Corrosive-containing Wastes

Corrosive-containing Wastes

Author: L. Wilk

Publisher: Taylor & Francis

Published: 1988-01-01

Total Pages: 426

ISBN-13: 9780815511809

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A guide to the identification and treatment of wastes that contain corrosive materials. Includes neutralization technologies, technologies for recovery and reuse, and considerations for choosing the correct system for specific situations. "From the Foreword" Treatment technologies for corrosive-containing wastes are described in this book, which will be a comprehensive source of information for those involved in the evaluation of available waste management options. Corrosive acids and alkalis are widely used by all segments of American industry and result in the generation of approximately 40% of all Resource Conservation and Recovery Act (RCRA)-regulated hazardous wastes. Improper management of these wastes can result in altered pH of surface waters to the detriment of aquatic organisms. Land disposal of these wastes can also lead to the solubilization of toxic (e.g., heavy metal) constituents of codisposed waters, thereby enhancing the potential for their transport into the environment. To combat the potential negative effects associated with current disposal practices, the 1984 RCRA Amendments directed EPA to ban corrosive wastes from land disposal to the extent required to protect human health and the environment. . . . All potentially viable technologies for treating corrosive-containing wastes are identified and discussed in the book; however, emphasis is placed on proven technologies. Each of the technologies is described in terms of actual performance in removing constituents of concern, associated process residuals and emissions, and those restrictive waste characteristics impacting the ability of a particular technology to effectively treat the wastes under consideration. Costand capacity data are also provided to help assess the applicability of the techn


Solvent Recovery Handbook

Solvent Recovery Handbook

Author: Ian McN. Smallwood

Publisher: CRC Press

Published: 2002

Total Pages: 440

ISBN-13: 9780849316029

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The pressure is on to cut plant emissions while still maintaining a cost-effective operation. Choosing the best solvent, being aware of potential problems, and the recovery of solvents has never been so important. Traditionally, solvents had been chosen on the basis of whether they can do the job effectively and economically. However, with regulations on exposure to solvent vapors becoming more stringent, selecting the solvent that meets regulatory, efficiency, and economical criteria as early as possible in the process has become paramount. Solvent Recovery Handbook, Second Edition sets out the physical properties of the fifty most commonly used solvents. The book supplies information on their behavior during and after use, health and fire hazards, the photochemical ozone creation potential (POCP), and recovery processes including practical aspects of the design and operation of batch stills. It delivers state-of-the art coverage of every available recovery and disposal technology - including removing solvents from gas, water, and residues, separating used solvents, and drying solvents. What's more, you'll find fact-filled sections on the latest equipment, safe effective operating procedures, choosing solvents with recovery in mind, and much more. Updated and expanded, Ian Smallwood's Solvent Recovery Handbook, Second Edition hands you all the practical tools you need to efficiently and cost-effectively process harmful organic solvents after re-capture.


Solvent Waste Reduction

Solvent Waste Reduction

Author:

Publisher: William Andrew

Published: 1990

Total Pages: 184

ISBN-13:

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Edited versions of 14 papers presented at five US Environmental Protection Agency Technology Transfer Seminars in various cities, February to April 1988, discuss alternatives currently available to industry for reducing or elimination the environmental risk from waste solvents, either by internal practices or processes, or by the treatment, reuse, or recycling of the material before its final disposition. No index. Annotation copyrighted by Book News, Inc., Portland, OR