use of lime in the treatment of municipal wastewaters
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use of lime in the treatment of municipal wastewaters

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Published by Environment Canada in Ottawa .
Written in English

Subjects:

Places:

  • Great Lakes region (North America)

Subjects:

  • Sewage -- Purification -- Phosphate removal.,
  • Effluent quality -- Great Lakes region (North America),
  • Lime.

Book details:

Edition Notes

Bibliography: p. 114-127.

Statementby R. J. P. Brouzes.
SeriesResearch program for the abatement of municipal pollution within the provisions of the Canada-Ontario agreement on Great Lakes water quality, research report ; no. 21, Research program for the abatement of municipal pollution under the provisions of the Canada-Ontario agreement of the Great Lakes water quality, research report ;, no. 21.
Classifications
LC ClassificationsTD751 .B73
The Physical Object
Paginationx, 127 p. :
Number of Pages127
ID Numbers
Open LibraryOL4281553M
LC Control Number78307752

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Title: The removal of organics from municipal wastewaters by lime magnesium coagulation: Creator: Leung, Yuk-ching: Date Issued: Description: In view of a potentially hazardous problem existing in municipal wastewater due to heavy metals and trace organics, this research attempted to find the removal efficiency of trace organics that could be achieved by chemical treatment (lime. Tables and summarize the main characteristics of lime chemicals in general, and of quicklime in particular. LIME IN WASTEWATER TREATMENT Chemical treatment of municipal wastewaters has been practiced for almost a century.   The chapter provides an overview of different biological oxidation processes for the treatment of municipal and industrial wastewaters. Initially, a basic understanding of the biological processes has been presented with information about regulations and the characterization of : Jyoti K. Kumar, Parag R. Gogate, Aniruddha B. Pandit. A need has thus arisen for treatment techniques which are more efficient and reliable than the conventional processes used in the past. A particular problem placing new demands on treatment technology is the high phosphorus content of wastewaters. Since the late 's use of synthetic detergents containing 12 to 13 percent phosphorus,File Size: KB.

  Not to be confused with the lime you find in your local produce store, Lime is a commonly used chemical for wastewater treatment and can be slaked when water is added and turned into slurry. The use of lime in its various forms has been steadily on the rise. Today lime is the most important chemical used throughout the world for pollution control. Description. The treatment of wastewater presents the dual challenge of protecting public health and the environment. The presence of increasing amounts of chemical contaminants such as pharmaceuticals, petrochemicals, pesticides and dyes resulting from agricultural, industrial or municipal activities has potential negative impacts on ecosystems. The present series of books has been produced based on the book “Biological wastewater treatment in warm climate regions”, written by the same authors and also published by IWA Publishing. The main idea behind this series is the sub-division of the original book into smaller books, which could be more easily purchased and used. m3 in Hence, there is an urgent need for efficient water resource management through enhanced water use efficiency and waste water recycling. Wastewater production and treatment: With rapid expansion of cities and domestic water supply, quantity of gray/wastewater is increasing in the same proportion.

  Industrial Water Treatment: Refining, Petrochemicals and Gas Processing Techniques. Houston: Gulf Publishing Company, Bratby, John. Coagulation and Flocculation in Water and Wastewater Treatment. 2nd ed. London, UK: IWA Publishing, The following is a series of books from Michael H. Gerardi. I encourage you to get all of these.   Reverse Osmosis is finding increasing use for the treatment of municipal and industrial wastewaters due to the growing demand for high quality water in large urban areas. The growing success of membranes in this application is related to improved process designs and improved membrane by: Tertiary treatment is used at municipal wastewater treatment plants when receiving water conditions or other uses require higher quality effluent than that produced by secondary wastewater treatment. Disinfection for control of pathogenic microorganisms and viruses is the most common type of tertiary treatment.   One of the most convenient methods for leachate control is to treat landfill leachates with domestic wastewaters. In this framework, a two-stage treatment system including anaerobic pre-treatment combined with a chemical post-treatment system such as ammonia stripping and/or Magnesium Ammonium Phosphate (MAP) precipitation can be comparable with a conventional secondary biological by: