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[Chemical Knowledge]：The working principle of high pressure reaction kettle

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The basic structure
of the 1. high pressure reactor
high pressure reactor is usually composed of high pressure vessel, mechanical disturbance system, heating system, cooling system, pressure sensor and temperature sensor. The high-pressure vessel is the core component of the high-pressure reaction kettle, and the chemical reaction is carried out inside it. The heating system can provide the required high temperature, while the cooling system can help quickly cool down and stop the reaction. The working principle of the

2. high-pressure reactor The working principle of the

high-pressure reactor is based on the chemical reaction under the condition of high pressure and high temperature, so that the reactant is converted into a higher value product. In general, the reaction conditions need to be controlled manually to achieve the desired range.

1. High-pressure conditions

high-pressure reactors can provide high-pressure conditions because they are equipped with a powerful gas storage system that can generate high pressure. As the reactants fill the interior of the high pressure vessel, the high pressure system increases the pressure to bring the pressure within the vessel to the desired level.

2. Heating conditions

heating is one of the common working conditions of high-pressure reactors. The heating system of the high-pressure reactor is based on a closed circuit containing helium, and the helium inside it will heat up when the current passes and generate ohmic heat. This ohmic heat can be within a certain temperature range, just to meet the activation energy requirements of the reaction.

3. Cooling conditions

cooling is another common working condition of high-pressure reactors. When the chemical reaction reaches the desired level, rapid cooling is required to control the reaction process and control the formation of reaction products. The cooling system can quickly reduce the temperature inside the reactor to room temperature or other set temperatures.

3. the scope of application of high pressure reactor

high pressure reactor is widely used in chemical synthesis, catalytic reaction, high pressure stretching, high pressure hydrolysis and powder metallurgy and other industries. Due to its ability to carry out the reaction under high temperature and high pressure conditions, a more high quality and high yield of the synthesized product can be obtained.

high-pressure reactor is a common equipment in chemical synthesis laboratories. Its working principle is based on chemical reactions under high pressure and high temperature conditions. Through the in-depth understanding of the structure and working principle of the high-pressure reactor, we can better understand its application field and working principle, and hope that this article can help more readers to better grasp the basic knowledge of the high-pressure reactor.