Own Factory Triangle Nut Oil Processing Plant in Guinea
Own Factory Triangle Nut Oil Processing Plant in Guinea
- Use: Nut Oil
- Type:Nut Oil Processing Machine
- Production Capacity: 40-60(kg/h)
- Power of motor: 3kw
- Dimension(L*W*H): 600*750*1350mm
- We Can Supply The: Production, Installation Drawing, Testing Support
- Certification: CE&BV, CE and ISO, Engineers available to service machinery overseas
- Market: Guinea
Human Oil Consumption Nut Processing Oil Machine in Guinea
- Use: Nut Oil
- Type:Nut Oil Processing Machine
- Production Capacity: 500kg/h, 1000kg/h, 2000kg/h
- Power(W): 0.1KW
- Dimension(L*W*H): 1200*700*950
- Weight (kg): 0.1
- Certification: CE/UL/ISO
- Market: Guinea
- Which countries produce groundnut oil?
- We provide small scale to large scale peanut oil extraction plant ranging from 5 TPD to 500 TPD. The major groundnut producing countries in the world are China, India, Nigeria, USA, Myanmar, Tanzania, Argentine, Chad, Senegal, Cameroon, Ethiopia, Brazil, Niger, Ghana, Sudan, Mali, Burkina Faso and Indonesia.
- Is a groundnut oil machine suitable for commercial use?
- At a regulated heater temperature of 100oC the quality of the oil and groundnut cake was pleasant and edible. Based on the efficiency and the quality of the oil produced, this machine was recommended suitable for the production of groundnut oil for commercial use.
- What is groundnut oil manufacturing process?
- Groundnut oil manufacturing process is divided into two methods, the first is mechanical pressing and the second is solvent extraction. Mechanical pressing can extract 85% oil and the remaining oil is extracted by the solvent extraction method.
- What is groundnut oil expelling machine?
- Groundnut oil expelling machine is an important device for oil recovery from groundnut seed in a roller mill, direct firing of barrel and pressing with an engine driven oil expeller. Expeller use a horizontal rotating metal screw, which feeds oil-bearing seeds into a barrel shaped outer casing with perforated walls according to Maul et al (2011).