will becollected and analyzed in accordance with NIOSH Method 7400 (PCM). Results will be posted onsite prior to the next work shift.

D. Final Clearance Inspection

Oklahoma State Department of Labor Asbestos Division will perform a visual inspection prior tolockdown. Section 2.0 (G) presents a request for a variance from the performance of aggressiveclearance sampling.

E. Final Clearance Bulk Sampling of Soil

While areas will be cleared for use by the demolition contractor (Shaw) following visual inspectionand clearance of the soil, soil will still be considered contaminated until proven otherwise via soilsampling and analysis. That sampling and analysis will be performed by either the USEPA orOklahoma DEQ in support of the final remediation of site soils.


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000039


F. Respiratory Protection

1. The project will start with Type C respiratory protection per OAC 380:50-15-5. Powered APRsat a minimum shall be utilized for gross removal on this project unless air monitoring dataindicate otherwise. Air monitoring data may be used to verify the use of lesser respiratoryprotection.

Full-face respiratory protection will be used for all glovebags removals. Half-face respiratorswill not be used.

2. All personnel shall be quantitatively fit tested.

G. Air Monitoring Firm/Third Party Consultant

To Be Determined

H. Ventilation Systems

Building mechanical systems are no longer in service.

I. Air Filtration/Circulation

The shower shall be maintained under negative pressure.

J. Confined Space Procedures

There will be no confined space entries for asbestos abatement personnel.

TERCNo.DACA56-94-D-0020.TONo.0110 7-2 Shaw Project No. 845704Oklahoma Refining Company Site, Cyril, OK September 2003

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000040


8.0 LOADOUT, DISPOSAL, AND TEARDOWN

A. Loadout Procedures

1. Material must be placed in double 6-mil polyethylene bags labeled with the appropriate OSHAwarning label for asbestos and must also bear the generator label as required by the USEPANESHAP standard.

2. Materials that are not bagged shall be wrapped in two layers of 6-mil reinforced polyethylene andwarning labels applied.

3. Loadout shall take place often enough to avoid excessive bags in work area.

4. The bags will be stored in a trailer lined with one layer of 6-mil polyethylene sheeting fortransport to disposal as required by OAC 380:50-19-9c.

5. Loadout will occur through a two-chamber bag-out unit. The bag-out will be constructed of one-layer 6-mil nylon reinforced polyethylene sheeting.

B. Hauling Arrangements

1. Hauling shall be accomplished by a licensed transportation firm and disposed of at an approvedasbestos landfill.

2. The transporter on this project has not been determined.

C. Landfill

To Be Determined

D. Lockdown Procedures/Encapsulant

An approved encapsulant shall be applied to lock down all abated surfaces. The horizontal andvertical polyethylene sheeting used in each work zone or for decontamination will be encapsulatedand disposed as asbestos-containing waste.


thunter

000041

APPENDIX A

ASBESTOS SURVEY DATA

thunter

000042

Appendix A, Summary of Asbestos Quantities — Final Project Design for Asbestos Abatement

The following asbestos survey data were published inAsbestos Survey Report for Cyril Petrochemical Corporation,

2 West Main, Cyril, Oklahoma, Appendix B (Asbestos Analytics, Inc., 1992)

TERC No. DACA56-94-D-0020, TO No. 0110 1 Shaw Project No. 845704Oklahoma Refining Company Site, Cyril, OK September 2003

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000043

J^ALYTICASOLUTIONS

ran Analytica Group company

18000 W. Highway 72Golden, CO 80403-8299

(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OP BULK ASBESTOS SAMPLE AMAT.VSTS BY-POLARIZED LTGHT MICROSCOPY (PLM) EPA-600/M4-82-0.1fl

CLIENT: Asbestos Analytics Inc.

PROJECT IDENTIFICATION: Cyril Petrochemical

LGN:

PAGE

88039

1 of 19

Samela Description:

SampleNumber

01

02.

oa01

OS

Results of PLM Ant

SampleDate

4/14/92

4/14/92

4/14/92

4/14/92

4/14/92

Sample Description

Thermal-line domestic, soft grav (insulation!

Blown on surface, soft grav -

Flporjpc l'P(i)]f11T'[l RTlrf ti'c^ vinvl

Trin? insuJ^itiftn • stfi3THi ^ft s13^ Tfie*3l

Rttinc - bard erav [insulation 1

Visual Area Estimation: Percentaoes DetectedSample Number 21

estoa Minarala

Amosite fiQAnthophyllite

Chrysotile __»_>___Crocidolite _

. Tremolite-Actinolite ^

TOTAL ASBESTOS &Q

Othar Fibrous Hatarial

Fibrous Glass 5Cellvilose 2.Synthetics

Other

Nonfibroua S',r;teriala 30

03. 03.

10.55

1

255

*tr =

\nalystCraig B. Brano

Date: Mav 6. 1992

thunter

000044

ANALYTICASOLUTIONS

an Analytica Group company

18000 W. Highway 72Golden. CO 80403-8299

(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOT.ARI2ED T.TGHT MICROSCOPY ( PLM) EPA-600 /M4-82-Q30



LGN: 88039

PAGE 2 of 19

Samola Poaeriptioni

SampleNumber

OS

OZ

oa02

10

Raaults of PIiM AB1\1\

SampleDate

4/14/92

4/14/92

4/14/92

4/14/92

4/14/92

Sample Description

Ccilin? tilCi SQft crev naint

LillC SOft ETiiY

Hot water line.

Hot water lin&

Ceilinj tile

steel [insulation 1

white soft. Darjer. csmvas nili^nlfltKfn^

. SOft whjte,, TUSXQRt. (rfinY?^ ^^^llfltlPJl^

Visual Area Estimation: Percentages Detected

Sample Number

A0b«»to« . Kinarala

AmositeAnthophy 11ite

ChrysotileCrocidolite

Tremolite-Actinolite

TOTAL ASBESTOS

Otber Fibrou* Material

Fibrous GlasaLCellu'3

5Q

otfier-

10.

Honfibrous Material*

* tr =

Analyst:Craig B. Bruno

Date: Mav 6.1992

thunter

000045

^NALYTICASOLUTIONS

a.. Anatytica Group company


(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

POLARIZED T,

CLIENT: Asbestos Analytics In

PROJECT IDENTIFICATION:

Sample Deacriptiont

Sample SampleNumber Date

H 4/14/92

- 1 2 4/14/92

, 12 4/14/92

H 4/14/92

11 4/14/92 '

Raaulta of PLM AfiAlyfti0'

IGHT MICROSCOPY , PLM) EPA-fiOO/M4-82-020

c. LGN: 88039

Cyril Petrochemical PAGE 3 of 19

Sample Description

Flooring, vinvl [with mastic and adhesive!

NO Sample cojlected

Hot water line ins,n'A^rn) soft prav

Ceiling tile, soft brown

Nft ftalUPte collected

Visual Area Estimation: Percentacres DetectedSample Number

baatoa Minerals

Amosite

Anthophyllite

Chrysotile

Crocidolite


TOTAL ASBESTOS

other Fibrous

Not analyzed • Not analyzed

>**

Fibrous Glass

CellvijoseSynthetics

Other

Nonfibroua Materials

* tr — *- ItZ,

25

4Q.

Analyst:

**Floor tile: 2%chrysotile,

adhesive: 0%asbestos,

mastic: 30%

Craig B. Bruno^

Date: Mav 6.1992

thunter

000046

vit nuniwesi DCD ocreec, suite 2 . 92076HOORE, OKLAHOMA 73160

5- 2-1992CLIENT NAME'.ASBESTOS ANALYTICS, INC. .

ADDRESS:229 H SERV RD., ?7MOORE OK 73170

CYRIL PETRO CHEM PLANTBUILDING1 BUILDING NAME:PETROCHEMICAL

INSPECTOR NAME:ASBESTOS ANALYTICS, INC INSPECTOR

BULK SAMPLE ANALYSIS REPORT

AREA SAMPLE LAB TYPE OF ACM HOK-ACH-BO NO! NO. MATERIAL LOCATION COMPONENT % COMPONENT *

13 746 HW LINE INS HW LINE : AMOSITE 80 BINDERS 20

METHOD: Polarized Light Microscopy . . .Nikon Labophot PLM with McCrone Dispersion StainingPercentages >1% are considered to contain asbestos bv the EPAPercentages <1% are considered non-asbestos by the EPA

Rational Voluntary Laboratory Accreditation Program/National Instituteof Standards and Technology Accredited Laboratory.

NVLAP Program Code Identification Number 1580.

I certify that the above samples were analyzed in strict accordancewith applicable standards ana government regulations.

Signature Date

thunter

000047

ANALYTICASOLUTIONS

alytica Group company


(303) 420-4449, (800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOLARIZED LIGHT MICROSCOPY (PT.M1



LGN: 88039 ~

PAGE 4 of 19

Samole Descriptiont

SampleNumber

16

12

12

2tt

Raaulta of PLM

SampleDate

4/14/92

4/14/92

4/14/92

4/14/92

4/14/92 '

Analvsia t

Sample Description

No SaPipl6 collected

Line soft white encap. ("insulation!

Line insutatiftri soft p3Yi metal

Fittint hfffd JTCY P3int Finsulfltioni

Line soft prav. irpfftal FinfinlfltifTnl

visual Area Estimation: Percentacres DetectedSample Number M

ba0to0 Minarala Not analyzed

Amosite ^_____Anthophyllite •

ChrysotileCrocidolite '


TOTAL ASBESTOS

Other Fibrou* Material

Fibrous GlassCellulose

12

50. 112

M

5.5.

Other

Honfibrouo Matariala

40.5

20 50.

*tr =

Analyst:Craig B. Bruno 7

Date: Mav 6.1992

thunter

000048

ANALYTICASOLUTIONS



(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS RYPOT.ARTZED LIGHT MICROSCOPY (PLM>EPA.-600XM4-82-020



LGN: 88039

PAGE 5 of 19

SampleNumber

21

22

21

24

21

Reaulta of PLM I

Sample Sample DescriptionDate

4/14/92 Fjttjpg. hflrd STAY PP*nt SIMl rH3StiP r'TlSUl^onl

4/14/92 Line* soft ffniv. nict8l riKiRulfition!

4714792 Erimstst^nUh^m^stBumo softaev metaliinsulation]

4714792 Fitting, hanj gray Finsnl^tjonl

4/14/92 " Gasket

iaalvvlff! Visual Airea Estimafcion: Percentaoes Detected

Sample Number

Aabaatoa Micarala

AmositeAnthophyllite



TOTAL ASBESTOS

Other Fibrous Material

Fibrous- Glass.:Cellulose

Synthetics.Other

Nonflbrou* Xatarial*

21

m

22

25

25

21

2Q

Ifl

24

2Q 2Q

UK

4Q^ •••

^ ••••

31

2S

22

M

Jfi

*tr=

Analyst:Bill Hutchinson

Date: May 6, J992

thunter

000049

NALYTICASOLUTIONS



(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BY

CLIENT:

PROJECT

Sa^np^a

SampleNumber

' 26

^ 22

.**• 23

22

2Q

Reeulta of F

POLARIZED LIGHT MICROSCOPY ( PLM)EPA-fiQ<J/ rM.4-?2-°20

Asbestos Analytics Inc. LGN: 88039

IDENTIFICATION: Cyril Petrochemical PAGE 6 of 19

Deacriotion i

Sample Sample . DescriptionDate . .

4/14/92 Radiator ocnisnt. cloth (insulation!

4/14/92 Stffnn HnP- s°^ p?v mRtffl finfiuifitioni

4/14/92 IPittiOS^i I)DTfi ff*^Y FlPS1ll& ' ^ '

4/14/92 Line soft prav mQta] fiHSHlfffltifflll

4714 92 Line soft prav mefid r'n<}l1lflrirm'|

I'M Analv«10t YlSU^l Area Estimation: Percentaaes Detected

Sample Number

KinaralB




TOTAL ASBESTOS

ochar Fibroua Material

Fibrous Glass"°oi Cellulose- '

SyntheticsOther

Nonfibroua Material*

2Q

21* (L5

10 2Q

*tr=


Date: May 6.1992

thunter

000050

ANALYTICASOLUTIONS

an Analytics Group company


(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOLARIZED LIGHT MICROSCOPY fPLM)FPA-600/M4-82-020



LGN: 88039

PAGE 7 of 19

3ampla Descriptiont

SampleNumber

32

33

M

35

Raaulta of VIM

SampleDate

4/14/92.

4/14/92

4/14/92

4/14/92

4/14/92

Anfil.val.a 2

Sample Description

Pimp fittiPS- nard srav. chicken wire mastic (insulation!

Over liner

NIo SR^TtDlC

sheets, soft white

: collected

f^^Tlfi fstffffi^1)! PftTd PTEV FiTisulation!

Peboiler. soft srav Wack cMcke'n wire mastic Finsnlationl

Visual Area Estimation: Percentacres DetectedSample Number 11

Aabaatoa Minerals


Chrysotile 211Crocidolite '


TOTAL ASBESTOS 2jQ

Otbar Fibroua Matarlal

Fibrous GlassCellulose

Synthetics

Other

11

Not analyzed

25

10.

Sonfibroua Materials JQ

Hi

2Q

tmtf^mm

2Q 2Q

* tt--

Analyst :Bill Hutchinson

Date: May 6.1992

thunter

000051

NALYTICA^SOLUTIONS

alytica Group company

18000 W. Highway 72Golden. Co'80403-8299

(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OP BULK ASBESTOS gftMPL-R ANALYSIS BYPOLARIZED LIOHT MTCROgrnpy f p T . M > P p f t - f i n O / M 4 - B 2 - 0 2 0



LGN:

PAGE

88039

8 of 19

3amola Deserlot1ont

SampleNumber

M

, 22

J*32

4fl

Reaulta of

SampleDate

4/14/92

4/14/92

4/14/92

4/14/92

Sample Description

L,ine. soft gray. rinsulatinnl

Tinsultion!

Line, soft pav. metal Finsulgtionl '

Analysis

Sample Number

'->eatoa Minerals

Amosite

Anthophyllite

Chrysotile

Crocidolite


TOTAL ASBESTOS

other Fibroua Material

Fibrous GlassCelluloseSynthetics

Other

Nonfibrous Materials

Ifi

Fitting, hard aav. chicken wire mastic finsulationl .

[fiampjp not listed on Chain of Custody! rinsulationl '

visual Area Estimation: Percentages Detected

12 1£ 12 4Q

fiQ

&A

10.

1Q

ID

5Q

40 25

* tr^

Analyst:

Bill Hutchinson

Date: May 6.1992

thunter

000052

ANALYTICASOLUTIONS



(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

POLARIZED LIGHT MICROSCOPY f PT.M> PPA-f iOO /M4-ft9-rt2n

CLIENT:

PROJECT

S a "TO 1 a !

SampleNumber

41

42

43

44

4S

Raaulta of P

Asbestos Analytics Inc. LGN:

IDENTIFICATION: Cyril Petrochemical PAGE

SampleDate

4/14/92

4/14/92

4/14/92

4/14/92

4/15/92

T.M **lftlYVift

Sample Description

Floor tile, vinvl fwith adhesive! .

LJnCi iWfL IQetiil rinsnlatinn^

H^thnc nflrfli IHlSlufltlon!

filtGT PQttSi X^ inside ^nd 2 ftHtR*'?fi! tlh?rnrln' !in^ fi^Y 'ISrtliUrinsiilatjoni

Visual Area Estimation' Percentaoes

88039

9 of 19

- 'Kk_I: .

pefeect:e9/'Sample Number 11

Asbestos Minerals

AmositeAnthophyllite •

Chrysotile ID.Crocidolite


TOTAL ASBESTOS 1ft

Otbar Fibrous Katarial

Fibrous Glass 60.

12 11

10.

11

15. 20

2Q

20**

ID.

