奕湃科技-解决方案

行业现状

With the increasing market for water reuse and stricter wastewater discharge standards, opportunities for advanced oxidation processes (AOPs) in water and wastewater treatment are growing. With the increasing understanding of micro pollutants in water, such as drugs and chemicals in industrial production, traditional treatment systems are facing increasing pressure. These traditional treatment systems cannot meet the new strict emission standards, bringing new opportunities for advanced oxidation technology.

解决方案

chemical wastewater

Hydrogen peroxide can oxidize and decompose organic pollutants such as phenols and aldehydes, breaking down their structure into harmless substances; Assist in the precipitation and separation of heavy metal ions to reduce toxicity; Efficient decolorization can also enhance the biodegradability of wastewater, laying the foundation for subsequent purification processes and promoting wastewater discharge standards.

Food and beverage wastewater

Hydrogen peroxide can rapidly oxidize residual organic compounds such as sugars, proteins, oils, etc. in wastewater, degrading them into small molecules and reducing chemical oxygen demand. It can also sterilize and disinfect, eliminate harmful microorganisms, prevent wastewater from becoming foul smelling and deteriorating, assist in subsequent biological treatment, and ensure that water quality meets discharge standards.

Landfill leachate

Hydrogen peroxide, with its strong oxidizing properties, can quickly decompose complex organic compounds in leachate, reducing COD and ammonia nitrogen content; It can also sterilize and deodorize, improve water quality and odor. Combined with processes such as flocculation and sedimentation, it helps purify water quality, reduce pollution, bring leachate closer to discharge standards, and protect the ecology.

Municipal wastewater

Hydrogen peroxide can effectively oxidize recalcitrant organic compounds in wastewater, such as detergent residues and some oils, and break down large molecules; It can also kill bacteria and algae, eliminate harmful microorganisms; Assist in flocculation and sedimentation, decolorization and deodorization, improve water quality, promote efficient purification of municipal wastewater, and meet discharge or reuse standards.

pharmaceutical wastewater

The strong oxidizing property of hydrogen peroxide can effectively decompose organic compounds such as antibiotics, hormones, and chemical agents in wastewater, reducing COD content; It can also sterilize and disinfect, removing pathogenic microorganisms from wastewater; At the same time, it can improve the biodegradability of wastewater and facilitate subsequent biological treatment processes.

papermaking wastewater

Hydrogen peroxide can oxidize and decompose organic pollutants such as lignin and cellulose in wastewater, reducing chemical oxygen demand and biochemical oxygen demand; Can effectively decolorize and lighten the color of wastewater; It can also sterilize and disinfect, reduce the number of microorganisms in wastewater, and improve the treatability and water quality of wastewater.

Printing and dyeing wastewater

Hydrogen peroxide utilizes its strong oxidizing properties to rapidly decompose dye molecules, efficiently decolorize, and remove the color of wastewater; Oxidation of various organic compounds such as additives and slurries to reduce COD; It can also kill bacteria, inhibit bacteria, and prevent water from emitting odors. Combined with coagulation and sedimentation processes, it helps to achieve standard discharge of printing and dyeing wastewater.

tap-water

Hydrogen peroxide can oxidize and decompose trace organic matter in water, such as humus and pesticide residues, reducing harmful components; Can sterilize and disinfect, deal with bacteria and viruses, and ensure the safety of water quality and microorganisms; It can also help with flocculation and sedimentation, reduce turbidity, improve the clarity and safety of tap water, and protect public water health.