Mixing Equipment (Impeller Type)

808.0 References

808.1 Apparatus. Part 2. Pressure Measurement, PTC 19.2-1 964. 808.2 808.3 808.4 808.5

808.6

808.7 Practice, Vol. I, Academic Press, 1966

808.7.1 Introduction 808.7.2 Fluid Motion and Mixing 808.7.3 Impeller Characteristics and Power 808.7.4 Vessels 808.7.5 Mechanically Aided Heat Transfer

808.7.6 Mass Transfer 808.7.7 Mixing and Chemical Reactions 808.7.8 808.7.9 Suspension of Solids 808.7.10 Mixing of Solids 808.7.1 1 Equipment

808.7.12 Agitation of Particulate Solid-Liquid Mixtures 808.7.13 Turbulent Radial Mixing in Pipes 808.7.14 Flow and Turbulence in Vessels with Axial Impellers 808.7.15 Scale-Up of Equipment for Agitating Liquids 808.7.16 Mixing of Particulate Solids

ASME Power Test Code, Supplement, Instruments and

Ibid., Part 3. Temperature Measurement, PTC 19.3-1974. Ibid., Part 5. Part II of Fluid Meters, PTC 19.5-1971. Ibid. Part 7. Measurement of Shaft Power, PTC 19.7-1980. Ibid. Part 16. Density Determinations of Solids and Liquids,

Ibid. Part 17. Determination of the Viscosity of Liquids,

Uhl, V. W., and J. B. Gray, Editors, Mixing, Theory and

PTC 19.16-1965.

PTC 19.17-1965.

Flow Patterns, Fluid Velocities, and Mixing in Agitated

Vol. 11, Academic Press, 1967

Mixing of High Viscosity Materials

Mechanical Design of Impeller-Type Liquid Mixing

Vol. III, Academic Press, 1986

137

Mixing Equipment (Impeller Type), 3rd Edition by AIChE Equipment Testing Procedure

Copyright © 2001 American Institute of Chemical Engineers

AlChE Equipment Testing Procedure

808.8 The Society of Naval Architects and Marine Engineers (SNAME), 1967. 808.9 Press, John Wiley & Sons, 1975. 808.10 - Liquid Agitation, Chemical Engineering:

Comstock, J. E. (editor), Principles of Naval Architecture,

Nagata, S., Mixing, Principles and Applications, Halsted

Gates, L. E., D. S. Dickey, R. W. Hicks, et. al, CE Refresher

808.10.1 How to select the optimum turbine agitator, Dec. 8,

808.10.2 Dimensional analysis for fluid agitation systems, Jan. 5,

808.10.3 Fundamentals of agitation, Feb. 2, 1976, pp 93- 100. 808.10.4 How to design agitators for desired process response, Apr. 26, 1976, pp 102-1 10. 808.10.5 Selecting agitator systems to suspend solids in liquids, May 24, 1976, pp 144-150. 808.10.6 How to select agitators for dispersing gas into liquids,

808.10.7 How to specify drive trains for turbine agitators, Aug.

808.10.8 How the design of shafts, seals and impellers affects agitator performance, Aug. 30, 1976, pp 101 - 108. 808.10.9 Cost estimation for turbine agitators, Sept. 27, 1976, pp

808.10.10 How to use scale-up methods for turbine agitators, Oct.

808.10.1 1 Applications analysis for turbine agitators, Nov. 8,

808.10.12 Application guidelines for turbine agitators, Dec. 6,

1975, pp 110-1 14.

1976, pp 139-145.

July 19, 1976, pp 141-148.

2, 1976, pp 89-94.

109-1 12.

25, 1976, pp 119-126.

1976, pp 127-133.

1976, pp 165-1 70. 808.1 1 Dough Mixing Equipment, J. B. Gray, Chairman, AIChE, 1979. 808.12 Engineering, McGraw-Hill Publication Co., 1983. 808.13 the Process Industries, Butterworths & Co., Ltd, 1985. 808.14 Agitated Tanks, McGraw-Hill, Inc., 1991. 808.15 Processes, McGraw-Hill, Inc., 1994.

AIChE Equipment Testing Procedure, Dry Solids, Paste and

Oldshue, J. Y., Fluid Mixing Technology, Chemical

Harnby, N., M. F. Edwards, and A. W. Nienow, Mixing in

Tatterson, G. B., Fluid Mixing and Gas Dispersion in

Tatterson, G. B., Scaleup and Design in Industrial Mixing

138

Mixing Equipment (Impeller Type)

808.16 Calculations, Second Edition, Section 12. Liquid Agitation, McGraw- Hill Book Co., 1994. 808.17 Geometry Boosts Liquid Agitation, Chemical Engineering, August

808.1 8 Corpstein, R. R., Fasano, J. B., Myers, K. J., The High-Efficiency Road to Liquid-Solid Agitation, Chemical Engineering, October 1994, pp. 138-144. 808.19 Gases in Liquids, Chemical Engineering, December 1994, pages

808.20 Steps of Mixer Selection, Chemical Engineering, March 1994, pp.

808.21 Bakker, A., Fasano, J. B., Leng, D. E., Pinpoint Mixing Problems with Lasers and Simulation Software, Chemical Engineering,

808.22 Fasano, J. B., Miller, J. L., Pasley, S. A., Consider Mechanical Design of Agitators, Chemical Engineering Progress,

808.23 Handbook, Third Edition, Chilton Book Co., 1995. 808.24 Perry’s Chemical Engineers’ Handbook, Seventh Edition, Chapter 18, Liquid-Solid Operations and Equipment,, Equipment, McGraw-Hill Book Co., 1997. 808.25 Chemical Engineering, January 1999, pp. 90-96.

Chopey, N. P., Handbook of Chemical Engineering

Fasano, J. B., Bakker, A., Penney, W. R., Advanced Impeller

1994, pp. 110-1 16.

Bakker, A., J. M. Smith, and K. J. Myers, How to Disperse

98-104. Bakker, A.; Morton, J. R., Berg, G. M., Computerizing the

120- 129.

January 1994, pp. 94-100.

August 1995, pp. 60-7 1. Liptak, B., Editor-in-Chief, Instrument Engineers’

Perry, R. H., D. W. Green, and J. 0. Maloney, Editors,

Dream, R. F., Heat Transfer in Agitated Jacketed Vessels,