Compared with the traditional heat transfer medium water and steam, heat transfer oil has the following characteristics:
Thermal oil boiler

1. High operating temperature can be obtained under almost normal pressure conditions. That can greatly reduce the operating pressure and safety requirements of the high temperature heating system, and improve the reliability of the system and equipment;

2. It can meet the process requirements of heating and cooling at different temperatures in a wider temperature range, or the process requirements of high temperature heating and low temperature cooling can be achieved at the same time with the same heat transfer oil in the same system. That can reduce the complexity of the system and operation;

3. The water treatment system and equipment are omitted, the thermal efficiency of the system is improved, and the maintenance workload of the equipment and pipelines is reduced. That can reduce the initial investment and operating costs of the heating system;

4. In the case of system leakage caused by the accident, the heat transfer oil may burn when it meets the open flame. This is the problem of the heat transfer oil system compared with the water vapor system. But under the condition of no leakage, because the heat transfer oil system works under low pressure conditions, its operational safety is higher than that of water and steam systems.

5. Compared with another type of high temperature heat transfer medium molten salt, when the operating temperature is above 400℃, the molten salt has an absolute advantage over the heat transfer oil in terms of the price and service life of the heat transfer medium, but in other aspects Both are at a significant disadvantage, especially in terms of the complexity of system operation.

6. Advanced technological process. The organic heat carrier boiler is a new type of special heating boiler. It has the characteristics of low pressure and high temperature. The working pressure is 0.1Mpa, even the normal pressure heating temperature, the liquid phase is 340℃ or the vapor phase is 400℃. The structure has a certain flexibility. Taking into account the free expansion of various parts after heating during operation, the curved coil heating surface is adopted. In order to operate more safely and efficiently, an air preheater is added, the combustion degree in the furnace is strengthened, and the flow rate Also increase, making more efficient, environmentally friendly and energy-saving services to various industries.