SOP Group Reverse Osmosis Water Reuse Project, Jiangsu, China
Industrial Wastewater Reuse | UF + RO System | EPC Delivery
1. Project Overview
The Jiangsu SOP Group Reverse Osmosis Water Reuse Project is a key industrial water resource recovery initiative supporting sustainable development in the chemical manufacturing sector.
The project focuses on improving industrial wastewater reuse efficiency and reducing freshwater consumption through advanced membrane treatment technologies. By implementing a high-performance UF + RO double-membrane system, the project achieves deep purification and reliable reclaimed water production for industrial reuse.
The project significantly enhances water resource utilization efficiency while supporting the client’s green manufacturing and sustainable development strategy.
2. Project Information
| Item | Details |
|---|---|
| Project Name | Jiangsu SOP Group Reverse Osmosis Water Reuse Project |
| Location | Jiangsu Province, China |
| Project Type | Industrial Wastewater Reuse |
| Treatment Capacity | 3,000 m³/day |
| Industry | Chemical Manufacturing |
| EPC Scope | Full EPC Engineering |
| Core Process | UF + RO Dual-Membrane System |
| Application | Industrial Water Reuse System |
3. Client Challenges
The client faced multiple water management and environmental pressures:
Continuous increase in industrial water consumption
Rising discharge pressure from wastewater regulations
Increasing cost of freshwater intake
Stricter environmental requirements in the Yangtze River basin
High stability requirements for reuse water systems
Core Challenge:
Develop a stable and efficient industrial wastewater reuse system to reduce freshwater dependency and ensure regulatory compliance.
4. Engineering Solution
SYNERAQUA implemented a dual-membrane advanced treatment system integrating ultrafiltration and reverse osmosis technologies.
Process Flow
Industrial Wastewater → Pre-treatment → Ultrafiltration (UF) → Reverse Osmosis (RO) → Reuse Water System
Engineering Concept
UF system for suspended solids and macromolecule removal
RO system for dissolved salts and organic contaminants removal
Integrated automated membrane cleaning system
Stable continuous operation under industrial load conditions
Smart water reuse management system
5. Scope of Work
SYNERAQUA was responsible for full EPC delivery, including:
Process design and system optimization
UF and RO system supply and integration
Mechanical and electrical installation
Automation and control system implementation
Commissioning and performance testing
Operator training and technical support
6. Key Technologies & Engineering Highlights
Advanced UF pre-treatment system ensures stable and reliable feedwater quality for downstream RO operation.
RO deep purification technology enables efficient removal of salts, COD, and dissolved contaminants.
Automated membrane cleaning system improves operational stability and reduces maintenance frequency.
Smart reuse water management system enables optimized industrial water allocation.
Integrated EPC design ensures seamless system coordination and stable long-term performance.
7. Performance Results
Treatment Capacity: 3,000 m³/day
Water Reuse Rate: >75%
Effluent Standard: Municipal reuse water standard
Automation Level: Fully automated operation
System Stability: Highly stable continuous operation
Energy Efficiency: Optimized operational consumption
8. Project Value
The project significantly improves industrial water resource efficiency and supports the client’s green transformation strategy.
Key contributions include:
Reduced freshwater consumption and intake cost
Improved industrial wastewater reuse efficiency
Enhanced environmental compliance in chemical production
Stable and reliable long-term system operation
Contribution to sustainable industrial development objectives
