Document 5LQem41gX1bG8DqZjVvp95rVJ

BROWN & ROOT U.S.A., INC. SHELL DEER PARK MANUFACTURING COMPLEX HAZARD COMMUNICATION - COMPLIANCE PLAN PROCEDURE 29 March 14,1986 PLAINTIFF'S EXHIB SH-3554 I. GENERAL On November 25, 1983, the "Hazard Communication Standard" (29 CFR 1910.1200) was issued as a final rule by the Occupational Safety and Health Administration. The Federal Hazard Communication Standard will require chemical manufacturers and employers to label certain in-plant containers, to inform workers of hazards within their work areas, to make Material Safety Data .Sheets (MSDSs) or comparable written information available to employees and to train workers to protect themselves when dealing with specific chemical hazards. Compliance--with the regulation must be accomplished by the employer by May 25, 1986. This procedure addresses the methods by which chemical hazards will be communicated, employee training and information and responsibility. H. RESPONSIBILITIES A. Client 1. To supply necessary MSDS's for chemicals over which Shell has control. 2. To convey health hazards and minimum safety requirements via Work Permit Addendum as part of work permit process. 3. To make available the use of MSDS's and the chemical hazard identification diagram which are located in each unit control room. B. Purchasing Department 1. Acquire a MSDS for purchased materials as a "condition of sale" for any newly purchased chemicals. ABS-003464 LAM 0315667.236 / / AZARD COMMUNICATION - COMPLIANCE PLAN (continued) Safety and Health Department 1. Conduct formal training of personnel. 2. Provide consultation on chemical hazards invthe workplace 3. Maintain an up-to-date set of applicable MSDSs 4. Develop required container labels. D. Supervisor 1. Supporting and actively involved in employee training and education of the various chemical hazards found in the workplace. 2. Ensure that each employee is informed about the hazards related to the workplace. 3. Assure a mutual understanding and agreement with operation personnel about the health hazards of certain chemicals and subsequent worker protection prior to initiating work. E. Employee 1. Will become informed about the chemical and physical hazards of their workplace and how to protect themselves and other employees from these hazards, and be aware of where our hazard communication program, the standard, applicable MSDSs are located for their review. 2. Assure a mutual understanding and agreement with operation personnel about the health hazards of certain chemicals and subsequent worker protection prior to initiating work. EE. METHODS OF COMMUNICATION A. Material Safety Data Sheets Material Safety Data Sheets (MSDSs) are the basic reference source of health and safety information on chemicals used in the workplace. As such, they have a key role in employee protection programs and in complying with OSHA's Hazard Communication Regulation. ABS-003465 LAM 0315667.237 / /A HAZARD COMMUNICATION - COMPLIANCE PLAN (continued) B Work Permit Addendums Work Permit Addendums are the primary means of conveying health information to employees that are performing non-routine work (Maintenance). A part oMhe Departmental or Safe Work Permit, Work Permit Addendums provide chemical hazard informationvfor maintenance personnel who may not be familiar with all of the hazardous properties of chemicals and mixed streams that may be encountered. C. Labeling Each container of hazardous chemicals shall be labeled, tagged or marked with the following information: o Identity of the hazardous chemical(s) o Appropriate hazard warnings. . In lieu of affixing labels to individual stationery- process containers the client operating authority will generally use the Chemical Hazard Identification Diagram (C.H.I.D.). All vessels not included shall be labeled. Exceptions: Portable containers into which hazardous chemicals are transferred from labeled containers and which are intended only for the immediate use (within the work shift) by the employee who performs the transfer is exempt from the labeling requirement. IV. EMPLOYEE TRAINING AND INFORMATION A. Employee Training All personnel who have potential exposure to process chemicals shall be informed as to their hazard and the required protective measures. The various training requirements are as follows: 1. All new employees at DPMC: Initial training will be provided by the Safety and Health Department. This training will include: a. Review of this procedure ABS-003466 T. LAM 0315667.238 ARD COMMUNICATION - COMPLIANCE PLAN (continued) b. Details of the project's Hazard Communication Program. c. Use, location and interpretation of the Material Safety Data Sheet d. Use and interpretation of the Work Permit Addendum. e. Container labeling - fixed vs. portable 2. All Newly Assigned Personnel Training will be provided by the respective supervisor. Training is to include: a. A discussion of the primary chemical substances on the unit. b. Provide instructions on the location of MSDSs, Product Health Charts and other reference information. 3. Ongoing Training All personnel will be retrained annually and on an ongoing basis by the respective area Safety and Health Departments. Training shall include: a. A review of this procedure b. Methods and observations that may be used to detect the presence of a material or chemical in the workplace (monitoring, visual appearance, odor) c. Measures employees can take to protect themselves from hazards including: protective equipment, work practices and emergency procedures. d. Training in specific safety procedures such as respiratory protection, hearing conservation and work permits will be utilized on an ongoing basis. 4. Training Records All training is to be documented and retained by the Safety and Health Department. B. Information Process Supervisors will hold periodic meetings with their employees to discuss: 1. The physical and health hazards of the chemicals in the workplace and all information on the MSDS affecting the employee. ABS-003467 LAM 0315667.239 AZARD COMMUNICATION - COMPLIANCE PLAN (continued) 2. The engineering controls, work practices and personal protection utilized to minimize any hazard to the employees. 3. Methods used to detect the presence or possibility of a release of a chemical to the work area. 4. The location of copies of the Hazard Communication Standard, the project's Hazard Communication Program, lists of chemicals at the facility and where additional information may be obtained. 5. Explanation of the signs, labels and Product Health Charts related to the workplace to inform employees about specific hazards. 6. Discuss emergency plans utilized in the workplace. C. Information Availablity A copy of the Hazard Communication Standard is posted on the Brass Alley Bulletin Board. A copy of all MSDSs or Information Sheets is available at the following locations: 1. Unit Control Rooms 2. Area Safety/Health Offices 3. OP-3 Medical Facility V. SUBCONTRACTORS A. All Subcontractors shall comply with the Hazard Communication Standard, 29 CFR 1919.1200. B. Subcontractor personnel shall be informed of the chemical hazards for non routine work as described in Section HI of this procedure. C. The subcontractor shaU supply Brown & Root a MSDS for aH chemicals brought on site. The MSDS will be reviewed and evaluated by the Project Safety and Health Department. In the event the MSDS is not readily available, the product will be evaluated by the client's Industrial Hygiene Group. ABS-003468 LAM 0315667.240 STANDARD OPERATING PROCEDURES FOR ASBESTOS ABATEMENT WORK aBS-003469 VC- LAM 0315667.241 POLICY All phases of Asbestos Abatement work shall be executed in accordance with OSHA and EPA regulations. Stiell Oil Company has the responsibility to notify any governmental agencies when required. ABS-003470 LAM 0315667.242 BROWN & ROOT INDUSTRIAL SERVICES, INC. SHELL DEER PARK MANUFACTURING COMPLEX SECTION 1 SECTION 2 SECTION 3 SECTION 4 SECTION 5 SECTION 6 SECTION 7 SECTION 8 TRAINING MEDICAL SURVEILLANCE _ RESPIRATORY PROTECTION PROGRAM NOTIFICATION PROCEDURES INDUSTRIAL ASBESTOS ABATEMENT PROJECTS REGULATED AREA ASBESTOS MONITORING PROGRAM SUPPLEMENTAL INFORMATION ABS-003471 LAM 0315667.243 PART l.i V\. 