Imagine what happens when the CU-based catalyst used in low-temperature conversion is not fully reduced, and process gas is introduced
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Let’s discuss what might happen if, during the H2 reduction process using a catalyst at low temperatures, an error is made and the reduction is not complete, resulting in the use of process gas. This process is a hydrogen production process using series variations at medium and low temperatures in CO.
Incomplete reduction results in poor activity and low strength.
The behavior of straight pipes is characterized by excessive temperature. In addition to transformation reactions, reduction reactions also occur, and the catalyst temperature may exceed the limit.