A transparent phospholipid production system

Abstract

This utility model discloses a transparent phospholipid production system. The mixed oil outlet connects to a mixed oil storage tank via the tube side of a first evaporator. The outlet of the mixed oil storage tank connects to a mixed oil centrifuge via the tube side of an oil heater. The outlet of the centrifugal light phase connects to a stripping tower via the shell side of an oil-to-oil heat exchanger and the tube side of a second evaporator. The stripping outlet connects to a crude oil tank via the tube side of an oil-to-oil heat exchanger and the hot side of a crude oil cooler. The outlet of the crude oil tank connects to a water mixer via a heating unit and a hot water outlet. The outlet of the water mixer connects to a hydration tank. The outlet of the hydration tank connects to a degumming centrifuge via the tube side of a hydration heater. The centrifugal heavy phase connects to an oil residue tank. The outlet of the oil residue tank and the hydrogen peroxide outlet connect to a static mixer. The outlet of the static mixer connects to a conditioning tank. The outlet of the conditioning tank connects to a phospholipid storage tank via the tube side of a phospholipid dryer. The outlet of the phospholipid storage tank connects to a phospholipid tank and a transparent phospholipid outlet pipe via the tube side of a phospholipid cooler. This system has low energy consumption, effectively improves the transparency and purity of phospholipids, and the process is green and safe.

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