当代化工
噹代化工
당대화공
CONTEMPORARY CHEMICAL INDUSTRY
2013年
5期
660-662
,共3页
张学辉%彭绍忠%曾榕辉%孙士可
張學輝%彭紹忠%曾榕輝%孫士可
장학휘%팽소충%증용휘%손사가
加氢%植物油%柴油收率%大豆油
加氫%植物油%柴油收率%大豆油
가경%식물유%시유수솔%대두유
Hydrogenization%Vegetable oil%Diesel yield%Soybean oil
介绍了植物油的组成、结构特点以及目前植物油的应用情况,在蜡油中掺炼植物油进行加氢试验。试验结果表明:在不改变现有加氢处理装置的生产和使用现有的催化剂体系,在蜡油原料中掺炼植物油技术可行,掺炼后,柴油质量明显提高,尾油质量不受影响。
介紹瞭植物油的組成、結構特點以及目前植物油的應用情況,在蠟油中摻煉植物油進行加氫試驗。試驗結果錶明:在不改變現有加氫處理裝置的生產和使用現有的催化劑體繫,在蠟油原料中摻煉植物油技術可行,摻煉後,柴油質量明顯提高,尾油質量不受影響。
개소료식물유적조성、결구특점이급목전식물유적응용정황,재사유중참련식물유진행가경시험。시험결과표명:재불개변현유가경처리장치적생산화사용현유적최화제체계,재사유원료중참련식물유기술가행,참련후,시유질량명현제고,미유질량불수영향。
Composition, structure properties and application of vegetable oil were introduced. The vegetable oil was blended into wax oil, then hydrotreating experiment of the mixture was carried out. The results indicate that the technology was viable. After hydrotreating wax oil blended with vegetable oil, diesel quality is greatly improved,and tail oil quality is not affected.