Proceedings of the 48th Industrial Waste Conference Purdue University, May 1993


Book Description

Known and used throughout the world, the Purdue Industrial Waste Conference Proceedings books are the most highly regarded in the waste treatment field. New research, case histories, and operating data cover every conceivable facet of today's big problems in environmental control, treatment, regulation, and compliance. This volume representing the proceedings from the 48th conference provides unparalled information and data for your current waste problems.




Proceedings of the 45th Industrial Waste Conference May 1990, Purdue University


Book Description

New and timely research, methods, and processes are described in 92 technical papers. This new volume in the Purdue series presents a compendium of valuable information that can be directly applied to today's big problems of environmental control, treatment, regulation, and compliance.







The Use of High-purity Oxygen in the Activated Sludge Process


Book Description

First published in 1978: The purpose of this two-volume series is to present a consolidated and comprehensive reference on oxygen-activated sludge technology.




EPA 440/1


Book Description




Proceedings of the 41st Industrial Waste Conference May 1986, Purdue University


Book Description

This 41st Edition presents case histories with operating data-and new research-on most topics of this major subject in today's world. This valuable Purdue Book will prove invaluable to all involved with waste treatment, providing information and data to help solve current problems. These proceedings of the May 1986 Purdue Conference include applications, research, methods and techniques, case histories, and operating data. The 91 papers include two special sections: 21 papers discuss toxic and hazardous wastes and 24 papers cover physical-biological systems. The book is further divided into papers on the following topics: (1) Pretreatment Programs and Systems; (2) Dairy Wastes; (3) Oilfield and Gas Pipeline Wastes; (4) Dye Wastes; (5) Coal, Coke and Power Plant Wastes; (6) Landfill Leachate; (7) Laws, Regulations, and Training; (8) Physical/Biological Systems; (9) Pulp and Paper Mill Wastes; (10) Plating Wastes; (11) Food Wastes; (12) Metal Wastes; and (13) Toxic and Hazardous Wastes.




INDUSTRIAL WASTE WATER TREATMENT


Book Description

All industrial production processes generate waste waters, which can pollute water bodies into which they are discharged without adequate treatment. It is, therefore, essential to treat such wastes and eliminate their harmful effects on the environment. This book discusses sources, characteristics and treatment of waste waters produced in industries such as textiles, dairy, tanneries, pulp and paper, fertilizer, pesticide, organic and inorganic chemicals, engineering and fermentation. Many flow diagrams have been included to illustrate industrial processes and to indicate the sources of waste water in such processes. After describing treatment for individual factories, the author discusses the more advanced and economical common effluent plants. The text uses simple and straightforward language and makes the presentation attractive. This book should prove extremely useful to undergraduate students of civil and chemical engineering and postgraduate students of environmental science and engineering. Industrial design consultants will also find the book very handy. To the Greens, it may offer some of the solutions to their concerns.




Strategies of Industrial and Hazardous Waste Management


Book Description

Strategies of Industrial and Hazardous Waste Management by Nelson L. Nemerow and Frank J. Agardy For years, plant engineers, engineering professors, municipal engineers, EPA personnel, and other professionals have relied on the expertise of these authors in the area of industrial and hazardous waste management. This book is full of new ideas, methods, models, data, updated information, and new case histories. This latest classic reference from Nelson Nemerow and Frank Agardy is by far the most comprehensive and useful source available on the generation, treatment, and disposal of all significant industrial and hazardous wastes. Strategies of Industrial and Hazardous Waste Management addresses the needs of its wide-ranging audience by dividing its coverage into four parts: Part I presents the basic information the industrial waste engineer needs to know about the environmental impact of various wastes, writing environmental impact statements, protecting streams from further pollution, calculating final treatments, testing treatment efficiency, and the influence of economic factors on waste treatment decisions. Part II explores theories and designs of waste treatment, and shows how waste can be reduced through proper operation of manufacturing plants. It ranges beyond the removal of suspended and colloidal solids to include coverage of neutralization, equalization and proportioning, removal of inorganic dissolved salts, and private contract collection and treatment. Also included is a novel paradigm for obtaining zero pollution in the future through environmentally balanced industrial complexes. Part III demonstrates waste management in action, using case studies from around the world to show theories and models successfully adapted and put into practice. All cases are based on the authors' actual experiences--the cases in Chapters 17, 19, 22, 23, and 24 have never been previously published. Part IV offers concise evaluations of all major liquid Industrial wastes, including their origins, characteristics, and acceptable treatments. Industries are classified into six categories: apparel, food processing, materials, chemicals, energy, and (in significantly extended coverage) non-point practices. Included are separate considerations of radioactive and hazardous (as opposed to conventional) waste. No waste-management professional should be without this essential volume. Focused on need-to-know information, common pitfalls, and practical solutions to all kinds of problems, Strategies of Industrial and Hazardous Waste Management is an answer source unlike any other.