1.2 SECTION 1 - TRAINING DESCRIPTION ASBESTOS TRAINING PROGRAM - GENERAL 1.1.1 Introduction 1.1.2 Physical and Chemical Properties 1.1.3 Health Hazard 1.1.4 Job Exposure to Asbestos 1.1.5 Exposure Limits 1.1.6 Engineering and Work Practice Controls 1.1.7 Restricted Area 1.1.8 Regulated Area EMPLOYEE TRAINING - HANDOUT 1.2.1 Introduction 1.2.2 Physical and Chemical Properties 1.2.3 Health Hazards 1.2.4 Specific Respiratory Protection 1.2.5 Clothing 1.2.6 Employee Decontamination Procedures 1.2.7 Employee Signature ABS-003472 LAM 0315667.244 ASBESTOS TRAINING PROGRAM OBJECTIVE: To educate our employees on the objective hazards of working with asbestos in a way that does not express complacency or create anxiety toward asbestos. 1. The nature of the health hazards from exposure to asbestos fiber. 2. Methods of asbestos exposure control. 3. Appropriate workjpractices. 4. The purpose for proper use and limitation of respiratory protective devices. 5. The purpose for and a description of the monitoring program. 6. The purpose for and the description of the Medical Surveillance Program. 7. The relationship between smoking and asbestos in producing lung cancer. 8. A review of the OSHA standard. ABS-003473 LAM 0315667.245 1.1.1 INTRODUCTION This training program has been developed for presentation to you to appraise you of the hazards that may exist in working with asbestos or asbestos containing products. Only by properly educating our employees can we truly hope to prevent this possible hazard, then we must insist upon complete compliance with the safety procedures herein contained. 1.1.2 PHYSICAL AND CHEMICAL PROPERTIES V- V Asbestos contains several different hydrates silicant, fibrous minerals. Asbestos fibers generally have high tensile strength, flexibility, heat and chemical resistance and good frictional properties. Characteristics vary with the mineral: CHRYSOTILE - The fibrous' form of serpentine, is the most common variety of asbestos. It can be crushed into fine white, silky fibers. It has high heat resistance but is destroyed by acids. CROCIDOLITE - The fibrous form of riebeckite, has fine resilient blue fibers. The fibers are strong and resists acids. AMOSITE - The fibrous variety of grunerite, can be broken down into long, somewhat harsh fibers, brownish-yellow to white in color. It is characterized by good resistance to acids and other chemicals. ANTHOPHYLITE - Has rather fragile, brownish or off-white fibers with good heax and chemical resistance. TRAMOLITE - A calcium magnesium iron silicate. Fibers have low tensile strength, making them undesirable for many industrial applications. is often a major component of industrial and commercial talc. irTTVIOT TTV 1 nm r-aeTpoc ' ' 'An Kavw' ^ i Vp tremolite fibers, have low tensile strength so that industrial use is limited. It \ i ABS-003474 LAM 0315667.246 L 1.1.3 HEALTH HAZARDS Asbestos in its commercial and or mineral form has been suspected in very recent time to be associated with the possible production of a variety of disease entities, specifically: 1. Asbestosis - a diffuse, non-malignant scarring of the lungs. 2. Bronchogenic Carcinoma - a malignancy of the interior of the lungs. 3. Mesothelioma - a diffuse malignancy of the lining of the^lung and chest cavity (pleura Mesothelioma) or the lining of the abdomen (peritonea mesothelioma). 4. Certain cancers of the stomach, colon, and rectum. All report research data has. shown that the development of these diseases have occurred to people exposed to gross amounts of asbestos dust and fibers for a considerable period of time. Furthermore, any symptoms of these disease potentials have not appeared until twenty years of exposure have passed from the initial exposure. The peak incidents is often not noted until thirty years from onset point, or later. In addition, there is reason to believe that an individual's personal health habits contribute significantly to his susceptibility to these diseases. For instance, it has been found that when comparing non-smokers with smokers, and asbestos workers with non-asbestos workers (general public), the asbestos workers that smoked had a higher chance of risks of contracting these diseases than non-smokers. When comparing non-smoking asbestos workers with non-smoking non asbestos workers, there was no difference with either groups chances or risks of these diseases. In conclusion, although the evidence is not absolute, all data points to asbestos as either being the cause or possibly the triggering agent to the contraction of the diseases listed above. Thus, it is the intent of this program to appraise you of the potential hazards of asbestos, so as to prevent the occurrence and limit your chances of developing these potentially fatal 4SS-"0347 LAM 0315667.247 1.1.4 EXPOSURE TO ASBESTOS As an insulator with our company, you may come into contact with asbestos on a very infrequent basis. This exposure may occurs when stripping off old insulation which contained asbestos. Because of severe restrictions placed upon the use of asbestos in 1970, industry is changing. Thus, a non-asbestos insulation is substituted for old asbestos insulation, your chances of ever being exposed to asbestos at all will be greatly reduced. \ There still may be equipment or lines that will be insulated with asbestos, but we have no current knowledge of this practice. Always be aware that the insulation you may be working with is asbestos. If in doubt, as-k your supervisor. This is especially true if the material appears'to be fibrous or stringy - an identification that it is asbestos. Non-asbestos insulation generally appears to be powdery, non-fibrous material. 1.1.5 EXPOSURE LIMITS 0.2 fibers per cubic centimeter of air in an eight hour time weighted average. Of importance is the length of the fibers listed above. These limits apply only to fibers longer than five micrometers in length. It has been shown that fibers shorter than five micrometers will be flushed out of your lungs by the lung's natural processes. These shorter and lighter fibers are attacked by mucous of the lung's mucous membranes and readily coughed up and out of the lungs and bronchial tubes. Thus these shorter, lighter fibers may not pose any health hazard. 1.1.5 ENGINEERING AND WORK PRACTICE CONTROLS Our customers have developed priorities on the elimination of asbestos within plants and buildings with replacement by non asbestos materials. \ *85-0034^ LAM 0315667.248 Furthermore, we have established controls to isolate, enclose, exhaust and collect resulting ducts where these practices are technically feasible. In addition, particular tools and equipment such as saws, scorers, grinders, drills, etc. which may be used on asbestos will be provided with local exhaust ventilation and dust collection systems, where technically feasible. We will comply with the following work practices while working with asbestos: 1. Work with removal will only be performed under continuous wetting of the material being worked. 2. All asbestos or asbestos containing material shall be placed in impermeable bags immediately upon removal and bags sealed when filled or task completed. 3. Bagged scrap, excess, debris, etc. shall be discarded or dumped into appropriate garbage/trash containers, for proper disposal. 4. Area shall be cleaned as work progresses and when finished the entire area shall be washed down or vacuumed whichever isapplicable. Do not leave dust on adjacent piping racks, etc. 5. Separate clothes lockers are now provided to prevent possible contamination of street clothes by work clothes. You will be required to keep street and work clothes separate and and area cleaned of possible asbestos dusts. Decon facilities for bathing shall be used. 6. Signs shall be posted at locations around work area so that a fellow employee can read the signs and avoid the area without entering it. 7. Required signs shall have the following wording. DANGER ASBESTOS CANCER AND LUNG DISEASE HAZARD AUTHORIZED PERSONNEL ONLY RESPIRATORS AND PROTECTIVE CLOTHING nnt nowuxnc.U id Icilb AREA 8. During any demolition, removal, or stripping of asbestos or asbestos containing materials, each employee will be required to wear complete body covering including coveralls, gloves, head and foot covering. ABS-003477 LAM 0315667.249 1.1.7 Restricted Area 1. Usually a short duration job where you do not anticipate the exposure level to exceed the PEL TWA of 0.2 F/cc. 2. A hand wash station and a decontamination procedure is used. 3. Plastic is used on the floor and decking (never totally enclosed). \ 4. ACM is removed using wet method usually surfactant. V V 5. Use a half-mask air purifying respirator with high efficiency filters. 1.1.8 1 *. Regulated Areas 1. Used when you anticipate the exposure level to exceed the PEL TWA of 0.2 F/cc. 2. The job is totally enclosed with 6 mil. plastic (when feasible). 