1.
OPTIMUM SELECTION OF VACUUM RESIDUE PROCESSING SCHEME IN OIL PRICE BOOSTING ERA
高油价时代渣油加工工艺路线的选择
2.
Residue processing can be summarized as decarbonization, hydrogenation and asphalt gasification.
渣油加工有脱碳工艺、氢工艺及沥青气化工艺。
3.
In the light of the actual situation of residuum processing in China, the article puts forth some specific suggestions concerning the choices of sulfur containing residuum processing lines in our country.
结合我国渣油加工的实际应用情况,对我国含硫渣油加工路线的选择提出具体建议。
4.
Comparison between Techno-economy of the Processing Schemes of High-sulfur Vacuum Residuum;
高硫减压渣油加工方案的技术经济比较
5.
Ni COLLOIDAL SOL CATALYST FOR SLURRY PHASE HYDROCRACKING OF RESIDUE
渣油悬浮床加氢工艺Ni液溶胶催化剂
6.
The Reasearch on Reasearch Protection of High-pressure Air Cooler for Residue Hydrotreating Unit
渣油加氢装置高压空冷工艺防腐探析
7.
Analysis of Slagging Problem in Wash Oil and Naphthalene Distillation Section
洗油加工和焦油萘蒸馏系统的结渣问题分析
8.
Discussion on Process Optimization to Residuum Hydrogenated Combined with RFCC
渣油加氢与重油催化裂化组合工艺优化探讨
9.
Actually, the processing route of high sulfur crudes is led to the processing scheme of atmospheric residuum or vacuum residue.
高硫含量原油加工路线的实质，主要是指常压渣油或减压渣油的加工方案。
10.
TECHNO-ECONOMIC COMPARISON OF PROCESSING SCHEMES FOR ATMOSPHERIC RESIDUE FROM IRAN CRUDE
伊朗常压渣油不同加工方案技术经济对比
11.
ANALYSIS OF THE APPLICATION OF RDS-RFCC COMBINED PROCESS
渣油加氢处理与催化裂化组合工艺的应用分析
12.
Residue hydrotreating technology had been used widely to process sour residue and poor quality residue.
为适合加工劣质、含硫渣油的需要，渣油加氢处理技术得到了广泛地应用。
13.
An Analysis of Performance of Changqing Petrochemical's Heavy Oil Catalytic Cracker in Processing Vacuum Residue
长庆石化1.40Mt/a重油催化裂化装置加工减压渣油运行分析
14.
A process for hydrogen visbrcaking of Tahe residue oil in suspension bed was described.
介绍采用悬浮床加氢工艺进行塔河渣油临氢减粘的方法。
15.
Research of Kinetic Model of Residue Hydrotreating-Catalytic Cracking Combined Process;
渣油加氢—催化裂化组合工艺反应动力学模型研究
16.
EFFECTS OF ADDITIVES ON HYDRODEMETALLATION OF RESIDUE
添加剂对渣油加氢脱金属性能的影响
17.
Study on Catalyst Loading Ratio of Residue Fixed-bed Hydrotreating Protective Catalyst
渣油固定床加氢保护剂级配比例研究
18.
Advances in reaction mechanism of residua hydrodemetallization
渣油加氢脱金属反应机理的研究进展