Toxicity reduction Book

Overview of Toxicity Reduction Evaluations Introduction to Toxicity Identification and Toxicity Reduction Evaluations: Whole Effluent Toxicity Testing - Toxicity Identification and Toxicity Reduction Evaluations - Toxicity Reduction Methodologies Organic Toxicant Control: - Granular and Powdered Activated Carbon-Chemical Treatment - Carbon Adsorption - The Potential of Carbon Application for Toxicity Reduction - Granular Activated Carbon Application Fixed Beds - Fluidized Bed Reactor Carbon Application - Powdered Activated Carbon Application - Screen Testing and Analysis - Chemical Oxidation of Organics Toxicity Reduction Methodologies - Biological Toxicant Control: - Stripping of Volatile Organics - Biodegradation - Effect of Shock Loads on Effluent Quality - Inhibition in the Activated Sludge Process - Modified OECD Method 209 - Fed-Batch Reactor (FBR)
Toxicity Reduction Methodologies: - Alternative Technologies for Control of Cationic Toxicants - Precipitation/Co-Precipitation Technology for Inorganic Toxicants Control - Control of Inorganic Anions Control of Cyanide and Ammonia Case Histories—The Petroleum Refining Industry Case Histories Municipalities: - Plant Performance Evaluation Case Study - Toxicity Identification Case Study - Toxicity Source Evaluation Case Study - Tier II Toxicity Source Evaluation - Toxicity Control Evaluation Case Study Publicly Owned Treatment Works Toxicity Reduction Evaluation: - TRE Program Development - Characterization and Source Investigation (Phase A)
Case Histories The Chemical Processing Industry: - Pesticide Manufacturing Facility - Munitions Manufacturing Facility - Chemicals Manufacturing Facility Case Histories The Pulp and Paper Industry: - Facility Operation and Maintenance Evaluation - Toxicity Identification Evaluation (TIE) - Toxicity Source Investigation (TSI) - In-Plant Source Controls - Toxicity Treatability Evaluation (TTE) - Control Method Selection, Implementation, and Confirmation Index