当代化工
噹代化工
당대화공
CONTEMPORARY CHEMICAL INDUSTRY
2013年
4期
439-440
,共2页
张学辉%刘涛%关眀华%孙士可
張學輝%劉濤%關眀華%孫士可
장학휘%류도%관명화%손사가
清洁柴油%植物油%适应性%稳定性
清潔柴油%植物油%適應性%穩定性
청길시유%식물유%괄응성%은정성
Clean diesel%Vegetable oil%Adaptability%Stability
介绍了植物油进行催化加氢生产优质柴油的工艺技术,对工艺条件、催化剂体系稳定性和原料适应性分别进行了系统考察.试验结果表明:选择合适的催化剂体系,合理的工艺条件,可以实现植物油催化加氢生产优质柴油,同时保证长周期平稳运行,而且,对原料油具有良好的适应性,具有很好的应用前景.
介紹瞭植物油進行催化加氫生產優質柴油的工藝技術,對工藝條件、催化劑體繫穩定性和原料適應性分彆進行瞭繫統攷察.試驗結果錶明:選擇閤適的催化劑體繫,閤理的工藝條件,可以實現植物油催化加氫生產優質柴油,同時保證長週期平穩運行,而且,對原料油具有良好的適應性,具有很好的應用前景.
개소료식물유진행최화가경생산우질시유적공예기술,대공예조건、최화제체계은정성화원료괄응성분별진행료계통고찰.시험결과표명:선택합괄적최화제체계,합리적공예조건,가이실현식물유최화가경생산우질시유,동시보증장주기평은운행,이차,대원료유구유량호적괄응성,구유흔호적응용전경.
The technology to produce high-quality diesel from vegetable oil by catalytic hydrogenation was introduced. Process condition, catalyst system and foodstuff adaptability were systemically investigated. The results indicate that optimal catalyst system and process conditions are the key to produce high-quality diesel from vegetable oil by catalytic hydrogenation, and make the process keep stable running at long term; The process technology has good foodstuff adoptability, so it has better application prospective.