Beijing Economic-Technological Development Area Reclaimed Water Reuse Project, China
Reclaimed Water Treatment System | UF + RO + Advanced Treatment | EPC Delivery
1 Project Overview
The Beijing Economic-Technological Development Area Reclaimed Water Reuse Project is a key urban water resource recycling infrastructure project located in Beijing, China.
The project is designed to improve the utilization efficiency of reclaimed water within the development area and provide stable non-potable water supply for industrial production, municipal landscaping, and cooling systems.
By upgrading and optimizing advanced treatment processes, the system ensures stable reclaimed water quality that meets strict municipal reuse standards.
2 Project Information
| Item | Details |
|---|---|
| Project Name | Beijing Economic-Technological Development Area Reclaimed Water Reuse Project |
| Location | Beijing Economic-Technological Development Area, China |
| Project Type | Urban Reclaimed Water Treatment & Reuse |
| Capacity | (project-specific data) |
| Service Scope | EPC / System Integration |
| Core Process | UF + RO + Advanced Treatment |
| Application | Industrial reuse / municipal non-potable water |
3 Client Challenges
- High demand for stable reclaimed water supply in industrial park
- Strict municipal reclaimed water quality standards
- Seasonal variation in influent water quality
- High requirement for system reliability and automation
- Need to reduce dependence on freshwater resources
- Complex multi-user water distribution requirements
Core Challenge
Ensure stable production and distribution of high-quality reclaimed water under strict urban water reuse requirements
4 Engineering Solution
SYNERAQUA implemented a multi-stage advanced reclaimed water treatment system integrating membrane filtration and deep purification technology.
Process Flow
Secondary Effluent → Equalization Tank → Ultrafiltration (UF) → Reverse Osmosis (RO) → Advanced Polishing → Disinfection → Reclaimed Water Storage → Distribution Network
The system ensures stable removal of suspended solids, dissolved salts, and trace contaminants, enabling high-quality reuse water production.
5 Scope of Work
- Process design and system engineering
- UF and RO system integration
- Electrical and instrumentation works
- Automation and control system
- Installation and commissioning
- Operation training and technical support
6 Key Technologies & Highlights
- Ultrafiltration (UF) membrane system
- Reverse Osmosis (RO) deep treatment system
- Advanced reclaimed water polishing technology
- Smart water distribution control system
- Energy-efficient treatment design
- Fully automated operation platform
7 Performance Results
- Stable reclaimed water supply achieved
- System reliability >99%
- High automation level operation
- Significant reduction in freshwater consumption
- Stable compliance with municipal reuse standards
8 Project Value
The project significantly enhances water resource recycling efficiency in Beijing Economic-Technological Development Area and supports sustainable urban-industrial development.
Key contributions include:
- Reduction in freshwater demand
- Stable reclaimed water supply for industry
- Improved regional water resource management
- Support for green and low-carbon development
- Enhanced urban water resilience
