ApplicationExtracting Oil From Seeds Using Food-grade Hexane
Number Of FlowerSolvent Extraction Plant
Processing Capacity50 TPD To 1000+ TPD
Safety FeaturesFire Safety Mechanisms, ATEX And NFPA Standards Compliance
Hexane Loss<0.5%
The plant is constructed using high-grade stainless steel or mild steel with anti-corrosive coatings. It includes key units such as extractor (rotocell or loop type), desolventizer-toaster (DTDC), evaporators, condensers, solvent recovery systems, and oil stripper columns. The solvent used is food-grade hexane with a closed-loop design to minimize loss and emission. Processing capacity typically ranges from 50 TPD (tons per day) to 1000+ TPD. The system is equipped with automatic control panels, fire safety mechanisms, and advanced vapour condensation and heat recovery systems for efficient energy usage. The design ensures minimal hexane loss (
The plant is constructed using high-grade stainless steel or mild steel with anti-corrosive coatings. It includes key units such as extractor (rotocell or loop type), desolventizer-toaster (DTDC), evaporators, condensers, solvent recovery systems, and oil stripper columns. The solvent used is food-grade hexane with a closed-loop design to minimize loss and emission. Processing capacity typically ranges from 50 TPD (tons per day) to 1000+ TPD. The system is equipped with automatic control panels, fire safety mechanisms, and advanced vapour condensation and heat recovery systems for efficient energy usage. The design ensures minimal hexane loss (
Certification : ISO 9001:2008
Country of Origin : India
Material : Steel
Application : Extracting Oil From Seeds Using Food-grade Hexane
Industry StandardsHigh Performance, Trouble-free Operation
We are offering one of the best ways of refining fats and oils is alkali refining, degumming and water washing. There are other options that can be chosen for the process but nothing can beat the performance of our refining of oils & fats plant. The process followed by our plant ensures removal of gums and ffa (free fatty acid) for making available unmatched quality refined oil. Centrifuges are used in our refining of oils & fats plant for trouble free performance.
We are offering one of the best ways of refining fats and oils is alkali refining, degumming and water washing. There are other options that can be chosen for the process but nothing can beat the performance of our refining of oils & fats plant. The process followed by our plant ensures removal of gums and ffa (free fatty acid) for making available unmatched quality refined oil. Centrifuges are used in our refining of oils & fats plant for trouble free performance.
Additional FeaturesOptional Acid Treatment, Vacuum And Heat Application, Live Steam Injection, Hermetic Filters
Special FeaturesFully Enclosed System, Minimizes Oxidation, Maintains Hygienic Conditions
The oil bleaching process begins with optional acid treatment to neutralize residual contaminants. The oil is then mixed with activated earth using a mechanical mixer that ensures uniform distribution. This mixture is transferred into a main bleaching vessel where vacuum and heat are applied to enhance the decolorization and adsorption process. Live steam injection is optionally used to improve the efficiency of the bleaching earth. After the reaction period, the mixture is sent to hermetic filters, where the used earth and impurities are separated from the purified oil. The system is fully enclosed, minimizing oxidation, and maintains hygienic conditions throughout the process.
The oil bleaching process begins with optional acid treatment to neutralize residual contaminants. The oil is then mixed with activated earth using a mechanical mixer that ensures uniform distribution. This mixture is transferred into a main bleaching vessel where vacuum and heat are applied to enhance the decolorization and adsorption process. Live steam injection is optionally used to improve the efficiency of the bleaching earth. After the reaction period, the mixture is sent to hermetic filters, where the used earth and impurities are separated from the purified oil. The system is fully enclosed, minimizing oxidation, and maintains hygienic conditions throughout the process.
