Water Pollution Research and Control Brighton
Proceedings of the Fourteenth Biennial Conference of the International Association on Water Pollution Research and Control, held in Brighton, U.K., 18-21 July, 1988
Published on 2. October 2013
434 pages
978-1-4832-8439-2 (ISBN)
Description
Water Pollution Research and Control Brighton 1988, Part 1 covers the proceedings of the 14th Biennial Conference of the International Association on Water Pollution Research and Control, held in Brighton, U.K. on July 18-21, 1988. This book is organized into five parts encompassing 37 chapters. The first part deals first with the practical performance of various systems for small-scale wastewater treatment and the application of dimensioned aerated grit chambers as a highly loaded activated sludge process. This part also considers the incidence of Sphaerotilus natans in laboratory scale activated sludge systems and he direct solid-liquid separation using hollow fiber membrane in an activated sludge aeration tank. The succeeding parts discuss the theoretical and operational benefits of anaerobic and industrial wastewater treatment. These topics are followed by presentation of activated sludge models, with particular emphasis on nitrification and precipitation modeling, as well as dynamic modeling of trace contaminant removal in a municipal sewage treatment plant. The last part explores the characteristics of biological phosphorus and phosphate removal process. This book will prove useful to chemical and environmental engineers and researchers in the related fields.
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Content
Part 1Editorial Activated Sludge Practical Performance of Various Systems for Small-Scale Waste Water Treatment During a Two-Year Field Test Dimensioning of Aerated Grit Chambers and Use as a Highly Loaded Activated Sludge Process Post Treatment of Anaerobic Effluent Using Sequencing Batch Reactors Incidence of Sphaerotilus Natans in Laboratory Scale Activated Sludge Systems (Discussed in Part 5) Direct Solid-Liquid Separation Using Hollow Fiber Membrane in an Activated Sludge Aeration Tank Anaerobic Treatment Methanogenic Degradation of Phenol and Benzoate in Acclimated Sludges Cyanide Transformation in Anaerobic Phenol-Degrading Methanogenic Cultures Anaerobic Fixed Bed Reactor with Porous Ceramic Carrier Vacuum Operation for Overloaded Anaerobic Treatment Systems Effects of Thermal Pretreatment of Sewage Sludge on Anaerobic Digestion (Discussed in Part 5) Granular Sludge Formation in the Anaerobic Expanded Micro-Carrier Bed Process Sludge Character and Role of Sulphate in a UASB System Treating a Paper Plant Effluent Treatment of Landfill Leachate with an Upflow Anaerobic Reactor Combining a Sludge Bed and a Filter (Discussed in Part 5) Characterization, Digestibility and Anaerobic Treatment of Leachates from Old and Young Landfills Influence of Seeding Conditions on Initial Biofilm Development During the Start-Up of Anaerobic Fluidized Bed Reactors (Discussed in Part 5) Operational Control of an Anaerobic GAC Reactor Treating Hazardous Wastes (Discussed in Part 5) A Kinetic Study on the Methanogenesis Process in Anaerobic Digestion Patterns of Hydrogen in Biogas from the Anaerobic Digestion of Milk-Sugars (Discussed in Part 5) Industrial Wastewater Treatment Full-Scale Studies with an Anaerobic/Aerobic RBC Unit Treating Brewery Wastewater Rapid Biological Clean-Up of Soils Contaminated with Lubricating Oil (Discussed in Part 5) Fungal Purification of an Industrial Effluent Containing Volatile Fatty Acids by Means of a Crossflow-Microscreen Technique Seasonal and In-Mill Aspects of Organic Halide Removal by an Aerated Stabilization Basin Treating a Kraft Mill Wastewater (Discussed in Part 5) Kraft Lignin Behaviour in Diffused Aeration of Kraft Effluents Wastewater Management in the Automobile Industry (Discussed in Part 5) Biological Removal of Sulphate from Industrial Effluents and Concomitant Production of Sulphur (Discussed in Part 5) An Eerobic Piggery Slurry Treatment System with Integrated Heat Recovery and High-Rate Algal Ponds (Discussed in Part 5) Wet Air Oxidation of Toxic Industrial Effluents (See Corrigenda) Activated Sludge Treatment of Coalgasification Effluent in a Petrochemical Plant - II.
