Solvent Extraction Plant Dealers in Mumbai

We have Solvent Extraction Plant. MUEZ-HEST Solvent Extraction Plants square measure used for extraction of oil from oil bearing seeds and cakes like Rice Bran flavorer, Sunflower, Soyabean, Mustard Cake, Ground nut Cake, Neem Cake, Mahuwa Cake, helianthus Cake and different oil seeds and cake.We square measure specialised within the manufacture of superior quality Solvent Extraction Plant for petroleum refinery trade. Our advanced in-house unit assists within the planning & development of high performance Solvent Extraction Plant at competitive costs.Solvent Extraction plants square measure designed to extract oilthumb(27) directly from helianthus seeds, peanuts, cotton seed, nut, canola, copra, castor and kind of different materials. Solvent extraction consists of 4 main operations, • Extraction of oil from oil bearing seeds cakes. • De- solventising of de-oiled seeds cake. • Distillation, to separate the solvent from the Miscella. • Recover the solvent for apply. Salient Features: • Continuous operation. • Lower Solvent Losses. • Low sediment within the final oil. • Long Extraction time making certain low rock oil. • Simple, rugged style for low maintenance and reliable operator. • simple to move and install.

Horizontal Model comprising of articulated band conveyor assembly, which receives the material from the Feed Hopper and transport, it at a very slow predetermined speed from the feed to the discharge end. The conveyor moves over the rails suitably located inside the Extractor and the rides on specially constructed sprocket at either end, adjustable damper for regulation of the height of the bed of material on the chain conveyor, series of Spray breakers for the perfect spray of the solvent on the moving bed, with liberal provision for light sight glasses. Band Conveyor Assembly designed in such a way to act as filter bed for eliminating fines, complete with rotary brushes & mesh cleaning system for effective cleaning of mesh. Salient Features Drive Extractor has single piece Hollow shaft gear box having out put of 0.05 rpm, which is mounted on the extractor main shaft. This is excellence of engineering that avoids the use of Big Gear and pinion arrangement prone to frequent maintenance. Extractor Motor is driven by Variable frequency drive that allows finite adjustment of speed as per processing rates and also allows the data-logging like Run time, stoppage history etc. Construction Extractor has Single piece miscella hoppers having no joint. This reduces the welding and chances of leakage during operations. All body plates and internals are sandblasted and Zink base epoxy primer coated prior to manufacture. This increase life by reducing chances of corrosion and increases life of equipment. Extractor is fabricated in factory, (site fabrication is avoided) and running trial is taken in factory to ensure trouble free running at site. Prefabrication reduces the time for erection and plant will be started quickly. Selection of size is such that the bed height is limited to 1.5m which reduces the chances of miscall channeling. The advantages of low bed height is Rate of mark feeding to DT is consistent, which ensures consistence vapor flow and control on hexane loss. Loading of extractor Bed is low, i.e. weight per square m is low compared to true deep bed extractors which ensures low wear and tear of band conveyor, ensuring long life. Additional two hoppers Extra miscella hopper at discharge end to allow more hexane to drain before it is fed to DT, hence load on DT is low ensuring low steam consumption to evaporate Hexane and low water circulation for condensation as well. Extra miscall hopper at feed end to ensure the settling of miscella before it is transferred to Miscella tank. Major fines are settled in these hoppers, which are then pumped on the top of extractor. The additional miscella spray of this hopper is used to soak the incoming Flakes so that the regular miscella circulation sprays are used effectively.

Solvent Extraction, as the name suggests is a process to extract the oil from oil bearing materials by means of Solvent, Solvent used being normal Hexane - a petroleum bye product. The plant is designed to extract oil directly from oil seed containing less than 20% oil like soya bean after flaking or it extracts oils from repressed or fully pressed cake of seeds containing more than 20% oil like sunflower, peanuts, cotton seed, palm kernel, canola, copra, castor and variety of other materials.

Continuous Solvent Extraction is the most modern way of recovery of oil bearing materials. Mechanical Expulsion with expellers subjects the oil to the combined action of high temperature, high pressure and high moisture, the effect of which causes oxidation, colour fixation and hydrolysis. Some of the materials like Ricebran, soyabean seeds mostly can't be handled by exellers. Continuous Solvent Extraction, on the other hand does not cause any alteration to the properties of the oil and recovers it with the same characteristics as were present in the Raw Material and can handle all types of materials. Recent developments of the Expander system with the squeezomatic attachment invaribly ensures even direct extraction of high oil content material like sunflower, rapeseed etc., producing the best quality of crude oil and completely eliminating the prepressing operations by old technology of expellers. Thanks to this most modern and versatile design of expanders which can be very well fitted in the preparatory section itself. COTTOR continues solvent extraction plant thus completely eliminates the dependency on oil millers during lean seasons and gives additional advantage to solvent extraction plant owners for processing even direct extraction of high oil content seeds.

The solvent extraction plants are used where oil is extracted from oil seeds like Rice bran, soybean, sunflower, cottonseed. Other oil cakes like groundnut cake, mustard cake.  Preparatory section  Extraction section  Conditioning section  Distillation section  Recuperation section PLANT CAPCITY The plants are ergonomically designed and are energy efficient, consistent in output quantity and quality, operator friendly and generate less effluent. The level of plant automation depends upon client requirement. PROCESS The process of solvent extraction results into a solution of the oil in solvent by diffusing solvent into the oil-bearing of raw material. Different types of solvents can be used for this purpose, but among all those, hexane is extensively used in the solvent extraction due to its low boiling point.

Solvent Extraction Plant is the process of extracting oil from seeds and other oil containing material by addition of a solvent. Food Grade n-Hexane which is a by-product of Petroleum is used at various stages depending on the amount of oil the seeds hold. It can be coupled with an oil extraction and be used on the left over seed to ensure complete extraction of oil from the seed. Depending on the seed, Solvent Extraction method can be used on seen containing around 20% of oil.

We are offering continuous solvent extraction plant. We are pioneers in design , manufacture & supply of complete project for solvent extraction plant on turnkey basis.

We offer multipurpose Solvent Extraction Unit to our client, which are used for extracting all kinds of natural materials by various solvents and water adopting techniques. The various techniques used for solvent extraction units are cold percolation and hot percolation.

We are offering solvent extraction machinery - muez-hest india pvt. Ltd. Solvent extraction machinery - muez-hest india pvt. Ltd. Solvent extraction machinery - muez-hest india pvt. Ltd. Solvent extraction machinery - muez-hest india pvt. Ltd. Solvent extraction machinery - muez-hest india pvt. Ltd.

The prepared material from Preparatory section is received in the Feed Hopper through Rotary Valve. The material in the hopper and the rotary valve together constitute on effective vapour seal while the latter also serves to regulate the feed. The hopper is further provided with the special switches for high level and low level indications. The latter If energized stops the band conveyor of extractor while the high level indication, transmits an audio visual signal to Preparatory Section for preparatory operator to take corrective measures. The GLAMPTECH Extractor is long horizontal vessel, Rectangular in cross section in m.s. Construction. An articulated band conveyor inside the Extractor receives the material from Feed Hopper and transports it at a pre determined speed from the feed end to discharge end. The band conveyor moves over rails suitably located inside the Extractor and rides on specially constructed sprockets at other end. The speed of the band conveyor is easily adjustable within desired limits. An adjustable damper enables the regulation of height of bed of material on band conveyor.

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