Aluminum Chloride Restoration Of In Situ Leached Uranium Ores

Society for Mining, Metallurgy & Exploration
David C. Grant
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
8
File Size:
334 KB
Publication Date:
Jan 1, 1982

Abstract

During in situ uranium mining using ammonium bicarbonate lixiviant, the ammonium exchanges with cations on the ore's clay. Mter mining is complete, the ammonium may desorb into post-leach ground water. For the particular ore studied, other chemicals (i.e., uranium and selenium) which are mobilized during the leach process, have also been found in the post-leach ground water. Laboratory column tests, used to simulate the leaching process, have shown that aluminum chloride can rapidly remove ammonium from the ore and thus greatly reduce the subsequent ammonium leakage level into ground water. The aluminum chloride has also been found to reduce the leakage levels of uranium and selenium. In addition, the aluminum chloride treatment produces a rapid improvement in permeability.
Citation

APA: David C. Grant  (1982)  Aluminum Chloride Restoration Of In Situ Leached Uranium Ores

MLA: David C. Grant Aluminum Chloride Restoration Of In Situ Leached Uranium Ores. Society for Mining, Metallurgy & Exploration, 1982.

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