Potassium Salt Flotation From Great Salt Lake Evaporites

The American Institute of Mining, Metallurgical, and Petroleum Engineers
J. L. Huiatt R. B. Tippin G. M. Potter
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
Pages:
8
File Size:
751 KB
Publication Date:
Jan 1, 1976

Abstract

The US Bureau of Mines and Great Salt Lake Minerals and Chemical Corp. have developed a froth flotation process for concentrating potassium salts from Great Salt Lake solar evaporites containing about 6% K2O. The crude evaporites, which were predominately halite (NaCl) with smaller amounts of kainite (KCl.MgS0, 2.7Hp0) and schoenite KeS0,MgS04.6H,0), were conditioned in a saturated brine solution., thus converting nonfloatable kainite to the floatable mineral schoenite. Schoenite was then selectively floated with a medium-molecular-weight fatty acid. Continuous small-scale pilot-plant testing indicated that 80% of the potassium could be recovered from the crude evaporites in flotation concentrates assaying about 13% K2O.
Citation

APA: J. L. Huiatt R. B. Tippin G. M. Potter  (1976)  Potassium Salt Flotation From Great Salt Lake Evaporites

MLA: J. L. Huiatt R. B. Tippin G. M. Potter Potassium Salt Flotation From Great Salt Lake Evaporites. The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1976.

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