The application of membrane separation system equipment in the extraction and separation of plant active ingredients has shown many advantages. First of all, it adopts the world's advanced nanomembrane technology material, which has excellent selectivity and separation ability. In the plant extraction process, it can effectively solve the problem of resin clogging and eliminate the emulsification phenomenon in the extraction process.
Secondly, the membrane separation system equipment can greatly reduce the consumption of solvents. This not only reduces the explosion-proof level in the production process and improves production safety, but also reduces the number of crystallizations, which in turn improves crystallization efficiency and crystallization quality.
In the processing process, the equipment uses room temperature concentration technology. This technology ensures that the heat-sensitive components are not destroyed, while desalting and ash content are reduced. In addition, this technology has the advantage of saving energy, as it is a pure physical process with no chemical reactions, thus guaranteeing the stability of the active ingredients.
It is worth mentioning that the cross-flow fan of this equipment operates in a unique way. This design eliminates the need for the addition of filter aids, thus eliminating the problem of contamination and clogging. In addition, this design simplifies the process, shortens the production cycle, and improves productivity and yield.
In terms of design and operation, the equipment adopts an advanced modular design, which makes the replacement of membrane materials easy and easy to operate. At the same time, its dynamic control function reduces labor intensity and realizes clean production.
In terms of environmental protection, the membrane separation system equipment improves the utilization rate of water, reduces water consumption, and thus reduces the generation of wastewater. This helps to reduce the pressure on environmental protection.
Macroporous resin adsorption and separation technology is another method applied to the extraction and separation of plant active ingredients. Macroporous resin is a synthetic polymer adsorption resin with strong physical adsorption properties. It can effectively adsorb certain organic compounds and elute with a certain solvent according to the adsorption force and its molecular weight. Therefore, macroporous resins have a wide range of application value in the separation and purification of plant active ingredients.