The characteristics of a thermal oil furnace can be described from the following aspects:

The characteristics of a thermal oil furnace can be described from the following aspects:

1. The thermal oil furnace transports heat energy in the liquid phase, which can achieve higher working temperatures at lower operating pressures. The saturated steam pressure of the heat carrier is 70-80 times lower than that of water, and the general heating operating pressure is ≤ 0.3MPa.

2. The heating temperature of the thermal oil heating furnace can reach 280 ℃; Automatic control of heating temperature, high sensitivity, and stable heating.

3. Professional research and development and production of thermal oil furnaces equipped with comprehensive operation control and safety monitoring devices, easy to operate, safe and reliable. For example, the Qilian electric heating thermal oil furnace can achieve a temperature control accuracy of+1 ℃

4. The thermal oil furnace equipment is equipped with a new type of electric heating system, which replaces coal with electricity, saves investment, is environmentally friendly and pollution-free. At the same time, the thermal oil furnace heats up quickly, has high thermal efficiency, and is more efficient and economical!

5. The thermal load regulation performance of the thermal oil furnace is very good, and it can operate stably within a load range of (20-100)%.

6. Due to its large heat storage capacity, the thermal oil furnace can be quickly started in hot standby mode, or can be pressurized and restarted for a long time (less than 24 hours).

7. Boiling combustion is a low-temperature (850-900 ℃) combustion process where limestone is used as a desulfurizer to achieve a desulfurization rate of 90%, while significantly reducing the generation of NOx (NO1, NO2).

For an electric heating heat transfer oil furnace, heat is generated by the electric heating element immersed in the heat transfer oil. The heat transfer oil is used as the medium, and a circulation pump is used to force the heat transfer oil to undergo liquid-phase circulation, transferring heat to one or more heat consuming equipment. After the heat is unloaded by the heat consuming equipment, it passes through the circulation pump again, returns to the heater, absorbs heat, and transfers it to the heat consuming equipment. This cycle is repeated to achieve continuous heat transfer, Raise the temperature of the heated object to meet the heating process requirements.

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