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Cfemetive Chemicals cevdiew heJtd iSttiy tl, ll#91 Polyethylene C Plant --2 year process review Project rep: Michael Olsen Attendees: Mark Mitchell, John Monroe, Frank Travis, Robert Moore, Brian Vitt, Michael Myers, Mike Sticklen, Mike Nevsom, Dave Mihalik, Buck Bailey, Scott Villiams, D.V Leblanc, George Shofoluve, Gerald Vagener The Reactive Chemicals Committee is very appreciative of the effort you and the entire Poly C staff put into this reactive chemicals review.

TRICHLOROETHYLENE IN METAL CLEANING AND OTHER INDUSTRIAL APPLICATIONS 1984 SL 037037 CONTENTS Summary 1 Economic Position of Trichloroethylene 1.1 Trichloroethylene in the West European Chemical Industry 1.1.1 Producing Companies Capacity 1.1.2 Consumption in Western Europe - End Uses 1.1-3 Producers' Involvement in Technical Assistance for Customers 1.2 Economic Aspects of Trichloroethylene from Users' Point of View 1.2.1 Metal Degreasing Processes 1.2.2 The Benefits of Degreasing with Trichloroethylene from the Users' Point of View 2 Worker Exposure to Trichloroethylene 2.1 Existing Standards 2.2 Survey of Actual Worker Exposure to Trichloroethylene 3 Features and Potential Technological Improvement of Equipment for Metal Degreasing 3.1 Introduction 3.2 Process of Metal Cleaning using Trichloroethylene 3-2.1 Open Topped Machines 3.2.2 Enclosed Machines 3.3 Reasons for Solvent Losses and Emissions 3-3.1 Incorrect Operation 3-3.2 Technical and Physical Reasons 3-4 Possible Developments in Machine Designs 3.4.1 Improved Covers 3.4.2 Higher Freeboard 3.4.3 Refrigerated Freeboard 3.4.4 Solvent Vapour Exhaust and Activated Carbon Equipment 3.4.5 Other Safety Devices 4 Environmental Impact 4.1 Concentrations in Air Table 1 Air Analyses Various Sites Table 2 Air Analyses Western Europe 4.2 Concentrations in Water Table 3 Water Samples Western Europe 4.3 Degradation in Environment, Mechanism of Environmental Decay 4.4 Code of Practice on Disposal of Wastes 4.4.1 Handling 4.4.2 Reclamation 4.4.3 Disposal Methods 5 Toxicology 5.1 Animal Studies 5.2 Human Studies 5.2.1 Poisoning Cases 5.2.2 Experimental Human Exposure 5.2.3 Human Field Studies 5-3 Carcinogenicity and Mutagenicity 5-3-1 Animal Work 5.3- 2 Mutagenicity 5.3- 3 Biochemical Studies 5.3- 4 Epidemiology 5.4 Reproductive Toxicology 5.5 Biological monitoring 5.6 Conclusion References SL 037038 TRICHLOROETHYLENE IN METAL CLEANING AND OTHER INDUSTRIAL APPLICATIONS This paper has been prepared by several European manufacturers of trichloroethylene.

CONTENTS PVC MANUFACTURING PLANT Labor Policy DOW'S LOUISIANA DIVISION BULK PVC PROCESS RIGID PVC COMPOUNDS TWO-STEP BULK POLYMERIZATION LOCATION AND PROPERTYDESCRIPTION PLANT LAYOUT PVC PLANT PLOT PLAN SERVICES INDUSTRIAL COMMUNITY Labor Climate Taxes & Political Climate Tran spo rtation Utilities, Waste Disposal & Services INDUSTRIAL DEVELOPMENT/SOUTH LOUISIANA 1 2 4 7 8 13 14 16 17 18 24 DOW'S LOUISIANA DIVISION The Dow Chemical Company's Louisiana Division at Plaquemine, just south of Louisiana's capitol city of Baton Rouge, is located on a 2900-acre tract fronting on the Mississippi River and bisected by Louisiana Highway 1 -- a main state artery.

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