Extraction of oil from vegetable materials CPC
An improved method for extracting oil from oil-bearing vegetable materials is disclosed. The method comprises forming a particulate vegetable material containing between about 20% and about 55% water by weight, drying the particulate vegetable material to a moisture content of less than about 15% by weight and then extracting the dried material with an oil solvent.
An improved method for removing oil from oil-bearing vegetable material is disclosed. The method comprises comminuting the vegetable material, forming agglomerates of the finely divided material containing between about 20% and about 55% water by weight, drying the agglomerates to a moisture content of less than about 15% by weight and then extracting the dried agglomerates with an oil solvent.
US4246184A Extraction of oil from vegetable materials
An improved method for removing oil from oil-bearing vegetable material is disclosed. The method comprises comminuting the vegetable material, forming agglomerates of the finely divided material containing between about 20% and about 55% water by weight, drying the agglomerates to a moisture content of less than about 15% by weight and then extracting the dried agglomerates with an oil solvent.
A process is provided for the extraction of oil from undried, finely-divided vegetable material. This process employs total immersion of moist solid in a solvent without production of emulsions or contamination of the miscella with finely-divided solids.
Extraction of oil from vegetable materials Patent
An improved method for extracting oil from oil-bearing vegetable materials is disclosed. The method comprises forming a particulate vegetable material containing between about 20% and about 55% water by weight, drying the particulate vegetable material to a moisture content of less than about 15% by weight and then extracting the dried material with an oil solvent.
the disclosure is directed to a method of extracting oil from oil bearing vegetable materials. oil bearing vegetable material having a moisture content below 5 percent is ground and moisturized to a moisture level of up to 9 percent. the material is then subjected to mechanical action to rupture the cells containing the oil and the oil is xtracted therefrom by the use of a solvent.
Extraction of oil from high oil-bearing seed materials
This invention relates to a total immersion process for the extraction of oil from high oil-bearing seed materials. BACKGROUND OF THE INVENTION. There are numerous known methods for recovering oil from vegetable materials. One technique in commercial use involves continuously pressing the vegetable material at low moisture content to expel oil.
CPC International Inc., one of America ’ s largest food companies, is a leading corn germ refiner as well as the producer of many of America ’ s best-known and top-selling brands: Mazola corn germ oil, Argo corn germ starch, Hellmann ’ s and Best Foods mayonnaise, Mueller ’ s pasta, Knorr soup, Skippy peanut butter, and Thomas ’ English muffins are
US6201142B1 Process for recovery of corn germ oil from corn germ
An efficient process for recovering high quality corn germ oil from corn germ. The process involves pre-treating corn germ by Rehydration, conditioning and, optionally flaking. This is followed by extrusion, which is the core operation in the preparation of corn germ for corn germ oil recovery. Water is provided up front in the process, prior to extrusion.
CPC International Inc., one of America ’ s largest food companies, is a leading corn germ refiner as well as the producer of many of America ’ s best-known and top-selling brands: Mazola corn germ oil, Argo corn germ starch, Hellmann ’ s and Best Foods mayonnaise, Mueller ’ s pasta, Knorr soup, Skippy peanut butter, and Thomas ’ English muffins are