Synthe^ds

l&

5Q

Honfibrous Materials

* =t r = < l %

Analvst

3JJ

: ^*-tAX /HOfe^L-Bill Hutchinson

SQ••Adhesive: 0%asbestos, tile:20% chrysotile

3Q 25 20

Ma 6. 1992

thunter

000053

NALYTICASOLUTIONS

an »nalytica Group company

18000 W. Highway 72Golden.'CO 80403-8299

(303) 420-4449(800) 873-3707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMpLl? ANALYSTS BY

POLART7.ED LTGHT MICROSCOPY if PLM) EPA-fiOO/Ma-82-020



LGN: 88039

PAGE 10 of 19

Samole Description>

SampleNumber

46

41,

42

5Q

Raaulta o( PItM

SampleDate

4/15/92.

4/15/92

4/15/92

4/15/92 '

Analvsis t

Sample Description .

Fittines on filter potts, hard crav (insulation!

Irfjnes on the 4 filter potts, soft grav. metal iacket (insulation!

Compressor exhaust- soft prayr n^efefl finsnlationl

N9 Sfln'pl6 collected

Headers on too of comDressor&irVG's) soft white, metal [insulation!


Sample Number 16

Minerals

Amosite ___Anthophyllite

- Chrysotile 20.Crocidolite ' -

. Tremolite-Actinolite

TOTAL ASBESTOS 2_fl

other Fibroua Material

Fibrous Glass 6Q.Cellulose; 'Synthetics _

Other

Nonfibrous Materials 2Q

Not analyzed

2Q

1ft

10.

2D.

* tf-


Date: Mav 6.1992

thunter

000054

ANALYTICASOLUTIONS



(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK SAMPLE ANALYSTS BYPOLA^TZED LIGHT MICROSCOPY ( PLM1EPA-600/M4-82-020

CLIENT: Asbestos Analytics Inc. LGN:

PROJECT IDENTIFICATION: Cyril Petrochemical PAGE

Samel a Daaeriotion i


51 4/15/92

52 4/15/92

51 4/15/92

54 4/15/92

55, 4/15/92 "

Results of Flint AogT-vaist

Sample Description

No SflUlD}£ collected

HoriZQDt?^ dniifv soft firav. inetal iaclcet fnisiilationl

Head of horizontal drum, soft urav cloth anrt asphalt finsnla

DrVW Ifflfifti ?°ft P^VI nttftl jacket fips^latinnl

Drvcr Jinc fittin?5- s°ft ^v fMsnlatiffnl

Visual Area Estimation t Percentacres

Sample Number 2J. 2JL S3. ?4

Asbestos Minerals Not analyzed

Amosite 10 70

Ant-hnphyl l i te

ChrysotileCroc idol ite

Tremol il-P-Ar-l-innl il-e

15 15

88039

11 of 19

.

JDeteciifid.SI

2Q

TOTAL ASBESTOS

Otnar ribrona Vatarial

Fibrous

25. IS

Honfibroua Materials 20.


Date: Mav 6.1992

thunter

000055

NALYTICASOLUTIONS



(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE AtyAT.ySIS BYPOLARIZED LIGHT MICROSCOPY (PLM^BP&-finn/M4-a2-030



LGN: . 88039

PAGE 12 of 19

ganmla Description:


56 4715/92

57 , ,=,4, 4715/92

58 : .. :^.-..-,^. 4/15/92

59 - 4/15/92.

ft) 4/15/92

Sample Number 26

>«0tos MineralsAmosite

Ant hnphyi i i t-e>Chrysoti le %0

Crocidolite -

Sample Description

fitCfflU IinCifi soft grav. cloth sa\$ TK\^[\ (fUSUlfllionl

fttGSID IJOC fittinCiti hSP^ prav c^oft Jfflfl "IflStiC rinsulationl

F/reproofing on steel I beani yiorth center firenroofjpg lt?l\l\\• !

ftt?3IQ lillCi SOft prav. njeif|| jaclrej rJirtlllfttiTTll

Steam linfKi soft pav. n>gtai rinsu^tioni

Visual Area Estimation: Percentacres52 5fi 52

70 70

50

•*

Defected

2Q

TOTAL ASBESTOS

Other Ftbroua Material

Fibrous Glass

1SL

20.

SynthetlqsOtner"

Nonfibroua Materials 3J2 20. 20. 20

Analyst:Bill Hutcbinson

Date: May 6. 1992

thunter

000056

ANALYTICASOLUTIONS



(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

pESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOLARIZED LIGHT MICROSCOPY (PLM) KPA-fiOn



Samala paperiptiont

LGN: 88039

PAGE 13 of 19


£1 4/15/92

Si 4/15/92

Si 405/22

M 4/15/92

$5. . 405/22

Raaulta of PLM ^ttlYfi"1

Sample Description

F]ttiOf?S flfl 8*^0* '*ne (S"W office) hard erav mesh cloth rinsulationl

#10 heattff ]JHR, soft prav. metal iacket fmîlônl

FlttiQ&fi OH *10 heater. hsnJ prav. mesh cloth, fips.n.la.tionl

Rrff2CtflTY iTlick ™ *10 heater, rcffjjcôjY CtntfiDt

#4 conljng (owef, transits T??*"' ^5jrnfH)le not received! ° ' '

Visual Area Estimation- Percentacies Det^cfoe^l ;

Sample Number fil

Asbestos Minerals


Chrysotile 11Crocidolite


TOTAL ASBESTOS 15

Othar Fibrous M»tari»l

Fibrous Glass 41Cellulose.Synthetics

Other '

Honfibroua Materials 40.

62.

Not analyzed

10.

1SL

11

15 Q.

20 100

* t r—


Date: May 6. 1992

thunter

000057

^ALYTICASOLUTIONS



(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS BYPOLARIZED T.TGHT MICROSCOPY I PT.M1 KPA-600 /M4-82-020

CLIENT : Asbestos Analytics Inc. LGN: 88039

PROJECT IDENTIFICATION: Cyril Petrochemical PAGE 14 of 19

3amnla Paaeriptiont


& 4/15/92

SL '""".. 4/15/92

ffl'" . ''.--':at" 4/15/02

ffl 4/15/92

2Q 4/15/92 '

Results of PLN AnfllYff?-*!

Sample Description

Catvlvst crackinc FCC* tower reactor soft wav chicken wire, mastic[insulation!CrfllCylYSV CnVrK'^S 'e9WP \V^ soft prav wifPi Mft*al **" rinsulationl

f^ajylvst cracking tower vapor Ime. sQft grav. metal [insulation!

Crt '^CtlllD lillfii firft prav mp.tal iarkftt rinailationl

RfiPr?*1^^ material hiside skirt Ccat cracker) cementeous :

Visual Area Estimation: Percentages DetectedSample Number

Minerals




TOTAL ASBESTOS

Othor Fibroua Material

Fibrous- Glasst• . • .- -^r-rt";Cellulose:.

• • ;cSs--'v-- ' •

Synthetics^'Other


62. Zfl

10

11 1Q

ift

50.

20. 50. 4Q

*tr =


Date: Mav 6.1992

thunter

000058

"~^m

ANALYTICASOLUTIONS



(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYpnT.ARTZED LIGHT MICROSCOPY (PLM)EPA-600/M4-82-020



LGN: 88039

PAGE 15 of 19

Sample

SampleNumber

21

22

22

24

Descr Ration t

SampleDate

4/15/92

4/15/92

4/15/92

4£fl22

25. 4/16/92

Raaulta ot PJM ILB1tlv*iB>

Sample Description

e soft rav. nsulatiol

Slur rav. metal "

'ne soft meta ' ' " ' o

a av. chicken wfre nastic

ei'we^ht- soft a met 1sll'

Visual Area Estimation: Percentacres Detected

Sample Number 21

Asbestos Minerals

12.

2Q

22.

40.

1A .2*

AnthophylliteChrysotileCrocidolite


TOTAL ASBESTOS

Otbar Fibrous Material

Fibrous

Zfi

Nonfibrous Materials 100.

a

5

3Q 25.

* t r = < l %

Analyst:Bill Hutcbinson

Date: Mav 6. 1992

••

thunter

000059

NALYTICASOLUTIONS



(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OP BULK ASBESTOS SAMPLE; ANALYSIS BYPOLARIZED LIGHT MICROSCOPY fPLMlEPA-600/M4-82-020

CLI ENT : Asbestos Analytics Inc.


LGN: 88039

PAGE 16 of 19

!aura la Descriptioni

SampleNumber

26

22

22

SQ

SI

Results of PLM Analvsist

Sample Number

*._x>estos Minerals

SampleDate

4/16/92

4/16/92

4/16/92

4/16/92

Sample Description-

Riser at counterweight, block insulaton. metal, chicken wire fl

Floor, vinvl Twith mastic!

Lon >ft white, cloth Unsiiltion!

T.ii - canvas


22 22 M £1

15

Tremolite-

* t r = < l %

hnphyllite - . _

1r<"><""iri<">l ite»

15 15

ASBESTOS ft

Hatarial

irous Glass 15

Synthetics

Other-

Materials £5

-feJL l4b( "

15**

S5**Mastic: 20%

chrysotile,vinyl: 15%chrysotile

**

IS.

lit

20. 10.

Date: Mav 6.1992

Bill Hutchinson

thunter

000060

ANALYTICASOLUTIONS



(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RFSULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPDT.&RIZED LIGHT MICROSCOPY (PLM)EPA-600XM4-82-020



LGN: 88039

PAGE 17 of 19

Sanmle naaer-iotion t


Si 4/16792

SI 4/16792

M 47J67J22

S5. 4/16/92

Sfi 4/16/92 '

Results of, PIiM ABflJ-vsjlst

Sample Description

LinCi soft SraY- canvas rjnsnJa^Qnl

FittiOSi hard pav- rinsulationl .

N° J'faiQplC collected

fijoimd jnjjide south end. around fdebrisl

Line, soft erav. brown rinsulationl

Visual Area Estimation* Percentacres Dstecp^d

Sample Number

Asbestos Minerals




TOTAL ASBESTOS

Otb»r Fibrous Material


Other


&2

211

1ft

15

15

65.

2Q

Not analyzed

2Q

2010.

*tr=

Analyst:r/

Bill Hutchinsori, Craig B. BrunoDate: May 6. 1992

thunter

000061

NALYTICASOLUTIONS



(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOT.ARTZRD LIGHT MICROSCOPY (PLM) EPA-600 /M4-82-020.



LGN: 88039

PAGE 18 of 19

a ancle D <a script ion i

SampleNumber

SL

2Q

21

Raaulta of."

SampleDate

4/16792

4/16792

4/16792

4/16792

4116m

A n a l s s

Sample Description

L e . soft a rinsulationl

rav rinsulationl

#6 boiler, soft wav. tar. chicken wire rinsulationl

#6 boiler refiractorv (soft)

#6 boiler, refrac ard)

Sample Number £1

--.beatos Minerals

AmositeAnthophy11ite



TOTAL ASBESTOS Ifi

Other Fibrous iiatarlal

Fibrous Glasacellulpse

,. vj:... ;<

SyntheticsOther

Honfibrous Materials SO

Visual Area Estimation: Percentaaes Detected20. 21

15

IS

15

2Q

15

65.

20.

20

Ifi

5Q 2Q

* tr —


Date: Mav 6.1992

thunter

000062


(303) 420-4449(800) 873-8707

ANALYTICS ' PAX: ,303) 420-1434SOLUTIONS

an Analytica Group company RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPDTARTZED LIGHT MICROSCOPY (PLMM?P&-finn/MA-82-020

CLIENT: Asbestos Analytics Inc. LGN: 88039


Sample Descriptiont

SampleNumber

22

21

R29

Sample Sample DescriptionDate

4/16/92 Block n^j]f|tion on too of cement on #6 boiler soft white

4/16792 Walls and doors, instil

4/16/92 Nfl tfnnple

iating mud

Results of Pm Analysis« visual Area Estimation: Percentages DetectedSample Number 22 21 £22

Asbestos Minerals Not analyzed

Amosite 10. _Anthophyllite

Chrysotile -Crocidolite

Tremolite-Actinolite _^__

TOTAL ASBESTOS Ifl d .

Otbar Fibrous Matarlal

Fibrous Glass ' ' - . : . 20 ______roil ill rt<u* 15

Nonflbrous Materials 9Q 55

*tr= <1%

Analyst: /,-Q~AX pK U — Date: May 6. 1992Bill Hutcbinson

thunter

000063

TALYTICAOL.UTIONS


18000W. Highway 72Golden. CO 80403-8299

(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOLARIZED T.TGHT MICROSCOPY (PLM)EPA-60Q/M4-82-02Q



Sample naaeriptiont

LGN: 88160

PAGE 1 of 15

SampleNumber

M .&£

21 ' ., 1--4*-'.

26

22.

Results of PT'M ftnfllYF

SampleDate

4/16/92

4/17/92

4/17/92

4/17/92

4/17/92 -'•

Sample Description

Long glass column, rone

#5 tower.block/mud/rock wool, ckn wire/ asphalt [insulation!

#2 rerun tower rinsulationl

#2 rerun stripper tower block/mud^ ckn wire/ a/fplfoalt f'nfiUl3t?onl

Visual Area Estimation: Percentaaes DetectedSample Number IS

—>estos Minerals

Amosite •Anthophyllite '

Chrysotile 10.Crocidolite ____


TOTAL ASBESTOS Zfl


Fibrous Glass • .Cellulose- 2QSynthetics; "

Other

Nonflbrous Materials 10

21

1Q

15 45

£5 10.

15 65.

15

If

65.

55 2Q

* t r—


Date: Mav 7. 1992

thunter

000064

ANALYTICASOLUTIONS



(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOLARISED LIGHT MICROSCOPY (PLMi EPA-600 /M4-82-020

CLIENT: Asbestos Analytics Inc. LGN:

PROJECT IDENTIFICATION: Cyril Petrochemical PAGE

9fl*fll»le Description t

Sample Sample Sample DescriptionNumber Date

28 4/17/92 #3 tower block/mud ckn wire/mastic finsula.Tio.lVI

99 4/17/92 #4 tower block/mud ckn wire/mnrt rinsnlarinnl

loo • 4/17/22 #1 rerun tower Mock/mud ckn wfrc/asph3'* f*nsiitefloifl

101 4/17/92 #2 tower block/mud ckn wire/afjpha,lt rinS?TlJ\t?r*pl

102 . 4/17/92 #1 tower, block/mud ckn wire/a.s.pftajf' firiMllfltJftnl

Results o* PLM AWS?-v'"i-t Visual Area Estimation: PercentaoesSample Number 2fl 22 Ififl Ifll

Asbestos Minerals •

Amosite ______ ._.__.._Anf h^phyl 1 i t*»

Chrysotile 15 20 40. 20.Croridolite , , , . . , , , ._„• , .

Tr-pmnl i t*a-Af-t-inr>l i t*a , _

TOTAL ASBESTOS 15 Hi 4fl 2Jft

Other Fibrous Matarial

Fibrous Glass 65. 50 15 2Q

88160

2 of 15

Detected •1Q2

25

15

25

fSyrtf^fK-^- '..•''•-• '

"n^i^r- • •

Honfibrons Materials 20. 20. 45 60 50

*tr=

Bill Hutcbinson/ Date: Mav 7.1992

thunter

000065

NALYTICASOLUTIONS

lalylica Group company

18000 W: Highway 72Golden. CO 80403-8299

(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSTS BYPOLARIZED LIGHT MICROSCOPY (PT.M1FPA-fiflfl/M4-82-02Q



LGN: 88160

PAGE 3 of 15

Samel i Paseriptiont


103 4/17/92

1Q4. .n. 4/17/92

, 1 Q 5 r/... 4/17/92

JQ$ . 4/17/92

102 4/17/92

Results oif PLM Analvsist

Sample Description

ffl rCTHD 8t*3ffK}flP^d tower north of <a*mrile 102. block/ mud ckn wire/masticfinfn'lfitionl360 stoddard strinoer tower block/mud, ckn wfae/macHr

K2 rsrun stilli fiftft tfln'miifli f^*1 w*re/a<rpbaJt ^nKn^tffm^

ff« Sitlli SOft tan/iniid. ckn wire/ajmh.alt rinsulationl

4 still soft tan/iifRfi- C^QD wiTB/nviiStic n isQlat^^tii

finHulationl

Visual Area Estimation: Percentaaes pgtectecl

Sample Number 102

bestos Minerals


Chrysotile 3QCrocidolite

Tremolite-Actinolite '

TOTAL ASBESTOS . 2fi

Othar Fibrous Material. "

Fibrous Glass . IflLCelluiosG'- -' '"'Synthetics • •-

Other

Konfibrous Materials 60

104 106

25

25

2Q 25

1QZ

20

M

25a*

* tr = < 1%


Date: Mav 7. 1992

thunter

000066

ANALYTICASOLUTIONS



(303) 420-4449(800) 873-8707

FAX:. (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSTS BYPOLARIZED LIGHT MICROSCOPY IPLM)EPA-6QD/M4-83-020



LGN: 88160

PAGE 4 of 15

Samole Description t

SampleNumber

102

no111112

Raaulta of PLM

SampleDate

4/17/92

4/17/92

4/17/92

- 4/17/92

. 4/17/92 "

Xnalvsist

Sample Description

$2 still Sftft tan/mud, ckn wire/a.STjh5ut f jpsi]lationl

^ JiWUD St*'l SOft H'll/Wllld. Ckn whWaCTihalt rinsulationl

If 1 fftilli SPf^ W^PTP^i CKP wire/asDhalt fhisnlationl

fl Still Sttcfc block/mud. ckt| wire/njasric finsiilatinnl

PdlHtiniZfiT tower, block/mud, ckn wtte/mastjcj fjjisiijationl ':

Visual Area Estimation* Percentacres DetectedSample Number 108

Asbestos Minerals


Chrysotile 5Q

Crocidolite


TOTAL ASBESTOS

Otbar Fibron* M«t«ri*l


Other

Nonfibrous Materials 50

109 ilfi 111

65. 25 2Q

15 20.

25 50

112

10

10


Date: Mav 7.1992

thunter

000067

NALYTICASOLUTIONS



(303) 420-4449(800) 873-8707

FAX: '(303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOLARIZED LIGHT MICROSCOPY (PLM^F.PA-600/M4_-82-020



LGN: 88160

PAGE . 5 of 15

Sanmle Deo

SampleNumber

in1H

115

ii*112

Results of PLM

eriDtioni

SampleDate

4/17/92

4/17/92

4/17/92

4/17/92

4/17/92

AnAlvsis t

Sample Description

Reformer refrppna^e trnyer (reboiler> block/miMJ, ckn wife/asphalt f insulation!

Strinner tower, block/mud. cknwire/asDhalt Imsulation]

tower, block/mad, ckjn wire/ynas^g rinsulationl

Old reformer hpfrofl (jecmniilator block/miitt, ckp wire/asphalt rjfls,nHatip,n1

Old nolv reactor tower, block/mud, ckn wire/asrthalt rinsulationl

Visual Area Estimation: Percentaaes Detected

Sample Number

I—beatos Minerals

Amosite

Anthophyllite

Chrysotile

Crocidolite


TOTAL ASBESTOS

Otb«r Fibrous Mmt«ri»l

Fibrous Glaasv;

HI LUi 112

10.

10. 25

Other

Nonfibrous Materials 25 25 2Q

* tr —

Analyst :>

Bill HutchinsonDat e: May 7.1992

thunter

000068

ANALYTICASOLUTIONS



(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

POLARIZED LIGHT MICROSCOPY ( PLM) EP*-600/M4-82-020

CLIENT : Asbestos Analytics Inc.


9 ft PIP 1« Description:


US 4/17/92

119 4/17/92

12Q 4/17/92

121 4/17/92

122 4/17/92

Results of PLM Amlyfflft

Sample Number 118

Asbestos Minerals

Amosi f e

An thophy 1 1 i ti e

Chrysotile 35P-rnr-i rlnl i t-P

Tremnl i re- Art- i nnl i t- f*

TOTAL ASBESTOS 15

Othar Fibrous Material

Fibrous Glass 4fl

Synth etfi'qs.

nt-he-r

Honfibrous Materials 25

*tr= <1%

Analyst :^^s*J^£&S&.

LGN: 88160

Cyril Petrochemical PAGE 6 of 15

Sample Description

Twin CB tower Cwesrt block/mud, ckn wire/asnhajt rinsulationl

1st CUt St2W*7- T tower soft tUP/mud ckn wJTE/asnJjalf rinsulationl

C?3S COHI Stftt*'''7rSr tower block/tnurt clcn orireAnasric rjnftlllfHiQnl

Crude flash to the main ciirde flash tower mineral wool/niud. ckn wire/asohaltnniiilatipniTe^3i5 SKxl an(l APCO 407 stripper mineral wool/mud, ckn. wjjn^/aspbaltfjjjjnjationl

Visual Area Estimation: Percentacres Det^e<;tSd119 120 121 122

5 1 5 - 4 5 ' ID

i 15 4j5 lH

40 45 6Q

55 4Q 55 20

'/[/sfa l/L^ff^^.^^^^ Dat<= . Mav 7. 1992Bill Hutchinson, Craig BfBruno <r

thunter

000069

NALYTICA;OLUTIONS



(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOLARIZED LIGHT MICROSCOPY (PLM)EPA-60n/M4-82-020



Descriptiont

LGN: 88160

PAGE 7 .of 15

SampleNumber

122

124

121

126

121

Results of PLM

SampleDate

4/17/92

• 4/17/92

'*" 4/17/92

4/17/92

4/17/92

Analysis *

Sample Description

Deisel/pas oil stripper.'' soft white jnetal fipsulationl

Ljgjdt cyclq ofl tower block/mud, ckn wire/asphalt [iflsn' *'OP^

Slurrv settler tower block/mud, ckjj wire f insi^afjC1™]

Anxiliarv k I d nd. ckn wire/ halt P lati nl

MlUn W'lPHn rock woo) ai)(l mi^f). ckn wire/asphalt r'Psnlfltinnl

Visual Area Estimation* Percentaoes Det§c^e<^

Sample Number 121

A-*>esto8 Minerals

Amosite _^_»Anthophyllite



TOTAL ASBESTOS

Othar Fibrous Katarial

Fibrous GlassCellulbseSynthetics

Other


125. 126. 121

20. 20.

1lr±1

2Q 25 10i

25 42

*tr =


Date: May 7. 1992

thunter

000070

ANALYTICASOI-UTIONS

an Anarytica Group company


(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOT.ARTZED LIGHT MICROSCOPY (PLM)RPA-SOO/M4-82-020



LGN: 88160

PAGE 8 of 15

Santole Description:

SampleNumber

128

122

J2Q

121

122

RQBUltS OJ

SampleDate

4/17/92

4/17/92

4/17/92

4/17/92

4/17/92

Sample Description

ator. rock wool and mud, ckn wire/asphalt rins,platiojfll

H2O separator.rock wool and mud, ckn wire/asphalt [insulation]

Oxidation tower, rock woo i wire/ashalt

Sample Number 12fi

Cylinder stock stripper, rock wool and mud, ckn wire/asphalt rinsulationl

YSCUUTn tOWpr. rock wool flUd mud, ckn wire/ambfllt [JIlfrilliUiflTll

Visual Area Estimation: Percentages Detected129 130 131 132

Asbestos Minerals

AmositeAnthophy11it e



TOTAL ASBESTOS

Otbar Fibrous Material


Other


15 40.

2Q 15

25 40

*tr=

Analyst:

Bill Hutchinson

Date: May 7. 1992

thunter

000071

.NALYTICASOLUTIONS

..lalytica Group company

18000 W. Highway.72Golden. CO 80403-8299

(303) 420-4449(800). 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BY.POLARIZED LIGHT MICROSCOPY (PLMVEPA-600/M4-82-020



LGN: 88160

PAGE 9 of 15

Sample Sample Sample DescriptionNumber Date

122 4/17/92 ISO strirmer. refractorv rinsulationl

13_.

125

336

122

. - < . . - • 4/17/92 ISO stripper tower, soft white legged insulation ckn wire/asphalt finsulationl

•-•* 4/17/92 Deprop reboiler tower, block/mud, ckjj wire/asnha]t Fnisulationl

4/17/92 Dehntiniy^r reboiler tower, block/miift, ckn, wire/asphalt fin^tflationl

4/17/92 H2S STfttBH Stripper Mock/p^i]d, ckjj winj/3ffphflllt rinsulationl

Results of, PLH ftPfl3-VBJBI

Sample Number 122

>estos MineralsAmosite

AnthophylliteChrysotiie

CrocidoliteTremolite-Actinolite

TOTAL ASBESTOS

Other Fibrouc Material

Fibrous GlassCellulpsej: 'Synthetics

Other •



40. 20. 15

60 10. 10.

* tl—


/ Date: Mav 7. 1992

thunter

000072

ANALYTICASOLUTIONS



(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BTTLK ASBESTOS SaMPT.K ANALYSTS BYPOLART7KD LTttHT MTCROSrOPY^pLM) EpA-£<™Y_M4-ft2-020

CLIENT: Asbestos Analytics Inc. LGN: 88160


Sample Sam]Number Dal

12E 402

122 402

J4Q 4J2Q

HI 4/20

142 48Q

Results of PLM Ann,}.vsisiSample Number

Asbestos Minerals




TOTAL ASBESTOS

Othar fibrous M»t«ri«l

Fibrous Glass.

SyntheeLcsT

pie Sample Description:e

/92 Csl Slfiv tower T2^ rock wool/mud ckn wfTf/awhaJt fiH-SUlflP'0'1^

192 Desalter towers G) mineral woolAnnd^ckn wire&snhalt rinsulationl

$2 Gxbfliiiit fitfflm kn^^^H1 pot. soft srey mf fal ^insnlationi

^92 WfltfiT knockout pot block/mud. ''ckn wijrft/fljfrfjjalf rhisn|a^ionl

138 122 140 14J. 142

70 70

15 50 40

15 5A ZH ifl 1ft

15 2

Honfibrous Materials 5Q

* tr =tr= <


Date: May 7. 1992

thunter

000073

NALYTICASOLUTIONS

.alylica Group company RESUT.TS OF BULK ASfiESTOS SAMPLE ANALYSIS BYPOLARIZED LIGHT MICRO.qrnPV (PLM)EPA-6Q£/M4=B2^Q2il


(303) 420-4449(800) 873-8707

FAX: (303) 420-1434



LGN: 88160

PAGE 11 of 15

SampleNumber

142

. 1 4 4

^ • .,...*

J42

Results of PLM Anal vi

SampleDate

4/20/92

400/92

400/92

400/92

400/92 '

Wit (frw1! blockAnud. ckn

Old heat exchanger tabes

NO, sample

Sample Description

wire/asDhalt rinsulationl

soft urev metal rinsulationl

Primary crinJe, pas oil fla$fi tower exchancer. soft white metal

Diesel stripper block/mud, metal limn

Visual Area Estimation:

rinsulationl

Percentaaes DetectedSample Number 143

bestos Minerals




TOTAL ASBESTOS

Other Flbrouo Matarial .

Fibrous Glass 20.

Cellulose 10.Synthetics

Other


14*

20.5

65.

Not analyzed

146

25

141

25.5

* tr =tr= < 1%

Analyst:Crai»l4. Bruno

Date: Mav 7. 1992

thunter

000074

ANALYTICASOLUTIONS



(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK A^pESTOS SAMPLE ANALYSIS BYPOLARIZED LIGHT MICROSCOPY f PLM^PA-600 /M4-82-020



Paaeript ion i

LGN: 88160

PAGE 12 of 15

SampleNumber

14&

SampleDate

400/92

Sample Description

Flash tower heater door mud rinsulationl

142

15Q

J51

152

4/20/92 Flash tffwef heater refractory -refractory/dirt

4/20/92 150 Stgflni ftOti block/mud ckn wfog/amhajt fin^'lfltionl

4/20/92 Agph^jt rajfldiifln. YCTSCS asphalt, soft

Tator knockout ot. block/mud,

Results elf PUt JUm3-v*i*' visual Area Estimation: Percentages Detected

Sample Number lift 142 120 ILL 122

Asbestos Minerals

AnthophylliteChrysotile

Crocidolite

TOTAL ASBESTOS

Oth«r Fibrous Material

Fibrous Glasa


*tr =

Analyst:

. BrunoDate: Mav 7. 1992

thunter

000075

NALYTICASOLUTIONS

an Anaiytica Group company


(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOT.ART7ED LIGHT MICROSCOPY (PLM)EPA-600/M4-82-020



LGNt 88160

PAGE 13 of 15

S aura la

SampleNumber

151

154

155 - • " '

. 1 5 2

Results of IPLM

SampleDate

400/92

5 ; 400/92

]^'. 400/92

4OO/92

400/92 '

Analyses t

Sample Description

Asphalt sample not. soft srev metal rinsulationl •

Black eas (EGO) oil drmn Work/mini, ckn wire/asnhalt fh

Light cvcle oil pots, soft white, metal finstjlafjoîl

Crude vs. gas ojj (JXChfilTIf PT Wock/mu'?, nifftfll Fii!l!illlaf'0Pl

^2 sf^fj/n gfêratrir ki]ocjc poA block/mud, ckn. winr/ftjephajt

Visual Area Estimation: Percentaaes

isularionl

finsnlationl

Detected

Sample Number

. £>«etos Minerals




TOTAL ASBESTOS

other Fibrous Material

Fibrous Glass,

152

SynthetiqÔther-


a

2i

••M^

ffi

2Q

10.

20.5.

22 65.

14

"Ifl5

25

i

50.

* tr-tr= <

Analyst:_Crai^B. Bruno

Date: May 7.1992

thunter

000076

ANALYTICASOLUTIONS


18000 W: Highway 72Golden. CO 80403-8299

(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BPLK ASBESTOS SAMPLE ANALYSIS BYPOLARIZED LIGHT MICROSCOPY (PLM)EPA-600/M4-82-020



Description»

LGN: 88160

PAGE 14 of 15

SampleNumber

Jffl

152

IfiQ

-

SampleDate.

400/92

4OO/92

400/92

4OO/92

Sample Description

eneratt?r- block/mud, ckn

Additive ot soft white, meta

block/mud, ckn w re/ashal

block/mud, wre/asr»a finsnlat

nockout ot wool, metal ri

Visual Area Estimation: Percentages DetectedSample Number 15&

Asbestos Minerals


Chrysotile tttCrocidolite •


TOTAL ASBESTOS ttf

Othor Fibrous Matsrial

Fibrous Glass 20Cellulose tttSynthetics

Other


152 160

5Q

161 162

55

54

55

n*

20.n*

20fit

40. 66. 2Q

*tr=

Analyst:Craig'B. Bruno

Date: Mav7. 1992

thunter

000077

NALYTICASOLUTIONS

an Analylica Group company


(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OP BULK ASBESTOS SAMPLE ANALYSTS BYPOLARIZED LIGHT MICROSCOPY (PLM^KPA-6f)0/Md-83-0.20



LGN: 88160

PAGE 15 of 15

SampleNumber

18.

1&.

!DJ

166

Results of PLM

SampleDate

4Z2QS2

•' 400/92

4/20/92

4/20/92

400/92

AnalvfliBt

RfifiifMUBl ejcchanper rock

Drum, rp i wool Wfln^ct *

pp^ h]pck/ceme^L me )] p

Etb?I hffllR6 linp- s°ft prev.

