Polypropylene main catalyst switching method

Based on your question, there are several possible methods for switching the polypropylene main catalyst: 1. Automatic switching: In this setup, the catalyst switch is carried out via an automatic control system. This approach typically requires the installation of appropriate sensors and control systems to monitor the amount of catalyst in the catalyst tank, and to automatically open or close the relevant valves in order to effect the switching based on preset conditions. 2. Manual switching: In this device, the catalyst is switched via manual control of the valve by the operator. This approach requires certain training and operational experience to ensure the accuracy and safety of the switch. The specific steps may include closing the discharge valves of the original tanks D108A/B, and then opening the feed valves of the tank D201 that has been switched in. 3. Switching without closing the D201 root valve: In this system, catalyst switching is achieved by adjusting other valves, without shutting down the D201 root valve. The specific steps may include opening the feed valve of the tank that has been switched in, D201, closing the feed valves of the original tanks, D108A/B, and adjusting the relevant valves so that the catalyst can flow from the new tank into the reactor. The above is only a general discussion; the specific methods of switching may vary depending on the device design and operational requirements. In actual operation, it is necessary to strictly follow the relevant equipment operating procedures and instruction manuals to ensure safety and operational accuracy. .

What switching method does your device use?

The method used in our setup is manual switching, and the root hand valve on the D201 side is not closed