The jet fuel was prepared by the hydrofining process of coker gasoline and diesel.
进行了焦化汽柴油加氢精制生产喷气燃料的实验研究。
A commercial test of coker gasoline hydrotreating for synthetic ammonia feedstock was summarized.
总结了焦化汽油馏分低压加氢精制生产合成氨原料的工业试验情况。
The technology widened the reforming feedstock source and solved the way out of the coker gasoline.
该技术拓宽了重整原料来源，较好地解决了焦化汽油的出路问题。
The lab research, evaluation, and commercial application of HPL-1 catalyst for coker gasoline hydrofining are expounded.
介绍了HP L - 1型焦化汽油加氢精制催化剂的实验室研究、评价及工业应用情况。
The said process has effectively raised octane number of the coker gasoline and prolonged service life of the reforming catalyst.
该法可有效提高焦化汽油的辛烷值，延长重整催化剂的使用寿命。
The major influencing factors of blending coker naphtha for 90 RON unleaded gasoline are its distillation range, octane number, existent gum and mercaptan content.
影响焦化汽油调合生产90 号无铅汽油质量的主要因素是焦化汽油的馏程、辛烷值、实际胶质和硫醇硫的含量。
The major influencing factors of blending coker naphtha for 90 RON unleaded gasoline are its distillation range, octane number, existent gum and mercaptan content.
影响焦化汽油调合生产90 号无铅汽油质量的主要因素是焦化汽油的馏程、辛烷值、实际胶质和硫醇硫的含量。
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