Electrochemical Wastewater Treatment Equipment

Electrochemical laboratory wastewater treatment equipment. No reagents are required, no solid waste is generated, and electrodes do not scale or clog. Quick Details Laboratory wastewater treatment equipment AC 200~400V WIDE VOLTAGE INPUT OPTIONAL Equipment power 3.5-50 kW optional. Pollutant Removal Rate :50-100% Laboratory wastewater can all be treated. Operation without adding any chemical agents The equipment only uses electricity Skid-mounted equipment Small footprint

Electrochemical semiconductor wastewater treatment equipment. No chemicals are required, no solid waste is generated, and the electrodes do not scale or clog. Quick Details Semiconductor Wastewater Treatment Equipment AC 200~400V WIDE VOLTAGE INPUT OPTIONAL Equipment power 3.5-170 kW optional Pollutant Removal Rate :50-100% Semiconductor wastewater can all be treated Operation without adding any chemical agents The equipment only uses electricity Skid-mounted equipment Small

Electrochemical coating wastewater treatment equipment. No chemicals are required, no residue or solid waste is generated, and the electrodes do not scale or clog. Quick Details Painting wastewater treatment equipment AC 200~400V WIDE VOLTAGE INPUT OPTIONAL Equipment power 3.5-170 kW optional. Pollutant Removal Rate :50-100% Painting wastewater can all be treated Operation without adding any chemical agents The equipment only uses electricity Skid-mounted equipment Small

Electrochemical coal chemical wastewater treatment equipment. No chemicals are required, no residue or solid waste is generated, and the electrodes do not scale or clog. Quick Details Coal chemical industry wastewater treatment equipment AC 200~400V WIDE VOLTAGE INPUT OPTIONAL Equipment power 3.5-170 kW optional Pollutant Removal Rate :50-100% Coal chemical wastewater can all be treated Operation without adding any chemical agents The equipment only uses electricity Skid

Electrochemical wastewater treatment equipment. No chemicals need to be added, no residue or solid waste is generated, and the electrodes do not scale or clog. Quick Details Chemical wastewater treatment equipment AC 200~400V WIDE VOLTAGE INPUT OPTIONAL Equipment power 3.5-170 kW optional Pollutant Removal Rate :50-100% Chemical wastewater can be treated Operation without adding any chemical agents The equipment only uses electricity Skid-mounted equipment Small footprint

Electrochemical oxidation wastewater treatment equipment | Chemical-free demulsification · Highly efficient removal of COD and emulsified oil, electrode modules do not scale or clog. This equipment utilizes electrochemical oxidation technology, specifically designed for treating high-concentration, recalcitrant emulsion wastewater (such as cutting fluids, rolling fluids, and oily cleaning wastewater). It eliminates the need for demulsifiers, directly disrupting the electrical

Electrochemical oxidation wastewater treatment equipment | Removes microbial toxicity, improves biodegradability, and prevents scale and clogging of electrode modules. This equipment employs advanced electrochemical oxidation technology, specifically designed to remove toxic substances from wastewater that inhibit or kill microorganisms (activated sludge, nitrifying bacteria, anaerobic bacteria, etc.). Typical sources include: antibiotic wastewater, pesticide wastewater,

Electrochemical pharmaceutical wastewater treatment equipment. No chemicals are required, no residual solid waste is generated, and the electrodes do not scale or clog. Quick Details Pharmaceutical wastewater treatment equipment AC200~400V wide voltage input optional Equipment power 3.5-170kW optional Pollutant removal rate: 50-100% Capable of treating all pharmaceutical wastewater No chemical agents added during operation The equipment only uses electricity Skid-mounted

Electrochemical wastewater treatment equipment for petrochemical industries. No chemicals are required, no solid waste is generated, and the electrodes do not scale or clog. Quick Details Petrochemical wastewater treatment equipment AC 200~400V WIDE VOLTAGE INPUT OPTIONAL Equipment power 3.5-170 kW optional Pollutant Removal Rate :50-100% Petrochemical wastewater can all be treated Operation without adding any chemical agents The equipment only uses electricity Skid-mounted

Product Overview This equipment is specifically designed for the treatment of alkaline wastewater. Alkaline wastewater is widely generated in industries such as chemical, pharmaceutical, printing and dyeing, pulp and paper making, electroplating degreasing, aluminum profile cleaning, semiconductor developing, and food processing. It typically contains high concentrations of alkali (NaOH, KOH, etc.), surfactants, dissolved organic matter, emulsifiers, and various additives.

