A high-pressure reactor is an experimental or industrial device capable of withstanding high temperature and pressure within a sealed container to achieve chemical reactions. It is widely used in chemical, materials, pharmaceutical, and new energy fields for reactions requiring high pressure, such as synthesis, catalysis, hydrothermal reactions, and hydrogenation. The following is the working principle and process of a high-pressure reactor.
Working Principle
1. The reactants (liquid, solid, or gas) are placed in a sealed, pressure-resistant container. Then, through heating and pressurization, a high-temperature, high-pressure environment is created, promoting rapid and efficient chemical reactions.
2. The entire process is like a pressure cooker, but more precise and safer, and also includes stirring, temperature control, and pressure monitoring.
