Design of Impoundment and Evaporation Ponds and Embankments for Cyanide and Other Toxic Effluents (f88a3faa-e63c-4088-9ab7-bf2e96b13c4e)

The American Institute of Mining, Metallurgical, and Petroleum Engineers
George C. Toland Ronald E. Versaw
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
Pages:
5
File Size:
458 KB
Publication Date:
Jan 1, 1977

Abstract

Most existing impoundment ponds and dams leak effluent into the soil or rock upon which they are constructed. However, proposed environmental legislation will require very stringent control of the release of toxic effluents such as cyanide. More exacting investigation, design, and construction techniques than have been used in the past will be required to satisfy these new regulations. The types of field and laboratory investigations required to develop the data for the design of an impoundment system containing toxic effluent are discussed, together with the technical considerations necessary to design this system. Design topics include reservoir sealing with natural and man-made materials; embankment sealing; embankment design considering stability, surface hydrology, capacity, and downstream catchment basins; and special implications of cyanide effluents.
Citation

APA: George C. Toland Ronald E. Versaw  (1977)  Design of Impoundment and Evaporation Ponds and Embankments for Cyanide and Other Toxic Effluents (f88a3faa-e63c-4088-9ab7-bf2e96b13c4e)

MLA: George C. Toland Ronald E. Versaw Design of Impoundment and Evaporation Ponds and Embankments for Cyanide and Other Toxic Effluents (f88a3faa-e63c-4088-9ab7-bf2e96b13c4e). The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1977.

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