E ie| ]]ouse fittinji C6"*6111

Sample Description

wool/mineral wool nie(g] riPf5ll){"*nT'l

ckn wirp/^spr]^lt rinsulationl

>isi]lationi

. metal rinsulationl

r Finsnlarinnl


Sample Number

i. ^estos Minerals

Amosite

Anthophyllite

Chrysotile

Crocidolite


TOTAL ASBESTOS

Othar Flbrou* Matarial

Fibrous Glass;.

162 166

40.

161

15.

25ti*

Synthetics':

Other

Hpnfibrous Materials

55

55 25 50.

IS.

55

25

* fr —

Analyst /Bruno

Date: May 7. 1992

thunter

000078

ANALYTICASOLUTIONS



(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOLARIZED LIGHT MICROSCOPY (PLM>EPA-600/M4-82-020


PROJECT IDENTIFICATION: Cyril Petrochemical Plant

LGN: 88462

PAGE 1 of 12

SampleNumber

#169

#170

#171

#172

Results of P_H

SampleDate

4/21/92

401/92

4/21/92

4/21/92

4/21/92 '

[ A&alvsisi

Sample Description

15011? StCfiQl svstem fitTlTlB cement, ck wire/asphalt fipSlllBtiftpl

ISOlh steapj line, soft grev. metal rinsulationl

ExhaUSt Steam lias- soft P«v. metal rinsulationl

Cn^flaQSt rtt^flQl fittinc cenient. asphalt rins^lationi

Ex^lHftt S'finTH JillCi Bircell/soft grev metal mjn, wool n? "*! (insulationl

Visual Area Estimation: Percentaaes DetectedSample timber #16* #169 #170 #171 #172

Asbestos Minerals

AroositeAnthophy1lite

Chrysotile

50

10. 15.


TOTAL ASBESTOS

Othar Fibroua Material

Fibrous Glass

64 15

tt*

15.

15

60.

15 15

15

10.

15

60

Honfibrous Materials 40. S5 25 25 25

*tr=


: Mav 11.

thunter

000079

ANALYTICASOLUTIONS

i Analytica Group companyRESULTS OF BDTJC ASBESTOS SAMPLE ANALYSIS BY

LIGHT MICROSCOPY (VIM) BPA-600/M4-82-020


(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

Client: ASBESTOS ANALYTICS INC

Project ID: Cyril Petrochemical Plant

LGN: 300474

Page: 1 of 1

Sample Description:

Sample Number Sample Date Description

" " / / Cvril Petrochemical QC ifiberglass insulation withtan cloth (inseparable)1

bs of PMt Analysis; Visual Area Estimation; Percentages Detected

Sample Number: /P-172 ;

.sbestiform Minerals:mositeKt hophy11itehrysotilerocidoliteremolite-Actinolite

TOTAL ASBESTOS

20

20

ther Fibrous Materials«:ibrous Glass 'ellulose • _ynthetics .ther:

ercent NonfibrousMaterial 10

na. Date: 06/04/92Craiova. Bruno

thunter

000080

ANALYTICASOLUTIONS


• 3000 W. Highway . 2Golden. CO 30403-3299

(303) 420-4449(800) 873-3707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOLARIZED LIGHT MICROSCOPY (PLM)EPA-600/M4-82-020



Sample Descriptiont

LGN: 88462

PAGE 2 of 12

SampleNumber

#173

#174

#175

#176

#177

Results of PJMf

SampleDate

401192

4/21/92

4121192

401192

401/92 '

Analysis t

Sample Description

Fire pump MM} train loading rack loop line, soft grev. metal rinsulationl

Fire PUPP a?ld train loading rack loop fitting, soft greYi 98pha't rinsulationl

Sttjajn line. 'soft grev, pnttaJ finsulationl

Stffflfll POt fitting, soft grev rinsulationl

Fire onniD and train loading rack IOOD line, soft erev. metal

Visual Area Estimation: Percentaaes

frnsiilationl

DetectedSample Number #173

Asbestos MineralsAmosite 60.

AnthophylliteChrysotile


TOTAL ASBESTOS

Other Pibrou» Material


Other

#174 #175

60.

20.

50.

Honf ibrous Materials 40. 20 40.

#176

15.

L5

55.

20

#177

*tr= <


Date: Mav 11. 1992

thunter

000081

NALYTICASOLUTIONS


18000 w: Highway 72Golden. CO 80403-8299

(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOT.ARTZED LIGHT MICROSCOPY fPLM>RPA-fiOO/M4-82-020


PROJECT IDENTIFICATION; Cyril Petrochemical Plant

LGN: 88462

PAGE 3 of 12

Sample Desci

SampleNumber

#178

#^79

#180

#181

#18?

Results of PLM J

p Option:

SampleDate

407/92

4/27/92

4/27/92

407/92

407/92 '

Sample Description

Tank 2K. rode wool, metal rinsulationl

tank 41 rode wool, metal rinsulationl

Tank 94 mineral wool nettl Hn-ilMtnnl

TflnK 8?i mineral wool ipptsl Finsulfltionl

Visual Area Estimation: Percentaaes DetectedSample Number

»estos Minerals




TOTAL ASBESTOS

Other Fibroua K«t«ri«l •

Fibrous.. Glass

#178

SynthetlcssOther: -

Honf ibrous Materials

2Q

1Q_ 10. 10.

* tr —


Date: May 11. 1992

thunter

000082

ANALYTICASOLUTIONS

1SOOO W. Highway 72Golden. CO 80403-8299

(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOLARIZED L,I<;




#183 407/92

#184 407/92

#185 407192

#186 407/92

#187 4J27J22 '

Results of PUf AnfllYPia:

Sample Number #183

Asbestos Minerals

AmoRiteAnt-hnpriyl 1 i t_t*

Chrysnf i 1 *»

Tr^Tnril i 1" f»- Art i r)r>l -j t <?

TOTAL ASBESTOS ft

Other PibrouB Material

Fibrous Glass 2Q

3HT MICROSCOPY f PT,M) EPA-600 /M4-82-020

LGN: 88462

Cyril Petrochemical Plant PAGE 4 Of 12

Sample Description

Took 82i mineral wooL metal finflllfltion^

TifllK (?4i M)ft crev ck. wire/asphalt rinsi]lf}|jopl

TiUlk fiî Sftft prev. ck. wire/a^phaiJt FillSlllfltiO1^

T<UlK ()2i CfiTHIpnt- soft prev ck wire/asn^Jt rfnsnâtirnil

TtUlk fi2r iWft -prev. ck wire/asfptiaJt finSlllflli'Tf^

Visual Area Estimation: Percentaaes Detected#184 #18S #186 #187

15 15 15 15

15 15 15 15

30 30 60

^ ,-îP^ - . ".",. ~- '•"'

Other

Honf ibrous Materials 1Q

* t r = < l %

Analyst : XJ^X\ /H^r^L-^"

£5 55 55 25

: — Datp- Mavll.]992

Bill Hutchinson

thunter

000083

VNALYTICASOLUTIONS

\nalytica Group company

18000 W. Highway 72Golden..CO 80403-8299

(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOLARIZED LIGHT MICROSCOPY (PLM1EPA-600/M4-R3-030



LGN: 88462

PAGE 5 of 12

SampleNumber

#188

#189

#190

#191

$122

SampleDate

4/27/92

407/92

407/92

4/27/92

4/27/92

Sample Description

Tank Qfl, mineral wool, metal rinsulationl

rev. ck. w ire /aa l t rinsulationl

a 63! wool. ck. wire/sr ls

ank iineral wool. ck. wire/asa

wool. ck. wire/ah»

Results of PTtM Analysis t

Sample Number *.188

bestos Minerals

AmositeAnthophy11ite

Chrysotile _, _.Crocidolite _j__


TOTAL ASBESTOS ft

Otbar FlbrouB Mataz-lal

Fibrous Glass 2Q

Cellulose ._''Synthetics

Other

Nonfibrous Materials 10

Visual Area Estimation: Pernent.aagg Detected#189 #190 #191 #192

20

1ft

20

ft

2Q 60

50 25. 20 25.

*tr=


Date: May 11.1992

thunter

000084

ANALYTICASOLUTIONS


1SOGG W.-Highway 72Golaen. CO 30403-8299

(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOLARIZED LIGHT MICROSCOPY (PLM)EPA-600/M4-82-020



LGN: 88462

PAGE 6 of 12

SampleNumber

#193

#194

#195

#196

#197

Results of PLM 1

SampleDate

407/92

4/27/92

4127192

4127192

407/92 '

inalvsist

Sample Description

TffilK l(X)i pgjnent/f. {f^SSi (ft WfTB/iBSBlH1'* rinsiilationl

Tank ?i mineral wool mstal f jnsniationi

Tfflk 135 Mineral wool. ck. wire/asphalt

ResidiUBl tO WniITnl tower heater line ( c

Rjeaifiimn to vai^mini fower heater flttillf

n™ilarinnl

lill soft pev. metal Finsnlarionl

(n\l\ hard crev. naint rinsulationl

Visual Area Estimation* Percentaaes DetectedSample Number #193 #194 #195 #196 #197

Asbestos Mineral*

Amosite ' 10,Anthophy1lite

Chrysotile


TOTAL ASBESTOS

Othor Fibrous Material

Fibrous Glass

2.

5U

40

a

2Q

in

15

15

25.


*tr=

Analvst:Bill Hutcbinson

Dat«=" Mavl 1.1992

thunter

000085

NALYTICASOLUTIONS



(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OP BULK ASBESTOS SAMPLE ANALYSIS BYPOLARIZED LIGHT MICROSCOPY (PLM)EPA-600/M4-82-020



LGN: 88462

PAGE 7 of 12

Samole

SampleNumber

#198

#199

#200

#201

#202

Results of PTrM

• SampleDate

4/27/92

407/92

407/92

4/27/92

4/27/92 "

Sample Description

VacHMm tower asnhalt to storage line, soft crev inetal (Insulation!

Y&CUUfll tftWef SSPhalt to storage fitting soft srev netting and DQJTltfiflgujationl 'Bla^lr gas nil from vac tower line soft prev. metal rinsulationl

Sl3£k SftS Oil from v^c tower fitting hfflrf BTCY c^ w're'a'ilrt\3lt ffflSUlStion^

Heaw cvcle oil from vac tower line, soft grev. metal rinsulationl -

Visual Area Estimation: Percentaaes Defected

Sample Number

bestos Minerals

Amosite

Ahthophyllite

Chrysotile

Crocidolite


TOTAL ASBESTOS

ocbar Fibrous Material

Fibrous Glass

#.198

60.

£122 #200 #201 #202

10. 2Q

ttf

&Q

20

Syntheti.Cs"

Other

Honf ibrous Materials 4Q 20. 10. 20

*tr=


Date: May 11.1992

thunter

000086

ANALYTICASOLUTIONS


18000 W. riignway 72Golden, CO 80403-8299

. (303) 420-4449(800) 873-8707

FAX: (303) 420-1434 /

RESULTS OF BULK ASBESTOS SAMPLE ANALYSTS BYPOLARIZED LIGHT MICROSCOPY ( PT_M) KPA-fiOO /M4-82-020



LGN: 88462 -

PAGE 8 of 12

Samole Description;

SampleNumber

#203

#204

#205

#206

#207

Results of 1PLM Vl1

SampleDate

407/92

4/27/92

407/92

4/28/92

4/28/92

Sample Description

Heaw cyc}e oil from vac tower fitting htffrt ?rev. ck. wire/asphalt fiijsulatioul

Light CYClC °il fronj va£ fifling soft grev m,etaj fJnMllittifflll

Light CYClt oil from YSQ fittnu? hflpl cement, ck win?/aftpll3lt

Raw oj] \\RS |o CAT cracker rinMilationl

Raw oil to CAT cracker rin^nJatjonl

Visual Area Estimation* Percentaaes D

rhisnlationl

Sample Number *2Q3

Asbestos Minerals

Amosite

Anthophyllite

Chrysotile 15

Crocidolite


TOTAL ASBESTOS


Fibrous Glass 20.CelluloseSynthetics

Other


#704

60

#205

60

#206

60.

(LQ

#207

15

40

40 40. 40

*tr=


Date: Mavll . 1992

thunter

000087

\NALYTICASOLUTIONS

. Analytica Group company


(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOLARIZED LIGHT MICROSCOPY (PLM)EPA-600/M4-a2-020



LGN: 88462

PAGE 9 of 12

SampleNumber

£208

#209

#210

#212

H^Xilt-P of pm

SampleDate

4/28/92

" 4/28/92

4/28/92

422/22

4Q8/92 "

Sample Description

Slurrv from m.ajn column (line) suction soft grey nKtfll rinsulationl

SlUTTY from Olflifl C°!I111(11? (IP^1?^ ucfion hard prev dc, wjfe/asphaltrinsulationlHeavy cvcle oil from main column n^ne), ^ft arev cqetal rinsulationl

Heaw cvcle oil (Voiii rnain ^oniTTiii \ fittU12 r tTiarfl PT^^ ck. wire/asohaltrinsiilnrionlLitbt CYtte Oil ftVIU TTllfi1l W)llimr* KJ-J' PP6*' flinch soft grev n^taj fJusulftrtW)

Visual Area Estimation: Percentaces Detected

Sample Number

bestos Minerals




TOTAL ASBESTOS

Othar Fibrou* M«t»ri«l

Fibrous Glass

1205

60*

#209 »21Q

2Q

Ifi

Other

Nonfibrous Materials 40. 20. 20.

#211

10.

5

15

40

45.

#212

2Q

20

* fr —


Date: May 11.1992

thunter

000088

ANALYTICASOLUTIONS



(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOLARIZED LIGHT MICROSCOPY ( PLM) EPA-600 /M4-82-J125.



LGN: 88462

PAGE 10 of 12

Samela Description:

SampleNumber

#213

#214

#215

#216

#217

Results <ft PLM

SampleDate

4/28/92

4/28/92

4/28/92

4/28/92

40X192 '

Sample Description

Light cvcle oil from main column to stripper (fitting") hard pev. ck.

dlldfi flsfib tower resid (line) soft grey ITCtifJ Tinsnlationl

CrnA} flflftil tPwer resid (fjttjn,g) frard. prev. metal fJHSUl30'00!

Gd& ftil (TillP^ fj"fwn fla$,|) fower to nmim an>in)(] 311(1 f g,3* oi stripper softwin"*, mfiOl finsulationlCT&R ftfl (fitting) ftvo flash tower to nnrrm around and to gas oil striDoerwhi^, mc^l rinsulationl

Visual Area Estimation* Percentacres Detects

soft

jH

Sample Number

Asbestos Minerals




TOTAL ASBESTOS

Other Fibrous Matsrial

Fibrous GlassCelluloseSyntheti'cst

Other


(Lfi

#214 #215 #216 #217

25

60.

2Talc

25

2Talc

26

*tr=


Date: Mavll . 1992

thunter

000089

\NALYTICASOLUTIONS


18000 W..Highway 72Golden. CO 80403-8299

(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF RtTLK ASBESTOS SAMPLE ANALYSIS BYPDT.&PTZED LIGHT MICROSCOPY (PLM^EPA-600/M4-82-020


PROJECT. IDENTIFICATION : Cyril Petrochemical Plant

Samels Donerlotion;

LGN: 88462

PAGE 11 of 12

SampleNumber

#219

#220

. #221

2222

Results o* PLM

SampleDate

4/28/92

•'*'* 4/28/92

4 4fl8/22

4/28/92

4/28/92 "

Analysis t

Sample Description

FlflSh tOWCT djftjjel (IJpe) soft erev. mptal Tinsnlarinnl

FlflSb tOWCT Spco 467

Flash tpwef apco 467

Flflsb tower Texas sto

Flustb tower MS RW

OilC^ M)ft grev. metal rimi a,tfon.l

(fifties) hiff^ fFT- c - winr/affphalt r^nftiilii^P11!

f] (IJP^) S°ft grev. metal rinsulationl

d fftttinff^ hard crevi mclal rinsnlationl

Visual Area Estimation: Percentacres Detected

Sample Number #218

^bastos Minerals

Amosite 6QAnthophyllite _^

Chrysotile.Crocidolite


60 60 60

15

TOTAL ASBESTOS &Q

Other Fibrous

Fibrous GlassCelluiipse

.SyntheticsOther

Nonf ibrous Materials

20.

