Reactor Jacket Heating and Cooling Temperature Control

Reactor Jacket Heating and Cooling Temperature Control

The reactor jacket heating and cooling temperature control system is a device used to realize dynamic temperature control, so what is the working principle of the reactor jacket heating and cooling temperature control system?

Reactor jacket heating and cooling temperature control system, also called temperature controller, is a device for temperature adjustment and control by circulating water. It uses refrigerant to absorb the heat energy in the air and discharge it through water cooling. During the process, the state of the refrigerant will change, and then it will be compressed and recycled. Specifically, the equipment absorbs the heat around the reactor through the circulation of cooling water. After the cooling water is heated, it enters the interior of the refrigeration machinery through the pipeline, and the interior of the refrigeration machinery discharges the heat to the air. The kettle is used for circulation. In this way, the temperature in the reactor can be accurately controlled within the set value range, so that the chemical substances react under ideal temperature conditions, thereby obtaining better chemical reaction effects.

The reactor jacket heating and cooling temperature control system has been widely used in high temperature control fields such as pharmaceuticals, chemicals, new energy, and semiconductors. It mainly uses the characteristics of refrigerants to absorb and release heat during physical changes to achieve cooling or heating of objects the process of. It works as follows:

1. Refrigeration process: reactor jacket heating and cooling temperature control system In the refrigeration cycle system, the refrigerant is compressed into a high-temperature and high-pressure gas, and then cooled and depressurized by the expansion valve, and converted into a low-temperature and low-pressure gas. At this time, the refrigerant can absorb heat from surrounding objects. The absorbed heat is transported to the condenser through the refrigerant pipeline, and then the heat is transferred to the outside air, at which point the refrigerant turns into a high-temperature and high-pressure gas and circulates again.

2. Heating process: reactor jacket heating and cooling temperature control system In the heating cycle system, the water source or heat transfer oil is heated by the electric heater, and the heat transferer guides the heat of the heating medium into the refrigeration cycle system, thereby raising the temperature of the refrigerant. The heat is transferred to the object to be heated by circulating the refrigerant.