The principle and difficulty of temperature control of heating and refrigeration cycle equipment
Heating and refrigeration cycle equipment is equipment for fluid refrigeration, heating and temperature control for reactors, integrated reactors, reaction tanks, etc. At present, there are more manufacturers on the market.
When the reactor or reactor is cooling, heating, and temperature control, the supporting heating and refrigeration cycle equipment controls the temperature to reach the expected temperature control range. This entire process will cause a certain chemical reaction and generate heat. This reaction process is easily affected by the outside world. Affected. Therefore, the placement environment of heating and refrigeration cycle equipment is more important, and it is recommended to choose a ventilated and cool and reliable room for placement.
When the reactor supporting the heating and refrigeration cycle equipment is undergoing polymerization reaction:
There will be a series of exothermic and endothermic reactions. During the chemical reaction, it is recommended that the surrounding operators do not get too close to avoid certain troubles. In the process of the reaction, if the heat is not removed in time, the pressure of the reaction will be affected, and if the pressure is too high, the entire reaction will be at a certain risk.
The heating and refrigeration cycle equipment can be equipped with reactors of different sizes for cooling, heating and temperature control:
Because different sizes of reactors have different heat capacities, their ability to absorb or release heat is also different. Therefore, the selection of heating and refrigeration cycle equipment needs to provide accurate reactor size, temperature requirements, materials and other working conditions for heating. Refrigeration cycle device manufacturers make selections to avoid large or small selections that cause the equipment to fail to meet the expected temperature requirements.
Summarize
The heating and refrigeration cycle equipment can control one or more reactors at the same time. It is a large system device with integrated temperature control, which can be produced according to the requirements of working conditions.
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