3. An exhaust unit is used to establish a negative pressure and ventilation in the enclosed work area during asbestos removal. 4. Half face respirators are somtimes substituted with a full face supplied air respirator with a HEPA egress filter. 5. You will enter and exit the regulated area through decontamination trailer. Showers are required everytime you exit. 6. You will not wear any street clothing or cloth coveralls. Protective clothing will be furnished to you. 3^7q AM 0315667.250 1.2 EMPLOYEE TRAINING HANDOUT 1.2.1 INTRODUCTION The purpose of this training program is to offer the employee a comprehensive overview of the work procedures necessary in the asbestos abatement environment. 1.2.2 PHYSICAL AND CHEMICAL PROPERTIES \\ Asbestos includes several different hydf-ates silicant, fibrous minerals. Asbestos fibers generally have high tensile strength, flexibility, heat and chemical resistance and good frictional properties. 1.2.3 HEALTH HAZARDS Asbestos in its commercial and or mineral form has been suspected in very recent time to be associated with the possible reproduction of a variety of disease entities, specifically: 1. Asbestosis - A diffuse, non-malignant scarring of the lungs. 2. Bronchogenic Carcinoma - A malignancy of the interior of the lungs. 3. Mesothelioma - A diffuse malignancy of the lining of the lung and chest cavity (Plural Mesothelioma) or the lining of the abdomen (Peritoneal Mesothelioma). 1.2.4 SPECIFIC RESPIRATORY PROTECTION All employees will be fit tested prior to the use of respiratory equipment. (CFR 1926.58 Appendix C) ^3-0034-79 LAM 0315667.251 1. The wearer of the respirator shall be instructed of the proper use and of its limitations. 2. Respirators shall be regularly cleaned and disinfected, usually after each days use as a minimum. 3. Respirators shall be stored in a convenient, clean and sanitary location. 4. Respirators used routinely shall be inspected after each use and deteriorated parts replaced immediately. 5. When a respirator is in use, the work area shall be observed and corrective action undertaken if conditions change, concentrations increase, task changes, etc. Corrective action to include (but not limited to) reducing concentrations, changing to higher rated respirators, or evacuation of the area. 6. Persons with chronic respiratory problems, i.e., asthma, chronic bronchitis, colds, hayfever, sinus problems, etc. shall not be assigned to work requiring the wearing of respirators. 7. All respirators must have a Bureau of Mines and NIOSH approval prior to use. 1.2.5 CLOTHING Each worker will be supplied with disposable uniforms which include head covering, gloves and shoe covering. Disposable clothing shall not be worn over street clothes. 1-ct-y 003Aa0 ABS w-*' LAM 0315667.252 PART 2.1 SECTION 2 - MEDICAL SURVEILLANCE PROGRAM DESCRIPTION Medical Surveillance Program ABS-003481 LAM 0315667.253 2.1 MEDICAL SURVEILLANCE PROGRAM A Medical Surveillance Program shall be instituted for each employee that will be exposed to asbestos or products containing asbestos. This program will provide each such employee with an opportunity for examinations and tests in accordance with this paragraph. All medical examinations and procedures shall be performed by or under the supervision of a licensed physician, and will be provided without cost to the employee. 1. PRE-EMPLOYMENT PHYSICAL 1. History ^^ 2. Anthropometry (weight, height, temperature, etc.) 3. Blood Pressure and Pulse 4. Pulmonary Function Test 5. X-Rays of Posterior - Anterior - Chest 6. Hands-on Physical Examination 7. Disease Questionnaire 2. Examinations provided in accordance with this paragraph will be performed annually. 3. Any employee who develops infirmities of the nature outlined elsewhere will be examined by a physician subject to provision of our State's Workers Compensation Laws. 4. Upon completion of the physical examination, the examining physician shall state on the physical form the results of his examination. Our company in consultation with the physician will then determine the suitability of the employee to being exposed to asbestos and asbestos containing products. 5. If any employee's health, as determined by the physician, would be materially impaired by continued exposure, such employee shall be withdrawn from possible contact with asbestos. 6. If the Medical Director determines the alterations should be made to the medical examination, then the company may except the alterations as aiding in the prevention of possible health hazards. .003 463 LAM 0315667.254 SECTION 3 - RESPIRATORY PROTECTION PROGRAM PART DESCRIPTION 3.1 3.1.1 3.1.2 3.1.3 3.1.4 RESPIRATORY PROTECTION PROCEDURE General Selection and Use Care of Respirators Fit Testing \ ABS-003483 LAM 0315667.255 3.1 RESPIRATORY PROTECTION PROCEDURE This procedure will establish the requirements of an effective personnel protection while performing work in an Asbestos Environment. Included are requirements for selection, use, and care of respiratory equipment. It provides sufficient information to comply with current OSHA and EPA Regulations. 3.1.1. GENERAL A. Respirators should not be used as a substitute for exhaust ventilation or other engineering control methods. \. B. Respirators must be worn at all times where the atmosphere may be harmful to employees. C. The oxygen content of the atmosphere must be established and any deficiency evaluated. D. The action level for asbestos exposure is 0.1 fiber per cubic centimeter of air calculated as an eight hour time weighed average. The permissible exposure limit is 0.2 fiber per cubic centimeter of air as an eight hour time weighed average. E. Employees are required to utilize respiratory protection at any exposure or where exposure may be expected to occur. F. Asbestosis and cancer are associated with exposure to asbestos. Historically, the incidence of these diseases has been significantly higher amount asbestos worker than the general population. G. Filters for respirators may be changed v/herever there is a detected breathing resistance by the employees. Filters will be available in adequate supply at each job location. H. Employees may leave the work area to wash their faces and respirator face pieces whenever necessary to prevent skin irritation associated with respirator use. I. Employees must be physically qualified to wear a respirator. If the examining physician determines the employee will be unable to perform normally while wearing a respirator of safety and health may be impaired, the employee will be offered another task IF AVAILABLE -- at the same rate of pay. J. Contact lens in contaminated atmospheres or with a full face supplied air respirator is prohibited. K. Employees must be clean shaven in the area of the respirator seal. L. Only respirators that are MSHA/NIOSH approved will be utilized. ABS-003484 LAM 0315667.256 3.1.2 SELECTION AND USE A. CONCENTRATION RESPIRATOR Any possible exposure or exposure not in excess of 2 F/CC (10X PEL) Half-mask air-purifying respirator equipped with high efficiency filters. Not in excess of 10 F/CC (50X PEL) Full-face air-purifying respirator with high efficiency filter. Not in excess of 20 F/CC (100X PEL) Any powered air purifying respirator equipped with high efficiency filters or any supplied air respirator operated in continuous flow mode Not in excess of 200 F/CC (1000X PEL) Full-face supplied air respirator operated in pressure demand mode Greater than 200 F/CC (1000X PEL) or unknown concentration Full-face supplied air respirator operated in pressure demand mode equipped with an auxilliary positive pressure self-contained breathing apparatus B. Respirators assigned for higher concentrations may be used at lower concentrations. C. Breathing air must meet Compressed Gas Association Commodity Specification G-7.1 for Grade D. D. Selection of respirators for task will be made by air sampling results. E. Field testing prior to use. 1. NEGATIVE pressure test - cover or close off inlet to respirator. This is done by placing hands over the cartridge assembly. Inhale gently and hold breath 10 seconds. Respirator must remain slightly collapsed to indicate a good fit. 2. POSITIVE pressure fit - close off exhalation valve. It may be necessary to remove exhalation valve cover. Exhale gently to produce slight pressure within the mask. During this process, feel for air leaks in the area between cheekbone and nose escaping toward the eyes. If