Hydrodynamic cavitation catalysts

Moser et al. [37] applied hydrodynamic cavitation generated by a microfluidiser for the synthesis of large variety of catalysts in the form of nanosized grains. The grains agglomerated into particles of 100 nm to few microns. This process was found to provide high purity catalysts containing several metal ions than classical synthetic methods. 

The work by group of Kozyuk [84—87] has illustrated the use of hydrodynamic cavitation for obtaining free disperse system in liquids, particularly in liquid hydrocarbons. It has been found that, there is substantial improvement in the quality of the obtained free dispersion, even in the absence of any catalyst. Also the geometry of a flow-constricting baffle body [84] effectively increases the degree of cavitation to substantially improve the quality of obtained free disperse system. 

Moser WR, Sunstrom JE, Marshik-Guerts B (1996) The synthesis of nanostructured pure-phase catalysts by hydrodynamic cavitation, in Moser WR (eds.) Proceedings of the Advanced Catalysts and Nanostructured Materials, pp 285-306. 

F. Hydrodynamic Cavitation Synthesis of Nanostructured Catalysts in High-Phase Purities... 

High temperature aerosol decomposition, catalyst synthesis, 3 Hydrodynamic cavitation advanced catalysts, ceramics, and electronic materials, 3, 6-bismuth molybdate, 33-34 Bernoulli effect, 22... 

D. Synthesis of Metal Oxide Catalysts and Supported Metals BY Hydrodynamic Cavitation... 

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