Solvent Extraction Plant
Solvent Extraction Plant Manufacturer
Process Technology

Solvent Extraction Systems

We are a leading Solvent Extraction Plant Manufacturer offering complete Solvent Extraction Systems for a wide range of oilseeds. Our plants are trusted globally for efficient oil milling plant setup, delivering residual oil levels below 1%.

Corporate Philosophy

Solvent Extraction Plant Manufacturer .

A large body of research has been conducted on the solvent extraction process using various solvents, and it has ultimately been found that hexane is the most suitable, economical, and easily recyclable solvent for any Solvent Extraction Plant or oil milling plant setup.

science

Solvent extraction is a process technology used to extract oils and oleo compounds from oil-bearing materials. Considering various practical aspects, it has proven effective for extracting oil from low oil-bearing materials to levels below 1%, leaving behind protein-rich meal suitable for applications such as poultry, fish, animal feed, and pet food. Over time, various types of extractors have been designed for this purpose, including the Ball Mill Extractor, Kennedy Extractor, Rotocell Extractor, Rotary Cell Extractor, and Moving Bed Extractor. As a trusted Solvent Extraction Plant Manufacturer, we offer all major extractor types to suit your oilseed processing needs.

factory

The moving deep bed extractor is widely used with hexane as the solvent for extracting oils from a broad range of oil-bearing materials such as soybeans, cottonseed, sunflower seeds, and oil cakes from groundnut, castor, mustard, safflower, sunflower, shea, as well as materials like cocoa nibs. Proper preparation is essential to make the material suitable for extraction. Oil can be extracted from oil-bearing seeds, expelled cakes, or expanded materials.

Moving bed extractors are commonly used with capacities ranging from 60 tons per day to 1000 tons per day to extract oils from various seeds and expelled cakes. Our Solvent Extraction Plant is suitable for Soybean / Soya Bean, Cottonseed, Sunflower Seed, Groundnut / Peanut, Palm Kernel, Sesame Seed, Shea Butter, and Coconut / Copra Solvent Extraction Plant requirements — making it a complete solution for your oil milling plant setup.

Flagship Equipment

Solvent Extractor

Prepared seeds, oil cakes, or expanded materials are conveyed to the extractor through a sealed feeding system with level controls. Inside the moving bed extractor, hexane is sprayed counter-currently over the material, dissolving the oil to form miscella. The miscella is collected, filtered, and sent to a holding tank. The de-oiled material, still containing solvent, is then discharged and conveyed through a sealed system to a desolventizer toaster. This core equipment is central to every Solvent Extraction Plant Process we commission, whether for a Soybean Solvent Extraction Plant, a Coconut Solvent Extraction Plant, or a Shea Butter Solvent Extraction Plant.

Striking Features

Key Features

filter_alt

Perforated mesh / wedge wire system for better percolation based on type of raw material.

tune

Superior level controls to minimize losses.

schedule

Retention time can be varied according raw material.

bolt

Lower Power Consumption with planetary drive mechanism.

autorenew

Automatic online mesh cleaning system.

savings

Low maintenance cost.

water_drop

Increased draining time to minimize hexane content in de-oiled meal.

Residual Processing

Meal Desolventization

The solvent-extracted material is heated in a desolventizer toaster with steam to remove residual solvent, producing de-oiled cake (meal). It is then toasted with controlled moisture to deactivate enzymes and sent for conditioning and bagging.

Solvent vapors and fines are treated in a wet scrubber using hot water, then passed to a condensation system. The process operates in a closed loop, recovering solvent efficiently before final meal handling — a key advantage of our Solvent Extraction Systems.

  • check_circle Heavy Duty Construction. .
  • check_circle Minimum energy consumption.
  • check_circle Very Low Maintenance.
  • check_circle Surface Hardened rotating arms for long life.
  • check_circle Minimum Hexane Consumption.
  • check_circle Special Open / Sparge Steam Arrangement for online cleaning.
  • check_circle In house manufacturing facility for better quality and alignment.
  • check_circle High-Grade steel plates used.
  • check_circle Axial Perforation for better heat transfer & vapour flow.
Meal Desolventization
Miscella Distillation System
Refinement

Miscella Distillation System

Fines-free solvent vapors from the wet scrubber pass through the economizer (shell side), where they transfer heat to filtered miscella flowing in the tube side. The heated miscella is partially vaporized in a flasher, becoming more concentrated, while the vapors are sent for condensation.