pressure holds, a good fit has been achieved. ABS-003485 LAM 0315667.257 3.1.3 CARE OF RESPIRATOR A. Inspection 1. All respirators must be inspected routinely before and after each use. B. Maintenance 1. When it is necessary to replace worn or deteriorated parts, V only thos^ made specifically for the device will be used. All repair work will be completed/supervised by trained persons. C. Storage 1. Respirators must be stored in a clean, cool, dry place out of direct sunlight under conditions of moderate temperature. They must be kept in a designated storage bag in an accessible location. Do not store in a tool box or locker where materials may damage the face-piece structural integrity. D. Cleaning 1. Respirators must be cleaned after each use except when assigned to an individual employee then they must be cleaned as necessary to assure a sanitary and proper functioning mask. 2. Cleaning procedure a. Remove any filter, cartridges, canisters, or headbands and disassemble the major parts. b. Wash face-piece in a cleaner-disinfectant solution at 120 degrees F. Use a handbrush (not wire) to remove dirt. c. Rinse completely in clean, warm water. d. Air dry in a clean area. e. Inspect all parts: have replace with new parts if defective or visibly worn. ABS-003486 LAM 0315667.258 3.1.4 FIT TESTING Employees will be fit tested at least every six months. Otherfactors that may require additional testing are: --Weight change of 20 lbs. or more --Facial scarring --Dental changes --Cosmetic surgery --Record keeping Testing will be qualitative or quantitive as per 29CFR 1926.58 Appendix C. " ' ABS-003487 LAM 0315667.259 PART 4.1 SECTION 4 - NOTIFICATION PROCEDURES DESCRIPTION Written Notification Procedures ABS-003488 LAM 0315667.260 Notification to Federal, State, and Local Agencies is handled by Shell Oil Company. V \ ABS-003489 LAM 0315667.261 SECTION 5 - ASBESTOS ABATEMENT INDUSTRIAL PROJECTS PART 5.1 5.2 5A 5.4 5.5 5.6 5.7 5.8 5.9 5.9.1 5.9.2 DESCRIPTION Purpose Requirements for Industrial asbestos projects Rules and regulations Engineering controls Occupied building spaces Methods Area preparations Transite siding " Glove bag technique for pipe lagging removal Materials Procedures abs.003A90 LAM 0315667.262 5-1 PURPOSE This section is designed to outline procedures for removal of asbestos materials in industrial environments. 5.2 REQUIREMENTS FOR INDUSTRIAL ASBESTOS ABATEMENT PROJECTS Requirements for certain aspects of industrial asbestos abatement shall remain unchanged. Those aspects are as follows: 1. Requirements for employees involved with asbestos abatements projects. 2. Asbestos training program. 3. Medical surveillance program. 4. Notification procedures. 5. Asbestos monitoring program. 6. Restricted area. 5.3 RULES AND REGULATIONS All federal, state, and local regulation shall apply to industrial asbestos abatement projects. 5.4 ENGINEERING CONTROLS Requirements for engineering controls may differ from those of asbestor abatement projects in buildings. Negative pressure containment areas may not be feasible in certain industrial environments. However, exposure levels of asbestos fibers shall remain within acceptable levels (0.2 F/CC 8 hours TWA) during all ACM removal. 5.5 OCCUPIED BUILDING SPACES All asbestos abatement projects in occupied building spaces shall be performed under negative pressure containment or via glove bag techniques. 5.6 METHODS Projects where negative pressure containment areas are not feasible are required to conform to wet method procedures using wetting agents to achieve acceptable levels. .r.\. "r* 349^(S'00 LAM 0315667.263 5.7 AREA PREPARATIONS All areas where asbestos containing material is to be removed shall be draped with 6 mil. plastic sheeting to prevent bulk material from escaping from work area. 5.8 TRANSITS SIDING Transite siding material projects shall be approached in the same manner as other asbestos projects. Transite material shall not be cut, drilled, or sanded to affect removal. Cutting transite material shall be accomplished breaking the material under amended water. 5.y GLOVE BAG TECHNIQUE FOR PIPE LAGGING REMOVAL 5.9.1 MATERIAL AND SUPPLIES 1. Bone-sau 2. Tin snips 3. Utility knife with retracting blade 4. Wire cutters 5. Two gallon pump type garden sprayer with amended water 6. Glove bags (as many as required) 7. Bucket for washing tools 8. Disposal bags for materials (waste) 9. Disposal suit 10. Dual-cartridge HEPA-filtered respirator 11. Scrub brush 12. Duct tape 13. Stapler nsoestos caution signs us many as neeaed) 15. 2-3 rags 16. HEPA vacuum ABS-003492 LAM 0315667.264 5.9.2 PROCEDURE 1. Place signs outside work area to prevent accidental entry by personnel not involved with the project. 2. Put on disposable suit and respirator. 3. Prepare pipe lagging. Damaged sections of pipe not to be removed should be wrapped with 4-6 mi. poly. Alternatively, these areas may be wrapped with ducLtape, metal tape or covered with an aluminum jacket. ^ V 4. Size the glove bag to fit the pipe, if necessary on cut area. 5. Never use a glove bag on a hot (greater than 130 degrees F) pipe. 6. Place removal tdols'in tool pouch. 7. Attach the glove bag over the section of lagging to be removed. Fold open edged together and seal with duct tape and staples. Place staples at one inch intervals. 8. Cut open the water port of the glove bag, seal wand from sprayer inside. 9. Seal the edges of the bag to form an airtight seal around the pipe. 10. First man places hands in glove bag to begin work. 11. Second man operates water sprayer. 12. Cut ends of insulation using bone saw while continuously misting inside bag with wetting agent. 13. If lagging has a metal jacket, this will have to be removed by cutting with tin snips first, then fold edges back so bag will not be cut. Place metal in bottom of bag. 14. Cut insulation along the bottom of the pipe to the two ends. 15. While spraying with water, gently remove insulation and place in bottom of bag. ><-r\*-vrc;<r-. .-v- ABS-003493 LAM 0315667.265 16. Wash pipe with water and rub clean. 17. Wet down top of bag, pipe ends, and dampen insulation at bottom of bag. 18. Wash off tools and place in tool pouch. 19. Remove water and wand and attach HEPA vacuum and collapse bag. 20. Twist bag just below tool pouch and seal with duct tape. 21. Place bottom of glove bag into 6 mil. disposal bag. (labeled) 22. Remove tape from one end of the pipe. Remove tools and place in water bucket to be washed again and wiped clean. 23. Remove all tape and staples and fold bag carefully into disposal bag. 24. Seal pipe ends with duct tape and staples or wettable cloth. 25. Remove suit and place in disposal bag. and tape closed the disposal bag. Twist 26. Wipe off respirator with damp cloth and remove. .v,T7 3rv; ABS-003494 LAM 0315667.266 PART 6.1 6.2 6.3 6.4 SECTION 6 - REGULATED AREA DESCRIPTION Regulated area Equipment Requirements for a Regulated Area Sign Specifics ^ Sign locations ABS-003495 LAM 0315667.267 c 6.1 REGULATED AREA A job you anticipate the exposure level to exceed the PEL TWA of 0.2 F/cc. 6.2 EQUIPMENT REQUIREMENTS FOR A REGULATED AREA A. Enclosures 1. Constructed with two layers of 6 mil. plastic, completely enclosed and air tight. 2. Fur strips are used to help support the plastic on the walls of the enclosure. 3. The plastic is installed in a way that all joints are staggered to reduce the potential of air or water escaping the enclosure. a. Floor Plastic First layer lapped 12" up the wall of the enclosure. Second layer lapped 18" up the wall of the enclosure. b. Wall Plastic ^ First and second layers come down even or slightly lapping the floor plastic. The vertical laps between the two layers needs to be about 6 feet apart. c. Emergency Exits Emergency exits are marked with arrows at eye level and close to the floor of the enclosure, usually painted of taped to the plastic of the enclosure, should be able to read to 20 feet. B. Exhaust Ventilation System with HEPA Filtration (Neg-Air) 1. Neg-air machine is used to contain the airborne asbestos fibers. This is accomplished by creating a negative pressure differential in the enclosure in relation with the outside atmosphere. 2. The neg-air machine is equipped with a series of pre filters as well as a HEPA filter. The neg-air machine pulls air through the work area, through the filters and exhaust clean air to the outside of the enclosure. 3. The neg-air machines are equipped with a control panel that has visual and audible alarms to warn of pressure differentials caused by clogged filter, or a major rupture in the HEPA filter. 