Investigation of Energy Consumption and Wear in Bypass Pneumatic Conveying of Alumina

Author:

Chen B.,Cenna A. A.,Williams K. C.,Jones M. G.,Wang Y.

Publisher

Springer London

Reference11 articles.

1. Pavoni G (2000) Fluidstat: low velocity conveying of coal-fired boiler fly ash. The third Israeli conference for conveying and handling of particulate solids. p. 130–136

2. Möller H, Pust J, Lubbe T (1985) Turbuflow: a pneumatic conveying system with economical power consumption. Bulk Solids Handl 5(4):789–794

3. Ramkrishnan T, Ramakoteswara R, Parameswaran M (1993) Experimental Studies on a Turbuflow System: A Pneumatic Conveying System with Economical Power Consumption. Adv Powder Technol 4(4):275–285

4. Barton S (1997) The Effect of Pipeline Flow Conditioning on Dense Phase Pneumatic Conveying Performance. [Ph.D. Thesis] Scotland, UK: Glasgow Caledonian University

5. Xu H, Liu S, Wang H, Jiang F (2002) Experimental Study on Wavy-flow Pneumatic Conveying in Horizontal Pipe. J Therm Sci 11(2):114–120

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