Sia i refrigeratori di glicole che i refrigeratori possono essere utilizzati per dissipare in modo soddisfacente il calore generato durante la produzione. La differenza fondamentale tra i due tipi di refrigeratori è la variazione del loro punto di congelamento e delle loro capacità di trasferimento del calore. ...

Pure ethylene glycol or a mixture of ethylene glycol and water has a much lower freezing point than pure water. This means that glycol-based chillers are better suited for low-temperature environments. In contrast, water has a better ability to retain and conduct heat in the associated process than glycol mixtures. As a result, the heat transfer efficiency for water chillers will be higher than for glycol chillers.

Water: Using water as a coolant is an economical method as water is readily available at minimal cost in most cases. Alternatively, purified water (deionized water, reverse osmosis) can be used in water-based chillers for greater cooling efficiency.

Ethylene Glycol: Ethylene glycol-based coolants consist of either ethylene glycol or propylene glycol. Although the two variants have similar physical properties, they should never be mixed. The main benefits of glycol coolants are improved corrosion resistance and freeze protection.

Why use ethylene glycol for cooling?

Using a glycol-water mixture as a coolant has several advantages over using plain water as a coolant. These advantages are due to its unique physical properties, which include a lower freezing point than water.