Open Loop Chiller System Models
High-Performance Open Loop Chiller Systems for Reliable Cooling
Engineered for Precision Cooling in Demanding Applications
Filtrine’s open loop chillers are custom-built to meet the needs of mission-critical operations where precision temperature control is essential. These systems are ideal for applications ranging from medical imaging equipment and laboratory processes to manufacturing lines and food production.
Our open loop chiller design uses an external water supply—typically from a plant loop, tower, or city water source—to cool the chiller’s internal heat exchanger. This configuration eliminates the need for an internal condenser water circuit, simplifying maintenance and reducing operating costs.
Benefits of Filtrine Open Loop Chillers
- Custom-built for your specifications: Each unit is engineered for your exact cooling load, ambient conditions, and space constraints.
- Lower maintenance requirements: Fewer moving parts and simplified water pathways mean fewer service interruptions.
- Greater energy efficiency: Utilizing an existing water supply reduces compressor load and lowers utility costs.
- Compact and space-saving designs: Flexible configurations to fit tight mechanical rooms or equipment enclosures.
- Long product lifecycle: Constructed with non-ferrous materials and robust components for long-term reliability.
Designed for Specialized Cooling Needs
Ideal Industries for Open Loop Chillers
Filtrine’s open loop chiller systems serve a wide range of industrial and commercial sectors, including:
- Healthcare: MRI, CT, and X-ray cooling
- Pharmaceutical: Process cooling for mixing, batching, and packaging
- Food and Beverage: Bakery chillers, fermentation temperature control, chocolate tempering
- Industrial Manufacturing: Laser cooling, welding, plastic molding, and CNC machinery
- Laboratories & Research Facilities: Precise thermal control for sensitive instrumentation
Customization and Support from a Trusted Manufacturer
Filtrine has over 100 years of experience building engineered cooling solutions. Our open loop chillers are available in a wide range of capacities and configurations, including explosion-proof models, remote condenser options, and integrated tank/pump assemblies. Every system is tested and backed by Filtrine’s commitment to performance, durability, and American craftsmanship.
Need help selecting the right open loop chiller for your application? Our engineering team works directly with you to ensure the system meets your performance and compliance requirements. Request a quote today!
Open Loop Chiller FAQs
An open loop chiller uses an external water source—such as city water, well water, or a cooling tower—to reject heat from the system. This differs from closed loop chillers, which recirculate internal fluid. Open loop chillers are ideal when a reliable external water source is readily available.
Open loop systems offer energy savings, simpler operation, and reduced maintenance. By leveraging an existing water source, these chillers reduce internal system complexity and deliver reliable performance with fewer components to service.
They are ideal for facilities with consistent access to city water or a central plant loop, especially in industries like medical imaging, laboratory research, industrial manufacturing, and food production.
While open loop chillers rely on an external water supply, closed loop systems recirculate a self-contained coolant. Open loop systems are typically more efficient when external water is abundant, but may require water treatment to prevent fouling or scale.
Yes. Every Filtrine chiller is engineered to order. We tailor the system’s cooling capacity, footprint, pump specs, controls, and more based on your application requirements.
Absolutely. Filtrine offers models with clean room-compatible finishes and explosion-proof components certified for hazardous environments. Custom enclosures and NEMA-rated electrical options are available.
Because open loop systems use external water, maintenance typically includes monitoring water quality and inspecting heat exchanger surfaces. Filtrine units are designed for easy access and minimal servicing over the life of the system.
