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Main Characteristics and Temperature Control of Heat Transfer Oil Reactor
- Jun 13, 2018 -

The reaction vessel, which can often be seen in the chemical industry, mainly performs various reactions to obtain the desired substance for subsequent processing or direct use. According to different conditions and application requirements, different types of reactors can be selected to meet the production requirements. Therefore, the next step is the familiarity and understanding of the specific type of heat transfer oil reactor in the reactor.

 

The heat transfer oil reactor, which is one of the types of reactors, is characterized in that: the heat transfer oil is injected into the reactor jacket and the heating operation is performed using the heat transfer oil. Therefore, the heating method of the reactor is Thermal oil heating.

 

Heat transfer oil reactors can be reclassified into electrically heated heat transfer oil reactors and coiled heat transfer oil reactors. Electric heating heat transfer oil reactor is a new type of reactor that combines electric heating reactor and heat transfer oil reactor.

 

Thermal oil reactors and electrically heated reactors are two specific types of reactors and there are many differences. The heat-conducting oil reactor is lower than the electric heating reactor in terms of energy consumption, but in controlling the heating temperature, the electric heating reactor is better than the heat-conducting oil reactor.

 

The heat transfer oil in the heat transfer oil reactor is mainly determined by the reaction temperature of the reactor's daily operation. The heat transfer oil reactor, which belongs to the large category of chemical reactors. The heat conduction oil heating can be divided into heat conduction oil circulation heating and direct heat conduction oil heating, the former heating temperature is uniform, suitable for large-scale production; the latter structure is relatively simple but the power consumption is relatively large, suitable for small and medium-scale production.

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