- Applicable Industries:
Hotels, Building Material Shops, Manufacturing Plant, Machinery Repair Shops, Food & Beverage Factory, Farms, Restaurant, Home Use, Food Shop, Energy & Mining, Food & Beverage Shops, oil press machine
- Showroom Location:
oil solvent extraction mill plant
- Automatic Grade:
- Production Capacity:
- Place of Origin:
- Brand Name:
depend on model
- Key Selling Points:
- Marketing Type:
Hot Product 2019
- Machinery Test Report:
- Video outgoing-inspection:
- Warranty of core components:
- Core Components:
- Oil type:
Flax Seed Oil, Soybean Oil, Rap seed oil, Tea Seed Oil, Pinenut oil, Peanut Oil, Coconut Oil
- Max Capacity:
- Raw material:
Peanut, Sunflower, Sesame, Olive, Rapeseed, Soybean etc.
Screw Oil Press Machine
- Product name:
Screw Press Oil Expeller
Oil Pressing Peanut, Sunflower, Sesame, Olive, Rapeseed, Soybean etc.
Oil Production Line
Energy Saving, High Oil Yield etc.
Carbon steel or stainless steel
Screw Type Oil Expeller
Pretreatment, press, meal extraction & oil refinery machine section
Rice Bran Oil Machine Price Mini vegetable oil extraction plant oil solvent extraction mill plant
1.The pretreatment process of soybean oil solvent extraction plant
The oil material pretreatment process includes the cleaning section,breaking section,flaking section ,softening section and oil pressing section.
Cleaning:remove most impurities from the material, such as stones, dirt, etc., to prepare for the next crushing process, improve crushing efficiency and extend machine life.
Crushing:after the crushing process, the material is broken into small pieces, which improves the efficiency of the material being pressed.
Softening process:Increase the moisture content and temperature of the material, and ultimately increase the final oil output of the material.
Flaking process:the material is pressed into pieces in this process to increase the amount of oil discharged from the material.
Oil press:the treated oil enters the squeegee from the hopper. Under the condition of high pressure, the embryo is continuously pushed inward by the screw press, and is pressed to finally produce oil.
2.The extraction process of soybean oil solvent extraction plant
Extraction:The solvent enters the material and extracts the oil inside the material under a certain temperature and pressure.
DTDC:It consists of seven layers. In the first three layers, the wet mash is heated and heated by indirect steam. In the next two layers, stripping is carried out under the action of direct steam, the sixth layer is dried with hot air, and the seventh layer is cooled.
Evaporation:The difference between the boiling point of the oil and the solvent is used to separate the solvent and the oil.
Stripper:The separated solvent can be dissolved in the selected paraffin or solvent and recovered.
3.The refining process of soybean oil solvent extraction plant
A general term for a series of processes for removing solid impurities, free fatty acids, phospholipids, gums, waxes, pigments, odors, etc. contained in vegetable oils. Enhancing the nutritional value of edible oils has great benefits for human health.
Deacidification and Degumming:This step is mainly to remove the excess acid in the grease.
Decolorization:The decolorization process greatly enhances the oxidation stability of the oil, and this process also has a great influence on the subsequent deodorization process of the oil.
Deodorization:Deodorization of oil and fat not only removes odor substances in oil, but also improves the safety of oils and fats.
Filteration:Miscella mixed by oil and clay from bleaching tower is pumped into decolorizing filter.
Dewaxing process:Bleached oil enter into crystallizing tank through heat exchanger and begin the cooling crystallization process.
parameters of oil refining machine
||oil acid valuex1-3kg/T oil
|Water (soften water)
||2~3 kg/T oil
|Circulating water cooling water yield
|Bleaching earth consumption
|Waste bleaching earth oil content
acid valuex1.2 (chemical refining)
acid valuex 0.6 (physics refining)
||the quantity of bleaching earth×0.25%
|Deodorization loss consumption