Solid–liquid mixing is a crucial step for many industrial processes ranging from battery electrode manufacturing to pharmaceutical formulations. These processes often require uniform suspension of ...
Researchers from Nagoya Institute of Technology investigated how impeller placement can dramatically improve dense solid–liquid mixing efficiency, reducing suspension speed requirements and enhancing ...
Particle suspension behavior in a 50 wt% solid–liquid suspension at 140 rpm for two impeller positions. Placement near the solid–liquid interface achieved suspension within 15 seconds, whereas lower ...
Dr. Myers research involves working with an industrial collaborator to find solutions to industrial fluid mixing challenges. This includes developing new hardware and the associated design procedures ...
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