
During the process of landfill, various metabolic substances are generated due to anaerobic fermentation, organic matter decomposition, and rainwater leaching, resulting in the formation of high concentration organic waste liquid, namely landfill leachate.
(1) Pre treatment: Introduce the leachate from the garbage transfer station into the neutralization tank for neutralization treatment, then into the coagulation tank for coagulation treatment, and then into the flocculation tank for flocculation treatment to obtain the leachate I;
(2) Denitrification treatment: Leachate I is introduced into a denitrification tank for denitrification treatment to obtain leachate II;
(3) Biochemical treatment: Leachate II is introduced into an aerobic biochemical tank for biochemical treatment, and organic pollutants are decomposed by aeration to obtain leachate III;
(4) Membrane treatment: Leachate III is introduced into a membrane bioreactor for biochemical degradation of organic pollutants to obtain leachate IV;
(5) Adsorption treatment: Leachate IV is introduced into an activated carbon pool and directly discharged after adsorption and filtration.

The equipment is highly integrated and skidded, with a short process and a small footprint

No need for (small amount) chemicals, sludge reduction (90% reduction), environmentally friendly technology

Multiple catalytic oxidation technology enhances the ozone oxidation effect by more than four times

Strong impact resistance and stable performance

Low operating and maintenance costs

Fully enclosed automatic operation under pressure, safe, stable, and environmentally friendly

Pharmaceutical wastewater treatment

Municipal wastewater treatment

Treatment of landfill leachate

Oily wastewater treatment

Food wastewater treatment



