The selection of oxidant is a crucial in oxidative desulfurization technology.
在氧化脱硫技术中，氧化剂的选择是其关键。
This paper reviews advances in oxidative desulfurization of gasoline and diesel oil in home and abroad.
综述了国内外汽油、柴油氧化脱硫技术进展。
Much study has been given to oxidative desulfurization technology due to its mild operation condition and low cost.
氧化脱硫技术因其操作条件温和、成本低，近十几年研究较多。
Currently, oxidative desulfurization (ODS) was considered one of the promising processes for its mild reaction condition, simple equipment design, and highly efficiency.
目前，氧化脱硫法由于其反应条件温和、设备简单、脱硫效果好，有较为广阔的应用前景。
Based on the theory of solvent extracting and the principle of oxidative desulfurization, the oxidative desulfurization technology of diesel oil is optimized by orthogonal experiments.
依据溶剂萃取理论及氧化脱硫原理，应用正交实验设计优化了柴油氧化脱硫工艺。
That system is composed of two kinds of common inorganic salts, which has high desulfurization efficiency (more than 90%), fewer by-reactions, and can be oxidative regenerated by air for circulation.
该体系由两种常见的无机盐组成，吸收反应简单，脱硫效率高（90％以上），副反应少，可用空气氧化再生，循环使用。
The experimental study on desulfurization of mixture of coal and poplar powder through pyrolysis in oxidative atmosphere;
在氧化性气氛中采用固定床反应系统对合山原煤进行了热解脱硫效果考察。
The experimental study on desulfurization of mixture of coal and poplar powder through pyrolysis in oxidative atmosphere;
在氧化性气氛中采用固定床反应系统对合山原煤进行了热解脱硫效果考察。
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