山西化工
山西化工
산서화공
SHANXI CHEMICAL INDUSTRY
2012年
1期
57-59
,共3页
A301型氨合成催化剂%升温还原%应用
A301型氨閤成催化劑%升溫還原%應用
A301형안합성최화제%승온환원%응용
A301 ammonia synthesis catalyst%catalyst reduction under high temperature%application
总结了A301型低温、低压、高活性氨合成催化剂在φ1800mm合成塔的实际应用情况。介绍了合成系统的配置、工艺流程以及催化剂的装填情况，通过催化剂升温还原状况和生产过程运行数据的比较，对A301型氨合成催化剂的应用效果进行了评价，充分反映出A301型氨合成催化剂活性高、使用压力低、氨产量大等优良的性能特点。
總結瞭A301型低溫、低壓、高活性氨閤成催化劑在φ1800mm閤成塔的實際應用情況。介紹瞭閤成繫統的配置、工藝流程以及催化劑的裝填情況，通過催化劑升溫還原狀況和生產過程運行數據的比較，對A301型氨閤成催化劑的應用效果進行瞭評價，充分反映齣A301型氨閤成催化劑活性高、使用壓力低、氨產量大等優良的性能特點。
총결료A301형저온、저압、고활성안합성최화제재φ1800mm합성탑적실제응용정황。개소료합성계통적배치、공예류정이급최화제적장전정황，통과최화제승온환원상황화생산과정운행수거적비교，대A301형안합성최화제적응용효과진행료평개，충분반영출A301형안합성최화제활성고、사용압력저、안산량대등우량적성능특점。
In this paper, the properties and features of A301 low-temperature and low-pressure ammonia synthesis high-activity catalyst and its application in the φ1800 mm synthesis reactor were introduced. The configuration and procedure of synthesis system and the filling of catalyst were also explained. The performance of A301 ammonia synthesis catalyst was evaluated by comparing the data of cat- alyst reduction under high temperature and that of synthesis operational state. The results showed that A301 ammonia synthesis catalyst possessed a high catalytic activity, low pressure condition and considerable ammonia production.
