Development and Scale-Up of Large Flotation Cells (49397335-092e-4959-bee9-d97a26f115c9)

Society for Mining, Metallurgy & Exploration
Nathaniel Arbiter
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
8
File Size:
292 KB
Publication Date:
Jan 1, 1999

Abstract

The increasing size of flotation cells as the use of flotation has increased is traced from the first United States application of the process in Montana in 1911 through the following eight decades, using data from the Taggart handbooks (1927) and (1945), from the SME Handbook (1984), and from recent manufacturers' catalogues and other sources for the 1980s and 1990s. With the earliest mechanical cells less than 1 m3 (359) in volume and the largest now available at 200 m3 (7,000ft3), three requirements are necessary: 1) demonstration of advantages in replacing smaller volume by larger volume cells; 2) estimating power requirements, impeller dimensions, and operating rpm by correlation equations; 3) considering effects of using larger cells, in necessarily much shorter rows, on process kinetics. The resulting seven tables that address these problems are presented, and their implications discussed.
Citation

APA: Nathaniel Arbiter  (1999)  Development and Scale-Up of Large Flotation Cells (49397335-092e-4959-bee9-d97a26f115c9)

MLA: Nathaniel Arbiter Development and Scale-Up of Large Flotation Cells (49397335-092e-4959-bee9-d97a26f115c9). Society for Mining, Metallurgy & Exploration, 1999.

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