Heat Transfer in Stirred Tanks - SPX FLOW Webinar Rewatch

SPX FLOW host Richard Cope, Ph. D, reviews the characteristics of heat transfer in stirred tanks. With nearly 20 years in the mixing field, Cope is a wealth of knowledge that can understand and partner on your most challenging mixing applications.

0:00 Introduction
0:20 SPX FLOW MIXING SOLUTIONS
3:27 Utilizing Heat Transfer in Mixing Vessel Design
5:00 Common Heat Transfer Surfaces in Mixing Vessels
6:06 Available Tank Jacket Types
6:47 Open (Flooded) Jacket Tanks
7:58 Half-Pipe Jacket Tanks
9:59 Dimple Jacket Tanks
10:57 Pillow-Plate, or Laser-Plate Jacket Tanks
13:07 Some General Internal Coil Types
14:45 Geometry for Internal Coils in Mixing Vessels
17:20 Good General Sources for Heat Transfer Correlation
18:11 Collecting Data for Heat Transfer Correlations
29:13 H.T. Coefficient of Process Fluid Inside Tank
32:29 H.T. Coefficient - Process Fluid Side of Harp Coils
34:00 CFD to Assess Internal Coil Location Effects
35:59 CFD Assessment: Viscosity Effects w/ Helical Coils
39:03 Experiments: Plate Coil Orientation vs. Impeller Rotation
40:03 Heat-Up Dependency on Jacket - Impeller Interactions
41:22 Design Considerations: H.T. Observations in Mixing Tanks