Specifically used for extracting the pure solvent, our Continuous Solvent Extractor is demanded across the industry. Our extractors are perfectly incorporated with the superior grade components that made these more durable in standards. Highly functional, all these extractors are precisely engineered to extract different solvents in an efficient manner. Additionally, we make sure that gamut of Continuous Solvent Extractor provides flawless operations for a long time frame.
Continuous Extraction- 500 TPD Extractor Under Manufacturing
KUMAR CONTINUOUS EXTRACTOR (Direct Drive Type)
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.
ADVANTAGE OF KUMAR EXTRACTION PLANT
Circulation system is developed to have better solvent meal contact to have optimum recovery of oil.
Better draining time is provided to reduce solvent contains in the extracted meal which will reduce the load on the D.T.
Special rinsing and back washing system to keep the band conveyor clean which will provide better percolation and avoid flooding i.e. better extraction.
Special fines separation system is provided to reduce fines in the final miscella which ultimately help to reduce load on the distillation system and will give solvent free oil with minimum fines and sludges.
This also help to avoid scale formation in the distillation system and help to minimize over heating of the oil and reduce utility consumption.
Specially designed condensation and recovery system help in maximum heat utilization and reduce load on condensation, which ultimately reduce solvent loss.
New vent vapour recovery system help in better recovery of solvent from vent vapours.
Provision of special cooling system to help to produce final oil at 10-15C above the ambient temperature, which will prevent oxidation and colour fixation of the oil