催化裂化产品精制装置技术改造

针对精制装置运行状况，提出取消液化石油气进料泵、优化改造脱硫溶剂系统、增上汽油脱硫醇尾气吸收系统等技术，降低装置操作费用，减少环境污染，实施后每年取得经济效益２３０万元以上。

催化裂化微反评价液体产品的组成

采用微型固定流化床评价了一种加拿大催化裂化原料在大孔催化裂化催化剂上的裂化性能,并采用GC-SCD、GC-NCD、GC-AED、GC-MSD以及GC-FID等分析表征手段对评价所得的微量液体产物进行了测定,详细考察了硫、氮、氢/碳摩尔比、芳烃以及汽油组分烃类组成随转化率的变化情况。

Carbon Nano-tube Supported Cu-based Catalyst for Methanol Synthesis Developed by Xiamen University

The Chemistry and Chemical Engineering School of Xiamen University has successfully developed the multi-walled nanotube catalyst with small and uniform diameter and has mastered the corresponding technology for manufacture of carbon nanotube. It is learned that this technology has been for the first time developed inside ;and has reached the internationally advanced level with some indicators commanding a globally leading position.