This research aims to Formulation solution of non-ionic surfactant for use in the extraction of crude oil residues in the soil bleach residue in industrial production of rice bran oil. Using micro-emulsion for the micro-emulsion type Winsor Type I and Type III, and studied the conditions and terms of extraction and extract formula that causes micro-emulsion type Winsor Type. III ratio pulp bleaching earth to extract. (Solid / Liquid ratio) and time (Extraction time) to achieve effective water extraction, rice bran oil residues in pulp bleaching ground up. The solution uses a micro-emulsion. Crude oil extracted from the pulp bleaching clay. The study indicated that Oil extraction by solvents, surfactant Dehydol LS3 TH at a concentration of 10 percent by volume and sodium chloride (NaCl) concentration of 15 percent by weight, used oil, rice bran oil sludge, soil bleach. the ratio between the pulp bleaching earth to extract 15. 20 ml Takes 30 minutes to extract the crude oil will be extracted out of the average weight of 30.97 ± 2.49 percent pulp bleaching clay. And extraction efficiency of 88.25 ± 0.12 also study the physical characteristics of oil extracted, such as education viscosity kinetic density) and free fatty acids. The study found that Rice bran oil is extracted from the pulp bleaching clay. The solution uses a micro-emulsion. Viscosity kinetic equivalent. 44.55 ± 0.05mm2 / scc The density of 0.96 g / cm³ and free fatty acid is equal to 0.26 ± 0.12mg KOH / g oil when compared to solvent extraction using hexane (90.00 percent), it was concluded that. The quality of the oil extracted by using micro-emulsion using a surfactant solution with quality similar to extraction using hexane solvent. 49 weight of pulp bleaching clay. And extraction efficiency of 88.25 ± 0.12 also study the physical characteristics of oil extracted, such as education viscosity kinetic density) and free fatty acids. The study found that Rice bran oil is extracted from the pulp bleaching clay. The solution uses a micro-emulsion. Viscosity kinetic equivalent. 44.55 ± 0.05mm2 / scc The density of 0.96 g / cm³ and free fatty acid is equal to 0.26 ± 0.12mg KOH / g oil when compared to solvent extraction using hexane (90.00 percent), it was concluded that. The quality of the oil extracted by using micro-emulsion using a surfactant solution with quality similar to extraction using hexane solvent. 49 weight of pulp bleaching clay. And extraction efficiency of 88.25 ± 0.12 also study the physical characteristics of oil extracted, such as education viscosity kinetic density) and free fatty acids. The study found that Rice bran oil is extracted from the pulp bleaching clay. The solution uses a micro-emulsion. Viscosity kinetic equivalent. 44.55 ± 0.05mm2 / scc The density of 0.96 g / cm³ and free fatty acid is equal to 0.26 ± 0.12mg KOH / g oil when compared to solvent extraction using hexane (90.00 percent), it was concluded that. The quality of the oil extracted by using micro-emulsion using a surfactant solution with quality similar to extraction using hexane solvent. 12 also studied the topography of oil extracted, such as education viscosity kinetic density) and free fatty acids. The study found that Rice bran oil is extracted from the pulp bleaching clay. The solution uses a micro-emulsion. Viscosity kinetic equivalent. 44.55 ± 0.05mm2 / scc The density of 0.96 g / cm³ and free fatty acid is equal to 0.26 ± 0.12mg KOH / g oil when compared to solvent extraction using hexane (90.00 percent), it was concluded that. The quality of the oil extracted by using micro-emulsion using a surfactant solution with quality similar to extraction using hexane solvent. 12 also studied the topography of oil extracted, such as education viscosity kinetic density) and free fatty acids. The study found that Rice bran oil is extracted from the pulp bleaching clay. The solution uses a micro-emulsion. Viscosity kinetic equivalent. 44.55 ± 0.05mm2 / scc The density of 0.96 g / cm³ and free fatty acid is equal to 0.26 ± 0.12mg KOH / g oil when compared to solvent extraction using hexane (90.00 percent), it was concluded that. The quality of the oil extracted by using micro-emulsion using a surfactant solution with quality similar to extraction using hexane solvent. 00) In conclusion, The quality of the oil extracted by using micro-emulsion using a surfactant solution with quality similar to extraction using hexane solvent. 00) In conclusion, The quality of the oil extracted by using micro-emulsion using a surfactant solution with quality similar to extraction using hexane solvent.
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