Universal Water Recycling System
The Universal Water Recycling System (UWRS) is an engineered industrial solution designed to convert traditional single-pass cooling water into a closed-loop, recirculated system. UWRS eliminates waste by capturing, conditioning, and returning water factor back to the process.
The Challenge
Industrial facilities commonly face rising utility costs, inconsistent cooling performance, and increasing environmental pressure. Single-pass systems waste millions of gallons annually while providing little control over process stability. These systems also create hidden costs through discharge fees and inefficiencies in heat transfer.
The Blueway Solution
The UWRS continuously captures return water from process equipment. This water is routed through filtration to remove particulates, followed by UV treatment to maintain biological control. Heat is removed via a cooling media interface, and the conditioned water is then returned to the process. The system operates continuously, maintaining a stable and controlled loop.
System Operation
The UWRS continuously captures return water from process equipment. This water is routed through filtration to remove particulates, followed by UV treatment to maintain biological control. Heat is removed via a cooling media interface, and the conditioned water is then returned to the process. The system operates continuously, maintaining a stable and controlled loop.
Applications
UWRS is suitable for a wide range of industries including food and beverage processing, dairy operations, injection molding, manufacturing, and any facility requiring consistent cooling performance.
Operational Benefits
Facilities benefit from reduced water consumption, improved cooling stability, reduced manual oversight, and enhanced process reliability. By maintaining consistent cooling conditions, UWRS also improves overall equipment performance and production consistency.
Engineering Capabilities
UWRS is designed for industrial environments with continuous duty operation. The system includes PLC-based controls, real-time monitoring, and automated responses to process conditions. It integrates seamlessly with plant PLC or SCADA systems, allowing for data exchange, alarm export, and remote monitoring.
Financial Impact
Water recycling directly reduces operational expenses by lowering both water usage and sewer discharge. Many facilities achieve payback within 12–24 months. Long-term savings continue to scale with production volume and operating hours.
Installation & Integration
The skid-mounted design allows for rapid installation with minimal disruption to plant operations. Typical installations require standard electrical connections, process plumbing tie-ins, and cooling media integration. Commissioning is typically completed within 1–2 days.
Scalability
The modular design of UWRS allows it to adapt to different facility sizes and cooling demands. Additional tanks, filtration capacity, and control features can be added to expand system capability.