Two ways for pipeline heaters to work

Two ways for pipeline heaters to work

The pipeline heater can be divided into two modes: one is to use the flange type tubular electric heating element inside the pipeline heater to heat the thermal oil in the reaction kettle jacket of the pipeline heater, and transfer the heat energy from the pipeline heater to the chemical raw materials in the reaction kettle inside the pipeline heater. Another way is to directly insert the tubular electric heating element in the reactor of the pipeline heater or evenly distribute the electric heating tubes around the wall of the pipeline heater. This mode is called the internal heating type of pipeline heater. The internal heating of pipeline heaters is fast and efficient.

Another mode of pipeline heater is far-infrared electric heating device. The electric heater in the internal system of the pipeline heater wraps around the bottom of the reaction vessel and the middle and lower parts of the pipeline heater for heating. The far-infrared electric heating device of the pipeline heater has a large heating area of the internal system of the pipeline heater. The heating of the pipeline heater is stable and fast, the heat release of the pipeline heater is uniform, and the temperature control of the pipeline heater is convenient. The pipeline heater can be segmented and controlled in upper, middle, and lower sections. The temperature of the inner wall of the pipeline heater is easy to control, and the pipeline heater has no side effects on the fuel inside the reactor, Not to mention the phenomenon of material carbonization in pipeline heaters. The operation of pipeline heaters is noiseless and pollution-free, with a long service life (over 30000 hours) and significant energy savings (over 28%).

The pipeline heater is a reactor heater for the internal system of the new generation pipeline heater. The pipeline heater uses electric heating combined with far-infrared technology to evenly distribute heat into the reactor inside the pipeline heater. Pipeline heaters save production costs by more than 30% compared to original thermal oil and steam heating; The temperature control system of the pipeline heater adopts the controllable silicon in the pipeline heater as the main component with a computer interface. The pipeline heater uses a computer to analyze and control the temperature difference, making it easier for the operators of the pipeline heater. The far infrared in the pipeline heater promotes blood circulation, which is beneficial and harmless to the human body. In the context of energy conservation, emission reduction, and environmental protection, the development prospects of pipeline heaters are constantly expanding. Many large chemical units at home and abroad are correspondingly replacing thermal oil and steam heating with far-infrared heating.

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