Industrialization of Phosphate Bioprocessing

Society for Mining, Metallurgy & Exploration
Robert D. Rogers Michael E. Mcllwain Lee O. Nelson James H. Wolfram
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
6
File Size:
363 KB
Publication Date:
Jan 1, 1999

Abstract

Examination of the economics and environmental consequences associated with phosphate fertilizer production documents the necessity for development of innovative production technologies. Evidence of phosphate ore's susceptibility to microbial alteration indicates that it will be an ideal candidate for industrial-scale bioseparation. There are at least two applications for the biosolu- bilization technology: (1) an industrial-scale bio- process similar to the presently used wet acid process and (2) production of small prills (bio- bead) containing unprocessed rock phosphate and the biological ingredients necessary to promote phosphate solubilization. At the present stage of development, the biobead technology is the preferred application. It is an energy-efficient "green" technology that will dramatically reduce the amount of solid waste and air emissions produced by the phosphate industry.
Citation

APA: Robert D. Rogers Michael E. Mcllwain Lee O. Nelson James H. Wolfram  (1999)  Industrialization of Phosphate Bioprocessing

MLA: Robert D. Rogers Michael E. Mcllwain Lee O. Nelson James H. Wolfram Industrialization of Phosphate Bioprocessing. Society for Mining, Metallurgy & Exploration, 1999.

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