1.
Tahe VR-based and SBR-modified high quality paving asphalt
用SBR改质塔河减压渣油生产优质道路沥青
2.
Control of coking in oil slurry system of full-range VR FCC main fractionator
全减压渣油催化裂化分馏塔油浆系统结焦控制对策
3.
DETERMINATION OF RESIDUAL PENTANE IN DE-OILED ASPHALT OF LIAOHE HEAVY CRUDE VACUUM RESIDUUM BY STATIC HEADSPACE GAS CHROMATOGRAPHY
顶空气相色谱法测定辽河稠油减压渣油脱油沥青中戊烷含量
4.
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。
5.
Coking Test of Vacuum Residue with Ethylene Heavy Tar;
减压渣油掺炼乙烯重焦油共焦化试验
6.
Study on the Coking Reaction of Vacuum Residue with Heavy Aromatic Oil;
减压渣油掺炼高芳烃油焦化反应的研究
7.
Catalytic Hydroconversion of the Draff from Supercritical Fluid Extraction of Dagang Vacuum Residue with Active Carbon
活性炭对大港减压渣油超临界萃取残渣的催化加氢
8.
Separation, Composition and Properties of Vacuum Residues of Saudi Arabian Light and Middle Crude Oils
沙轻和沙中减压渣油的分离、组成与性质
9.
Study on Donating Hydrogen Capability of Co-processing Shengli Vacuum Resid and Shenfu Coal;
胜利减压渣油与神府煤共处理供氢性能研究
10.
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
11.
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。
12.
CATALYTIC CRACKING OF DEASPHALTED OIL FROM DAQING VACUUM RESIDUE/FCC SLURRY MIXED FEED
大庆减压渣油/催化裂化油浆混合原料脱沥青油的催化裂化
13.
Fractured-Vuggy Carbonate Reservoirs in Tahe Oilfield
塔河油田缝洞型碳酸盐岩油藏水平井酸压技术
14.
Study on acid-refracturing feasibility in carbonate reservoirs of Tahe oilfield
塔河油田碳酸盐岩油藏重复酸压可行性研究
15.
Research on Single Well Deliverability Decrease Method of Tahe Carbonate Rock Fractured-hole Reservoir
塔河碳酸盐岩缝洞性油藏单井递减规律研究
16.
STUDY ON THE CATALYTIC CRACKING REACTION OF THE EXTRACT OILS FROM SAUDI ARABIAN VACUUM RESIDUE BY SUPERCRITICAL EXTRACTION
沙特阿拉伯减压渣油超临界抽出油催化裂化反应性能
17.
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
18.
Analysis of Corrosion on Local Position of Supporting Beam of Accumulator Tank in Decompression Tower
减压塔三线集油箱支撑梁局部产生腐蚀原因