Water Cooled Screw Chiller

A Water Cooled Screw Chiller is a high-capacity industrial cooling system designed for continuous, heavy-duty applications where precise temperature control and energy efficiency are critical. Using advanced screw compressor technology and a water-based heat rejection system, these chillers deliver superior performance, longer life, and lower operating costs compared to air-cooled systems.

How It Works

Water cooled screw chillers use twin-screw compressors to compress refrigerant smoothly and efficiently. Heat is removed through a shell & tube condenser, where cooling water absorbs the heat and transfers it to a cooling tower. This process ensures stable cooling even in high ambient temperatures, making it ideal for large industrial operations.

Key Features

• High-efficiency screw compressor for continuous operation

• Excellent energy savings at part and full load

• Stable performance in 24/7 industrial processes

• Low noise and vibration levels

• Long service life with minimal maintenance

• Compatible with cooling towers for enhanced efficiency

Advantages of Water Cooled Screw Chillers

• Higher COP compared to air-cooled chillers

• Ideal for large tonnage requirements

• Better temperature accuracy for sensitive processes

• Lower operating cost in long-term usage

• Reliable cooling in hot and humid environments

Industrial Applications

Water cooled screw chillers are widely used in:

• Plastic injection & extrusion industries

• Chemical & pharmaceutical plants

• Food & beverage processing

• HVAC systems for large buildings

• Rubber, metal, and die-casting industries

• Textile and printing processes

Why Choose Reynold India Water Cooled Screw Chillers?

At Reynold India, our water cooled screw chillers are engineered for maximum efficiency, durability, and performance. We use premium components, advanced controllers, and customized designs to meet your exact process cooling needs. Our chillers ensure consistent cooling, reduced energy consumption, and reliable operation even under demanding industrial conditions.