The concentrated miscella then moves through a series of evaporators and flashers, where it is progressively heated and concentrated up to about 98%. It is then fed into a vacuum-operated stripping column, where remaining solvent is removed using thin-film exposure. Finally, the oil is dried under vacuum to reduce residual solvent to minimal levels, cooled through a heat recovery and cooling system, and transferred to an intermediate storage tank. This distillation process is an integral part of our complete Solvent Extraction Plant Process, ensuring high-purity oil output across all Solvent Extraction Systems.

Striking Features

Key Features

bolt

Minimum Power Consumption

air

Minimum Steam Consumption

thermostat

Heat Recovery Systems Included

architecture

Dish & Doughnut stripping column for hexane removal

waves

High Velocity liquid flow design to prevent sludge deposition

Technical Capacities

Performance Metrics

60-1000 Tons Daily Capacity

Moving bed extractors are commonly used with capacities ranging from 60 tons per day to 1000 tons per day.

< 1% Residual Oil

Proven effective for extracting oil from low oil-bearing materials to levels strictly below 1%.

98% Concentration

Miscella moves through evaporators where it is progressively heated and concentrated up to 98%.

Related Solvent Extraction Plant Process (Oilseed Wise)

Sheanut

Sheanut Solvent Extraction Plant Process

Soybean

Soybean Solvent Extraction Plant Process

Cottonseed

Cottonseed Solvent Extraction Plant Process

Palm Kernel

Palm Kernel Solvent Extraction Plant Process

Mustard / Canola

Mustard / Canola / Rapeseed Solvent Extraction Plant Process

Sunflower Seed

Sunflower Seed Solvent Extraction Plant Process

Rice Bran

Rice Bran Solvent Extraction Plant Process

Groundnut

Groundnut / Peanut Solvent Extraction Plant Process

Sesame Seed

Sesame Seed Solvent Extraction Plant Process

Coconut

Coconut / Copra Solvent Extraction Plant Process

Technical Specifications

Frequently Asked Questions

The extractor uses a perforated mesh or wedge wire system, selected based on the type of raw material being processed, whether it's for a Soybean Solvent Extraction Plant, a Sesame Seed Solvent Extraction Plant, or a Palm Kernel Solvent Extraction Plant. This ensures optimal percolation and minimal carry-over of fines into the miscella.
Yes. Our Solvent Extraction Systems are designed with fully sealed conveyors, closed-loop solvent recovery, and explosion-proof electrical fittings. All oil milling plant setup configurations comply with applicable safety standards for hexane-based extraction environments.
Hexane recovery is achieved through a multi-stage process: solvent vapors are collected in a wet scrubber, passed through condensers, and recycled back into the system. This closed-loop design minimizes hexane losses across all plant types, including the Copra Solvent Extraction Plant, Groundnut Solvent Extraction Plant, and Shea Butter Solvent Extraction Plant.
As an experienced Solvent Extraction Plant Manufacturer, we offer plants ranging from 60 tons per day to 1,000 tons per day. Whether you need a small-scale Sesame Seed Solvent Extraction Plant or a large-capacity Soya Bean Solvent Extraction Plant, we engineer a solution to match your throughput requirements.
The desolventizer toaster removes residual hexane from the de-oiled meal using direct and indirect steam. It also toasts the meal to deactivate anti-nutritional enzymes, making it safe for animal feed. This is a critical step in every Solvent Extraction Plant Process, regardless of seed type, be it soybean, sunflower, cottonseed, or coconut.
Absolutely. Our Solvent Extraction Plant can be configured to handle soybeans, sunflower seeds, cottonseed, groundnut, palm kernels, sesame, copra, and shea nuts, making it a versatile solution for any oil milling plant setup.
Scroll to Top