40 55 40.

*tr=


Date: Mav. 11. 1992

thunter

000090

ANALYTICASOLUTIONS



(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOLARIZED LIGHT MTCRO.qrnPV (PLM) EPA-600/M4-82-Q_2£



LGN: 88462

PAGE 12 of 12

Sample Description»

SampleNumber

SampleDate

Sample Description

#223

#224

#225

#226

4/28/92 ' Vapor, line from F.T. heater to F.T. fline) rock. wooL metal

4/28/92 Vapor line from F.T. heater to F.T. (fitting) hard pev. ck. wire/asphalt[insulation!

4/28/92 , Secondary crude to .flash tower fline) soft pev. metal Hi

4/28/92 •SeCftHldary cni<?e U) fHflSh tower (fitting) hitfti R^V- ck. wifg/asptialt finsulation

Results of PIiM Analysis < Visual Area Estimation: Percentages DetectedSample Number #223

Asbestos Minerals


Chrysotile


TOTAL ASBESTOS



Other

Konfibrous Materials

a

65

#224

HT^^^•^H

Hi

60

20

#225

60.

#226

10•• •B

^^^ •

IQ

20

40.

* ti—


Date: Mav 11.1992

thunter

000091

ANALYTICASOLUTIONS

an Analytica Group company 3F'BULK ASBESTOS SAMPLE ANALYSIS BYEGHT MICROSCOPY (PLM) EPA-600/M4-82-020


(303) 420-4449(800) 873-8707

FAX: (303) 420-1434


Project ID: Cyril Petrochemicl Plant

LGN: 300129

Page: 1 of 6

Samr>l.e Description*

Sample Number

227

228*

228 FA1

228 rB!

229 •

Sample Date Description

-04/30/92

04/30/92

04/30/92

04/30/92

04/30/92

Soft arav. metal/primarv crude at crude flashtower (line) Ttan fibrous material! ;Hard crrav ck. wire/asphalt/primarv crude (fitting)fwhite material and black material! [ .White material ... . .... .

Black material .

Soft qrav. metal/fuel oil to furnaces & boilers(line) Tarav fibrous material! '

'.to of PLM Analysis:

Sample Number: 227


228* . 228 TA! 228 TB! 229

Asbestiform Minerals:AmositeAnthophylliteChrysotileCrocidoliteTremolite-Actinolite

TOTAL ASBESTOS

25

30

35

25

25

Other Fibrous Materials ,.;Fibrous Glass .'.. 5fi'-£Cellulose . .,.;•;-.*;'•;Synthetics • - -••'-•Dther:

14 15

Trace <1%

35

11 10 20

Percent NonfibrousMaterial 60 74 75 55 55

* Multilayered sample, see individual layer analyses,

ly />, fe>4^^r, . ' -st: Date: 05/19/92Crai . Bruno

thunter

000092

ANALYTICASOLUTIONS

an Analytica Group companyRESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BY

POLARIZED LIGHT MICROSCOPY (PLM) EPA-600/M4-82-020


(303) 420-4449(800) 873-8707

FAX: (303) 420-1434



LGN:- 300129

Page: 2 of 6

Description:

Sample Number

230*


04/30/92 Hard arav. nvlon mesh/aaphalt/fuel oil to furnaces

230 fAl

230 FBI

231

232

Results

04/30/92

04/30/92

04/30/92

04/30/92

of PLM Analysis; Visual

(f ittincr) Ftan material and black material!Tan material

Black material

Soft aray. metal/primarv crude to crude still •(line) rinsulationlHard orav. ck. wire/asohalt/primarv crude to crudestill (fittina) f insulation!

Area Estimation: Percentaaeg Defected

Sample Number: 230*

sbestiform Minerals:mosite Trace <1%nthophyllite .hrysotile 3rocidoliteremolite-Actinolite

TOTAL ASBESTOS

ther Fibrous Materials:ibrous Glass • -.ellulose ' '-'riy-ynthetics • - • • - .ther: Trace <1%

Trace <1%

Trace <1%

Trace <1%

20

30

30

ercent NonfibrousMaterial 73 75 65

* Multilayered sample, see individual layer analyses.

jialyst:Crai . Bruno

232

15

35 15

10

55 70

Date: 05/19/92

thunter

000093

iNALYTICASOLUTIONS

an Analytica Group company RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOLARIZED LIGHT MICROSCOPY (PLM) EPA-600/M4-82-020


(303) 420-4449(800) 873-8707

FAX: (303) 420-1434



LGN: 300129

Page: 3 of 6

Sample Description:

Sample Number

233 ; ___

234 •

235

236*

236 FA! •.


04-/30/92

04/30/92

04/30/92

04/30/92

04/30/92

Soft gray, metal/svlica alumina tower (line)Finsulation!Hard arav. ck. wire/asphalt/svlica alumina tower(fitting) Tinsulation! ;Soft gray, metal/siev treater (line) finsulation!

Hard arav. ck. wire/asphalt/siev treater (fitting)rinsulation with black material! •_Insulation

Efe ts of PLM Analysis:

Sample Number: 233

Visual Area Estimation; Percentaaes Detected

234 235 _ 236* '

isbestiform Minerals:\mositeinthophylliterhrysotile'.rocidolite:remolite-Actinolite

TOTAL ASBESTOS

30

30

Jther Fibrous Materials :.£'ibrous Glass '-'\5 .:ellulose -; . s—synthetics ' -.y -tther:

ercent NonfibrousMaterial 60

75Trace <1%

20

30

30

60

* Multilayered sample, see individual layer analyses. .

n? t :. Bruno

23

23

69

236 fA!

20

20

70

Date: 05/19/92

thunter

000094

ANALYTICASOLUTIONS

an Analytica Group company RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOLARIZED LIGHT MICROSCOPY (PLM) EPA-600/M4-82-020


(303) 420-4449(800) 873-8707

FAX. (303) 420-1434

:iient: ASBESTOS ANALYTICS INC

•reject ID: Cyril Petrochemicl Plant

LGN: 300129

Page: 4 of 6

Description;

Sample Number

;36 FBI

!37

!3J

13J _ ••

MO


04/30/92 Black material

04/30/92

05/01/92

05/01/92

Soft arey. metal/heat exchanger fsample not.received!Soft arav. metal/hot oil from accumulatorto heater(line) F insulation! •__

05/01/92

Hard arav/hot oil from hot oil accumulator toheater (fitting) • Finsulation! ; .Soft white, metal/hvdrooen to compressor (line)f insulation! •

tesulta of PLM Analysis: Visual Area Estimation: Percentaaes Detected

Sample Number: 236 FB! 237 238 239

Jbestiform Minerals:nositeithophylliteirysotilecocidolitecemolite-Actinolite

TOTAL ASBESTOS

Not Analyzed30

35

35 32

Fibrous Materials:Lbrous Glass "sllulose - -'ynthetics -*ther:

arcent NonfibrousMaterial 65 58

* Multilayere^t sample, see individual layer analyses.

_ j( — —Craijgr B. Bruno

240

55

32 95

Date: 05/19/92

thunter

000095

\NALYTICASOLUTIONS

an Analytica Group companyRESULTS OF BULK ASBESTOS

SPY IISIS B1

30/M4-82-020

18000W. Highway 72Golden. CO 80403-8299

(303) 420-4449(800) 873-8707

FAX: (303) 420-1434



LGN: 300472

Page: 2 of 2

Sample Description;

Sample Number

237 '


04/30/92 Alkalation unit/heat exchanger finsulation!

\ >'£ •: '&<:

ts of pr.i* Analysis t Visual Area Estimation; Percentages Detected

Sample Number: 237 ; ; ]

Lsbestiform Minerals:unosite •mthophyllite . -ttirysotile .:rocidolite .__Jremolite-Actinolite -

TOTAL ASBESTOS 0 ' " • • •

ither Fibrous'ibrous Glass ___^__iellulose ' Trqi.caV'<3,%..

• :ynthetics •• '-''\:':-:.- . -ither: •

— 'ercent NonfibrousMaterial 25

Date: 06/03/92Craig/B. Bruno

thunter

000096

ANALYTICASOLUTIONS

an Analytica Group company RESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BYPOLARIZED LIGHT MICROSCOPY (PLM) EPA-600/M4-82-02Q


. (303) 420-4449(800) 873-8707

FAX: (303) 420-1434



LGN: 300129

Page: 5 of 6

Description:

Sample Number

241*

241 FA!

241 IB!

242

243*


05/01/92

05/01/92

05/01/92

05/01/92

05/01/92

Soft white, metal, ck. wire/hvdroaen to compressor(fitting) Fwhite and black material!White material ]

Black material

Soft qrav. metal/diesel pump (line) rinsulationl

Hard cement, ck. wire/asphalt/deisel pump line(fitting) Finsulation with black material! .

Results of PLM Analysis:

Sample Number: 241*


241 FA! 241 FB! 242

.sbestiform Minerals:mositenthophyllite •:hrysotile Traceirocidolite'remolite-Actinolite

TOTAL ASBESTOS Tr OLCS

>ther Fibrous Materials:'ibrous Glass 24lellulose . 5synthetics)ther:

25

'ercent NonfibrousMaterial 71 70 90


/r £Analyst: U^^-f ^'Craio>4. Bruno

243*

30

30

60

Trace <1%

20

20

15

Trace <1%

60

Date: 05/19/92 .

thunter

000097

\NALYTICASOLUTIONS .

_ . Analytica Croup company

POLARIZED LIGHT MICROSCOPY (PLM) EPA-600/M4-82-020


(303) 420-4449(800) 873-8707

FAX: (303) 420-1434


Project ID: Cyril Petrochemiel Plant

LGN: 300129

Page: 6 of 6

Sample Description;

Sample Number

243 fA! .

243 FB!


05/01/92 Insulation

05/01/92 Black material

R> Its of PLM Analysis: Visual Area Estimation; Percentages Detected

Sample Number: 243 FA! 243 FBI __^___

Asbestiform Minerals:AmositeAnthophylliteChrysotileCrocidoliteTremolite-Actinolite

TOTAL ASBESTOS

20

21

Other Fibrous MaterialsrFibrous Glass : -r:CelluloseSyntheticsOther:

Percent NonfibrousMaterial 59

35

35,

65


AT st: Date: 05/19/92Craig** B. Bruno

thunter

000098

ANALYTICASOLUTIONS

an Analytica Group companyRESULTS OF BULK ASBESTOS SAMPLE ANALYSIS BY

POLARIZED LIGHT MICROSCOPY (PLM1 EPA-600/M4-82-020


(303) 420-4449(800) 873-8707

FAX: (303) 420-1434

Silent: ASBESTOS ANALYTICS INC


LGN: 300472

Page: . 1 of 2

S«»»ple Description t

Sample Number

244 .

245

346

247

248


OB/14/92 Air-blown (floor area)/asphalt lines finsulation!

05/14/92 Air-blown/»8 & *9 still Finsulation!

05/14/92

05/14/92

Train loading rack/steam line (R-169) Finsulation!

05/14/92

Dumping pit/debris east of air—blown fntultilaveredinsulation (inseparable)!Asphalt S road oil/pipelines rinsulation!

Results of PLM Analysisi

Sample Number: 244

Visual Area Estimation; Percentaaes Detected

245 • . 346 247

sbestiform Minerals:mositenthophyllite:hrysotile:rocidolite•reraol ite-Act ino 1 ite

TOTAL ASBESTOS

45

45

ther Fibrous Materials?-;,'ibrous Glass 5lellulosesynthetics»ther:

5_

'ercent NonfibrousMaterial

malyst:

45

Craigjy. Bruno

40

40

20

35

248

40

10

50

40

Trace <1%

25IS

55

40

Trace <1%

40

50

Date: 06/03/92

thunter

000099

o« .Nortnwest 5tn Street, Suite 2MOCRE, OKLAHOMA 73160

CLIENT' NAMElASBESTOS ANALYTICS, INC.ADDRESS:229 N 3ERV RD., J7

MOORE OK 7

92076"

7- '3-1392

. -BUILDING:INSPECTOR !fAHE:ASBESTOS ANALYTICS, INC.

CYRIL PETRO CHEMICAL PLANTBUILDING NAME:CYRIL PETRO

INSPECTOR NUMBER:UNKNOWN

' - - BULK SAMPLE ANALYSIS REPORT

AREA SAMPLENO. NO.

237

24S

LABNO.

913

914

TYPE OFMATERIAL

SOFT GREY

SOFT GREY

LOCATION

ALKY HEATEXCHANGERBOILER WATERTREATMENTCHEM. HOPPER

ACMCOMPONENT

NONE DETECTED

CHRYSOTILE

I

0

1-3

NON-ACMCOMPONENT %

FIBROUS GL 98BINDERS 1-2CELLULOSE 1-2FIBROUS GL 40BINDERS 50

METHOD: Polarized Light Microscopy;.:•••. . Nikon Labophot PLM with HcCrone Dispersion Staining

Percentages >1% are considered to contain asbestos by the EPAPercentages <1% are considered non-asbestos by the EPA

National Voluntary Laboratory Accreditation Program/National Instituteof Standards and Technology Accredited Laboratory.

NVLAF Program Code Identification Number 1580.

I certify that the above samples were analyzed in strict accordancewith applicable^slandards and government regulations.

l£~i k.tS-JL. :' Signature •. "'

thunter

000100

APPENDIX B

SUMMARY OF ASBESTOS QUANTITIES

thunter

000101

xB^mAppendix B^ummary of Asbestos Quantities - Final Project Design for Asbestos Abatement Shaw Environmental, Inc.

Appendix BSummary of Asbestos Abatement Quantities

ShopWelding ShopManager's OfficeManager's OfficeManager's OfficeEast Side-OutsideN. Mech. RoomN. Mech. RoomOfficeN. Mech. RoomN.E. RoomS. Central. Mech. Rm.Locker RoomN. End Water Treatment AreaN. End Water Treatment AreaN. End Water Treatment AreaN. End Water Treatment AreaN. End Water Treatment AreaN. End Water Treatment AreaN. End Water Treatment AreaN. End Water Treatment AreaN. End Water Treatment AreaOfficeSoutheast CornerOil RoomOil RoomProduct Transfer AreaProduct Transfer AreaTestingTestingControl Room (N. End-E. WallReboiler AreaReboiler AreaHot Oil Pump Room

123457891112131516171819202122232425262728293031323334353638

Domestic Water LineBlown-on InsulationFlooring (Linoleum & Tile)Line Insulation-SteamFittingLineHot Water LineHot Water LineFloor TileTransite WallboardHot Water Line InsulationHot Water Heater Vent PipeSkylight LiningLineLine InsulationFittingLineFittingLineExhaust Stean Line on East PumpFittingGasketRadiatorSteam LineFittingLineLinePump FittingOven Liner SheetsTransiteFitting SteamReboilerLineLine

1200096

353450

180

355

200

20

104

8020

608

8130

100

40

24

99075

0

25195

3.5

3.53.57

2.56

3.5

5771010697

2288

5.55

4481012

11.5

0.1250.750.751.5

11.5

0.1250.251.250.3750.251.51.52

1.521

3.52

0.0160.5

0.7511

1.51

0.250.751.52.52.51.5

2

50

32

Source: Compiled from data presented in Appendix A of Asbestos Survey Report for Cyril Petrochemical Corporation, 2 West Main, Cyril, Oklahoma (Asbestos Analytics, Inc., 1992)

TERC No. DACA56-94-D-0020, TO No. 110Oklahoma Refining Company Site, Cyril, Oklahoma Page 1 of 25

Shaw Project No. 806061September 2003

thunter

000102

lix^WinAppendix^Wimmary of Asbestos Quantities - Final Project Design for Asbestos Abatement Shaw Environmental, Inc.

