Estimation of pressure drop for vertical pneumatic transport of solids
β Scribed by Jennings H. Jones; Walter G. Braun; Thomas E. Daubert; H. Donald Allendorf
- Publisher
- American Institute of Chemical Engineers
- Year
- 1967
- Tongue
- English
- Weight
- 401 KB
- Volume
- 13
- Category
- Article
- ISSN
- 0001-1541
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
A method of mixing Particulate materials during their pneumatic transport is proposed. The calculation of this operation is hased on the efGctive Particle dispersion coefficient determined in extxriments. This new method of Particle mixing has heen used to neutralize the electric charge on the parti
Current relationships for determination of the pressure drop with pneumatic conveying of solids in pipes are not of general validity. The theoretical considerations underlying these relationships do not take into account the influence of the rotatory motion of the particles. On the other hand, extre
the literature are in conflict. Several pressure-drop correlations proposed for vertical-upflow systems cover a very limited range of variables, and they cannot be safely extrapolated outside the range of the experimental data.
Lkpartnrent of Chemical Engineedng C. LAOHAVEHlTRA l%t Ohio State University K. MUROYAMA Cokmbns, OH 43210 SHU-HUAN WEZNG U.&u. LIANG-SHIH FAN' NOTATION concentration of A at the interface, g-mol/cm3 outside diameter of the wetted wall colthun, cm dil?usivity of A in the liquid phase, cm%% diffusivi