This leads our members to develop and encourage more efficient transportation systems that support "just-in-time" shipments.

The number of women diagnosed with breast cancer In the United Stales Is Increasing almost lin early. so dial breast cancer Is now the leading cause of deal!

He wants API or an oil company to send him a letter stating that they want aocess to these documents, and that if they had access during the public comment period, they might have had different comments-and that access now might lead to amended comments.

Water samples are periodically analyzed for total bacterial counts and for the presence ofcoliforms, lead, and other contaminants.

Pathology Associates International A Company of Science Applications International Corporation A nB npk9tC m m dO otiitm nr Sponsor: 3M St.

ACUTE TOXICITY OF U1464 TO DAPHNIA MAGNA Test Substance Leading (mg/L) 0 5.8 9.6 16 27 45 Cumulative Number and Percent o f Dead Organisms* 48 h 0(0) 0

As lead agency for the implementation ofProposition 65, the Office of Environmental Health Hazard Assessment (OEHHA) has formed two committees of the Science Advisory Board (SAB) to serve as the state's qualified experts.

wv 000006215 LCCP LCVCM LCIAB Aberdeen Okc Balt Hammond V: MODULE: ASS IGNMENTS h Safety Control Permitting (IV) Emergency Response (VI) Hazwoper (III) Radiation (XIII) Ethylene Oxide (XI) Safety and Health Training (VIII) General Safety Promotions (XVI) Hearing Conservation (VI) Laboratory Safety/Health (XIV) Electrical Safety (X) Walking/Working Surfaces (XIII) Lighting and Ventilation (VII) Mechanical Safety (IX) Hand & Portable Tools Compressed Gases Welding/Cutting Machine Guarding Lifting Devices/Slings Material Handling (XII) Lead (X) Accident Investigation (III) Fire Protection & Training (V) Contractor Safety (XV) VCM (IX) Asbestos (XII) General Safety Rules (II) Process Safety (VII) Crane Safety (XI) First Aid (XIV) REGULATORY CITATION * 1910, 38, Resp.

continued from page 2 The application of routine moment tensor inversion for pillar design Analysis of the processes which lead to potentially damaging seismic events Support technologies to cater for rockbursts and falls of ground in the immediate face area Survey and assessment of support for non standard stope areas in the mining industry Survey and assessment of techniques used to quantify the potential for rock mass instability Identification of effective training methods in strata control for underground workers Technology transfer and human interface in the gold and platinum sector Evaluation of the risk to underground mine personnel due to the rockmass response to continuous mining operations (including Fulco) Realistic dynamic testing of stope face area support systems using a specially designed testing facility Determine the effect of repeated dynamic loading on tunnel support performance and produce recommendations for improved design criteria Relationship between eRr and seismic energy release for different geotechnical areas The impact of soft loading conditions on the performance of elongate support elements Influence of regional support systems on local area and internal support Design parameters for mine pillars Identifying of rock mass discontinuities in a cloud of seismic event hypocentres A textbook on rock mechanics for tabular hard rock mines Numerical modelling of mine workings - additional programs, examples and

Schneider is a VI officer and serving on the Executive Committee, it would be appropriate for him to lead such a discussion.

Bromid - No Storage: Supplied via Pipeline on Demand - Stored Within ARU Revis d 1/27/9' 9 i9 9 t'0 CAUSTIC l/CAII REACTIVE CHEMICALS REVIEW __________ FEBRUARY, 1997 I RAW MATERIAL: SPECIFICATIONS Cell Effluent Caustic (NaOH) % Iron (Fe) PPM Sodium Sulfate (Na2S04) PPM Sodium Sulfite (Na2S03) PPM Sodium Chlorate (NaCI03) % 5-15 <1.0 <2500 1-20 <0.03 oo A 036637 CONFTOFNTTAI Revised 1/27/9 CAUSTIC l/CAll REACTIVE CHEMICALS REVIEW FEBRUARY, 1997 j PRODUCTS/BY-PRODUCTS - PRODUCT 50% Caustic (50% NaOH, 0.9% NaCI, 49.1% Water) - BY-PRODUCTS Condensate (Boiler and Non-boiler Grade) Salt Slurry Sulfate Purge o 33 Z3 Ti -t X> 3Tj Z3 HMT> ^3V ^ CO Revised 1/27/9' CAUSTIC l/CAII REACTIVE CHEMICALS REVIEW FEBRUARY, 1997 PRODUCTS/BY-PRODUCTS: IN-PLANT DISTRIBUTION - PRODUCT Caustic - Pipelines to Storage Tanks in Plant and at Tank Farm Cell Effluent - Pipelines to Users (Backflow Protection Critical) - BY-PRODUCTS Condensate - Boiler Grade Routed from Collection Tank to Power I or Used Internally - Non-Boiler Grade consumed in Process or Rout d to Canal Salt Slurry - Routed from Two Salt Columns (D-205&D-207) to CL2 or Used Internally (CAM) n 3 z> - Brine Mixed with Salt to Assist in Zn 3 Transfer 33 3--$ x> Sulfate Purge - Routed to User Feed Tank (T-2) @ Caustic HZ 33 --i 3 Revised 1/27/97 > \) f~ vO CAUSTIC l/CAII REACTIVE CHEMICALS REVIEW I] FEBRUARY, 1997 1 PRODUCT SPECIFICATIONS 50% CAUSTIC Caustic (NaOH) % Salt (NaCI) % Iron (Fe) PPM Sodium Carbonate (Na2C03) % Sodium Sulfate (Na2S04) % Sodium Chlorate (NaCI03) % Nickel/Copper (Ni/Cu) PPM Nickel PPM Arsenic (As) PPM Mercury (Hg) PPM or> o Lead (Pb) 3* 2 0) Heavy Metals as Pb Silicon (Si) --t JTv ^ O' Manganes (Mn) o^ PPM PPM PPM PPM 49.0-51.0 <1.0 <5.0 <0.2 <0.025 <0.15 <1.0 <0.95 <1.5 <0.5 <5.0 <15.0 <100 <1.0 Revised 1/27/9; CAUSTIC l/CAII REACTIVE CHEMICALS REVIEW FEBRUARY, 1997 "-t1--?

ABD00311911 SAFETY - Continued Routine dosimetry results for the month were: Chemical VCM Lead Total Particulates Monthlv In-iurv Summarv < PEL Number Percent 66 100.0 6 100.0 3 100.0 > PET.

to: Homer M.

MAR I 0J392 BFGOODRICH GEON VINYL DIVISION INTER-ORGANIZATION CORRESPONDENCE ******************************** To: Dr.

The 37 hazardous air pollutants on the list are: acetalde hyde; acrolein; acrylamide; acrylonitrile; arsenic and com pounds; antimony and compounds; benzene; beryllium and compounds; bis(2-choroethyl) ether; 1,3-butadiene; cad mium and compounds; chloroform; chromium and com pounds; coke oven emissions; 2,3,7,8-TCDF; dioxin (2,3,7,8-TCDD); ethylene dibromide; ethylene dichloride; eth ylene oxide; formaldehyde; glycol ethers; hydrazine; lead and compounds; manganese and compounds; mercury and com pounds; methylene chloride; MDI; nickel and compounds; phosgene; POM (PAHs); styrene; tetrachloroethylene; trichlo roethylene; toluene; 2,4-toluene diisocyanate; vinyl chloride; and xylenes.