Sewage Treatment Equipment

XYLEM serves the top sewage treatment plants in Asia As the largest sewage treatment plant in Asia, Shanghai Zhuyuan Sewage Treatment Plant covers an area of 33.79 hectares, with a total treatment capacity of 3.4 million tons per day, serving a population of 6 million. It ranks among the first batch of green and low-carbon benchmark sewage treatment plants, providing ecological and environmental protection for the sustainable development of Shanghai.   Sailor's flagship wastewater treatment system, featuring UV filtration, sedimentation tanks, and pump-aeration technology, has enabled Shanghai Zhuyuan Wastewater Treatment Plant to achieve' volume reduction and capacity upgrade'. This innovation has reduced CO₂ emissions by 16,400 tons, generating annual economic benefits of approximately 13 million yuan, while ensuring operational excellence and sustainable development.   UV System     WEDECO Duron UV System ♦ The total UV treatment capacity reaches 2.6 million tons per day (cumulative from Zhuyuan Plant 1, 2, and 4) ♦ Unique 45-degree slanted fabric lamp with enhanced sterilization effect ♦ ECORAY's lamp tubes and advanced rectifier technology reduce operating costs   Filter system       Leopold denitrification deep bed filter ♦ China's largest single-phase denitrification filter project, with a daily processing capacity of 1.1 million tons ♦ Ultra-long running cycle and ultra-low backwash water consumption ♦ Ensure Class 1A effluent quality at high filtration rates   Pump and Suction System     Flygt Flying Submarine Pump, Custom High-Flow Pump (PL Series Axial Flow Pumps, N Series Submersible Pumps) ♦ World leader in submersible pump innovation ♦ Continuous and efficient, no clogging ♦ Easy installation and smart control ♦ Meet all pumping needs of sewage treatment plant   B&G GLC Series Vertical Pipeline Pump ♦ Ultra high pump efficiency and ultra low cavitation margin ♦ Compact structure, stable and reliable         Lowara e-SV Vertical Multi-stage Pump ♦ High efficiency achieved by sophisticated hydraulic model