The results of a study on improving the low-temperature CO shift conversion technology by reducing the water vapor consumption in the ammonia production are presented. It was found that excess water vapor relative to stoichiometry leads to an increase in energy consumption. The possibility of reducing the water vapor consumption is shown; at the same time the carburization of the industrial catalyst is not observed.

中文翻译：

---

降低反应混合物中过量水蒸气条件下用于CO转化的低温催化剂的抗碳化性能

介绍了通过减少氨生产中的水蒸气消耗来改进低温 CO 变换技术的研究结果。发现相对于化学计量过量的水蒸气导致能量消耗的增加。显示了减少水蒸气消耗的可能性；同时未观察到工业催化剂的渗碳。