The advantages of thermal oil filtration and dehydrogenation mainly include improving the quality of thermal oil, extending its service life, reducing usage costs, and maintaining the thermal oil system pipelines. ‌

The heat transfer oil filtration and purification dehydrogenation process effectively separates the low components and hydrogen components in the heat transfer oil through negative pressure vacuum matching equipment, thereby improving the flash point and initial boiling point of the heat transfer oil, which plays a good role in improving the overall quality of the heat transfer oil. In addition, this process can also provide good maintenance for the system pipelines of the heat transfer oil. It can be used in conjunction with the online cleaning agent of the heat transfer oil to clean the oil sludge and oil coke on the inner wall of the heat transfer oil pipeline to a certain extent.

This online filtering and purification method for dehydrogenation avoids the losses caused by the shutdown of filtration or cleaning in enterprises, and achieves oil purification and filtration during the normal production and operation of the thermal oil boiler system. By purifying and filtering, it can play a maintenance role in the thermal oil and thermal oil system. Combined with thermal oil online cleaning agent, it can filter while cleaning. As a new type of online filtering device for thermal oil, the residual carbon index of thermal oil has been greatly improved, which extends the service life of thermal oil, avoids frequent replacement of thermal oil, and reduces the operating costs of enterprises.

In summary, the filtration and purification of heat transfer oil not only improves the quality and safety of heat transfer oil, but also brings significant economic benefits to enterprises by extending its service life and reducing usage costs. ‌

Diphenyl ether manufacturer