1.
Similarly, to take advantage of the split between light and heavy crude prices as well as deep conversion of crude to more valuable light products, heavy oil conversion technologies are indispensable.
同理，为善用轻重原油的价差和重油转化为高价值轻质油料，有效的重油转化技术亦不可或缺。
2.
The most important technologies to meet the current and future needs are those for clean fuel production and heavy oil conversion to light products.
清洁燃油制造和重油转化是因应当前和未来需要的技术。
3.
Progress in Commercial Technologies for Domestic FCC Catalysts for High Efficiency Heavy Oil Conversion
国内重油高效转化FCC催化剂工业化技术进展
4.
Approach of Oriented Conversion of Deoiled Asphalt to Advanced Carbon Functional Materials;
重油残渣定向转化新型碳功能材料的研究
5.
Basic Research on Composition, Structure and Efficient Conversion of Heavy Oils;
重油的组成结构和高效转化的基础研究
6.
PROPYLENE TRANSFORMATION DURING DEEP CATALYTIC CRACKING OF HEAVY OIL Ⅰ.Reactivity and Reaction Pathways
重油催化裂解反应条件下丙烯的转化反应 Ⅰ.反应性能及反应路径
7.
naphtha steam reforming catalyst
轻油蒸汽转化催化剂
8.
It is also of great strategic importance to transforming China's oil sector's resources advantage into economic returns.
对中国石油将资源优势转化为效益优势，也具有重要的战略意义。
9.
Construction of Novel Recombinant Escherichia coli Capable of Producing 3-hydroxypropionic Acid and Its Conversion of Glycerol
产3-羟基丙酸重组菌的构建及其转化甘油的研究
10.
Research on SKVJ single rotating atomizing burner adapted to domestic heavy fuel
扎克SKVJ单转杯雾化燃烧器适应国产重油燃烧的研究
11.
The shift in emphasis from the use of macrofossils to microfossils for zonation, caused by oil exploration, has already been noted.
由石油勘探引起的划带重点化石已经显然由大化石转移到微体化石。
12.
Optimized Matching and R&D for Rotor-structure Fuel Delivery Pump
转子燃油输油泵优化匹配与研制开发
13.
Fundamental Studies on Catalytic Cracking of Coker Gas Oil;
焦化蜡油催化裂化转化应用基础研究
14.
Event Specific Detection of Transgenic Rapeseed;
转基因油菜转化事件特异性检测技术
15.
A process in which naphthas are converted to high-octane aromatics in the presence of hydrogen and a catalyst under pressure and heat.
临氢重整在高温高压下，在氢和催化剂的作用下石油精转化为高辛烷值的芳烃的过程
16.
That heavy oil will clog up the machinery, ie prevent it from working properly.
这种重油会妨碍机器的运转.
17.
Investigation of New Catalyst for Biomass Tar Catalytic Reforming;
生物质焦油催化转化新型催化剂研究
18.
Catalytic Conversion of Biomass Tar Model Compound;
生物质焦油模型化合物催化转化研究