Certification : ISO Certified
Country of Origin : India
Material : Activated Earth, Steel
Application : Decolorization And Adsorption Of Oil
Number Of FlowerAdvanced Model For Enzymatic Degumming
MaterialAqueous Solution Of Citric Acid, Caustic Soda, And Enzymes
ApplicationChecking Phosphorus Content In Oil
FeatureMinimum Phosphorus Content
ProcedureDispersing Enzyme Solution Into Filtered Oil, Mixing With High-speed Rotating Mixer, Converting Nhps Into Hps, Mechanical Separation, Drying Under Vacuum
ScaleCommercial
SpeedHigh Speed Rotating Mixer
ConversionNon-hydratable Phospholipids To Hydratable Phospholipids
SuitabilityFurther Oil Processing
We are offering advanced model of enzymatic degumming, which can be successfully implemented and commissioned on the commercial scale. It is made specifically for checking the level of phosphorus content in oil through a simple procedure.
process of continuous enzymatic degumming :
the enzyme solution (aqueous solution of citric acid, caustic soda and enzymes) is dispersed into filtered oil at mild temperature, a high speed rotating mixer used for effective mixing of enzyme and oil. The conversion of non-hydratable phospholipids (nhps) into hydratable phospholipids (hps) is attained by the effect of enzyme, the enzyme treated oil is sent to mechanical separation and the degummed oil received is dried under vacuum and suitable for further process.
features :
minimum phosphorus content
We are offering advanced model of enzymatic degumming, which can be successfully implemented and commissioned on the commercial scale. It is made specifically for checking the level of phosphorus content in oil through a simple procedure.
process of continuous enzymatic degumming :
the enzyme solution (aqueous solution of citric acid, caustic soda and enzymes) is dispersed into filtered oil at mild temperature, a high speed rotating mixer used for effective mixing of enzyme and oil. The conversion of non-hydratable phospholipids (nhps) into hydratable phospholipids (hps) is attained by the effect of enzyme, the enzyme treated oil is sent to mechanical separation and the degummed oil received is dried under vacuum and suitable for further process.
features :
minimum phosphorus content
Number Of Flower : Advanced Model For Enzymatic Degumming
Material : Aqueous Solution Of Citric Acid, Caustic Soda, And Enzymes
FiltrationSelf Cleaning Filter Equipment With Stable Filtration Temperature
We are offeirng dewaxing winterization. Perfect and highly effective crystallization and filtration process of our dewaxing & winterization plant makes it preferred choice of the clients. Our dewaxing & winterization plant consists of homogenize, crystallizer and self cleaning filter equipment with sequential cooling system for ensuring efficient performance. Its geometric designs offers uniform cooling and effective nuclei growth of particle. The self cleaning filter equipment provided by us is of latest design and contains the facility of stabling filtration temperature without getting affected by ambient temperature.
We are offeirng dewaxing winterization. Perfect and highly effective crystallization and filtration process of our dewaxing & winterization plant makes it preferred choice of the clients. Our dewaxing & winterization plant consists of homogenize, crystallizer and self cleaning filter equipment with sequential cooling system for ensuring efficient performance. Its geometric designs offers uniform cooling and effective nuclei growth of particle. The self cleaning filter equipment provided by us is of latest design and contains the facility of stabling filtration temperature without getting affected by ambient temperature.
Crude oil is heated to an optimal temperature and treated with water or a combination of water and acid (such as phosphoric or citric acid). This causes the phospholipids to hydrate or precipitate, forming gum particles that are then separated from the oil using a high-speed separator or decanter. The degummed oil is dried under vacuum to remove residual moisture before moving to the next refining step. The system includes dosing units for water/acid, reaction vessel with agitator, retention coil, separator, and vacuum dryer – all designed for continuous operation with minimal downtime.
Crude oil is heated to an optimal temperature and treated with water or a combination of water and acid (such as phosphoric or citric acid). This causes the phospholipids to hydrate or precipitate, forming gum particles that are then separated from the oil using a high-speed separator or decanter. The degummed oil is dried under vacuum to remove residual moisture before moving to the next refining step. The system includes dosing units for water/acid, reaction vessel with agitator, retention coil, separator, and vacuum dryer – all designed for continuous operation with minimal downtime.
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