I. Product Overview Food processing wastewater originates from numerous sub-sectors, including slaughtering and meat processing, dairy products, brewing (beer/baijiu/huangjiu), beverage production, grain and oil processing, sugar refining, starch production, monosodium glutamate/yeast production, aquatic product processing, pickling and canning, etc. It is a typical type of wastewater with large water volume and high pollution load in the light industry sector. Its water

I. Product Overview bio-chemical manufacturing wastewater is widely recognized as one of the most difficult industrial wastewaters to treat, originating extensively from chemical synthesis, fermentation, extraction, formulation, and traditional Chinese medicine extraction processes. Its typical characteristics include: high COD concentration, complex composition (containing large amounts of organic solvents, intermediates, unreacted substances, and byproducts), strong

I. Product Overview Pesticide chemical wastewater is recognized as one of the most difficult industrial wastewaters to treat. It originates from the synthesis of pesticide active ingredients (herbicides, insecticides, fungicides, plant growth regulators, etc.), intermediate production, and formulation processing. Its water quality characteristics are extremely complex and severe: the wastewater has extremely high organic matter concentrations (COD is typically 5000~50000 mg/L

Electrochemical wastewater treatment equipment, used for chemical wastewater. I. Product Overview Chemical wastewater is one of the most widespread, complex, and difficult-to-treat types of industrial wastewater, encompassing multiple sub-sectors including organic chemicals, inorganic chemicals, fine chemicals, petrochemicals, coal chemicals, fertilizers, polymer materials, chlor-alkali, dyes, coatings, pesticides, andbio‑chemical sectors. Its overall water quality characteri

I. Product Overview Semiconductor wastewater originates from processes such as chip manufacturing (wafer fabrication, packaging and testing), liquid crystal panels (TFT-LCD, OLED), photovoltaic cells, and electronic component production. It is one of the types of wastewater with the highest water quality requirements and the greatest difficulty in treatment within the electronics industry. Semiconductor manufacturing processes are complex and involve numerous steps, resulting

I. Product Overview Petrochemical wastewater mainly originates from two major sectors: petroleum refining (oil refining) and petrochemicals (ethylene, aromatics, synthetic resins, synthetic fibers, synthetic rubber, etc.). It is a typical type of industrial wastewater characterized by large volume, complex composition, and high treatment difficulty. Its water quality characteristics include: a wide variety of wastewater types (including process wastewater, oily wastewater,

I. Product Overview Fine chemical wastewater is one of the most challenging types of industrial wastewater treatment. Fine chemicals encompass numerous sub-sectors, including pharmaceutical intermediates, pesticide intermediates, dyes/pigments, surfactants, fragrances and flavors, electronic chemicals, water treatment agents, adhesives, and coating additives. Its wastewater exhibits distinct industry characteristics: a wide variety of products, complex production processes,

I. Product Overview Coking wastewater is one of the most difficult wastewaters to treat in the coal chemical industry. It originates from the high-temperature carbonization (coking), gas purification, and chemical product recovery processes of coal, and mainly includes residual ammonia water, final cooling wastewater from coal gas, crude benzene separation water, and tar processing wastewater. Its typical water quality characteristics are: high COD concentration, high ammonia

I. Product Overview Dyeing and printing wastewater is the most significant source of pollution in the textile industry, originating from processes such as desizing, scouring, bleaching, dyeing, printing, and finishing. It is one of the largest sources of industrial wastewater in terms of water consumption and discharge. Dyeing and printing wastewater is characterized by five major features: high concentration, high chroma, high pH, ​​recalcitrant degradation, and high

I. Product Overview Coal chemical wastewater mainly originates from coal coking, gasification, liquefaction, and coal-to-methanol and coal-to-olefins processes. Typical water quality characteristics include: high COD concentration (2000~15000 mg/L), high ammonia nitrogen concentration (200~2000 mg/L), large amounts of recalcitrant organic matter (phenols, polycyclic aromatic hydrocarbons, heterocyclic compounds), strong biological toxicity, extremely poor biodegradability