This system recycles 10,000 m³/day of industrial wastewater into 20,000 m³/day of high-quality reclaimed water, reducing freshwater use and wastewater discharge. UF + RO membranes ensure low turbidity (≤0.2 NTU) and long-term reliable operation.

This municipal upgrade project improves a conventional treatment plant (grit chamber, sedimentation, and bio-rotor) to meet higher standards. The 6,000 m³/day system now uses advanced MBR technology with a membrane flux of 18 LMH, achieving effluent turbidity below 0.1 NTU.

Commissioned in March 2020, this project treats 1,000 m³/day of medical wastewater using A²⁰ + MBR technology, consistently meeting Class A effluent standards.

An 8,000 m³/day system combining pre-treatment, biological process, MBR, and RO, enabling stable performance, efficient water reuse, and easy operation, with permeate reused in workshops and concentrate meeting discharge standards.

Completed in 2019 by Hunan CRRC Environmental Engineering Co., Ltd., this municipal emergency project treats 5,000 m³/day of wastewater. The system has been running reliably ever since, ensuring stable and efficient municipal water management.

Ningbo Beilun Wastewater Treatment Plant features a treatment capacity of 89,000 m³/day and 144,000 m² of membrane area, utilizing an advanced UF + RO dual-membrane process to provide stable, high-quality reclaimed water for sustainable wastewater treatment and reuse.

The Guannan Road Wastewater Treatment Plant in Jingzhou, China treats industrial wastewater, with a total designed capacity of 140,000 m³/day and a current operating capacity of 35,000 m³/day (Phase I – Stage 1). The process integrates biological treatment with advanced ozone oxidation and CUF (submerged ultrafiltration combined with activated carbon MBR). The CUF system has a total membrane area of 56,000 m² with a design lifespan of over 5 years. Since full operation in 2023, the plant has consistently met Class 1A discharge standards, operating stable.