1.
Application of fibre-film contactor in coker LPG sweetening process
纤维膜接触器在催化液态烃脱硫醇工艺中的应用
2.
Problem analysis and countermeasures of desulphidation system for coking rich gas and liquid hydrocarbons
焦化干气和液态烃脱硫系统问题分析及对策
3.
Fine Desulphurization of Atmospheric Temperature in Protecting of Methanol Catalyst and Methanol Olefination Catalyst
保护甲醇催化剂与醇烃化催化剂的常温精脱硫工艺
4.
Study on the Removal of Sulphuretted Hydrogen from Ethylene Glycol by Emulsion Liquid Membranes Technique;
乳化液膜法脱出乙二醇溶液中的硫化氢
5.
SOLID BASE TECHNOLOGY AND ITS APPLICATION IN THE SWEETENING OF LPG
固体碱技术在液化气脱硫醇工艺中的应用
6.
Study on Compound Methyl Diethanolamine Solution Flue Gas Desulphurization
复合型甲基二乙醇胺溶液烟气脱硫试验研究
7.
Study on oxidation of mercaptan catalyzed by the catalysts for oxidative removal of mercaptan from LPG
液化气中脱硫醇催化剂氧化性能的研究
8.
Study on catalytic oxidation performance of mercaptan oxidation catalysts for LPG
液化石油气脱硫醇催化剂氧化性能的研究
9.
Hydroxyl ammonium ionic liquids: synthesis and flue gas desulfurization
醇胺类离子液体合成及其烟气脱硫特性
10.
The Study of the Performance of Ionic Liquid and Solid Acid Catalysts on Desulfuration and Decreasing Olefin of Gasoline;
离子液体及固体酸对汽油脱硫降烯烃性能的研究
11.
Sulfide Oxidation in Fiber-Liquid Membrane Demercaptanizing Process for Gasoline
汽油纤维液膜脱硫醇工艺中硫化物氧化反应的研究
12.
Preparation of Solid Base Catalyst and Its Application to the Sweetening of Liquefied Petroleum Gas;
固体碱催化剂的制备及其在液化气脱硫醇中的应用
13.
The Synthesis of Hydroxyl Ammonium Ionic Liquids and Study on Their Capability of Flue Gas Desulphurization;
醇胺类离子液体的合成及其在烟气脱硫中的性能研究
14.
Quantitative Study on Effect of Anaerobic Condition in Liquid Phase on Bio-removal of Hydrogen Sulfide from Biogas
液相厌氧状态对沼气生物脱硫影响的定量研究
15.
Continuous Removal of Heat Stable Salts in Methyldiethanolamine Solution by Homogenous Membrane Electrodialysis
电渗析法连续脱除醇胺溶液中的热稳态盐
16.
Dearsenication of Liquid Hydrocarbons and Interaction between Arsenic Compounds and Cuprous Probes
液态石油烃的脱砷及砷化物与亚铜探针的相互作用
17.
Study on Removal of Organic Sulfur from High Sulfur and Ash Coal by 1-propyl Alcohol;
正丙醇脱高硫高灰煤中有机硫的研究
18.
By adopting these technologies, fuel oils with low sulfur, low thiol and low aromatic contents can be obtained.
采用这些技术，可以生产低硫、硫醇或低硫低芳烃含量的燃料产品。