Process design pneumatic conveying

Perkins, Don E., Wood, Jim E., Design and Select Pneumatic Conveying Systems. Hydrocarbon Processing, March 1974. 

Gluck, S.E. Design Tips for Pneumatic Conveying, Hydrocarbon Processing, Oct. 1968, p. 88. 

Pan, R., and Wypych, P. W., Scale-Up Procedures for Pneumatic Conveying Design, Powder Handling Processing, 4(2) 167—172 (1992a)... 

The flow sheet of this process is shown in Figure 26.2. Prepared plastic fluff is sent to a bag filter set on the top deck (Figure 26.1) by a pneumatic conveyer after treatment by a second magnetic separator and an aluminum separator. Then, the plastic fluff is sent to two series of dehydrochlorinators, specially designed, reciprocally rotating twin-screw-type extruders, through a vertical screw conveyer. This equipment is composed of a melter of plastic fluff aud circulator of waste plastic melt. Each is a horizontal type... 

D. E. Perkins and J.E. Wood, Design and select pneumatic conveying systems. Hydrocarbon Processing, 75-78 (March 1974). 

Solving the problem on the interaction of a solid particle, drop, or bubble with the surrounding continuous phase underlies the design and analysis of many technological processes. The industrial applications of such interaction include classification of suspensions in hydrocyclones, sedimentation of colloids, pneumatic conveyers, fluidization, heterogeneous catalysis in suspension, dissolving solid particles, extraction from drops, absorption, and evaporation into bubbles [69, 107, 111, 122,137,478,505],... 

Pan, R. and Wypych, P.W. (1992) Scale-up procedures for pneumatic conveying design. Powder Handling Process., 4(2), 167-172. 

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