Share to Membrane Concentration Technology Instruction: Membrane concentration technology is a concentration method based on membrane separation technology. Its core is the selective retention of target substances (e.g., proteins, sugars, salts, etc.) in the concentrate through the membrane’s. The core of membrane concentration is the selective retention of target substances (e.g. proteins, sugars, salts, etc.)…
Introduction:The treatment of wastewater from power plants is a key link in ensuring ecological environment safety and achieving sustainable development. The wastewater generated during coal and gas power generation processes contains heavy metals (such as mercury and arsenic), high salt content, suspended solids, and organic pollutants. If discharged directly without treatment, it will seriously pollute…
The wastewater originates primarily from domestic water use(such as kitchen and bathroom wastewater ,laundry wastewater),and is characterized by high organic matter content, abundant nitrogen and phosphorus nutrients,and high suspended solids.Key pollutants(CODcr.BOD5),suspended solids (SS),nitrogen pollutants(ammonia nitrogen,total nitrogen),phosphorus pollutants(total phosphorus),as well as trace amounts of oils and fats and anionic surfactants(e.g.,detergent residues).Typical pollutant concentration range:CODcr:≤300mg/L;SS≤350mg/L;NH3-N:≤35mg/LTP:10mg/L;TN:50mg/L;Animal and vegetable…
Domestic sewage primarily originates from daily residential activities, including wastewater from washing, toilets, and other sources, and contains substantial amounts of organic matter and nutrients. Considering factors such as regional conditions, population density, sewage generation scale, and discharge destinations, sewage treatment can adopt centralized treatment, decentralized treatment, or a combination of both approaches. Integrated sewage…
Molewater designs, manufactures and supplies Medical Wastewater Treatment Systems for hospital wastewater and medical institutional wastewater as safe discharge or reuse water, etc. Our Medical Wastewater Treatment Systems provide a cost-effective solution for treating and purifying medical wastewater by using advanced processes like pretreatment + biological treatment (AO/MBR) + deep disinfection (ozone/UV) + sludge disposal,…
Share to Conventional Wastewater Technology：Grid → Regulating tank → Coagulation sedimentation →MBR→ Disinfection → Reuse High-salt Wastewater Technology：Pretreatment →UF→RO→ Evaporation and crystallization → Industrial salt recovery Oily Wastewater Technology：Oil separator → air flotation →A/O process → filtration → reuse SBR Core technological process：Influent → Aeration reaction (COD/BOD degradation, simultaneous nitrogen and phosphorus removal) → Sedimentation…
Introduction: The antibiotic wastewater from pharmaceutical factories has the characteristics of complex composition, strong biological toxicity, and multiple difficult to degrade substances, and its treatment requires a multi-stage combination process. Share to Wastewater characteristics Core processing flow Get Free Quote Please fill in the following form, we will respond your request in 24 hours. Please…
Share to Integrated Sewage Treatment Equipment for Food Factories Introduction: Food processing wastewater (such as meat, dairy products, beverages, fruit and vegetable processing, etc.) usually has the characteristics of high COD, high SS, oil content and easy spoilage. Traditional sewage treatment processes occupy a large area and are difficult to manage. The integrated sewage treatment…
Share to Ordinary Industrial Wastewater Treatment System Technology：Grid → Regulating tank → Air flotation → A/O process → Sedimentation → Discharge High-salt Wastewater Treatment System Technology：Regulating tank → MVR evaporation → Crystalline salt recovery → RO fresh water reuse Get Free Quote Please fill in the following form, we will respond your request in 24…
Application：Agriculture: Treatment of production wastewater from aquaculture and plantation Share to Instruction Wastewater Characteristics: Agriculture wastewater primarily comprises animal urine, partially decomposed feces and pen wastewater. It is characterized by high organic matter concentrations, elevated ammonia nitrogen levels, and significant quantities of pathogens, heavy metals, and other contaminants. Pollutant levels in such wastewater can vary…
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