References
Data on the Impellers
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| Data |
Reference |
- Np and Nq of several Lightnin impellers: A6000, A310,
A200 or PBT,
C102, A315, C104, R100 or RT6, R510 or bar turbine, and R500 or sawtooth
- Maximum and average shear rates and shear rate correlations
for A200 or PBT, R100 or RT6, and A310
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Comparison
of Mass Transfer Characteristics of Radial and Axial Flow Impellers,
R.J. Weetman and J.Y. Oldshue, 6th European Conference on
Mixing, Pavia, Italy, ISBN 0 947711 33 3, May 24-26, (1988)
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- Np and Nq of Lightnin A315, R100 or RT6
- Maximum and average shear rates for Lightnin A315
- K-factor of Lightnin A310, A315, A200 or PBT-D, R100 or RT6
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Process/Mechanical Design Aspects for Lightnin A315 Agitators in
Minerals Oxidation, R.J. Weetman, Randol Gold 1993, Beaver Creek,
USA, (1993), pp. 247-253 |
- Np and Nq of Lightnin A320 and C104 =f(viscosity), Re
- Flow discharge angles for A320 and A200 or PBT-D
- Mixing and blending times for A320 and A200 or PBT-D
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The Use of Fluidfoil Impellers in Viscous Mixing
Applications, R.J. Weetman and C.K. Coyle, AIChE 1989 Annual
Meeting, San Francisco, USA, Nov. 5-10, (1989) |
- Np of 3,4,5,6,8,10, an 12 bladed Rushton Turbines =f(viscosity,
Re, geometry, baffles)
- Np of 3-bladed propellers with 1,1.5,2, and 2.5 pitch =f(viscosity,
Re, geometry, baffles)
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Power Characterisitcs of Mixing Impellers, Part II
, J.H. Rushton, E.W. Costich, and H.J. Everett,
Chem. Eng. Prog., Vol 46, No.9, (1950), pp. 467-476 |
- Np of Chemineer HE-3 and PBT.
- Maximum liquid levels for HE-3, PBT, RT4 and RT6
- Mixing rate constants for above impellers and =f(viscosity, Re) for
HE-3
- Nq for HE-3
- Heat transfer coefficients for above impellers
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Advanced impeller geometry boosts liquid agitation
, J.B. Fasano, A. Bakker, and W.R. Penney, Advanced Liquid
Agitation, Chemineer, May (1999) reprinted with permission from
Chemical Engineering |
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http://www.philadelphiamixers.com/radialimp.htm |
- Np of BT-6 =f(viscosity and gas rate)
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http://www.bakker.org/cfmbook/bt6-book.pdf |
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