• Usage: Edible Oil
• Production Capacity: 30~5000T/D
• Model NO.: QYZ-460-1
• Application: Beans, Cold Pressing Machine
• Voltage: 380V/440V or Required
• Appearance: Vertical
• Press Materials: Sunflower, Soybean, Coconut, Peanut, Mustard
• Press Series: Second
• Customized: Customized
• Function: Making Edible Oil
• Warranty: 12 Months and Long Term Technical Support
• Raw Materia: Sunflower, cooking and etc.
• Transport Package: in Wooden Packaging, According to The Customer Re
• Specification: Various

Two phase extraction of oil from biomass. United States Patent 6166231. Abstract: A method of separating edible oil from biological material is disclosed. A biomass slurry containing microbial material in an aqueous suspension is collected. The slurry is typically

Solar and biomass resources have been presented in this article because of their huge availability in Nigeria. Nigeria has the potential to produce an estimated 47.97 million

• Usage: Edible Oil
• Type: edible Oil press machine
• Production Capacity: 1-16 tons per day
• edible Oil press
• Voltage: 220V/380V/440V
• Power(W): 10kw-50kw
• Dimension(L*W*H): 2500mm*2000mm*3000mm
• Weight: 2T-20T
• Certification: ISO,CE, BV,TR-CU
• Materials: Carbon steel Q235 and SS304
• Water consumption: ≤ 0.3 t/t Peanut
• Power consumption: ≤ 12kwh/t Peanut
• Operate people: 2-3
• Circulating Water Cooling Water Yield: 150M3/H
• Supplier Finished product: Grade 1 cooking oil

According to the work of Xu et al., 95% of oil from 1 kg C. vulgaris could be extracted employing with 0.24 MJ of electricity consumption and heat consumption of 0.76 MJ

A method of separating edible oil from biological material is disclosed. A biomass slurry containing microbial material in an aqueous suspension is collected. The slurry is typically placed in a

• Usage: Edible Oil
• Type: edible Oil extraction machine
• Production Capacity: 300T/D
• Voltage: 220V/380V
• Power(W): 15kw
• Dimension(L*W*H): 1700*1300*1600
• Weight: 1200kg
• Product capacity: 250-400kg/h
• size: 2200x1600x2150mm
• power: 15w
• staff requirement: 2-3 persons
• space requiremen t: 40-60square meter
• Gear ratio: 15/38x19/48=1
• Vacuum pump: Y100L1-4-2.2KW
• Heater: 3.8KW

Abstract. Pyrolysis, a thermal decomposition without oxygen, is a promising technology for transportable liquids from whole fractions of lignocellulosic biomass. However

Liquefaction is a promising thermochemical conversion process that is applied to convert biomass into bio-oil (target product), biochar, and gases. The process is usually

• Usage: Edible Oil
• Type: edible Oil extraction machine
• Production Capacity: 50-800 kg/h
• Dimension(L*W*H): depend on model
• Weight: 240 KG
• Core Components: Motor, Pump
• Oil Product Function: Making Edible Oil
• Application: Oil Production Machine
• Advantage: High Oil Yield
• Raw material: Peanut cocoa butter
• Material: Carbon Steel Stainless Steel
• Color: Silver
• Item: Edible Oil Press
• Character: Professional Manufactuer
• Keyword: Small Capacity Oil Press Machine

Bio-oil and biochar from the pyrolytic conversion of biomass: A current and future perspective on the trade-off between economic, environmental, and technical indicators. Science of The Total

For the sustainable production of fuel, biomass pyrolysis processes have appeared as a promising alternative for the efficient utilization of biomass. The liquid product

• Usage: Edible Oil
• Type: edible Oil production line
• Production Capacity: 20TPD
• Oil machine
• Voltage: standard
• Power(W): standard
• Dimension(L*W*H): standard
• Weight: standard
• Certification: ISO,SGS,BV
• Specification: 10~200T/D(daily processing capacity)
• Materials: Carbon steel Q235 and stainless steel SS304/316
• Workshops: Expanding workshop,extraction workshop and refining workshop
• Brand: TOP 10 Cereals&Oil Machinery Brand

Chemical: Soybean and canola oil is biomass oil that can be chemically converted into a gasoline additive and a liquid fuel similar to as diesel fuel. Biomass feedstock

Rice husk is a major byproduct of rice milling, containing an approximate composition of 72–85 wt.% lignocellulose and 15–28 wt.% silica. The lignocellulosic part of the rice husk can be utilized to produce value-added products such as fuel, chemicals, etc., while silica can be utilized to produce silicon-based materials. This work reports a process route that