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  • Sunflower phospholipid machine

Sunflower phospholipid machine

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Sunflower phospholipid machineExtraction of sunflower phospholipids from sunflower oil refining, refined powdered phospholipids, lecithin.Degumming, concentrat

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 Sunflower phospholipid machine
Extraction of sunflower phospholipids from sunflower oil refining, refined powdered phospholipids, lecithin.
Degumming, concentrated phospholipids and oils and alkalis refining section
The wool is first passed through a wool filter to remove impurities from the oil and then sent to the heater. After heating to a certain temperature, it enters the vacuum dryer, performs drying, and then cools and heats the heat. It is pumped into the mixing pot, mixed with diatomaceous earth, filtered through a vibrating filter, filtered, and sent to a hydration pot. Using soft water hydration degumming, the first centrifuge is used to separate the gel. The hydrated saponin enters the squeegee evaporator and is concentrated in a vacuum and dried to obtain a concentrated phospholipid.
The degummed oil enters the oil refining section. Depending on the content of the saponin or the de-gelation of phosphoric acid. Phosphoric acid is simultaneously injected into it. After high-speed mixing, it enters the acidification reactor and fully reacts to convert the non-hydrated phospholipid into hydrated phospholipid, and then quantitatively adds water or alkali to the second centrifuge to separate the oil foot soap. The heavy phase separated by the centrifuge is sent out to the workshop to remove the soap storage tank by the soap foot; the light phase oil is adjusted by the heater and mixed with the dilute alkali or hot water to enter the third centrifuge to separate the wastewater, and the third unit is used. The centrifuge separates the water, and the oil after the soap water is removed by the vacuum drying and desolvent tower developed by our company to remove the water and the solvent, and then goes to the next section through the alkali refining storage tank. The soap-containing wastewater is recovered in the oil-water separator and discharged to the wastewater treatment plant.
 Sunflower phospholipid machine
Extraction of sunflower phospholipids from sunflower oil refining, refined powdered phospholipids, lecithin.
Degumming, concentrated phospholipids and oils and alkalis refining section
The wool is first passed through a wool filter to remove impurities from the oil and then sent to the heater. After heating to a certain temperature, it enters the vacuum dryer, performs drying, and then cools and heats the heat. It is pumped into the mixing pot, mixed with diatomaceous earth, filtered through a vibrating filter, filtered, and sent to a hydration pot. Using soft water hydration degumming, the first centrifuge is used to separate the gel. The hydrated saponin enters the squeegee evaporator and is concentrated in a vacuum and dried to obtain a concentrated phospholipid.
The degummed oil enters the oil refining section. Depending on the content of the saponin or the de-gelation of phosphoric acid. Phosphoric acid is simultaneously injected into it. After high-speed mixing, it enters the acidification reactor and fully reacts to convert the non-hydrated phospholipid into hydrated phospholipid, and then quantitatively adds water or alkali to the second centrifuge to separate the oil foot soap. The heavy phase separated by the centrifuge is sent out to the workshop to remove the soap storage tank by the soap foot; the light phase oil is adjusted by the heater and mixed with the dilute alkali or hot water to enter the third centrifuge to separate the wastewater, and the third unit is used. The centrifuge separates the water, and the oil after the soap water is removed by the vacuum drying and desolvent tower developed by our company to remove the water and the solvent, and then goes to the next section through the alkali refining storage tank. The soap-containing wastewater is recovered in the oil-water separator and discharged to the wastewater treatment plant.
 

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