1.
INFLUENCE OF SOLVENT REFINING ON CATALYTIC CRACKING PERFORMANCE OF INFERIOR COKER GAS OIL AND HEAVY CYCLE OIL
溶剂精制对焦化蜡油和催化回炼油催化裂化反应性能的影响
2.
ENERGY-USE IMPROVEMENT OF FCC PROCESS FOR CRUDE GASOLINE UPGRADING
催化裂化粗汽油回炼改质工艺的用能改进
3.
The more HCO mixed into yR. the lower quantity of the coke on catalyst.
沙中减渣掺炼回炼油可大大降低加氢催化剂尤其是后部床层催化剂上的积炭；
4.
The Study on Lowering Olefine Content of RFCC Gasoline in Refinery Plant;
炼油厂降低催化汽油烯烃含量的研究
5.
Photocatalytic Degradation of Refinery Wastewater Containing Phenol with Nano-Fe~(3+)/TiO_2 Catalyst
纳米Fe~(3+)/TiO_2光催化降解含酚炼油废水
6.
Aromatization reaction of Shandong catalytic gasoline and liquefied petroleum gas compound
催化汽油和液化气混炼芳构化反应的研究
7.
Study on Catalytic Wet Oxidation of Refinery Spent Caustic Wastewater;
催化湿式氧化法处理炼油碱渣废水的研究
8.
Study on treatment of refinery wastewater by catalytic oxidation-reactive distillation method
催化氧化-反应精馏法处理炼油废水的研究
9.
Study on Catalytic Oxidation Desulfurization Technology Used for Sulfur Containing Refinery Wastewater
炼油厂含硫污水催化氧化脱硫技术研究
10.
MIP technology applications of catalytic-cracking unit in Yong-Ping refinery
永坪炼油厂催化裂化装置MIP工艺技术应用
11.
Treating Non-degradable Refinery Waste Water with Catalytic Oxidation Process
催化氧化法处理难降解炼油废水的研究
12.
Research and Applying DCS in Producing Process in Refinery Catalytic Cracked Unit;
DCS在炼油催化装置生产过程的应用与研究
13.
The feasible Analysis on Determination of COD in Refinery Wastewater by Spectrometric Method of Catalysis-free Microwave Digestion;
无催化微波消解测定炼油污水COD可行性分析
14.
Influences of Entering WTO on Oil Refining Catalyst Industry of Our Country and Countermeasures thereof;
加入WTO对我国炼油催化剂工业的影响及对策
15.
COMMERCIAL APPLICATION OF WSH-1 CATALYTIC COMBUSTION CATALYST FOR TREATING WASTE GASES FROM WASTE WATER TREATMENT SYSTEM IN REFINERY
WSH-1催化燃烧催化剂在炼油厂污水场废气治理中的应用
16.
Recovery of nickel from its spent catalyst after oil and fat hydrogenation
油脂氢化后废催化剂中金属镍的回收
17.
Application: Mainly used for petroleum industry. It's the basic raw material of W-base catalyzer used in oil refinery.
用途:多用于石油工业生产上,是炼油厂用钨基催化剂的主要原料。
18.
Recovering Ethylene and Light Olefins from Refinery Dry Gas to Exploit Refining-Chemical Integration Advantages to the Full;
发挥炼油化工一体化优势 从炼厂干气回收乙烯和轻烃