Installation environment requirements when using high-pressure reactor

1. There are generally relative requirements for the installation environment during use, such as air ventilation and lighting conditions. Therefore, the reactor must be installed and used in a designated location when installed, and must be operated in accordance with the instructions provided by the manufacturer.
2. For the accessories of the pressure vessel on the kettle body, such as pressure gauges, thermometers, etc., you need to understand the range of use conditions of these accessories, conduct pressure and temperature tests on the pressure gauges, etc., or directly consult the manufacturer about their scope of use, before use It needs to be used within the scope of use conditions.
3. The pressure gauge needs to be calibrated frequently. When used within the pressure range of the pressure gauge, not only maintenance is required, but the pressure gauge also needs to be maintained. Only when the parts are well maintained can the service life of the reactor be extended.
4. Avoid mixing pressure gauges for oxygen with pressure gauges for other gases.
5. Safety valves and other safety devices must use equipment that has been regularly inspected and meets the specified requirements.
6. During operation, care must be taken that the thermometer must be accurately inserted into the reaction solution.
7. The interior and padding parts should be kept clean.
8. When closing the disc flange cover, tighten the bolts located on the diagonal in pairs in sequence.
9. When the measuring instrument breaks, in most cases it breaks on the front and rear sides of the glass surface. Therefore, do not stand in these dangerous places during operation. When danger is expected, the glass should be removed and replaced with a new one.
10. Dangerous operation. When using the reactor, the operator needs to put in a small amount of raw materials each time to fully react step by step. However, this is too inefficient, so the operator puts the materials into the reactor, which accounts for 80% of the effective volume of the container. This is extremely dangerous. Prone to explosion.
11. High-pressure reactor machines that operate beyond the material coefficient are prone to bolt distortion, causing the lid to explode, causing the material to be ejected, causing a fire, and the heater to be blown away.