4. Pre filters are changed when you get a 1" - H2O drop on the megnehelic gauge on the neg-air machine, the filters may be changed while the machine is in operation. The machine must be shut down to change the HEPA filter. C. Decontamination Unit 1. Clean Room a. Supplies: You will find your filters (HEPA), towels, respirators, protective clothing, soap, lens protectors, lockers with locks provided by Brown and Root and other accessories. b. Procedures: In the clean room you will remove all of your street clothing and dress in your protective clothing before you enter the containment barricade or the regulated area. ci>r^-vvnc* ABS-003496 LAM 0315667.268 i There will be Tyvex coveralls and Tyvex under clothing provided in the clean room. Your HEPA filters will be located and installed on your respirator in the clean room. Initally, your rubber gloves and boots will be put on in the dirty room. Your respirator will be stored and inspected and put on in the clean room. Before you enter the containment barricade, there will be a "sign in/sign out" sheet that you will sign when entering and exiting. Don your respirator and do a fit test. If okay, proceed through the shower room through the dirty room to the work area. V2. Dirty Room or Equipment Room\. The dirty room will have negative pressure on it. The impact filters will need to be changed two or three times per shift. You pass through the dirty room when you are entering or exiting the regulated area. When entering the dirty room from the clean room you will have on all of your protective equipment and clothing. Initially you will have on your rubber boots and gloves. Proceed to the regulated area. When exiting the regulated area you will neet to remove all gross contaminated before entering the dirty room. The best way to do this is using the "buddy system" or help each other vacuum off. It is important to check the bottom of your rubber boots. Once you have removed all gross contaminates from yourself, proceed to the dirty room. ' When you are in the dirty room you will remove your rubber boots and gloves. Do not remove your respirator in the dirty room. After you have removed your protective clothing put them in the bag provided. When you go to the shower room, your respirator will still be on. All you will carry into the shower room will be your respirator and your hard hat. Everything else stays in the dirty room. 3. Shower Room When entering the shower room from the dirty room, all you will have will be your respirator and hard hat. First shower your person to remove contaminates. Then wash off the outside of your respirator while you are still wearing it. Wet the HEP A filter then remove it and place it into a bag provided on the dirty room side. Wash off your hard hat then place your protective equipment on the clean side of the shower room. Finish showering yourself and proceed to the clean room. ABS-003497 LAM 0315667.269 SIGN SPECIFICS Warning Signs DANGER ASBESTOS CANCER AND LUNG DISEASE HAZARD AUTHORIZED PERSONNEL ONLY RESPIRATORS AND PROTECTIVE CLOTHING ARE REQUIRED IN THIS AREA Warning label DANGER CONTAINS ASBESTOS FIBERS AVOID CREATING DUST CANCER AND LUNG DISEASE HAZARD SIGN LOCATION We can not establish hard and fast policy on how far from actual work site these signs are to be posted. As a general rule they should be posted: 1. As a distance so that they can be read and adhered by all. 2. At approaches to asbestos area. 3. Far enough away to keep from exposing other people. \ ABS-003498 LAM 0315667.270 SECTION 7 - ASBESTOS MONITORING PROGRAM PART 7.1 7.1.1 7.1.2 DESCRIPTION Asbestos Monitoring Program Frequency of samples Sample Procedures .. - * 003A" LAM 0315667.271 ASBESTOS MONITORING PROGRAM We have established a comprehensive monitoring program to determine the extent of our exposure to asbestos in the work environment. This monitoring will be conducted on each abatement project. Monitoring will be in two types: 1. Personal monitoring - Individual monitoring of our asbestos workers while they are working with asbestos to determine the air borne\ concentrations of asbestos. ^ 2. Environment monitoring - Determining the air borne concentration of asbestos and adjacent to the work environment. A copy of the results f this monitoring will be forwarded to Shell Industrial Hygiene Department. In reference to the monitoring program, all supervisors are charged with the responsibility to assist and cooperate with our customer's personnel in their monitoring. The responsibility must be shared with your craftsmen to be certain that the monitoring results truly reflect the actual exposures. Failure to cooperate/assist, attempting to falsify results, contamination of samples, abuse of monitoring equipment and other behaviors detrimental to the monitoring program must be met with immediate discipline including discharge. 7.1.1 FREQUENCY OF SAMPLES Samples shall be on a daily basis for personal and area. 7.1.2 SAMPLE PROCEDURES All sample methods shall comply with CFR 23 1210.1001. -n w>:^1 ABS-003500 LAM 0315667.272 SECTION 8 - SUPPLEMENTAL INFORMATION 8.1 Work Procedures for Asbestos Brake/Clutch Repair 8.2 Asbestos Work Procedure V-82 & V-83 \. 8.3 Air Sampling Results V-82 & V-83 8.4 Personnel List Asbestos M.S.P. 8.5 Equipment List ABS-003501 LAM 0315667.273 8.1 WORK PROCEDURES FOR ASBESTOS BRAKE/CLUTCH REPAIR V ABS-003502 LAM 0315667.274 BROWN & ROOT U.S.A., INC. SHELL DEER PARK MANUFACTURING COMPLEX REDUCING ASBESTOS EXPOSURE IN AUTOMOTIVE BRAKE/CLUTCH REPAIR ^Simply wiping surfaces with a damp cloth doesn't always work. And some mechanics might still be tempted to use compressed air on asbestos brake and clutch surfaces. Doing so can result in personal asbestos exposures exceeding the PEL. The following excerpt from Appendix F of the OSHA Asbestos Standard for General Industry describes the method of choice that we shall adopt: Compressed Air/Solvent System Method A compressed air hose fitted at the end with a bottle of solvent can be used to loosen the asbestos-containing residue and to capture the resulting airborne particles in the solvent mist. The mechanic should begin spraying the asbestoscontaminated parts with the solvent at a sufficient distance to ensure that the asbestos particles are not dislodged by the velocity of the solvent spray. After the asbestos particles are thoroughly wetted, the spray may be brought closer to the parts and the parts may be sprayed as necessary to remove grease and other material. The automotive parts sprayed with the mist are then wiped with a rag, which must then be disposed of appropriately. Rags should be placed in a labeled plastic bag or other container while they are still wet. This ensures that the asbestos fibers will not become airborne after the brake and clutch parts have been cleaned. (If cleanup rags are laundered rather than disposed of, they must be washed using methods appropriate for the laundering of asbestos-contaminated materials.) OSHA believes that a variant of this compressed air/solvent mist process offers advantages over the compressed air/solvent mist technique discussed above, both in terms of costs and employees protection. The variant involves the use of spray cans filled with any of several solvent cleaners commercially available from auto supply stores. Spray cans of solvent are inexpensive, readily available and easy to use. These cans will also save time, because no solvent delivery system has to be assembled, i.e., no compressed air hose/mister ensemble. OSHA believes that a spray can will deliver solvent to the parts to be cleaned with considerably less force than the alternative compressed air delivery system described above, and will thus generate fewer airborne asbestos fibers than the compressed air method. The Agency tnereiore oeueves tnat tne exposure levels oi automouve repair mecnanics using the spray can/solvent mist process will be even lower than the exposures reported by NIOSH (ex. 84-263) for the compressed air/solvent mist system (0.08 f/cc). .-4. .li'* cv ir-vJC.TJt.r % *V ^K-.>r.v.O ABS-003503 LAM 0315667.275 BROWN & ROOT U.S.A., INC. SHELL DEER PARK MANUFACTURING COMPLEX February 17,1987 EMPLOYEE WORK PRACTICES FOR ASBESTOS BRAKE/CLUTCH REPAIR v. A. Spray Can/Solvent Mist Method For Brake Shoe/Pad Repairs 1. Don respirator (t mask cartridge respirator with high efficiency particulate filters, purple cartridges). 2. Remove wheel from vehicle. 