Typical industrial heating systems use water or steam as a heat carrier. But, at higher temperatures, both steam and water need high working pressures. This might not always be desired from an installment or security standpoint.
Since the piping system requires more depth that increases weight and thermal stresses. It requires special manufacturing techniques and safety procedures. This increases prices.
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When contemplating industrial heating systems in which high-temperature process output is necessary, maintaining high-temperature is vital.
Liquid heat transfer medium has a definite advantage. High-temperature levels could be kept using artificial heat transfer fluids or heat transfer oils without raising operating pressure.
The heat transfer oils carry heat to the heat users at user-set temperatures. The heat transfer oils have been capable of resisting very large temperature.
Organic thermal oils can operate up in temperature to 6000F and a few synthetic heat transfer fluids can even go up to 8000F.
The thermal fluid used in heat transfer may be glycols or especially designed oil and higher operating temperatures can easily be achieved at quite low operating pressures.
Organic oil based oil runs well with the majority of the systems, provides easy disposal, and protects the piping against rusting from indoors.
The artificial oils need meeting EPA standards and regulations for operation and disposal as well. However certain programs require artificial oils only.