Jiyang Phase II Reclaimed Water Reuse Project, Jinan
Reclaimed Water Treatment System | UF + RO + Advanced Reuse System | EPC Delivery
1 Project Overview
The Jiyang Phase II Reclaimed Water Reuse Project is an upgraded municipal and industrial water reuse infrastructure project located in Jinan City, Shandong Province, China.
The project is designed to further expand reclaimed water production capacity and improve regional water resource circulation efficiency based on the Phase I system.
It provides stable reclaimed water supply for industrial users, municipal services, and ecological water replenishment, supporting sustainable urban and industrial development.
2 Project Information
| Item | Details |
|---|---|
| Project Name | Jiyang Phase II Reclaimed Water Reuse Project |
| Location | Jinan City, Shandong Province, China |
| Project Type | Reclaimed Water Expansion Project |
| Capacity | (project-specific data) |
| Service Scope | EPC / System Expansion |
| Core Process | UF + RO + Advanced Filtration |
| Application | Industrial reuse / municipal non-potable water |
3 Client Challenges
Increasing reclaimed water demand after Phase I operation
Limited space for system expansion
Requirement for seamless integration with existing system
Seasonal fluctuation of secondary effluent quality
Higher automation and monitoring requirements
Pressure to further reduce freshwater consumption
Core Challenge
Ensure stable expansion of reclaimed water capacity while maintaining full compatibility with Phase I system performance
4 Engineering Solution
SYNERAQUA implemented a Phase II expansion and optimization system based on membrane filtration and intelligent control integration.
Process Flow
Secondary Effluent → Existing Equalization System → UF Capacity Expansion → RO System Upgrade → Advanced Polishing → Disinfection → Reclaimed Water Network Integration
The system ensures seamless integration with Phase I infrastructure while improving overall treatment capacity and operational stability.
5 Scope of Work
Expansion process design
UF and RO system capacity upgrade
Integration with existing infrastructure
Electrical and instrumentation works
Automation system upgrade
Installation and commissioning support
6 Key Technologies & Highlights
UF membrane expansion system
RO capacity enhancement system
Intelligent integration with existing plant
Smart automation control upgrade
Energy-optimized operation design
Stable long-term operation performance
7 Performance Results
Increased reclaimed water production capacity
Stable integration with Phase I system
System reliability >99%
Improved water reuse efficiency
Enhanced automation level
8 Project Value
The project significantly strengthens reclaimed water supply capacity in Jiyang Industrial Park and supports long-term sustainable water resource management.
Key contributions include:
Expansion of reclaimed water supply capacity
Improved system stability and integration
Reduced reliance on freshwater resources
Support for industrial park development
Enhanced circular water utilization capability
