Some questions about the processing volume!
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The processing volume of the device is generally the designed processing volume, with an operational flexibility of 80-120%! If the device operates at 120% load for an extended period, is this considered its normal operating capacity? Can it run for a long time? Also, what are the effects of running it for a long time on the equipment and catalysts?
The designed maximum load for the device is 120%; as long as the process conditions permit and the product quality remains satisfactory, it is of course possible to operate the device at high load levels for extended periods. Operating at high load results in the lowest energy consumption and thus the best economic benefits. In my opinion, this has little impact on the equipment; however, the catalyst’s service life may be shortened somewhat. This requires analysis on a case-by-case basis, as there are many factors at play
Is it reasonable to operate at maximum processing capacity for extended periods of time?
A key factor determining whether a device performs well or poorly is whether it can operate at full capacity. Since the designed operating level is 120%, it is ideal for the device to be able to operate at this level. Many devices do not reach full capacity due to various constraints, including issues related to the devices themselves as well as market factors; these factors together determine the actual loading level of the device