Clean Green Biosystems is engaged in the manufacturing of Herbal Extraction Plants, phytochemicals extraction plants, Solvent Extraction Plants, Oleoresin plants, Natural food colour extraction plants.
We do detailed engineering design (both process design and equipment/fabrication design), assembly, installation, erection and commissioning of Herbal/Phytochemical extraction systems. We have executed various extraction systems in India and abroad. We supply the turnkey projects to our clients based on their requirements. All our supply is customized to clients’ needs. Our scope supply of the herbal/phytochemicals extraction system is based on the SOLID-LIQUID EXTRACTION (SLE) principles.
Our SLE, systems are capable of extracting phytochemicals from the leaf, steam, bark, seed, root and from the entire plant of more than 6000 herbs.
Our SLE systems can handle solvents and solvent systems such as water (aqueous extraction), methanol, ethanol, acetone, hexane, ethyl acetate, petroleum ether, di ethyl ether etc (Solvent extraction).
The extraction plant designed and supplied by Clean Green Biosystems will have the following sections:
Section A | : Feed preparation section, which contains Pulveriser. |
Section B | : Solid-liquid extraction system, which contains extractors, heat Exchangers, desolventizing system and intermediate storage tanks. |
Section C | : Distillation section, which contains two stage evaporative systems and its accessory equipments. |
Section D | : Concentration section, where in a thin film evaporator is employed contains condensers and allied equipments. |
We offer different types of extractors, viz., agitated, recirculation and rotary. We select suitable extractors as per the process needs. Our extractors are suitable for both hot extraction process (using steam) and cold extraction process (using cryogenic medium). Our extractors are integrated with a unique desolventization system, which ensures the maximum recovery of solvents and safe disposal of spent materials. Our extractors are having bottom opening (both manual and automatic) for the discharge of spent materials. Our extractors are designed and fabricated as per ASME standard codes. The electrical components in the extractors conform to all international standards.
The extraction efficiency of our extractors is 98%. Our extraction systems are designed in such a way that it gives a high recovery of herbal / phytochemical extracts using optimum solvents levels, lesser extraction time and lesser solvent loss (maximum solvent recovery).
The filtration system is optional as we already have integrated filter in the extractor itself. We normally supply plate and frame filter press. The numbers of filter plates vary on the basis of the volume of miscella to be filtered. The filter plates can be PP or SS.
We use multiple effect evaporative systems using a LOW TEMPERATURE SHORT CONTACT DISTILLATION PATH (LTSCDP). Hence the extracts produced are of having intact phytochemicals with high concentrations of bioactive compounds. The thermal degradation is completely avoided.
Our distillation and concentration system is a unique and proprietary integration of forced circulation evaporation and molecular distillation systems. The number of stages of forced circulation evaporation depends on the volume of miscella to be evaporated. Our LTSCDP is integrated with secondary condensers for maximum recovery of solvents. This is achieved by applying chilled water.
Clean Green Biosystems design and install Low Temperature Short contact distillation path of flow rate ranging from 50 LPH to 5000 LPH.
We offer Vacuum tray driers, rotacone driers, ribbon driers of various capacities. We supply suitable vacuum systems for the driers.
We offer downstream processing systems like column chromatography, ANFD, crystallizer, fractionation columns, washing columns, separating columns, pulverizers, mixers, blenders and rotary evaporators.
We also offer preparatory equipments such as pulverizer, pelletizer, etc
We also offer, material conveying systems (conveyer, load cells, rotary valve etc) and spent material conveying systems.