Thermal oil boiler is a thermal energy equipment that uses thermal oil as the heat transfer medium. Its working principle and application method are as follows:
Thermal oil boiler uses electric heating or other heat sources to heat the thermal oil to a high temperature state to form a heat carrier. Subsequently, the high-temperature heat transfer oil is forced to circulate in the liquid phase through a circulation pump to transport the heat energy to the heat-consuming equipment. In heat-using equipment, the heat transfer oil releases heat. After completing the heat exchange, it returns to the boiler for reheating, forming a closed loop to achieve continuous heating.
Thermal oil boilers have significant high temperature and low pressure characteristics and can achieve higher working temperatures at lower working pressures. This characteristic makes thermal oil boilers widely used in industrial production, such as heating of crude oil and natural gas, processing, storage and transportation of mineral oil, etc. In these processes, thermal oil boilers can efficiently and stably provide the required heat energy to meet the requirements of the production process.
In addition, thermal oil boilers also have the advantages of high degree of automation, easy operation, and convenient maintenance. Equipped with an excellent control system, thermal oil boilers can monitor and adjust operating parameters in real time to ensure safe and stable operation of the equipment. At the same time, regular maintenance and upkeep can also extend the service life of the thermal oil boiler and improve the operating efficiency of the equipment.
In summary, thermal oil boilers play an important role in industrial production with their unique working principles and wide range of applications.
