After Warranty Service:Video technical support, Online support, Field maintenance and repair service
Local Service?Location:India, Colombia
After-sales Service Provided:Field installation, commissioning and training, Field maintenance and repair service, Video technical support, Online support
Function:Deacidification, Degumming and Decolorization
Capacity:500-2500kg/d
Material:304 Stainless Steel
working time:24 hours
raw material:crude oil,peanut oil ,sunflower oil,ect
price:factory price
Advantage:energy saving,Long life of machine
Item name:sunflower coconut oil refinery machine
Name:Oil Refinery Equipment
After Warranty Service:Video technical support, Online support
After-sales Service Provided:Free spare parts, Field installation, commissioning and training, Field maintenance and repair service, Video technical support, Online support
The future of corn oil is promising because more than 1 billion tons of corn kernels are harvested throughout the globe and the extracted oil has good oxidative stability and excellent nutritional attributes and can be further processed into value-added ingredients and food.
How is corn oil refined?
The resulting crude oil is further refined with the consecutive steps of degumming, neutralization, bleaching, winterization, and deodorization and refined oils directly used or alternatively processed through hydrogenation, fractionation, and interesterification. Corn oil is slightly yellowish, with a mild and characteristic odor and taste.
Why is corn oil a regenerative product?
Corn oil is widely recognized by the pharmaceutical and cosmetic industries due to its regenerative properties resulting from its high unsaponifiable content. In addition, its high content of linoleic acid enhances restructuration and reinforcement of the skin barrier, maintaining the levels of hydration of the epidermis (Moreau, 2005).
What are the steps in chemical refining of corn oil?
In chemical refining, the crude or degummed corn oil is subjected to the steps of neutralization, clarification, winterization, and deodorization, for the removal of FFA, pigments, waxes, and odoriferous compounds, respectively.