SX - Special Equipment - The Shrouded Mixer Impeller In Solvent Extraction Of Uranium

The American Institute of Mining, Metallurgical, and Petroleum Engineers
L. D. Lash
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
Pages:
4
File Size:
284 KB
Publication Date:
Jan 11, 1958

Abstract

The key to successful liquid-liquid extraction is the solvent. First, and most important, it must be highly selective for the metal desired and yet reject other metal ions present; second, the ideal sol- vent is completely insoluble in the aqueous feed liquor; third, it has rapid phase separation and will not form emulsions; and, fourth, low cost is desirable, since losses occur even though the solvent is recycled. For this application a solvent known as DDPA (dodecyl phosphoric acid) was chosen since it closely met these requirements. DDPA is a long-chain alkyl phosphate developed for AEC by Oak Ridge National Laboratories, Dow Chemical Co., and the U. S. Bureau of Mines. The long chain contributes to low solubility in the aqueous phase and to high extracting power from acidic sulfate solutions, whereas the alkyl phosphates generally exhibit high selectivity for uranium solutions.
Citation

APA: L. D. Lash  (1958)  SX - Special Equipment - The Shrouded Mixer Impeller In Solvent Extraction Of Uranium

MLA: L. D. Lash SX - Special Equipment - The Shrouded Mixer Impeller In Solvent Extraction Of Uranium. The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1958.

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