• Usage: Corn germ Oil
• Type: corn germ oil making machine
• Production Capacity: 15TPD(24hrs)
• Dimension(L*W*H): 155*85*345mm
• Weight: 27.1 KG
• Warranty: 1 Year, 1year
• Core Components: Motor, Engine
• Oil Advantage: High Oilput
• Character: Easy Movable
• Function: Oil Pressing
• Color: Customer Required
• Quality: High Level
• Operation: Easily
• Keyword: corn germ Oil Solvent Extraction Equipment
• Model: TS-BXG-128

The objectives of this study were (1) to investigate the feasibility of using steam explosion treatment to enhance oil yield from corn germ; (2) to elucidate the underlying mechanisms of steam explosion on corn germ through confocal laser scanning microscope

This work aimed the recovery of oil and protein fractions from corn germ (CG) generated as a by-product during flour processing. Several oil extraction techniques were

• Usage: Corn germ Oil
• Type: corn germ oil extractor machine
• Production Capacity: 1-3 T/D
• Dimension(L*W*H): customization
• Core Components: Motor, Pressure vessel, PLC, Gear, Bearing, Engine, Gearbox
• Oil Raw material: corn germ
• Function: Oil Pressing
• Application: Edible Oil Press
• Capacity: Large
• Feature: High Oil Yield Efficiency
• Keyword: Seeds Oil Pressing Machine
• Certification: ISO
• Package: Wooden Box
• Keyword 2: Oil Extractor Machine Cold Press

This paper deals with the oil recovery from ground corn germ by maceration using n-hexane as a solvent, providing an engineering analysis of the oil extraction. The fatty acid

Aqueous enzymatic oil extraction (AEOE) was used to evaluate the oil recovery potential after Germ Wet Milling. The effect of enzyme dosages and/or elimination of

• Usage: Corn germ Oil
• Type: corn germ oil mill machine
• Production Capacity: 5T-1T/D
• Dimension(L*W*H): 165*15*16
• Weight: 78kg
• Raw material: corn germ Oil ,corn germ
• Function: Press Oil Seeds
• Application: Screw Oil Expeller
• Color: Blue
• Advantage: High Oil Yield
• Capacity: 8-12kg/h
• Product name: Simsim Seed Oil Machine

This paper describes the effect of temperature and moisture content on the kinetics of oil extraction from corn germ flakes prepared by a dry degermination process. The experiments were

An aqueous surfactant-based extraction system was developed for the extraction of corn oil from corn germ with anionic extended surfactants. The surfactants used

• Usage: Corn germ Oil
• Type: corn germ oil expeller machine
• Production Capacity: 9-15kg / h
• Power Source: Electric
• Power: 36kw
• Weight: 380kg
• Dimension(L*W*H): 22*62*15mm
• Capacity: 1-13kg/h, 1-13kg/h
• Core Components: Motor, Bearing
• Application: Donut Etc
• Material: 34 Stainless Steel
• Function: High Temperature Frying
• Raw material: Fruit Vegetable Nuts Meat Fish
• Advantage: Automatic Oil Filter System
• After Warranty Service: Video technical support, Online support
• Certification: CE

Efficiency of oil extraction from corn germ was improved by the extrusion pretreatment, and residual oil was taken as the index of this oil extraction process. An

The enzymatic extraction of corn oil is especially promising when applied simultaneously with purely mechanical expelled oil because it significantly enhances yield. The aqueous enzymatic method was developed to extract oil from corn germ without hexane or other organic solvents.

• Usage: Corn germ Oil
• Type: corn germ oil production line
• Production Capacity: ≥8TPD
• , Automatic
• Voltage: 380v
• Power(W): 135kw
• Dimension(L*W*H): 1200*4000*900mm3
• Certification: ISO91,CE,BV
• Capacity: 1T to 5T
• Material of equipment: stainless steel and carbon steel
• Raw material: corn germ Seed
• including: machines,installation,tech consulting after sales
• operattion: automatic and safe
• Warranty: 1year

Supercritical fluid extraction of corn germ oil: Study of the influence of process parameters on the extraction yield and oil quality. Sara Rebolleda, Núria Rubio, +2 authors. M.

This paper describes the effect of temperature and moisture content on the kinetics of oil extraction from corn germ flakes prepared by a dry degermination process. The experiments were carried out according to the factorial design 32.