Selective catalytic oxidation combined with extraction is one of the most promising deep desulfurization methods.
其中与液液萃取技术相结合的催化氧化脱硫法是最具潜力的深度脱硫法之一。
The melting characteristic of premelted refining slag and deep desulfurization of molten steel are experimentally studied.
在实验室条件下进行了预熔精炼渣熔化特性测定及钢水深脱硫实验研究。
The relationship between deep desulfurization, controlling nitrogen and controlling inclusions of X70 pipeline steel were analyzed.
分析了X70低硫管线钢的深脱硫、控氮及夹杂物控制之间的关系。
Feasible project for deep desulfurization was pointed out based on the characterizations for these two kinds of desulfurization methods.
基于这两种脱硫方法的不同特点，进一步提出了燃油深度脱硫的可行性方案。
This thesis focuses on the researches of selective adsorption and oxidation-extraction (adsorption) to challenge the ultra-deep desulfurization of diesel.
本论文集中研究吸附和氧化一萃取（吸附）用于柴油超深度脱硫。
High sulfur contents of the crude oil reserves, the need for fuels ultra-low in sulfur and continued stringent regulations call for deep desulfurization technologies.
低含硫矿物燃料的稀缺、高品质清洁燃料油的需求和日益严格的控制标准迫切需要开发燃烧前深度脱硫技术。
High sulfur contents of the crude oil reserves, the need for fuels ultra-low in sulfur and continued stringent regulations call for deep desulfurization technologies.
低含硫矿物燃料的稀缺、高品质清洁燃料油的需求和日益严格的控制标准迫切需要开发燃烧前深度脱硫技术。
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