Titlebook: Gas Cyclones and Swirl Tubes; Principles, Design, Alex C. Hoffmann,Louis E. Stein Book 20021st edition Springer-Verlag Berlin Heidelberg 2

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Introduction,tors (for ‘demisting’). The physical laws governing the behavior of today’s modern industrial cyclones were firmly established more than a hundred years ago in the works of Sir Isaac Newton and Sir George Gabriel Stokes. Their work provided us with a basis for describing the forces acting on a parti

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Cyclone Flow Pattern and Pressure Drop,w the velocity distribution of the gas. Some researchers have made all-embracing models for both gas flow pattern and separation efficiency; others have concentrated on one or the other. We look at the two issues separately here.

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Measurement Techniques,e depends on the situation: the techniques giving the best results in the laboratory, on relatively small-scale equipment under controlled conditions, may be quite different from those giving the best results in industrial equipment.

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Underflow Configurations and Considerations,yclone. In reality, the cyclone’s performance is just as good as its underflow design. It is the writers’ observation that about 90% of all cyclone related problems are due to problems associated with the inability of the ‘collected’ solids to properly discharge out the underflow. This can be due to

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Foam-Breaking Cyclones,s, wire mesh elements, heat, live steam injection, sonic horns and the use of large retention time vessels. But it turns out that one of the most effective ways of breaking many types of process foams is through the application of centrifugal force. Thus, what we wish to describe herein is the use o

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Design Aspects,mmon designs, and they are not complete enough to be used to find an optimal design for a given duty directly. To assist those who may have the task of actually designing and constructing a cyclone or swirl tube we include some guidelines here.