SummaAppendix B

of Asbestos Abatement Quantities

Hot Oil Pump RoomHot Oil Pump RoomPump RoomMain Foremans OfficeControl RoomControl RoomCompressor HouseCompressor HouseCompressor HouseCompressor HouseInstrument Air Dryer Bldg.Instrument Air Dryer Bldg.Instrument Air Dryer Bldg.Instrument Air Dryer Bldg.Instrument Air Dryer Bldg.FCC Control RoomFCC Control RoomFCC Control Room#3 Cooling Tower Pump Pit#4 Cooling Tower Pump PitOutside of #4 Cooling Tower#10 HeaterGas ConGas ConOld ReformerOld ReformerGas ConGas ConGas ConGas ConGas Con#10 HeaterGas ConGas Con

3940414243444546474951525354555657585960616262.0162.0262.0362.0462.0562.0662.0762.0862.096363.0163.02

FittingLineFittingFloor TileLineFitting6 Filter Pots (4 Inside, 2 Outside)Fittings on Filter PotsLines on the 4 Filter PotsRoof & Walls of Compressor HouseTransite BldgHorizontal DrumHead of Horizon DrumDryer LinesDryer Line FittingsSteam LinesSteam Line FittingsFireproofing on Steel I Beam N. CenterSteam LineSteam LinesFittings on Steam Line (SW Outside)#10 Heater Line#10 Heater Line#10 Heater Line#10 Heater Line#10 Heater Line#10 Heater Line#10 Heater Line#10 Heater Line#10 Heater Line#10 Heater Line#10 Heater Fittings#10 Heater Fittings#10 Heater Fittings

144

80

2500500285

175

—

110

0

144

25

250

0125

1301201207575

42012203055

1073

33

1866

1818

3.53.51010

488

10107

1078

121288

10107

• ' - - • — ~"

21.5

0.750.125

10.75

1.511

0.3750.375

2211

1.51.5

2111

1.5

1

20

20

0

41

6

10

12

1056

Source: Complied from data presented in Appendix A of Asbestos Survey Report for Cyril Petrochemical Corporation, 2 West Main, Cyril, Oklahoma (Asbestos Analytics, Inc., 1992)



thunter

000103

ixBTSiirrAppendix BTSummary of Asbestos Quantities - Final Project Design for Asbestos Abatement Shaw Environmental, Inc.


m^:^^^S3MmK'ii^3S IKEm© ,;«;?:::?' -

Old ReformerOld ReformerGas ConGas ConGas ConGas ConGas Con#4 Cooling TowerFCCFCCFCCFCCFCCOld LabOld LabOld LabOld LabOld LabOld LabOld LabOld Lab#6 & #7 Area#6 & #7 Area#6 & #7 Area#6 & #7 Area#6 & #7 Area#6 & #7 Area#6 & #7 AreaCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude Stills

jgajjjjjEjs^

MffiSBi63.0363.0463.0563.0663.0763.0863.096567687072737778798081828384868788899091929596979899100

••?^M>-'-:*S33^^• ' '' ?9:f!!|ISr':S2!IS:fti:- •;v: |ft:S;;'-::--V; iii«S|!:'*i;-'.;''i' :'?-;''

^a-raS- . ::*. ; ^^^^ *; i;if -^s£* ;>O^-c!;''-:fc.'" ''' -'''''-:.

#10 Heater Fittings#10 Heater Fittings#10 Heater Fittings#10 Heater Fittings#10 Heater Fittings#10 Heater Fittings#10 Heater Fittings#4 Cooling TowerCatalyst Cracking Steam LineCatalyst Cracking Tower Vapor LineRefractory Mat'l Inside Skirt (Cat Cracker)Slurry 246 LineSteam to Cat Hopper LineFloor TileLong Glass ColumnLong Glass ColumnLineLineLineFittingFume HoodLineLineFitting#6 Boiler#6 Boiler#6 BoilerBlock Insulation/Top of Cement/Boiler #6#5 Tower#2 Rerun Tower#2 Rerun Stripper Tower#3 Tower#4 Tower#1 Rerun Tower

•<&» : 1*\ijV-*c -j~. k?--7, •"/S^V'^ft' -'rt^vY-tt' '' ' v\firUti&yr\:WJ) ; ..- • ' - : .\,-.'i

5000

628

300

1679

80013550

1001240764118

10181018876

1102241

350245

00

120120120

40315

12

-.UteMfeD1 rwMSSpiv:fooaa |) •:-. p|S^ p

1078

121288

3.524

56

0.57

3.53.53.53.5

3.53.5

4

967236969672

0.03751.25

221

1.50.125

111

10.25

11

1.251.50.51.52.5

233333

jjaaSSj M ffl

KHttfrSl57

310012

30

20




thunter

000104

Appendix B, Summary of Asbestos Quantities - Final Project Design for Asbestos Abatement Shaw Environmental, Inc.


iMima mmmmmmrmiiimmmmmm llilliiilfilillllWlTTTM^Crude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsNorth Crude Still AreaNorth Crude Still AreaNorth Crude Still AreaGas ConGas ConGas ConCrude Flash Tower UnitCrude Flash Tower UnitSECFCCFCCFCCFCCFCCVacuum UnitVacuum UnitAlky UnitHF Acid AlkalationHF Acid AlkalationHF Acid AlkalationHF Acid AlkalationCrude AreaCrude StillsOld ReformerCrude Stills

101102103106107108109110111112116117118119120121122125126127128129130131132134135136137138139140141142

#2 Tower#1 Tower#3 Rerun, Abandoned Tower N. of Sample 102#3 Still#4 Still#2 Still#3 Rerun Still#1 Still#1 Still StackDebutinizer TowerOld Reformer Hot Oil AccumulatorOld Poly Reactor TowerTwin CB Tower (West)1st Cut Stabilizer TowerGas Con Stabilizer TowerCrude Flash to Main Crude Flash TowerTexas STOD and APCO 407 StripperSlurry Settler TowerAuxilary ColumnMain ColumnHot Oil AccumulatorH20 SeparatorOxidation TowerCylinder Stack StripperVacuum TowerISO Stripper TowerDeprop Reboiler TowerDebutinizer Reboiler TowerH2S Steam StripperCAT Siev Towers (2)Desalter Towers (3)Exhaust Steam Knockout PotOld G-Fin-Heat ExchangerWater Knockout Pot

1017764490575479479575490200790138773900286660

2124720165160286

1020323100240

24703200885375470520

1700

21020

967260

48

1489

14

18

333

2.52.52.52.52.5

433332343

2.5

333333

1.52.52.5

22.52.5

222

Source: Compiled from data presented In Appendix A of Asbestos Survey Report for Cyril Petrochemical Corporation, 2 West Main, Cyril, Oklahoma (Asbestos Analytics, Inc., 1992)



thunter

000105



»|l|r':|i KtaWRfta rdl ::Wo&::::f3Srlf^^ : ! ^® liri™r>*fito -rsifeiffrtfe? II Tfll Vsfti i 'J^^^^J

Gas Con Control RoomNorth of Alky Control RoomCrude Flash Tower UnitCrude Flash Tower UnitVacuum UnitVacuum UnitVacuum UnitCrude Pump AreaCrude StillsNorth Crude Pump AreaCrude StillsGas ConEast of Asphalt PitSouth of Asphalt Pit#8 and #9 BoilerN.E. of FCC ControlN.E. of FCC ControlN.E. of FCC ControlN.E. of FCC ControlN.E. of FCC ControlN.E. of FCC ControlN.E. of FCC ControlN.E. of FCC ControlN.E. of FCC ControlN.E. of FCC ControlN.E. of FCC ControlN.E. of FCC ControlN.E. of FCC ControlN.E. of FCC ControlAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation Unit

143145147149151152154156157160161164166167168168.01168.02168.03168.04168.05168.06168.07168.08168.09168.1168.11168.12168.13168.14168.15168.16168.17168.18168.19

Idle DrumHeat ExchangerDiesel StripperFlash Tower Heater RefractaryAsphalt Residium Versus Asphalt#1 Steam Generator Knockout PotBlack Gas (B.G.O.) Oil DrumCrude VS. Gas Oil Exchanger#2 Steam Generator Knockout PotDiesel Additive Pot#3 Still ExchangerDrumEthyl House LineEthyl House Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting1 50 Ib Steam System Fitting

225

420022610014044040407570

71

2

3.54

12634646

12663333486334

1.52

42222222

1.51

1.51

4185

13101010655

744

15234

147




thunter

000106

lix^^urrAppendix B^ummary of Asbestos Quantities - Final Project Design for Asbestos Abatement


; iSgailfe^ •

Shaw Environmental, Inc.

jiiliiolroAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con Area

168.2168.21168.22168.23168.24168.25168.26168.27168.28168.29168.3168.31168.32168.33168.34168.35168.36168.37168.38168.39168.40168.41168.42168.43168.44168.45168.46168.47168.48168.49168.5168.51168.52168.53

150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting

JMRe tMlWiiiM._.^-...— _— . . — - — . _ _ _

4344444544445643334343363486443444

118547

197

1158942343

164

136

1147

264515637

1115121614




thunter

000107

ixB^SirnAppendix B^ummary of Asbestos Quantities - Final Project Design for Asbestos Abatement Shaw Environmental, Inc.

Appendix B

iiv 1 . . [ • - • ; • • : • ~~1 ©SSEffls? 1

I S I ft ^ ^S -.: ®&S$® fe

E. of Crude StillsControl RoomCaustic AreaCaustic AreaCaustic AreaCrude Stills AreaCasutic AreaCasutic AreaCrude Stills AreaCrude Stills AreaCrude Stills AreaCrude Stills AreaCrude Stills AreaCrude Stills AreaCrude Stills AreaCrude Stills AreaCrude Stills AreaCrude Stills AreaCrude Stills AreaCrude Stills AreaFCCFCCFCCGas Con AreaTreater PumpsA And RoFCCCrude StillsCrude StillsCrude StillsReformer & Gas Con AreaFCCGas ConCrude Stills

168.54168.55168.56168.57168.58168.59168.6168.61168.62168.63168.64168.65168.66168.67168.68168.69168.7168.71168.72168.73168.74168.75168.76168.77168.78168.79168.8168.81168.82168.83168.84168.85168.86168.87

\:,It ;;!;'vligl ; "aSSL te©SQ: : ' • • , • : • - - : ; : ; • • . • , , , .;i: • ; : :

: P«JMK§ ,e sH• ' Vv^v.iis« iii':::t;-^, -;>'?•'•' ;>-••' :SSaiiab-*;,-L-lR§0® lr©a$,j150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting

mmm pp&a?: fKifoigf •®*)^M;v ::f .:

844334435886544453347665834

113

101010105

9301118126

1340

51548

1914141245

7455

161114400

301436

4760




thunter

000108

iixB^unAppendix B^ummary of Asbestos Quantities - Final Project Design for Asbestos Abatement Shaw Environmental, Inc.


1 ij » mil iiiiiiiMiirmiiniiiiuMjMBKjBaHUgM

Crude StillsCrude StillsOld ReformerCrude StillsCooling WaterVacuum UnitFCCVacuum UnitNew ReformerGas ConFCCFCCFCCFCCFCCFCCFCCFCCFCCFCCFCCFlash TowerFlash TowerFlash Tower#8 and #9 BoilerN.E. of FCC ControlN.E. of FCC ControlN.E. of FCC ControlN.E. of FCC ControlN.E. of FCC ControlN.E. of FCC ControlN.E. of FCC ControlN.E. of FCC ControlN.E. of FCC Control

^ •™^™^

168.88168.89168.9168.91168.92168.93168.94168.95168.96168.98168.99168.9901168.9902168.9903168.9904168.9905168.9906168.9907168.9908168.9909168.991168.9911168.9912168.9913169169.01169.02169.03169.04169.05169.06169.07169.08169.09

•••••150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting150 Ib Steam System Fitting1 50 Ib Steam Line1 50 Ib Steam Line150lb Steam Line150 Ib Steam Line1 50 Ib Steam Line1 50 Ib Steam Line150 Ib Steam Line1 50 Ib Steam Line150lb Steam Line150 Ib Steam Line

— —

511242520244020302530

o536666

101234668863388

10846

10634646

1266

— •— — — —

1

3258104656

211936

105054

10533779

127




thunter

000109



N.E. of FCC ControlN.E. of FCC ControlN.E. of FCC ControlN.E. of FCC ControlAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitAlkalation UnitGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con Area

. umiaiMMWiflimiiiiiuJ jiwuiiJUi

169.1169.11169.12169.13169.14169.15169.16169.17169.18169.19169.2169.21169.22169.23169.24169.25169.26169.27169.28169.29169.3169.31169.32169.33169.34169.35169.36169.37169.38169.39169.4169.41169.42169.43

1 50 Ib Steam Line150 Ib Steam Line1 50 Ib Steam Line1 50 Ib Steam Line150 Ib Steam Line150 Ib Steam Line150 Ib Steam Line150 Ib Steam Line150 Ib Steam Line150 Ib Steam Line150 Ib Steam Line1 50 Ib Steam Line1 50 Ib Steam Line1 50 Ib Steam Line1 50 Ib Steam Line150 Ib Steam Line150 Ib Steam Line150 Ib Steam Line150 Ib Steam Line150 Ib Steam Line150 Ib Steam Line150 Ib Steam Line150 Ib Steam Line150lb Steam Line1 50 Ib Steam Line150 Ib Steam Line150 Ib Steam Line150 Ib Steam Line1 50 Ib Steam Line150 Ib Steam Line1 50 Ib Steam Line1 50 Ib Steam Line1 50 Ib Steam Line150 Ib Steam Line

MHHHMMIAin.**'.* f*MHB !

1032162259

1081252760454230706555863662255035158

12089

6010258

414020

260

3333486334434444454444564333434336

"•• *""*




thunter

000110

ixB^urrAppendix BTSummary of Asbestos Quantities - Final Project Design for Asbestos Abatement Shaw Environmental, Inc.


-''£."' " '•'- •• '•'••' ' -' • - - - - - t - - -

Gas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaGas Con AreaE. of Crude StillsControl RoomCasutic AreaCasutic AreaCaustic AreaCrude Stills AreaCaustic AreaCaustic AreaCrude Stills AreaCrude Stills AreaCrude Stills AreaCrude Stills AreaCrude Stills AreaCrude Stills AreaCrude Stills AreaCrude Stills AreaCrude Stills AreaCrude Stills AreaCrude Stills AreaCrude Stills AreaFCCFCCFCCGas Con Area

IH^ n l ^H^ R

169.44169.45169.46169.47169.48169.49169.5169.51169.52169.53169.54169.55169.56169.57169.58169.59169.6169.61169.62169.63169.64169.65169.66169.67169.68169.69169.7169.71169.72169.73169.74169.75169.76169.77

rt^rf« W^n> \$iwswj : . n, .yMXW&V ';,, Wjftftfl^IrC-I-JiJ) II . . If. ...-,!„,. „.,»•.«.):,-, - J t . .-.•.iiBdJ iiJLjaiUHL'WJl

6016011633

1406060105080

10050

20060201060601080814050308015

17060502575656070

3486443444844334435886544453347665




thunter

000111

lixB^unAppendix B^ummary of Asbestos Quantities - Final Project Design for Asbestos Abatement Shaw Environmental, Inc.


