How the oil tank heater works

- Sep 28, 2020-

How the oil tank heater works:


The principle of thermal oil tank heater is used coal, heavy oil, light oil, combustible gas or other combustible materials as fuel, and thermal oil heater is used as heat carrier. A circulating oil pump is used to force the liquid phase to circulate the heat energy to the heat equipment, and then the heat energy is returned to the reheated special type industrial furnace. Widely used in such as petrochemical, textile, printing and dyeing, plastic, rubber, food processing, wood processing, asphalt heating, carton production, vegetable dehydration, baking paint, casting sand mold drying, etc. Heat conduction oil tank heater is a new type of special boiler with heat conduction liquid as the heating medium. It has low pressure and high temperature working characteristics. With the development of industrial production and the progress of science and technology, thermal oil heater has been constantly developed and applied.


As it has the advantages of high temperature (above 320℃) and low pressure (0.3-0.5mpa), and its heating temperature can be precisely controlled, so it can replace the original steam boiler heating. At the same time, the equipment does not need water treatment equipment and there is no steam boiler running, bubbling, dripping, leakage and other heat loss, so it is a safe, efficient and energy-saving heating equipment with low one-time investment and low operating cost.


The heat-conducting oil boiler heater is a kind of direct flow special heat-conducting oil boiler heater based on the design of forced circulation. Closed cycle heating, connected with the atmosphere, can extend the service life of the boiler, liquid phase heat transfer, small heat loss, remarkable energy-saving effect, good environmental protection effect. Because of the coil structure, the heating surface is sufficient, it has higher thermal efficiency.


The thermal oil boiler heater is characterized by counter current heat transfer and the temperature difference between combustion and exhaust smoke outlet is below 30℃. The excellent structure of the heat-conducting oil boiler is mainly to operate under low pressure and obtain the operating temperature below 450℃, which is characterized by low pressure and high temperature.