Mixed technology

Handbook of Mixing Technology, Ekato Ruhr-und Misditechnik GmbH, Scliopfheim, Germany, 1991. 

FIG. 6-39 Typical stirred tank configurations, showing time-averaged flow patterns for axial flow and radial flow impellers. From Oldshue, Fluid Mixing Technology, McGraw-Hill, New Yo7 k, 1983.)... 

Oldshue, J.Y., 1983. Eluid Mixing Technology. New York McGraw-Hill. 

T. Mathews, Polymer Mixing Technology, Elsevier, North-Holland, Inc, New York, Applied Science Publishers, Barking, U.K. (1982). 

Figure 5-3. Impeller styles and general sizes commonly in use in process industry plant. By permission, Oldshue, J. Y., Fluid Mixing Technology and Practice, Chem. Engr., June 13, 1983, p. 84 [25].

Figure 5-6A. Drawing of typicai lifter turbine. By permission, Old-shue, J. Y., Fluid Mixing Technology, 1983, Chemical Engineering McGraw-Hill Publications Co. [29],...

Bulletin KSM-5, Static Mixing Technology, Koch Engineering Co., Inc., p. 3-9. 

Gldshue, J. Y. Fluid Mixing Technology (McGraw-Hill, New York. 1983). 

EKATO, 1991, Handbook of Mixing Technology , EKATO Ruhr- und Mischtechnik, Schopfheim. 

The choice of additives depends on numerous parameters concerning the nature of the polymer, the processing constraints (notably heat exposure, mixing technology), end-product aesthetics, and the durability under service conditions of the end product. 

Intensification Sometimes it is possible to achieve significant reductions in reactor size (and inventory) with improved mixing technology. Another example of intensification is changing from a batch operation to a smaller scale continuous operation. 

The SSM/TEVE system is best suited for removing VOCs, and has been shown to reduce the average soil concentration of VOCs by 90%. The shallow soil mixing technology is also used to mix various solidification/stabilization slurries into the soil for the treatment of inorganic contaminants (including radionuclides). (Refer to the Geo-Con in situ solidification/stabilization process). 

According to the vendor, soil mixing technologies have the following advantages ... 

Geo-Con, Inc., offers shallow soil mixing (SSM) technology to solidify and stabilize contaminants in situ. The shallow soil mixing technology has also been used for geotechnical stabilization of foundations in loose sands and as protection against liquifaction of soils during earthquakes. 

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