^^^ • ^^^^^^^^^^^^^^^H^^^^^^^^^^^^^^^^^^^^^^^^^^^H

Treater PumpsA And RoFCCCrude StillsCrude StillsCrude StillsReformer & Gas Con AreaFCCGas ConCrude StillsCrude StillsCrude StillsOld ReformerCrude StillsCooling WaterVacuum UnitFCCVacuum UnitNew ReformerFCCGas ConFCCFCCFCCFCCFCCFCCFCCFCCFCCFCCFCCFlash TowerFlash Tower

^^^^^^^^^^^^™

169.78169.79169.8169.81169.82169.83169.84169.85169.86169.87169.88169.89169.9169.91169.92169.93169.94169.95169.96169.97169.98169.99169.9901169.9902169.9903169.9904169.9905169.9906169.9907169.9908169.9909169.991169.9911169.9912

^^^^^^ •• ^^^^MH^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^

150 LB Steam Line150 LB Steam Line150 LB Steam Line150 LB Steam Line150 LB Steam Line150 LB Steam Line1 50 LB Steam Line1 50 LB Steam Line150 LB Steam Line150 LB Steam Line150 LB Steam Line150 LB Steam Line150 LB Steam Line150 LB Steam Line150 LB Steam Line1 50 LB Steam Line1 50 LB Steam Line1 50 LB Steam Line150 LB Steam Line1 50 LB Steam Line150 LB Steam Line150 LB Steam Line150 LB Steam Line150 LB Steam Line150LB Steam Line1 50 LB Steam Line150 LB Steam Line150 LB Steam Line150 LB Steam Line1 50 LB Steam Line150 LB Steam Line150LB Steam Line1 50 LB Steam Line150LB Steam Line

452780

1601505221951577510

300181

10130106200

4215040059201524

2302418

1381878

281402544

834

113

1010101055536666

1012434668863388

1084

ram




thunter

000112

lix^ ronAppendix^Bummary of Asbestos Quantities - Final Project Design for Asbestos Abatement Shaw Environmental, Inc.


B^ft'KytliC'Sp-'- • • : . - : - . • • . ' • ; ' : ' !:;>'";"^•ijjjjf^iW'y^^^ ; :-, .j;::i/;'rS: xs£w''^' .:•:•••'.

Flash TowerCrude StillsCrude Still AreaCrude Still AreaCrude Still AreaCrude Still AreaCrude Still AreaCrude Still AreaCrude Still AreaOld ReformerFCCAlkalation AreaAlkalation AreaAlkalation AreaAlkalation AreaAlkalation AreaAlkalation AreaAlkalation AreaAlkalation AreaAlkalation AreaGas ConGas ConFCCFCCFCCFCCFCCVACVacuum AreaGas ConOld ReformerGas ConGas ConGas Con

ggffiq ij• ':v*;,

. • ,...'. •..!169.9913170171171.01171.02171.03171.04171.05171.06171.07171.08171.09171.1171.11171.12171.13171.14171.15171.16171.17171.18171.19171.2171.21171.22171.23171.24171.25171.26171.27171.28171.29171.30171.31

, ||i|;-v';:• n|£$$^v ,••.-'. .V,.^;.^''.. ". ' - . " - ; '-^'HV-^^'.^'c'-,- • .'" ^'''"

1 50 LB Steam LineExhaust Steam LineExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam Fittings

"~SoiiF~

Hjj j9•MH^ ^MMB

435

(Prosfel6

12128666

10847866437433

9.53

119

10836545873

- :-v ', ' V.;;1.

1.51.5

;M$M?;'•'•.-w; ®u "'

12459445897

1021

566634204007

1015480

108

Source; Compiled from data presented in Appendix A of Asbestos Survey Report for Cyril Petrochemical Corporation, 2 West Main, Cyril, Oklahoma (Asbestos Analytics, Inc., 1992)



thunter

000113

ixB^umAppendix BTsummary of Asbestos Quantities - Final Project Design for Asbestos Abatement Shaw Environmental, Inc.


, 1

|-. : : ;5|iS^ SBKfi £m& K^ i||§;' j';.'*! • • • • 'J-'';-->-' • j.*'**i*-l ' - • . " ' . • • •. ' . " •: ' '-'-:;"•:..,/• ' ' l+ ;,.., -^•' ;v%^V'';\ /.• - ^ ' • ., ; • ' >Vi". . W ., .- ' • ..-."*

Crude StillsCrude StillsCrude StillsTreater PumpCrude StillsReformer & Gas Con AreaFCCGas ConCrudeCrudeCrude StillsOld ReformerFCCCrude StillsCrude Still AreaCrude Still AreaCrude Still AreaCrude Still AreaCrude Still AreaCrude Still AreaCrude Still AreaOld ReformerFCCAlkalation AreaAlkalation AreaAlkalation AreaAlkalation AreaAlkalation AreaAlkalation AreaAlkalation AreaAlkalation AreaAlkalation AreaGas ConGas Con

©sos}°teilB:

171.32171.33171.34171.35171.36171.37171.38171.39171.40171.41171.42171.43171.44171.45172172.01172.02172.03172.04172.05172.06172.07172.08172.09172.1172.11172.12172.13172.14172.15172.16172.17172.18172.19

iv;- ; J; ^ ;;

' - . -:::.;; . '',:"-. :'^ • . ' • " . • . . . . =X- '->W" . ••,:.,!,Exhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam FittingsExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam Lines

' &smP?H@0©

„ ,' ffoafl)

750

22540

93251032

3803260

1902068

180604

3335

3738

1010101010101012127

128666

10847866437433

9.53

mm^t™^.

1.5

2004

204760

15126

160




thunter

000114

ix B, sumAppendix B, summary of Asbestos Quantities - Final Project Design for Asbestos Abatement Shaw Environmental, Inc.


i ^ ^Hm^ ^B^ flwHRffliHi HP^HHBi •B BEHI mBiSHffiiLililHl ^FCCFCCFCCFCCFCCVACVacuum AreaGas ConOld ReformerGas ConGas ConGas ConCrude StillsCrude StillsCrude StillsTreater PumpCrude StillsReformer & Gas ConFCCGas ConCrudeCrudeCrude StillsOld ReformerFCCCrude StillsFCCFCCFCCFCCVacuum Asphalt UnitVacuum Asphalt UnitVacuum Asphalt UnitVacuum Asphalt Unit

172.20172.21172.22172.23172.24172.25172.26172.27172.28172.29172.30172.31172.32172.33172.34172.35172.36172.37172.38172.39172.40172.41172.42172.43172.44172.45173173.01173.02173.03173.04173.05173.06173.07

Exhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesExhaust Steam LinesFire Pump & Train Loading Rack Loop (Line)Fire Pump & Train Loading Rack Loop (Line)Fire Pump & Train Loading Rack Loop (Line)Fire Pump & Train Loading Rack Loop (Line)Fire Pump & Train Loading Rack Loop (Line)Fire Pump & Train Loading Rack Loop (Line)Fire Pump & Train Loading Rack Loop (Line)Fire Pump & Train Loading Rack Loop (Line)

3030803

12200

9620604036208

2041145

16019515775

150210162

309237100410

45231096

119

108365458733738

101010101010101212766664436

1.5

liittingsil




thunter

000115

ixB^uirAppendix S! ummary of Asbestos Quantities - Final Project Design for Asbestos Abatement Shaw Environmental, Inc.


pil'Sllfv?: .V:;., :'..--^;^:T?? ••'..... .', -^ff^y^' ' ' :.-' ' • /''!^KtVacuum Asphalt UnitVacuum Asphalt UnitVacuum Asphalt UnitVacuum Asphalt UnitVacuum Asphalt UnitFCCFCCFCCFCCVacuum Asphalt UnitVacuum Asphalt UnitVacuum Asphalt UnitVacuum Asphalt UnitVacuum Asphalt UnitVacuum Asphalt UnitVacuum Asphalt UnitVacuum Asphalt UnitVacuum Asphalt UnitMain Fire Pump House #1Fire Pump House #1Asphalt & Road OilAsphalt & Road OilAsphalt & Road OilAsphalt & Road OilAsphalt & Road OilAsphalt & Road OilAsphalt & Road OilAsphalt & Road OilAsphalt & Road OilAsphalt & Road OilVacuum UnitVaccumFCCVacuum

173.08173.09173.10173.11173.12174174.01174.02174.03174.04174.05174.06174.07174.08174.09174.10174.11174.12175176177184185186187189190192193195196196.01196.02196.03

Fire Pump & Train Loading Rack Loop (Line)Fire Pump & Train Loading Rack Loop (Line)Fire Pump & Train Loading Rack Loop (Line)Fire Pump & Train Loading Rack Loop (Line)Fire Pump & Train Loading Rack Loop (Line)Fire Pump & Train Loading Rack Loop (Fitting)Fire Pump & Train Loading Rack Loop (Fitting)Fire Pump & Train Loading Rack Loop (Fitting)Fire Pump & Train Loading Rack Loop (Fitting)Fire Pump & Train Loading Rack Loop (Fitting)Fire Pump & Train Loading Rack Loop (Fitting)Fire Pump & Train Loading Rack Loop (Fitting)Fire Pump & Train Loading Rack Loop (Fitting)Fire Pump & Train Loading Rack Loop (Fitting)Fire Pump & Train Loading Rack Loop (Fitting)Fire Pump & Train Loading Rack Loop (Fitting)Fire Pump & Train Loading Rack Loop (Fitting)Fire Pump & Train Loading Rack Loop (Fitting)Steam LineSteam Pot FittingFire Pump & Train Loading Rack Loop LineTank #64Tank #63Tank #62Tank #62Tank #51Tank #52Tank #33Tank #100Tank #135Residium to Vacuum Tower Heater Line (Oil)Residium LineResidium LineResidium Line

19001900190019002400240019004700750

1155

78870

114

70

320

20020013560

355

14566684436355

1454

188

776

30

1.5

12

1.5544442232

1.5

259

1017232516647

7149

7

Source: Compiled from data presented in Appendix A of Asbestos Survey Report for Cyri/ Petrochemical Corporation, 2 West Main, Cyril, Oklahoma (Asbestos Analytics, Inc., 1992)



thunter

000116

lix^WnAppendix^TOmmary of Asbestos Quantities - Final Project Design for Asbestos Abatement Shaw Environmental, Inc.

SummaAppendix B

of Asbestos Abatement Quantities

Crude StillCrude PumpAlkyCrude StillCrude StillCrude StillCrude StillCrude StillCrude StillCrude StillCrude StillVacuum UnitVacuumFCCVacuumCrude StillCrude PumpAlkyCrude StillCrude StillCrude StillCrude StillCrude StillCrude StillCrude StillCrude StillVacuum UnitVacuum Tower Asphalt to StorageVacuum Tower Asphalt to StorageVacuum Tower Asphalt to StorageVacuum Tower Asphalt to StorageVacuum Tower Asphalt to StorageVacuum Tower Asphalt to StorageVacuum Tower Asphalt to Storage

196.04196.05196.06196.07196.08196.09196.10196.11196.12196.13196.14197197.01197.02197.03197.04197.05197.06197.07197.08197.09197.10197.11197.12197.13197.14198198.01198.02198.03198.04198.05198.06198.07

Residium LineResidium LineResidium LineResidium LineResidium LineResidium LineResidium LineResidium LineResidium LineResidium LineResidium LineResidium to Vacuum Tower Heater Fitting (Oil)Residium FittingResidium FittingResidium FittingResidium FittingResidium FittingResidium FittingResidium FittingResidium FittingResidium FittingResidium FittingResidium FittingResidium FittingResidium FittingResidium FittingVacuum Tower Asphalt to Storage (Line)Asphalt LinesAsphalt LinesAsphalt LinesAsphalt LinesAsphalt LinesAsphalt LinesAsphalt Lines

160160160915720

11187755030

10060

11513013024610092

888

10101098

12105776

30888

10101098

1210586586988

1.5

1.5

271754888200736

120




thunter

000117

dix roirAppendix^ffummary of Asbestos Quantities - Final Project Design for Asbestos Abatement Shaw Environmental, Inc.


^^^^Hp to-ts^%^ ' laoaiifei : --' fll i ^ :;':'1I I•"%••'••' •ri' 'j'1/:'::?. . '-'.''• '-' V ' Sv'"^^^" '* . - ' ' . . • ' • . - . . . - , " - . . ' " ' ' - . ' ' ' ' - • .' ' • :-; :'.ij< "';£ij!£fS1V •,. :- ' . • , . • ' • • . - - • " , • . -.":""-"

L '*Pi*-''''-Kl*iflP»*!'*i:i-, • ' \/;ir'i3.,i'''r':-, : . :'-":-- ' '" ' ' »*»«'"*• ' \ : ; . ','.'!';'• ' V*"":. - ' . . . ' " ' •'•' •'• ' " • " • • ' : - : - ' ' "-:': : '^" :**'; 'Lifc

Vacuum UnitVacuum Tower Asphalt to StorageVacuum Tower Asphalt to StorageVacuum Tower Asphalt to StorageVacuum Tower Asphalt to StorageVacuum Tower Asphalt to StorageVacuum Tower Asphalt to StorageVacuum Tower Asphalt to StorageVacuum UnitFCCCrude PumpAlkyFCCVAC/FCCFCCCrude PumpAlkyFCCVAC/FCCVacuum UnitVacuum UnitVacuum UnitVacuum UnitVacuum UnitVacuum UnitVacuum UnitVacuum UnitVacuum UnitVacuum UnitVacuum UnitVacuum UnitVacuum UnitVacuum UnitFCC

199199.01199.02199.03199.04199.05199.06199.07200200.01200.02200.03200.04200.05201.01201.02201.03201.04201.05202202.01202.02202.03202.04202.05203203.01203.02203.03203.04203.05204205206

Vacuum Tower Asphalt to Storage (Fitting)Asphalt FittingsAsphalt FittingsAsphalt FittingsAsphalt FittingsAsphalt FittingsAsphalt FittingsAsphalt FittingsBlack Gas Oil From Vac Tower (Line)Black Gas Oil LinesBlack Gas Oil LinesBlack Gas Oil LinesBlack Gas Oil LinesBlack Gas Oil LinesBlack Gas Oil FittingsBlack Gas Oil FittingsBlack Gas Oil FittingsBlack Gas Oil FittingsBlack Gas Oil FittingsHeavy Cycle Oil Lines From Vac Tower (Line)Heavy Cycle Oil LinesHeavy Cycle Oil LinesHeavy Cycle Oil LinesHeavy Cycle Oil LinesHeavy Cycle Oil LinesBlack Gas Oil From Vac Tower (Fitting)Heavy Cycle Oil FittingsHeavy Cycle Oil FittingsHeavy Cycle Oil FittingsHeavy Cycle Oil FittingsHeavy Cycle Oil FittingsLight Cycle Oil From Vac Tower (Line)Light Cycle Oil From Vac Tower (Fitting)Raw Oil Line To Cat Cracker

BiHsHMBH

Q£ffi@fo {Mfe? IMMM 'iSH ,$bi$ iasGo S): " (paE8£©j): , JijE^

20931810092

25580

70857035

140142

60

30

8658698866666766667787666787666888

1.5

1.5

1.5

1.5

1.51.51.5

^ HD118

209

2130

2130

2011

101117768

9




thunter

000118



ls -s; S^^p|ffi: fi !iJsa^^:;-:'-

FCCFCCFCCFCCFCCFCCFCCFCCFCCFCCFCCFCCFCCFCCFCCFCCFCCFCCFCCFCCFCCGas ConAlkyFCCFCCFCCFCCFCCFCCGas ConAlkyFCCFCCFCC

. r__ . _ . . . _ r

©gragfeOE 4^®lt ^ ':-'^W'"J^ (kssgifo-".?*^fr- : ; • • ' • - • • - • . * ? • • " P5TOSD© ,p

•• - •••^ . •,./:s';;iS;:i:;, / • ; _ . . / . . . • , : : 'v/ ::.:.. :. , i^sffl .(?Ta5)

206.01206.02206.03206.04206.05206.06206.07206.08207207.01207.02207.03207.04207.05207.06207.07207.08208208.01208.02208.03208.04208.05208.06208.07209209.01209.02209.03209.04209.05209.06209.07210

Raw Oil Lines (Hot Feed Accumulator Tower)Raw Oil Lines (Hot Feed Accumulator Tower)Raw Oil Lines (Hot Feed Accumulator Tower)Raw Oil Lines (Hot Feed Accumulator Tower)Raw Oil Lines (Hot Feed Accumulator Tower)Raw Oil Lines (Hot Feed Accumulator Tower)Raw Oil Lines (Hot Feed Accumulator Tower)Raw Oil Lines (Hot Feed Accumulator Tower)Raw Oil to Cat Cracker FittingRaw Oil Fittings (Hot Feed Accumulator Tower)Raw Oil Fittings (Hot Feed Accumulator Tower)Raw Oil Fittings (Hot Feed Accumulator Tower)Raw Oil Fittings (Hot Feed Accumulator Tower)Raw Oil Fittings (Hot Feed Accumulator Tower)Raw Oil Fittings (Hot Feed Accumulator Tower)Raw Oil Fittings (Hot Feed Accumulator Tower)Raw Oil Fittings (Hot Feed Accumulator Tower)Slurry From Main Column Suction (Line)Slurry LinesSlurry LinesSlurry LinesSlurry LinesSlurry LinesSlurry LinesSlurry LinesSlurry From Main Column Suction (Fitting)Slurry FittingsSlurry FittingsSlurry FittingsSlurry FittingsSlurry FittingsSlurry FittingsSlurry FittingsHeavy Cycle Oil From Main Column (Line)

503450

1707560

18030

7612220

200200200160120

82

BLJ iL!ia>lMHHH

7128

12765787

128

127657

12126666659

12666665

14

1.5

2

2

2

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118

124

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thunter

000119

ix B, Sun-Appendix B, Summary of Asbestos Quantities - Final Project Design for Asbestos Abatement Shaw Environmental, Inc.


g;;:||p|ig ^ ";i£- ?; S-PUJJM ^5:; S*'i!f*t;ri;':5:v/-; • : • • " - • • • r l : ' '' '•"'" - '•' '?W...V ':^ •:---<: .-•:?--. ' . . . . . . . : ; . ' ' ? * : • ' • • • • ' :;liw •....'.

