Water Treatment

Treatment Process: "Pre-treatment + Anaerobic MBR + Distillation Deammoniation + Chemical Softening + Membrane System"
Core Parameters:
COD (mg/L): ≤50
Ammonia Nitrogen (mg/L): ≤10
Total Nitrogen (mg/L): ≤15
Water Production Rate: ≥85%

Municipal sewage typically contains a large amount of grease and food residues, leading to a strong odor and potential odor problems. Additionally, it contains high concentrations of organic matter, nitrogen sources, and phosphorus sources, which, if directly discharged, can cause eutrophication of water bodies. Through processes such as biological treatment, physical treatment, and chemical treatment, pollutants are separated and removed from the water, transforming harmful substances into harmless and useful materials, thereby achieving the full utilization of water resources.

Industrial wastewater is a major cause of water pollution. By employing biochemical treatment, chemical treatment, physical treatment, and independently developed equipment, suspended solids, sulfides, cyanides, petroleum, lead, cadmium, and other pollutants in industrial wastewater are removed to meet discharge standards, reducing water pollution.