Leveraging our profound industry experience, we provide customized solutions covering water systems across the entire industry, precisely matching operating conditions and requirements.
Adopting a combined ultrafiltration + reverse osmosis process, it efficiently removes microorganisms and organic substances, improves water quality, and ensures drinking water safety.
Customized biochemical + advanced treatment processes ensure stable effluent up to standard, enabling water resource reuse with economical and reliable operation.
Comprehensively treating medical sewage, strengthening disinfection and sterilization to prevent pathogen spread, and achieving environmental safety and compliant discharge.
Providing stable and efficient demineralized water for raw water with high hardness and high salinity, meeting the needs of various industrial processes.
Adopting a two-stage RO + EDI + polishing mixed bed process to produce ultrapure water with extremely high resistivity, helping to improve the yield rate of high-end manufacturing.
Performing advanced treatment and desalination on refinery wastewater to achieve large-scale reclaimed water reuse and significantly reduce the consumption of fresh water.
Treating highly polluted and refractory coal chemical wastewater to realize wastewater resource utilization and solve the water shortage constraint of coal chemical projects.
Specifically targeting the characteristics of PTA wastewater, recovering valuable materials therein to achieve efficient wastewater reuse, cost reduction, and efficiency improvement.
Efficiently removing oil content and iron ions from condensate, recovering high-quality condensate and thermal energy, with significant benefits in energy conservation and consumption reduction.
Solving the problem of condensate pollution in PTA units, realizing recovery and utilization, reducing sewage discharge, and improving the operational economy of the units.
Adopting "membrane concentration + evaporation crystallization" technology to achieve wastewater zero discharge and resource utilization of classified crystallized salts.
Treating fluoride-containing, nitrogen and phosphorus-containing wastewater, realizing heavy metal recovery and water reuse, and achieving the goal of full-plant zero discharge.
Targeting high chroma and high COD wastewater, realizing advanced treatment and reuse, and solving environmental protection challenges in the textile industry.
Efficiently treating high-concentration organic wastewater, removing refractory substances, and meeting the requirements of up-to-standard discharge or zero discharge supervision.
Providing ultrapure water required for production lines and realizing zero discharge treatment of wastewater containing NMP, etc., to support green production.
Treating high-concentration organic leachate by combining multiple advanced processes to achieve up-to-standard treatment or full-scale zero discharge.
Performing classified treatment of electroplating wastewater, achieving advanced purification and reuse, and efficiently recovering precious metals such as nickel and copper.
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