02Biological Fermentation

In the production of intermediates, raw materials, and other biological products mainly produced by biological fermentation, the concentration of the target product in the fermentation broth is relatively low, generally below 10%. The target product is usually unstable and can cause denaturation and deactivation when exposed to heat, extreme pH, and organic solvents. And there are numerous mycelium, impurities, residual sugars, pigments, and inorganic salt ions in the feed solution that affect production control and product quality.

03food and beverage

The ceramic membrane ultrafiltration system can process the raw liquid of juice, alcohol, and various food additives, replacing the traditional multi-step filtration process. It has high filtration accuracy, high filtrate quality, no turbidity return, and does not require high-temperature sterilization after filtration; The organic membrane system can separate, classify, purify, and concentrate solutes and solvents of two-component or multi-component in ceramic membrane clear solution, achieving the purification and pre concentration of the target product.

04chemical industry

In chemical production, inorganic ceramic membranes have excellent heat resistance, acid and alkali resistance, chemical solvent resistance, and good mechanical strength. They have shown outstanding advantages in chemical production and have been applied in multiple enterprises.

05new energy , new material

Inorganic ceramic membranes have the advantages of high separation accuracy, good wear resistance, and stable operation. They can replace traditional separation technologies such as plate frame and high-speed centrifugation, and achieve separation and purification of materials such as solar energy, lithium batteries, graphene, and nanoscale ultrafine powders (wet chemical method).

06water treatment

Based on the new national water governance policy, an integrated process with membrane separation technology as the core is developed to achieve the reuse and emission reduction of sewage. With membrane separation technology as the core, pre-treatment and terminal treatment technologies are integrated to effectively treat sewage. The effluent quality meets the requirements of the new national water governance policy and can achieve standard discharge, reuse for production or zero discharge after wastewater treatment.