3. Wet inside brake drum from the backside using spray can brake cleaning solvent. 4. Remove brake drum and thoroughly wet entire brake assembly via the spray can solvent spraying approximately 12-18 inches from assembly. 5. Continue spray wetting periodically throughout the brake shoe/pad removal operation. 6. Cloths wetted with solvent should be used to remove all residual material from the assembly. 7. Properly dispose of used cloths and brake shoes/pads in a labeled disposal bag. (Attachment 1) 8. The use of compressed air to clean the assembly shall be prohibited. 9. At completion of the job or prior to eating, drinking or smoking, hand washing shall be required. B. Spray Can/Solvent Mist Method For Clutch Repairs 1. Don respirator masK cartriage respirator witn nign eiiiciency particulate filters, purple cartridges). 2. Remove the starter assembly. 3. Wet the inside bell housing through the starter opening with brake cleaning spray solvent thoroughly. ryifr-r-* v vr>-v. &BS' 00354 LAM 0315667.276 EMPLOYEE WORK PRACTICES FOR ASBESTOS BRAKE/CLUTCH REPAIR (continued) 4. 5. \ 6. 7. 8. 9. 10. Remove bell housing assembly. Wet the clutch assembly and inside bell housing with spray solvent; spray approximately 12-18 inches from the assembly. Continue spray .wetting periodically throughout the clutch removal operation. Cloths wetted with solvent should be used to remove all residual material from the assembly. Properly dispose of used cloths and clutch lining in a labeled disposal bag. (Attachment 1) The use of compressed air to clean the assembly shall be prohibited. At completion of the job or prior to eating, drinking or smoking, hand washing shall be required. C. Employee Training 1.Employees engaged in automotive brake/clutch repairs shall review this procedure prior to initial assignment then annually thereafter. They shall also review the audio/visual training film "Asbestos In The Workplace" annually. The crew Safety Meeting will be used for this purpose. ABS-003505 lam 0315667.277 8.2 ASBESTOS WORK PROCEDURE V-82 & V-83 \ jy***-C'"*r -t\J ABS-003506 LAM 0315667.278 August 24, 1989 BROWN & ROOT INDUSTRIAL SERVICES, INC. SHELL DEER PARK MANUFACTURING COMPLEX ASBESTOS WORK PROCEDURE - Y-82 & V-83 ASBESTOS REMOVAL V The following procedure will be utilized by Brown 6c Root for the removal of the asbestos containing material (ACM) from V-82 <5c V-83 located at the "A" Plant Unit. The area for this project will be regulated. I. Enclosure Erection An enclosure will be erected around the vessels to contain any airborne asbestos emissions. The enclosure will be constructed of scaffolding, six-mil. plastic sheeting and additional lumber support as necessary. A portable exhaust ventilation system with HEPA filter will be used to create a negative pressure within the enclosure. A single entrance will be used for access and egress to the work area. A. Decontamination Unit: A decontamination unit consisting of a clean change room, shower, and an equipment room will be available adjacent to the abatement work area. B. Work Procedures: 1. The area where ACM is being removed shall be barricaded to regulate access. Danger signs will be posted at all approach directions. 2. Protective clothing, supplied air with HEPA backup or half-face respirator equipped with HEPA filters (minimum), gloves, rubber boots and goggles will be worn while working in the regulated area. 3. ACM will be kept wet prior to and during removal using amended water (surfactant additive). 4. A HEPA vacuum will be used to clean up any residual insulation and water in the enclosure during each shift and prior to dismantling the enclosure. Also to be used to vacuum the protective clothing of each worker prior to exiting the enclosure. 5. Workers will be assigned to removing, wetting, and bagging the ACM. As the ACM removal progresses, the ACM will be kept wet and immediately bagged into a properly labeled disposable bag, and brought to the entrance of the enclosure. The bags will then be doubled-bagged and handed outside the entrance to another worker. The bags of ACM will be handled according to normal disposal procedures. ABS-003507 LAM 0315667.279 y<. 6. Prior to breaks, lunch, and/or at the completion of the shift, the workers will proceed to the decontamination unit. (Refer to attached Decontamination Procedure). 7. Prior to dismantling the enclosure, the area will be cleaned by damp wiping and vacuumed. Finally the area inside the enclosure will be sprayed with an encapsulation agent to "lock down" any airborne asbestos fibers. The plastic containment barrier will then be bagged and handled as waste. V. \\ C. Exposure Monitoring: Daily personnel and area monitoring will be conducted during the ACM removal operation. All monitored employees will be notified of the results of the sampling. D. Competent Person: A designated competent person will be responsible for the results for the duties as outlined in 29 CFR 1926.53 l I ABS-003508 LAM 0315667.280 8.3 AIR SAMPLING RESULTS V-82 & V-83 V 00359 LAM 0315667.281 Fiber/cc - Fibers O f Asbestos Per Cubic Centimeter Of A ir. Cfl C/5 ca n D 3 Cf~Or CO a CD n < CD 3 > CD D CO CD > *1 CD CD 2 2 > crcd r-r CD CD to 3 *o 3 TL 3 w w J1 s (D* CD XoCO c riCD gA CD CD 3* CD T Cl Oo oo o 9 rt i-* CD CD a CL r4 rf*. CL E> cn cn o * I CO >-* cn 3 3 CD cn Oq 2 03 GO 2P 1 ^3 >-- 5* D to GO t--i C5 CO a < CD a 03 hn 53 O cr CD CD X o CD 3" D C-! o 3 3 Cl c C3 o ts3 C/5 c CO (D CO D H o cr r CoD W o CO 03 T* 5 r a 2 Ro o> Sh ma 2 ft- ^n to to to to >--I 1 J I II r CO CO CO to to to 03 o> >2 H t- 03 2 > RO r>---*# O 03 O 2 tt =* 2 3 > 2 C 5 -3 O O c 03 H co to CO CO to o to oo s2w 2 53 C G> Hw H2 2EZ C/3 o n 2ro R > O 2 25 2 > H O t- C _ 0ra3 w 03 '-2 c< c* o H! R.. _> 03 03 R< a wS3 N S3 rx W i n nn K K 25 2 o X K~ 03 >j G a A oo oo cn cn o a r-- -3 > < %. -w^ v ABS-003510 LAM 0315667.282 8.4 PERSONNEL LIST ASBESTOS M.S.P, V ABS-003511 LAM 0315667.283 * A IciliEITEE' cT In! KUttaK ita :.\v> CG' a:t:ve 7:7.2 ' 33. S3 77 '! '32/23 IE t-HE 3.2. iill.Kli i 1: 3.-3j icJ.:E!E2: r.i.f. irHiS.lAfS? i:?3-:sn :i.*f;;E3 jieistoi l:.:. E/kLL'X^IO -'20332:] CI-Gi/EO AISEi'Oi .4.2.7 UKVffLl.SOMETH 9 i!i;J335s 01/01/23 tScEITii H. 2.:. vAji'.Tjl'ts.lilCm l oi!i'H3 V:<Viii 4;5c?7C :.$. :i-j-'i.illil 7J?C^A' 3! 1:1 1:32:2 ::-c-.;33 --iceit:-: .!.?. !3i>13 .U3:\!:3 0:/3!/25 ;EEE27C2 it.!.'. :.-=;E.Ei. i'C-EiEET:- 7-E:l!::AE O /CI/33 A3223702 .S.?. :.:.nO.EEI37G C 53:023:3: 0:/G;/SS A:EE:705 H.3.7. '.A 10..-71:521 .'.H5EI i3!3233l! C1/33 aSEISTOS *.3.. E.'DK'iA.HEOTOE E:25:5;EE ]/( !;5E A;3E:732 a.!.:. ::a3TEL!.0,JG2E i icHESOU 3:-o;/3 aieei'O: if.;.?. EIJ3E : 3333334 ! ::-Ct/53 \;0E:7v: 'i.S.f. tOU'. i\n3.; if!: f: A; o: :T2; :"..a-::e!.S75-e : i5;'-:/! : vee/to: r.3 :;v::..2;.:.ec ::ee:tc2 -1: e o 3;; : A.!!.37:33270 - -53343 :3 '' 73.'C3 A :c !:*'2: r .7 r. .: E' i. A' 7. V 7 21 i * 4 - 5: 10 5 3 * t * ' 0 * -:A: E:: 7.: ::a:,a,.;:11 vn: i2E5`23E5 v:r::i -3Eit:i ;:3:/7E0 '31032 224 . * / 0!.' 5 2 *.:. .*. :: 37: :~:<7vE Ja>-:! 7 . 2 2 2 !3!2: 7 01/35 i;::7C: 4 'IASKh:i i 2!:50'.3* ::;c]/23 a?ie;to3 m.?. 73:VE'T,27CV7 0 222!33513 :7;G!i?i i:5E:7E: ".3.A. eovapos.iaAot : 15:23735; C-1 -*E5 a:EE:723 : .7. :LA25!i::i7:o;; i.:50i;7Ct tV " A l iTt 731 r: 5:;. SJS29U703 I'SOTCs Erf Ifi I irit 13:31**02 HL?=: :C? .t.felA: : a: ;C: i? 1 I;J5.;U"05 !"i)LA7Cs 7"`rl 7'12'jL !7': SO! WE i *C EBE.'l.:70; 7!l?J H'M V^IAT'E M! II.: 7 72 7::;r iC? c: * ,,r :ia;E;.7!2 .2177: .:;,j :C." 7V! 177521:772 I : 2.5*! A -7LA-A 7" '2 7/^ " 7 A A VI :E 1 V! 7)'2;JIa*02 2 ill 752'3-.;::a .mas 27? 2-77 Y-..' ABS-003512 LAM 0315667.284 i"-*.s : - ii-n'i--v SEcyiEi::- r r-.s :e-dc:^ ;ha :; 3; Er-TIEE `ESE n:a ESSLOuZ a^E : i * C. CLASSIFICATION iiEA FLEii liil.vAsEi It* l-SS-f!;! ; 0 / S 3 ASBESTOS S.S. * * -L-j3S.:;.AfiI0 -: 13 - i! 3 3 *! "J 1 wS AESESTGi s.3 ct flC-SiS.&LAJK-O AiAfilS S'OSiESo siiTEKTED OS VI;!YL CHLGFIOE iuil/ii ASBESTOS i.3. t. :;j::!T:i.sARUEL i: 3 3 i' 3 3 c;-o-/a? ASEESTCS r.i 5 -i.iEEL -S0333G3; C-..-S3 iSSSSTOS K.E > S^OEA.SEISES -T2SOSS' *J;; ^ i i 5 5 SiEEST: h.3 ii'./uo.'JC "* LSoSS *SS3 i-'i, villi aSoESTCS ii.': ; K-ni.jJia F-AHCISCO O'/Ci.SS ASBESTOS i S 0 3 5 S T1 j ? 10i;:AU'.:3LALn c Liman 11/C1/S3 ASBESTOS s.s iT-fi i AL-Z. r SO--. ei:o 1333:3313 G\`Ci/3S ASEE5TGS ii.i ';.,AJASC}.U3IK0 3 sso;ss?5 :;/5:/33 A iESSTC 3 F. .: .3 , SvILLSri -JCEL ^s: :! S0S3 ViiUll ASEESTOS ri.i . .* 3n'.C. j: :'J: i:3. 33 3 VIVIli ASBESTOS s.E , * hAis:'-.:v:3Hi 1: T S S 2 S 7' aesestc; .i.:.;. .1 - = '3-'c; '; 3 i 3:: i3 5E i T 3: H.3, ?. .c:.;.: rcH OT'JE :i s:;:5 .M-e:t:: rM. iV.::.