Energy Efficiency in an Industrial Glycol Chiller

When it comes to food, beverage, and pharmaceutical manufacturing, you’ll need a safe and efficient cooling system that can help ensure high-quality products. An industrial glycol chiller can be an excellent choice, as it uses a glycol-water mixture as its coolant.

Glycol is one of the classes of organic compounds from the alcohol family that is effective at slowing freezing rates. Chillers that use it are practical for industrial processes that require cooling water temperatures below five degrees Celsius, including cold storage and ice rinks. An appropriately sized glycol chiller ensures a long service life and enhanced performance. However, it’s also crucial to ensure it can contribute energy efficiency to your facility, so it does not add to your utility costs.

Making your process energy efficient

An industrial glycol chiller funnels the coolant mixture from a refrigeration unit via a thermal heat exchanger piping to absorb heat from industrial processes and warm the coolant. The warmer coolant goes back to the refrigeration unit to go through the cooling process again.

Glycol chillers have many advantages over purified water or ice-centric systems for cooling, especially for food applications. They offer consistent cooling temperatures to prevent food or ingredients from spoiling, resulting in high-quality products that taste better. Moreover, the equipment’s antifreeze properties deliver reliable and consistent performance.

What makes them energy efficient?

An industrial glycol chiller is more energy efficient because it uses a closed-loop process to cool equipment. Water flows through the heat exchanger, requiring minimal refrigerant than air-cooled equipment. That makes the glycol chiller ideal for cooling massive volumes of products.

Invest in a high-quality industrial glycol chiller from a reputable manufacturer with a team of engineers who can help you pick an appropriately sized product. Industrial glycol chillers work in any climate but ensure they are supplied with water from a clean source and treat the water to avoid bacterial growth.

 

 

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