Quantifying The Recovery Of Beneficiated Products From Pneumatic Triboelectrostatic Processing (3b178448-0a82-415c-820d-239b399398d1)

Society for Mining, Metallurgy & Exploration
X. K. Jiang
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
4
File Size:
254 KB
Publication Date:
Jan 1, 1999

Abstract

Pneumatic, triboelectrostatic processing of physical mixtures containing fine (-200 mesh) particulate may have significant application potential in the mining and energy industries. Such dry processing methods, especially for finely comminuted materials, have not been examined in as much detail as wet processing methods nor have been part of the training or education of mining and process engineers. We have examined fundamental and applied physical and engineering factors controlling triboelectrostatic beneficiation of fine-sized physical mixtures, one of which -combustion fly ash -has size, heterogeneity and mineral concentrations typical of those expected in mined minerals. The applicability of dry processing, however, cannot be readily evaluated because of the unavailability of standard procedures for process assessment.
Citation

APA: X. K. Jiang  (1999)  Quantifying The Recovery Of Beneficiated Products From Pneumatic Triboelectrostatic Processing (3b178448-0a82-415c-820d-239b399398d1)

MLA: X. K. Jiang Quantifying The Recovery Of Beneficiated Products From Pneumatic Triboelectrostatic Processing (3b178448-0a82-415c-820d-239b399398d1). Society for Mining, Metallurgy & Exploration, 1999.

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