The extraction and concentration equipment is suitable for the effective extraction and concentration of various plant components, achieving solvent recovery and essential oil collection. This equipment is ideal for hospitals, pharmaceutical factories, and research institutions in the development of new products and small-scale production. So, do you know about the structural methods of extraction and concentration equipment?

Five structural approaches to extract and concentrate equipment:

To prevent contamination of materials, all parts in contact with materials are made of stainless steel.

2. To enhance the effectiveness of vapor-liquid separation and mist collection, an additional gas filter mesh layer has been added on top of the concentrating tank.

3. To overcome the drawback of the secondary steam from the concentrator's top being condensed before entering the condenser and then recirculating back into the tank, the equipment has been modified to use an inclined horizontal condenser.

4. To enhance the production capacity of the equipment, the heating surface of the concentrator jacket, as well as the areas of the condenser and cooler, have been increased to varying degrees.

5. To prevent dead corners in the liquid outlet of the concentration tank, the bottom of the tank is modified to a conical shape. A stainless steel spherical cock is directly mounted at the bottom, facilitating the complete drainage of the concentrate.

When operating the extraction and concentration equipment, its structural design is primarily as follows. We all should be well-versed in the structural design of this equipment and understand the various structural forms it encompasses.