Device for continuous extraction and layer separation
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Seek design for oil-water separation using n-butanol as the extractant; two-stage extraction with phase separation is employed, the density of the light phase is 0.86, that of the heavy phase is 1.15, the feed flow rate is 7 m3/h, and the extractant flow rate is 1 m3/h
Come on, come here and find your brother! The densitometer method is used to separate water from oil; it doesn’t worry about mixed phases, avoids incorrect discharge, and is 100% reliable. .
I hold a patent for a power-free, fully automatic oil-water separator with a simple structure and high separation efficiency. This separator allows for continuous feeding and continuous discharge: water is discharged when there is an excess of water, and oil is discharged when there is an excess of oil; the levels of oil and water content can be adjusted as needed. It can also be used under various operating pressures. I have carefully designed the internal components of the separator, as well as the positioning of the pipe openings, to ensure efficient separation. “\"It is better to teach a man to fish than to give him fish.\" To help you master design techniques, the principles of separation and design calculation methods are explained in detail, along with illustrative diagrams.
This system can be completely resolved using self-entrained heterogeneous azeotropic distillation; why use an extractant? ? ?
This can be achieved using a mixed clarification type extraction tank.
This can be achieved using a mixed clarification type extraction tank.