-..- f JOS .3)03:3,7 frc./is h'T;:E.c.cUcv ::it .in-.v-\ 0 :C!;2 A;tE;T;; r,.:.S. ntik.lIvcZ.AiKEUO 4 SiJjEiH: r.l-s'.'Jj A.*EH.-.f. ES'.^OEE.E; 3 Nil ' : :o a s t c T33 2.' .?. h ss: sa . asol: Sir .e::e: : ;: 3';3:.?E ;:cs h.e . ? . SCC3:.:>iT'F:Y H -.1511; i: :i;g m \S=EE3T0E ,F. .-UISSOVCSIH Ji>: HEM.' a 5 3:: os ::;Si ;s A S S :ETOS i.i . .* TriTLlATTi Oi^cSM- :=! Cisi ESTES ISS-JIATOC * :*;!;.i7"; S:.:: =6! ee; EnSaUrOi CAiWiI Ti'-Sbl UT-F EAjfESTES SU-JiTcI : :s;l.-tof 733 Hi:; i.-:T HL'-I 1L:; :r. I'iC :?!? i. E:!?! :~?ee.te: -ISHE r.-Jl >11 t*1 SC? M' l/r IV : ESI ::1 33? :s: -SI T W; ;r;: -SAFcTV :L3 ::JfV :;.e?es:e.; r'!C ABS-003513 LAM 0315667.285 .u.: . 0,,,.l;;0fOCA77G!l :: uoocoo oz^jejteo -t:-z =cll;-w:h5 .22! OH:: C3! ;:/5; : 17752 1 i.73\'3 ?:7L- YEE ':*![ 7.2. so. CLAOSIrlCAira i'EA -:IH5.^LT lj*!r?8$2 ji;3`.;'3: ;3SE370Z 3.2.7. i5t2Tl,3-l!S SOCK* .` Minr/i B-n-./ti A0SE:7O2 9.J.*. H5t*T; lL'S is53j2`i1 ci/cas i-wr-j; a.i.f. KtfLCti'.iicn seit;1 uarajsw i ;i\ns ioceoroi k.s.;. ovnoo.^soizcG -:c:.tez nj-onn a'seetoo ,i.o.?. .OOOA'.C tii .:i2?;0:i Oi/s'.'iS 4232370: r.2.7. /LIV-iASiis-3ATf SOiiC -..i*53i3! 0?-0:;33 A"ETG.- K.:.:. >Iiiii,tiC.iiOO Sooi!i223 11/C>/3S i'EEZTCS H.3.7. LIEUOiiii.0 :3353ii3- 0! iiBESTC: H.i.F. c-:;cti'as ajzeotoo h.c L03-i.iC`;ii 3 -'.2232 1 33 07/31*23 A:5ii705 l.O.f. LOOOrAHODJO LOP-IZ -5*:3S?i 3l/E=i/?S 4722:702 h.2.f. MiSOIl7.ZSA2HO 752,7S0 --27:332 o:;o:/;3 i7372:02 5.2.?. A71E2.i'.::573 HOL'.'.l --.353:3-3 C-: 3i/:3 4:22370; *.2.:. .JL7:E2*C ii - = 323::^ i:'::`:05 K.5.-. .ri-': r-v:.:-Hv >. r C *! 3 j : s c i i ; H... ;* 5-;T7?;lZ . 2cA-TI- 3 7 0 2:: -3 0 o .'a; a;eefice k.7.?. ho au:i ooonoo-o 3ci;2 4722210: .h.s.=. ji:'j-3 n;C!- 33 iZcliiO: fc.-.F. h)xi]i:r..;VM *10727 :`;SS21D23 i: A J 7:2 3.. . . X-i-CS.W *;>IAS5 J5 Ot'OSJS.'O; C7iC;c7 `;S::T'0: -.2.r. :;0ii:i.:07K 7 -3G23E - f-;/C!:2S A;SE27v3 H.-.7. 0'..vj.` - ';-;!Ir'jv i j ;7 1 1 : * 1 :/0:'82 4027:700 H.0.7. IiiilLATGR 2921)17702 ::iDLiI02 FH'I LNSULArOfc 23:717102 IOU~3 Ht?E 0:.2f797ti i;!:-JLA70i ISSiliAiCJ I.'iiifL.-rC'? U20278 IK22L4752 0A2P-H7E2 i:'.2i)LAT03 :;!23La:02 :-i:3U7;S Vl'L 47 02 04553^25 ::i27la!02 :SSiiLAr05 ;2N OAOilUiO: I*.'; !R47}7 IfiOiRAFOS 2s t 22! 3cl ^ 70? ;?.* ;0: .2! '-.1 jSI 205 VS I 37' JM 22: .'?--f n: 72! ;)! ;.:i oo? AJ 221 20? s??^.=^??r?rT??^r7^r5w?e ABs'003su LAM 0315667.286 4^1 '.i. ' ;u.:iif:ar:v8 un-in sec siH'inc 57 in r.v.&iu .sea cueg :g: ;::j:-n to n gj.'jj i*nv. ?: J.fFLCVt: S.W E.S. :iO. ClASilFICATZC'A A2EA E25i2-ACE 0;/3l?39 ATEc2702 H.j.?. ortei.oavi: f iGGIGGGEG ;;;o!/3i *s=Tgs i.s.p. :v\LLt; .hESAH 0 i'-s:s:2; >*8!r't3 A22E3TGE H.3.F. ::F?.[;H,CAVr- E UJGITPE iii:0!/FS A:EE27'02 H.S.F. ;:.SHLA.Kii'5G FiFAEL ll U3 1 2 25 I3 ;K5i/Si tEEEETG: H, Mil a aegeieee: a ieee:toe s.s.=. .iTSNt'f FIT 722:2202; 'vs hcSetc-j a.2.?. PIKCE.EGScsT tl'GcKE 233?i:;33 ;l`:u:3 mee-tc; s.s.f. 2aM2c2.AIF5EGG Ail 03 IT: 2 fl'/Cli'JS AiEtiTOi H.i.F. UHUE2.JGSE 5UADAUJPE i52!20A02 Ct/C:/23 AESEETEE H. 'E. 7. FWiS2U3!E C A5EOi!3ii C;/0!/3 AES22TCE H.5.? f. A.AisEE, EAE'/AGOEE E5;13-G:i 5?:3:.'n aebeetee s.:.?. WH VICES?' ;::o;-ee ajseetoe e.f. ; : .:, A'i j_!FT;j: ;; -i i ,,.: u: f 70083 AEEcETO: P7.F. FE07ImEwiAtl c^IGU: EE1E2: 'EE 3T/CUJ iEEEOTCE r.:.?. :Gveigije:.v;ie h 3737:23 C3/CS/33 A-SccTOi M.5.:. aofesc,, ;2EEi 3220 ajeeeto; Jvl: .A.EEFT3 .;$2T:7- :3 ;:e.;;7o; p.e.f. g. -.iagas.s^u: i 32535:322 G1/31/33 AEEEETOE rl.i.f 2531: 3 2 2 2 aeeeetce i:.;.'. iCHALE: ,211'.I '.2:i ::eee-e23 . '-31052 2 :2 C/3': l j i:E E E TC 5 :i.E, i. ECLIE,EEE"3IC i -2 G i 2 3:2 I GS/OI'fS AEEEEFCE H.2.F. i;:S:JLiIG2 t ISEillATGE F"!i EE! INSULATE' Hsl issulates m ;CP IvEULATGE. b-.? TO'iAT-OINSUL'-TGE: Eel : i lit SOLA Tv?; :"S EC? IflSillATOJ V2I Wi'JUIGS JBt INSUvA'Os S3! GAEPEHTEs Vsl Ih'i'JLATC 2 EAF.-Er.7EE e-euutg; Jill 7- : -*7 TrJ'EiJLAEOF. HE?- Vs: UiEALATEF -7? if:: ivu.70; "! ;n:;ju7EE :: iEFSUL.ETE-F 22: i.-i-mlato;; f-.:> ::ii IfiS-iUTGF. SMI ;:p ISi'JLATTP. ABS-003515 LAM 0315667.287 *% . jr.'jjjrro tf the i*Jtf ;e: ac-:r: \;:'3] t: 2-IF: "LI H :?nn:i v*? = :. :iO. 3-ACi::It\TI0i! AiEi TAlEv: i .TjO.^A: f. Ji. 0!:Ct/31 s3E'.;TI: r;EVIUv.E5HE-ITj ?;/!.<$3 iiJZSTOi EcESiiEEi 3:3333235 ;:Ui?.c2!C'illK >2:5!v2.'5 :\iv,ni jeeeetge h.e.? ViFEi.-^V = :.;E3U3H GS:tt n AEE.E3K2 mS^.EUiGLL * i;2:2: i\ 0i:.'i .'.EsEETS: !.!.? ' ;l ZEu'iiTH GVEIL :3E3032:E =.:.:: >.:. js:. i.isulat:-s vu?s v asiura za C.^PNTZ: m :Cr iC? j:;i ABS'003516 LAM 0315667.288 8.5 EQUIPMENT LIST \ ABS-003517 n\- LAM 0315667.289 EQUIPMENT LIST 2 Ea. 2 Ea. Magnum AIK - Negative Air Machine \ Zeph - Air 2000 - Negative Air Machine 2 Ea. P25 - Low Pressure Airless Sprayers 1 Ea. Quick Clean - Decontamination Shower Trailer 8' x 20' 2 ea. showers 1 Ea. Quick Clean - Decontamination Shower Trailer 10' x 44' 8ea. Showers 16 Ea. Hako Minuteman - HEPA Filter Vacuum Model # C87015-01-02 14 Ea. Willson 6000: Powered Air Purifying Respirator 12 Ea. Racal Airstream S.A.R. with HEPA egress ABS-003518 LAM 0315667.290 Jptroducina MAGNUM AIR" The revolutionary new Negative Air Machine Breaks the Static Pressure Barrier Saves Filter Costs Certified Air Performance MAGnUM Am creaks tr.e static pressure barrier bv delivering more air at 3'/:" S.P. than others do at 2" S.P. fiiter costs cy utilizing 100% or the fiiter cac'acity as ccmoared to the incustrv averace c: 25%. rrrv^?rr MAGNUM AtR s Certified An* Performance: Static Pressure Reacing 1.7 2.0 2.5 3.0 3.5 riler Canities CFM Deliver/ 1SQ0 1300 1600 1-C0 1200 Asbestos A Diwacn a Envucrmenia Prcecrve incusr.es ABS-003519 LAM 0315667.291 Introducing MAfttlUWi AIR" 77?r: . .'. . ,'. *-; .''* _> r' - i Specialties,TM Inc. A Civiscn c E:~.rrrrHfW3i 4SS~003520 lam 0315667 292 Asbestos Specialties,TM Inc. A Oivison at Enwonrnemal Proteave IfxJusmes MAGNUM AIR"* Negative Air Machine The ONLY Nea Air DESIGNED TO OPERATE AT THE HIGH STATIC PRESSURES PRODUCED WITH LOADING HEPA FILTERS. Meets or exceeds EPA and OSHA standards. Pro duces more consistent air flow at 25% of the filter cost of other neg airs. The revolutionary new MAGNUM AIR wiil cut perform any negative air on the market today. DIMENSIONS: 26' Width x 31* Height x 46' Length WEIGHT: 160 Lbs. (with filters) POWER SUPPLY 115 Veit, 20 amp circuit MOTOR: 1 'A HP direct drive. 60 Hz. Singie Speed AIR CAPACITY (certified) S.P. 1.7* 2.0" CFM 1900 1800 2.5' 1600 -3.0' 1400 3.5' 1200 CABINET: High Strength Aircraft Aluminum with Rigid Frame FILTERS: 24 x 24 x 2--10 Micron Rigid Frame Polyester Prefiiter 24 x 24 x 2--5 Micron Secondary Filer 24 x 24 x 11 '(z--High Capacicy (2CC0 CFM) HEPA filter tested at .3 microns for 99.97% efficiency. A complete line of replacement filters is avilable. INSTRUMENT PANEL (Siancarc Features; 110 Volt Power Outlet Magnenelic gauge 20 Amp Breaker Switch Hour Meter .r'c . SAFETY PACKAGE (Factory-Installed Option) Amber warning light and buzzer for filter loading. Red light and automatic shut-down feme filter cruller failure. (CujS'.crr. ;ac:cr/-r.s:a;;ec ESisry 3nc v;crrr.c zzv.zz.z z'z available as regulations require.) SPECIAL FEATURES: ii 1L.L.UH / iCci;CLj . >ou L . i.C.Ctw* c i. Quick disconnect instrument ana mater connections for easy field repair. AstMAlos i030Cunirnia^ Inc. y-rrttt*:;- ~--rrr-T LAM 0315667.293 APPLY BWE 5000 BWE 3000 ACM 35-50 PSI 35-50 PSI MIST 150 + PSI 150 + PSI MIST WITH WIDE ANGLE TIP) PUMP OELIVERY . 4(GPM) BWE P25 nozzle oeuyery in gph ORIFICE PSI PSI PSI RATING AT 50 I00 150 500 P31 .052 .45 .63 .75 .-1.4 .060 ,60 .87 1.05 1.9 .072 .80 1.2 1.5 2.8 LOW PRESSURE AIRLESS T0 ,,LCUUTE SPRAY EQUIPMENT IS SIMPLEAND EASYTO USE TM JUST TAKE THE BWE P25 OUT OF ITS CRATE, PLACE ON A DRUM OF EITHER BWE 3000 OR BWE 5000, DROP THE HOSES INTO THE DRUM HOLES, PLUG INTO A 110/115V POWER SOURCE AND SPRAY. THAT'S ALL THERE IS TO IT1 EACH BWE P25 INCLUDES: i -- BWE P25 DIAGRAM PUMP 1 -- 1 HP MOTOR 4 -- SPRAY TIPS (GRAINGER'S if 2P063) .052 ORIFICE 2 -- SPRAY GUNS 1 -- HEAVY STEEL BASE ' 1 -- BELT GUARD 1 -- STRAINER 1 - FAN BELT 250' 6' 8* 1 1 -- H* I.D. HOSE -- K' l.D. NYLON REINFORCED HOSE -- H* I.D. NYLON HOSE -- FAN BELT PULLEY -- PRESSURE GAUGE 4 -- SMALL HOSE CLAMPS 2 -- LARGE HOSE CLAMPS 2 - TAPER HOSE CONNECTORS -- INSTRUCTION BOOKLET -- SHIPPING CRATE 1 -- POWER CORO For ordering or Free information: Call BWE jqLL FREE 800 - 834-6792, (From Cailf.) 