Questions regarding the methane steam conversion process
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Could the condensate from the separator in the methane steam reforming process contain catalyst powder? Additionally, how should the amounts of CO, CO2, H2, etc., contained in the condensate be handled?
1: If the pressure changes too rapidly during production, if the plant starts and stops frequently, or if the catalyst is not screened before being loaded, this can cause the catalyst to break down and form catalyst ash, which will then enter subsequent processing stages along with the process gas. As a result, catalyst ash will be present in the liquid separated in the separation tank. 2: The process condensate contains substances such as NH3 and CH3OH, so it needs to be stripped using steam before it can be recovered
Could the condensate from the separator in the methane steam reforming process contain catalyst powder? Logically, the condensate from the separator in the methane steam reforming process should not contain catalyst powder, as any catalyst powder present in this process would settle in the medium-temperature and low-temperature catalyst beds, and would not end up in the process condensate. Additionally, how should the amounts of CO, CO2, H2, etc., contained in the condensate be handled? The contents of CO, CO2, H2, etc., in the condensate can be treated through a stripping process.