• solvent oil extraction plant wholesale in Malaysia
  • solvent oil extraction plant wholesale in Malaysia
  • solvent oil extraction plant wholesale in Malaysia
  • solvent oil extraction plant wholesale in Malaysia
  • What is palm fibre oil extraction plant?
  • Palm Fibre Oil Extraction Plant, a plant designed and equipped to extract the residual oil from palm-pressed fibre by means of solvent. A food grade solvent known as hexane is used to extract the remaining 5% – 6% of residual crude palm oil (CPO) available in palm-pressed fibre, thereby enhancing oil extraction rate (OER) by 0.5%.
  • What is solvent extraction?
  • Solvent extraction is a continuous process that uses edible grade hexane as a solvent and non-edible grade with a non- flammable solvent. Mecpro has invested for years in research and development for improving the technology used in Solvent Extraction Plants.
  • What is palm kernel oil extraction?
  • A food grade solvent known as hexane is used to extract the remaining 5% – 6% of residual crude palm oil (CPO) available in palm-pressed fibre, thereby enhancing oil extraction rate (OER) by 0.5%. Palm Kernel Oil Extraction (PKOE) Plant, is designed to extract the oil from kernel cake by means of solvent. This shall extract an additional 3% PKO.
  • What is mesocarp extraction technology?
  • This innovative technology uses the solvent extraction method, which enables the recovery of residual oil in empty fruit bunches and mesocarp fibres. With existing technology, only up to 95% of oil contained within the mesocarp fibres can be extracted mechanically.
  • Why is a solvent extraction plant important?
  • The design and layout of the solvent extraction plant ensure the easy operation, maintenance, and lubrication of the plant by the operators. It also helps for the smooth running of the plant. Automation in the process ensures consistency in the process and quality of both product and by-product with reduced utility consumption.
  • What is solvent extraction (SX)?
  • Solvent Extraction (SX) employs two liquid phases (organic and aqueous) and is carried out in liquid-liquid counter current SX trains to progressively separate the rare earths into groups and individual elements and produce a solution. In this final stage, the rare earth elements in the solution are precipitated as solid carbonates or oxalates.