Power consumption prediction in a coalescent liquid in mechanically agitated gas–liquid reactors

Power Consumption Prediction in a Viscous Liquid in Mechanically Agitated Gas‐Liquid Reactors

“…8, Nienow 10, Petříček et al. 7, Rushton 11, and others. The difference between P o of RT in the laboratory and pilot‐plant vessel is caused by various D i / D ratios.…”

“…The measurement technique has been already described in detail by Petříček et al. 7. The pilot‐plant vessel (inner diameter T = 0.59 m; Fig.…”

“…Pilot‐plant vessel: (1) compressor, (2) gas flow controller, (3) gas humidification, (4) cooling jacket, (5) strain gauge, (6) gear. Taken from 7.…”

“…Laboratory‐scale vessel: (1) compressor, (2) reduction valve, (3) gas saturation, (4) solenoid valve, (5) strain gauge, (6) gear, (7) rotameter, (8) cooling coil. Taken from 7.…”

“…In recent years, our research group focused on the description of power consumption in coalescent batch 7, non‐coalescent batch 8, and in the viscous batch 9 of about 10 mPa s. Here, the aimis to enhance the database for power consumption prediction by adding the data for the batch viscosity of about 5 mPa s and also by adding the new parameter D / T .…”