Key Research
Through process optimization and innovation, we provide integrated solutions for wastewater treatment, ensuring effective and sustainable resolution of eutrophication issues caused by nitrogen pollution in water bodies.
Learn moreOur mission to environmental preservation drives our continuous innovation. Our technologies are applied in multiple stages of water supply and drainage projects. We achieve water recycling through ongoing process innovation and iteration, making sustained contributions to the environment.
The composition and concentration of pollutants in municipal wastewater vary with season changes, population and industry structure. When treating municipal wastewater, it's crucial to use flexible, efficient and energy saving processes. It will help improve urban ecological environment and protect people health.
Access to safe drinking water is essential for human survival. Throughout history, waterborne diseases like cholera and typhoid, along with chemical substances like heavy metals and pesticides, have repeatedly caused catastrophic disasters. We elevate water quality to meet drinking standards through processes like coagulation, sedimentation, filtration, and disinfection, which is crucial to achieving sustainable development goals.
Composition and concentration in industrial wastewater vary across industrial processes, requiring advanced technology, meticulous planning, and cutting-edge equipment for effective treatment. We are committed to providing comprehensive solutions aimed at controlling harmful components in wastewater through a combination of physical treatment, biochemical treatment, advanced oxidation methods, etc. Our goal is to protect water resources and promote industrial sustainability.
Through process optimization and innovation, we provide integrated solutions for wastewater treatment, ensuring effective and sustainable resolution of eutrophication issues caused by nitrogen pollution in water bodies.
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