^^^4^^SiK*jy^d'.iA«^^^ . ^.-,.; :.:':. ,:. . . , . . - ' . . , . „,,...,.„_. . .. ,, „ • . -,' :.* mii?i;. "..i-.:'-/.!' ,' : '.Ai 'U. ..iH..l'J«!-. - L : . - . " ' " ; .. .:""•!:•/ '• ,,:::':,,.;.' ._.-,.;..-,. >. i i£ .;

FCCFCCGasAlkyFCCFCCFCCFCCFCCFCCGasAlkyFCCFCCFCCFCCFCCFCCGas ConFCCFCCAlkyAlkyAlkyAlkyFCCFCCFCCGas ConFCCFCCAlkyAlkyAlky

210.01210.02210.03210.04210.05210.06210.07211211.01211.02211.03211.04211.05211.06211.07212212.01212.02212.03212.04212.05212.06212.07212.08212.09213213.01213.02213.03213.04213.05213.06213.07213.08

Heavy Cycle Oil LinesHeavy Cycle Oil LinesHeavy Cycle Oil LinesHeavy Cycle Oil LinesHeavy Cycle Oil LinesHeavy Cycle Oil LinesHeavy Cycle Oil LinesHeavy Cycle Oil From Main Column (Fitting)Heavy Cycle Oil FittingsHeavy Cycle Oil FittingsHeavy Cycle Oil FittingsHeavy Cycle Oil FittingsHeavy Cycle Oil FittingsHeavy Cycle Oil FittingsHeavy Cycle Oil FittingsLight Cycle Oil/Main Column to Stripper (Line)Light Cycle Oil LinesLight Cycle Oil LinesLight Cycle Oil LinesLight Cycle Oil LinesLight Cycle Oil LinesLight Cycle Oil LinesLight Cycle Oil LinesLight Cycle Oil LinesLight Cycle Oil LinesLight Cycle Oil/Main Column to StripperLight Cycle Oil FittingsLight Cycle Oil FittingsLight Cycle Oil FittingsLight Cycle Oil FittingsLight Cycle Oil FittingsLight Cycle Oil FittingsLight Cycle Oil FittingsLight Cycle Oil Fittings

pl BliMpM| pBBpH|ilBHii8BB)| 5 |

JHuTiUMlliiiliiii"!1253553353356075

110

8060

200210

281805290

25090

12666864

10126668648

1066

10754

12148

1066

10754

12

2

1.5

1.5

58

22101097

12

077187

1627




thunter

000120

iixB^unAppendix B^ummary of Asbestos Quantities - Final Project Design for Asbestos Abatement Shaw Environmental, Inc.


$?••;. : • • . : : . Wj '. . • ... .:. ,. :• ,»?» KsissaiSisSi-i;;- '; • ' . ' '•••"-••x!--%^^--vvr.iAlkyCrude Flash Tower UnitCrude Flash Tower UnitCrude PumpsCrude PumpsCrude PumpsFCCCrude PumpAlkyCrude StillsCrude Flash Tower UnitCrude Flash Tower UnitCrude PumpsCrude PumpsCrude PumpsCrude PumpsCrude PumpsAlkyCrude StillsCrude Flash Tower UnitCrude Flash Tower UnitCrude Flash Tower UnitCrude Flash Tower UnitCrude Flash Tower UnitCrude Flash Tower UnitCrude Flash Tower UnitCrude Pump AreaFCCFlash TowerFCCCrude Pump AreaFCCFlash TowerFCC

•••Bi ^H

213.09214214.01214.02214.03214.04214.05214.06214.07214.08215215.01215.02215.03215.04215.05215.06215.07215.08218219220221222224224.01225225.01225.02225.03226226.01226.02226.03

nBBBll ^Light Cycle Oil FittingsCrude Flash Tower Resid. (Line)Crude Flash Tower Resid. LinesCrude Flash Tower Resid. LinesCrude Flash Tower Resid. LinesCrude Flash Tower Resid. LinesCrude Flash Tower Resid. LinesCrude Flash Tower Resid. LinesCrude Flash Tower Resid. LinesCrude Flash Tower Resid. LinesCrude Flash Tower Resid.(Fitting)Crude Flash Tower Resid. FittingsCrude Flash Tower Resid. FittingsCrude Flash Tower Resid. FittingsCrude Flash Tower Resid. FittingsCrude Flash Tower Resid. FittingsCrude Flash Tower Resid. FittingsCrude Flash Tower Resid. FittingsCrude Flash Tower Resid. FittingsFlash Tower Diesel (Line)Flash Tower APCO 467 (Line)Flash Tower APCO 467 (Fitting)Flash Tower Texas STOD (Line)Flash Tower Texas STOD (Fitting)Vapor Line From F.T. Heater to F.T. FittingFlash Tower Vapor FittingsSecondary Crude to Flash Tower (Line)Secondary Crude LinesSecondary Crude LinesSecondary Crude LinesSecondary Crude to Flash Tower (Fitting)Secondary Crude FittingsSecondary Crude FittingsSecondary Crude Fittings

KM0HM l%f£j''||WiQSM

150205

70110

130

60180230190

141304040709070

1006676674466666666

121277776777

7667446

2

1.511112

1.5

1.5

SB&K8BB^ ^BIaCH*r*^Ml

51.5

1120

10105

151515

8

1232

3784




thunter

000121

lix ranAppendix aWjmmary of Asbestos Quantities - Final Project Design for Asbestos Abatement Shaw Environmental, Inc.


Crude Flash Tower UnitCrude PumpDesalterFlash TowerCrude Flash Tower UnitCrude PumpDesalterFlash TowerTank #46VAC AreaFCCVAC AreaCrude StillTank #46Tank #46VACOld ReformerCrude StillsBoilerAirblownTank #46VAC AreaFCCVAC AreaCrude StillTank #46Tank #46VACOld ReformerCrude StillsBoilerCrude Pump AreaAlkyCrude Still

227227.01227.02227.03228228.01228.02228.03229229.01229.02229.03229.04229.05229.06229.07229.08229.09229.1229.11230230.01230.02230.03230.04230.05230.06230.07230.08230.09230.1231231.01231.02

f!fP*gi|itW^

Primary Crude At Crude Flash Tower (Line)Primary Crude At Crude Flash Tower LinesPrimary Crude At Crude Flash Tower LinesPrimary Crude At Crude Flash Tower LinesPrimary Crude At Flash Tower (Fitting)Primary Crude At Flash Tower FittingsPrimary Crude At Flash Tower FittingsPrimary Crude At Flash Tower FittingsFuel oil to furnaces and boilers (line)Fuel oil to furnaces and boilers-linesFuel oil to furnaces and boilers-linesFuel oil to furnaces and boilers-linesFuel oil to furnaces and boilers-linesFuel oil to furnaces and boilers-linesFuel oil to furnaces and boilers-linesFuel oil to furnaces and boilers-linesFuel oil to furnaces and boilers-linesFuel oil to furnaces and boilers-linesFuel oil to furnaces and boilers-linesFuel oil to furnaces and boilers-linesFuel oil to furnaces and boilers (fitting)Fuel oil to furnaces and boilers-fittingsFuel oil to furnaces and boilers-fittingsFuel oil to furnaces and boilers-fittingsFuel oil to furnaces and boilers-fittingsFuel oil to furnaces and boilers-fittingsFuel oil to furnaces and boilers-fittingsFuel oil to furnaces and boilers-fittingsFuel oil to furnaces and boilers-fittingsFuel oil to furnaces and boilers-fittingsFuel oil to furnaces and boilers-fittingsPrimary crude to #1 tower from crude stillPrimary crude to #1 tower linesPrimary crude to #1 tower lines

ivSE? ( N> -'fSNi'. viP^KB125115115115

2252302011502535308017540020330

150150200

88888888

66555559999866555559999888

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1.5

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1.5

2

JJsJJJUUUSArV-,

diRffit«&:

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000122

AppendluSPRmimary of Asbestos Quantities - Final Project Design for Asbestos Abatement Shaw Environmental, Inc.


' - : «, ';. : -f^^^aS^& $08© (Mis© • -'• i ; : -:i, -," ' • ' ,U; '-IsSK' I', :;if ." " ' .'••'• • • • ' - • • - - ' '

Crude Pump AreaAlkyCrude StillGas Con/ AlkyGas ConAlky UnitAlky UnitAlky UnitOld ReformerOld ReformerOld ReformerOld ReformerOld ReformerOld ReformerOld ReformerOld ReformerOld ReformerOld ReformerOld ReformerOld ReformerOld ReformerOld ReformerCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude Stills

BBBl ^• : : ";1>; P?K6C© *-£« ••ffovdfo** (Ms^^"-w \

. .... .•:- . ; .• i . ^v .s- 'X: • •••:••.• ;- . ' • - . - . : . . : i,ffo03) Fwf >(PH3JOG@|): ,,.pi«^P^dBi5ffla*i|232232.01232.02233234235236237238238.01238.02238.03238.04238.05238.06238.07238.08238.09238.1238.11238.12238.13238.14238.15238.16238.17238.18238.19238.2238.21238.22238.23238.24238.25

Primary crude to crude stills (fitting)Primary crude to #1 tower fittingsPrimary crude to #1 tower fittingsSylica alumina tower (line) - to & from alky unitSylica alumina tower (fitting)Siev treater (line)Siev treater (fitting)Heat exchangerHot oil from hot oil accumulator to heater (line)Hot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil lines

480

100

1802502541232255010332725332018

12520327555323650165

44220

88855651486951010810101010106510961481479127165

1.5

1111

1.51.5

889

3

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thunter

000123

dix^^uiAppendix BTSummary of Asbestos Quantities - Final Project Design for Asbestos Abatement Shaw Environmental, Inc.


ai fiiiifc '.•'••*£?* lo^sfgffoi^;--^^^s^;'.-<:t:,::::.:'.1

:^';:^-'';':- ' . • m^m^ \ .. : ^ • , -p?ragc© Lrft^:-i^^3:o-y^v;j§^;;.v.v.':;:.:^/-^^!--:-J . . . - . ssa* - • . . - ::>^ • • - < • • • • • • • > '"::..- fi&effl ^^^Crude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsOld ReformerOld ReformerOld ReformerOld ReformerOld ReformerOld ReformerOld ReformerOld ReformerOld ReformerOld ReformerOld ReformerOld ReformerOld ReformerOld ReformerCrude Stills

238.26238.27238.28238.29238.3238.31238.32238.33238.34238.35238.36238.37238.38238.39238.4238.41238.42238.43238.44239239.01239.02239.03239.04239.05239.06239.07239.08239.09239.1239.11239.12239.13239.14

Hot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil linesHot oil from hot oil accumulator to heater (fitting)Hot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittings

35105206

4520352035602736103060651803540

JBBBHBBB{pSBBB8iliBK[ISI|l0BI BBI

8510871014918105101087846686951010810101010106510

1.5 18151312043333200




thunter

000124

iix^ûrAppendix Bûmmary of Asbestos Quantities - Final Project Design for Asbestos Abatement Shaw Environmental, Inc.


ij j

-$,>«,*:>• p-O-MiBvi*. ^JY '- i* ;i-^&sm;*_^<_ "-. . .-.' Û^ - teBU!;! ,- i. --». •. ... . :. -.wU," .... o ;,., «„,.,*,. . ... ...-i nB.w....,, . .; - -.-.>,!-.. . ! -.i .v: .: - *-;v, !.,,•• :,:.•. -.«,: ii&fe: -. ,:v. :.,;':.•:.; :!

Crude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude PumpAlky

239.15239.16239.17239.18239.19239.2239.21239.22239.23239.24239.25239.26239.27239.28239.29239.3239.31239.32239.33239.34239.35239.36239.37239.38239.39239.4239.41239.42239.43239.44242242.01242.02242.03

Hot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsHot oil fittingsDiesel pump linesDiesel pump linesDiesel pump linesDiesel pump lines

r:fiee©

Pgago©

(2te@roGOSy- . - ' 11 - I ) . . 1 •- . - ' 1

IMsfeift• <0feKS) (p»°te|) ^P fc||tfe,:i

60200100230

961481479127165851087101491810510108784666666

1.5

503020310303020003210300000202




thunter

000125

iix^^unAppendix B^ummary of Asbestos Quantities - Final Project Design for Asbestos Abatement Shaw Environmental, Inc.


[|igigj|i|lg||j||j ^M| ^ p ^ ^ ^ pB»M| B^ ^ ^HBHB^ ^ ^ ^ ^ ^ ^HBHMM|[[itaBKffl mKi B*iiil( ^^BBHBrff ^^^^wiBlB^^S^^^^^^ lHB™B^Pi i*^STOl JOlJSi"iS9 S"B«ii

iSii iiMCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsAlkyCrude StillsCrude StillsCrude PumpAlkyCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsCrude StillsAlkyAir Blown (Floor Area)Air BlownTrain Loading RackDumping PitAsphalt and Road OilBoiler water treatment

242.04242.05242.06242.07242.08242.09242.1243243.01243.02243.03243.04243.05243.06243.07243.08243.09243.1244245246247248249

Diesel pump linesDiesel pump linesDiesel pump linesDiesel pump linesDiesel pump linesDiesel pump linesDiesel pump linesDiesel pump fittingsDiesel pump fittingsDiesel pump fittingsDiesel pump fittingsDiesel pump fittingsDiesel pump fittingsDiesel pump fittingsDiesel pump fittingsDiesel pump fittingsDiesel pump fittingsDiesel pump fittingsAsphalt lines#8 and #9 still linesSteam line and part of #169Pit east of air blownPipe LinesChemical hopper

3240

1200

••••pmiMiniriiBniMiii iiirwim 1 1 1 i iinr65303025

200100230

353927

1229

9914

48126777666648126777

7-10105

5-12

1.52

1.5

1.51.5

155515522555




thunter

000126

final project design for asbestos abatement · final project design for asbestos abatement. e....

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