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钾霞石是某些烃类蒸汽转化催化剂的重要组成之一，钾霞石的质量影响此类催化剂的抗积碳性能。将厢式电炉焙烧改为隧道窑焙烧，不仅降低了钾霞石的生产成本，缩短了工期，而且使钾霞石的合成率提高了１５％，并由此降低了催化剂中钾的流失速率，保证了催化剂的工业应用性能良好。
Kalkiane is one of the important components of some hydrocarbon steam reforming catalysts. The quality of kamamene affects the anti-carbon deposition properties of these catalysts. The conversion of the box-type electric furnace to the tunnel kiln roasting not only reduced the production cost of kamamene and shorten the construction period, but also increased the synthesis rate of kernia by 15% and thus reduced the rate of potassium loss in the catalyst, Ensure that the catalyst for industrial applications good performance.