800 - 331-6775 (619) 239-1608 rr r'.?:'-Tu ^BS-003522 LAM 0315667.294 i-ih(x uta 'ab iJ-dJ. ms iKicui xuii ini ia.tij-Dr4bira P.5/16 QUICK CLEAN" 20,26 and 26-B Trailer-Housed Decontamination System Asbestos Specialties,TM Inc. flcascsvainoLsnes aBS_003523 LAM 0315667.295 J l Asbestos Specialties,TM Inc. A Oivisiand Envvorenenai Prowar* jidunnes . QUICK CLEAN"* 20,28 and 26-B TraUwHousad Decontamination System The QUICK CLEAN trailer units are specialty designed for large commercial projects and heavy industrial use. The "clean air" side is designed with contractor and worker in mind, tt's air conditioned, has a 15-man locker set a lockable, three-sheff materia! cabinet, storage shelves ana cabinets, dressing bench, towel rack and special, no-slip floor tape. The ``dirty side" is equipped with a hard hat shell and dothes hooks. The QUICK CLEAN 26-B has the same features as the other units with the addition ni mmpip.tp restroom facilities.; DIMENSIONS: These units are available in 20' to 26' trailer lengths. FEATURES: The unit is designed to provide plenty of ground clearance for the 46-gallon holding tank, water pump and four-way filtration sys tem. Hot water is provided by tun irufine electrical water heaters for continuous hot shower water. Both showers have threeway, over-tapping curtains which exceed OSHA requirements. FILTERS: The four-way filtration system consists of two 50 micron filters and two 5 micron filters. The "dirty sice" is equipped with a Duilwn 70 CFM negative air filtration unit (HEPA). AS9<3t0aCi4}3n*S(7PC+3icl*M.n> Inc- Kouuon. Teas 77092 713W-U23 J.BO&322-3251 ABS-003524 LAM 0315667.296 Minuteman, Inc. lit South Rohlwing Road, Addison, Illinois 60101-4244 USA Phono (312) 627-6900Telex910-991-3992 March 1, 1987 vV RE: 800 Series H.E.P.A. Equipped Vacuums V To Whom It May Concern: We wish to take this opportunity to advise you that all our 800 Series H.E.P.A. filter vacu-ums, including the Model 80315 Asbestos Vacuum, meet the ANSI 7.9.2 standards. All our H.E.P.A. filters are DOP tested in accordance with MIL-STD 282, and are registered and labeled on-each individual unit by the manufacturer. All the filters we use meet, and in most cases, exceed the minimum standard of 99.99% efficiency for .12 micrometer particles. Reqa rds,. --'--| tA Gary Palmer Vice President, Eng ineering G P:j rw VACUUMS aoofli CARPET MACHINES GAS 4 ELECTRIC SWEEPERS AUTOMATIC SCHU8BERS Hnfm 1 Minuteman * LAM 0315667.297  OPERATION SERVICE PARTS CARE HS* Minuteman Revised 2/89 ASS-003526 lam 0315667.298 WILLSON 6000 SERIES POWERED AIR PURIFYING RESPIRATOR INSTRUCTIONS FOR USE AND APPROVAL BEFORE USING THE RESPIRATOR, CAREFULLY READ THE FOLLOWING INSTRUCTIONS AND REFER.TO THE MSHA / NIOSH APPROVAL LABEL SHEET WHENEVER NECESSARY. The instructions furnished with these respirators are for your benefit, to inform you of the specific limitations, proper use and required maintenance of your Willson respirators. For your effective protection, read and understand them before using the respirator. They must be followed to obtain adequate levels of protection. Failure to follow ail instructions, cautions and warnings on the use of this product and/or failure to wear this respirator during all times of exposure will reduce respirator effectiveness and wearer protection, which may result in serious injury, disability or death. WARNING ! IMPROPER USE OF THIS PRODUCT COULD RESULT IN SERIOUS INJURY OR DEATH. ABS-003527 * T' O c* *X V PERMISSIBLE PERM1SSIBLE POWERED AIR PURIFYING RESPIRATOR FOR DUSTS, FUMES, AND MISTS, ASBESTOS, AND RADIONUCLIDES (jnMtaMOttVIKM iJDOf MSHA U. S. Cnttar Omm CM NIOSH tar OcoNmmiMwlah*vtrtaareMurti MINE SAFETY AND HEALTH ADMINISTRATION NATIONAL INSTITUTE FOR OCCUPATIONAL SAFETY AND HEALTH APPROVAL NO. TC-21C-453- ISSUED TO WILLSON SAFETY PRODUCTS READING, PENNSYLVANIA, U. S. A. POWERED AIR PURIFYING RESPIRATOR FOR DUSTS, FUMES, AND MISTS, ASBESTOS, AND RADIONUCLIDES UntadiMHCwim 1 L U.*. OauCnmMNtaaittaHtaHawiaaniaiCMwanaan$rw MSHA UmMht are krNOeojoIIaMOtamrelISNaStaitma MHHat ------\--------- MINE SAFETY AND HEALTH ADMINISTRATION NATIONAL INSTITUTE FOR OCCUPATIONAL SAFETY AND HEALTH APPROVAL NO. TC-21C-452 ISSUED TO WILLSON SAFETY PRODUCTS READING, PENNSYLVANIA, U, S. A. LIMITATIONS Approved lor respiratory protection against dusts, fumes, and mists having a time weighted average less than 0.05 milligram per cubic meter, asbestos containing dusts and mists, and radionuclides. Not for use in atmospheres containing less than 19.5 percent oxygen. Not tor use in atmospheres immediately dangerous to life or eaitn. This respirator shall be selected, fitted, used, and maintained in accordance with Mine Safety and Health Administration. Cccucational Safety and Health Administration, and other izzi.czz.e reguaicns. Not evaluated as an ignition source in llammaole or explosive atmospheres by MSHA/NIOSH. LIMITATIONS Approved for respiratory protection against dusts, tomes, and mists having a time weighted average less than 0.05 milligram per cubic meter, asbestos containing dusts and mists, and radionuclides. Not tor use in atmospheres containing less than 19.5 percent oxygen. Not tor use in atmospheres immediately dangerous to life or health. This respirator shall be selected, fitted, used, and maintained in accordance with Mine Safety and Health Administration, Occupational Safety and Health Administration, and other acoiicaoie regulations. Not evaluated as an ignition source in llammaole or explosive atmospheres by MSHA/NIOSH. CAUTION in maKing renewals or repairs, parts identical with those furnished by the manufacturer under the pertinent approval snail be maintained. =~i0' me manufacturer's instructions for changing filters. Lo net use tr.:s respirator s/stem u tr.e airriow is less (ran <s cubic feel per minute. H CAUTION In making renewals or repairs, parts identical with those furnished by the manufacturer under the pertinent approval shall be maintained. Follow the manufacturer's instructions tor changing filters. To not use tr.is resetrater system i: tne a.rr.ow is ;ess man 4 cubic leet per minute. MSHA - NIOSH Approval TC-21C-453 "ued to Wilson Sofetv F-cducts March 3 19S8 tor dusts The approveo assemoiy consists ot tne following Willson parts: (1) RP1, RP2. or RP3 Facepiece. (1) RP10 Exhalation Valve Assembly. (1) RP4 Suspension, (1) RP18 )Plug, (1) RP19 Elbow, (1) RP45 Breathing Hose, (1) RP 41 Blower Assembly. RP 40 eattery. (1) RP 44 Belt, and(l) R73 (TC - 21C - 371) ULIICN FETY PRODUCTS )ivision ol WGM Safety Coro. S ) 376 * 6161 jvatck* k,T _ i '*7 yjt*T'x .* * MSHA - NIOSH Approval TC-21C-452 Issued to Willson Safe?/ Products March 3. 1988 ler dusts ..;e approveo cSSerr.c;/ ccrassa c; p*e touowmg wscn para: (1) RP25, RP25S. RP2S. or RP26S Fullfacepiece, (2) RP18 Plugs, (1) RP14 Exhalation Valve Assembly. (1) G377 Connector. (1) G882 Connector. (1) G758 Washer. (1) G764 Clamp. (1) RP43 Breathing Hose. (1) RP41 Blower Assembly. Filler. or (1) RP25. RP25S, RP26, or RP26S Fufllaeepiece. (1) RP18 Plug, (1) RP19 Elbow. (1) RP14 Exhalation Valve Assembly, M) RP33 End Plug. (1) G764 Clamo. (1) RP45 Breathing Hose. (I) RP41 eicwer Assemoiy. (ij RP40 Battery, ji) RP44 Belt, and(1) R73(TC-21C-371) Filter. ;-M1C2~ LAM 0315667.300 ABS-003528 Introducing the pressure-demand breathing system with a built-in second chance. Racal's new DUAL-AIR pressure-demand respira tor is one of the first supplied-air systems to DUAL-AIR's full facepiece is made of soft, flexi ble neoprene to form an effective face seal. give the wearer the second chance of particulate Peripheral vision and two-way communication air-purifying escape capability. Now, workers have the added assurance they can quick-discon- capabilities are excellent. The result: wearers work comfortably, confidently--and productively. nect in case of emergency and exit using auto matic HEPA negative-pressure backup for respi ratory protection. For complete information on Racal's new DUAL AIR, call 800-682-9500 toll-free. In Maryland, call 301-695-8200. In Canada, call 416-222-4111. DUAL-AIR is lightweight and well-balanced with a unique harness attachment that allows com plete control of breathing hose lines for easy maneuverability. Its newly-designed pressuredemand valve regulates the flow of air to the (\cv-SU-^ -r I J^ RIAICIAIL breathing zone and enables the wearer to main tain positive pressure in the face mask. Easily decontaminated, DUAL-AIR provides NIOSH/ MSHA approved emergency HEPA protection against dusts (including asbestos), mists, fumes, jadionuclides^nd.radon^daughters. } The Air You Wear ABS-003529 Racal Airstream. Inc. 7309A Grove Road, Frederick, Md. 21701 i LAM 0315667.301