Immiscible liquid mixing equipment
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Flow zone, droplet breakup-coalescence, interface area, droplet diameter, mass transfer coefficient, etc. are all important design parameters. Droplet breakup and droplet size are determined by the structure and input power of the stirrer. Pitched propeller disc turbines are usually used in liquid-liquid dispersion systems due to their high pumping capacity, which is helpful in overcoming possible phase density differences. Flat-paddle disc turbines are more suitable for producing stable emulsions and proper gas entrainment. For liquid-liquid dispersion in higher containers, a multi-layer agitator may be required, or an upper baffle and guide tube may be added. As shown in the picture.
The topic initiated by LZ is very good, but can you save everyone's time and post resources by posting the topic in one post? Now that you post like this, you are going here and there with a hammer, which is a bit confusing. . . .