Design and Evaluation – Turbine Mixers in Metallurgical Applications

The American Institute of Mining, Metallurgical, and Petroleum Engineers
N. H. Parker G. Gutzeit J. G. Papailias
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
Pages:
5
File Size:
280 KB
Publication Date:
Mar 1, 1956

Abstract

In its many forms, the turbine has greater latitude of application than any other mixing device. It is readily adaptable to all tank shapes, from the shallow pan to the tall and narrow stovepipe. Although turbine mixers can be adapted to most tank conformations, experience has shown that there is a preferred shape for optimum efficiency in each service. In the accompanying drawings this relationship is illustrated by the shallower tank for slurry suspension. The taller tank is preferable for continuous staged systems, or maximum retention of the gas phase in absorption. No single turbine covers the entire range of these applications with maximum efficiency. The back-sloped blade offers maximum power economy. The straight blade develops a higher discharge velocity for the dispersion type of service requiring localized shear. The same high shear environment is provided by the back-sloped impeller with stator ring assembly, which permits the most positive discharge control, Fig. 1. Positive stream control is critical in solids suspensions.
Citation

APA: N. H. Parker G. Gutzeit J. G. Papailias  (1956)  Design and Evaluation – Turbine Mixers in Metallurgical Applications

MLA: N. H. Parker G. Gutzeit J. G. Papailias Design and Evaluation – Turbine Mixers in Metallurgical Applications. The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1956.

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