Environmentally Friendly Water Cooled Water Chiller With Multiple Refrigerant Options

logo (2)
LOGO
logo (2)
logo

Environmentally Friendly Water Cooled Water Chiller With Multiple Refrigerant Options

Environmentally Friendly Water Cooled Water Chiller with Multiple Refrigerant Options This eco-focused chiller blends high performance with sustainability, featuring low-GWP, ozone-friendly refrigerants (R32, R1234ze, CO₂) to meet global environmental standards. It delivers precise 5-30°C temperature control via energy-efficient components, suiting industrial/commercial use. Compact, easy to maintain, it balances green operation with reliable cooling.

Send Inquiry

Product Introduction

Environmentally Friendly Water Cooled Water Chiller with Multiple Refrigerant Options

Water cooled scroll chiller 4

Technical Specifications of Water Cooled Water Chiller

product-996-841

Working Principle

The working principle of a water-cooled chiller involves a cyclic refrigeration process to remove heat from a target fluid.

First, the evaporator absorbs heat from the process water (or other fluids), causing the refrigerant inside to evaporate into vapor.

The compressor then pressurizes this low-pressure vapor, raising its temperature and pressure.

Next, the high-temperature refrigerant flows into the water-cooled condenser, where it releases heat to the cooling water (circulated from a cooling tower or water source), condensing back into a liquid.

Finally, the expansion valve reduces the liquid refrigerant's pressure, lowering its boiling point, and the cycle repeats-continuously cooling the process fluid.

Application

Industrial Manufacturing: Cooling machinery, molds, and production lines in plastics, metalworking, and automotive industries to maintain process stability and prevent equipment overheating.

Data Centers: Regulating temperatures of server rooms and IT infrastructure, ensuring optimal performance and preventing hardware failures from excess heat.

Food & Beverage Processing: Cooling ingredients, storage tanks, and packaging lines to preserve freshness, comply with hygiene standards, and maintain product quality.

Pharmaceuticals: Controlling temperatures in lab equipment, cleanrooms, and drug manufacturing processes to meet strict regulatory requirements.

HVAC Systems: Providing centralized cooling for large commercial buildings, hospitals, hotels, and universities, often integrated with heating systems for year-round comfort.

Chemical & Petrochemical Plants: Cooling reactors, distillation units, and process fluids to ensure safe, efficient chemical reactions and prevent thermal degradation.

Printing & Packaging: Maintaining stable temperatures for printing presses and packaging machinery to avoid material warping and ensure consistent output quality.