Liquid fuels can be produced using direct coal liquefaction.
煤直接液化可以生产液体燃料油。
The mechanism of coal liquefaction by hydrogenation was discussed.
讨论了煤加氧液化机理。
Uncertainty; Real options; Coal liquefaction; Multi-factors sensitivity analysis;
不确定性；实物期权；煤制油；多因素敏感性分析；
Construction of the first commercial coal liquefaction demonstration plant has now commenced.
世界上首家煤炭直接液化工业性示范厂也已开工建设。
Usually, there are two technical routes: direct coal liquefaction and indirect coal liquefaction.
煤制油技术主要有煤炭直接液化和煤炭间接液化两类。
The theory on limitations of direct coal liquefaction oil yield has been found for the first time.
首次建立了煤炭直接液化油收率极限理论。
Coal swelling is one of the major factors causing viscosity change during direct coal liquefaction.
溶胀是煤直接液化升温过程中粘度发生变化的主要原因之一。
The pilot test of hydro-upgrading process for direct coal liquefaction effluents(DCLE) was elaborated.
进行了煤直接液化油品的提质加工加氢改质工艺中试试验。
The technology of coal transform oil includes two chief types: direct coal liquefaction and indirect coal liquefaction.
煤制油技术主要有煤炭直接液化和煤炭间接液化两类。
Test result showed that combustion of Shenhua coal liquefaction residuals proceeds in two stages a low and a high temperature stage.
实验表明：神华煤液化残渣的燃烧是分两步进行的，在低温段主要是神华煤液化残渣中挥发性的气体急剧析出，引起燃烧失重；
Industrialization of coal liquefaction technology is very important to balance the energy mix, and resolve the lack of petroleum resource.
阐明了煤炭液化产业化对平衡能源结构，解决石油短缺具有重要意义。
The feasibility of thermal state continuative feeding coking process with coal liquefaction residue was discussed through experiment study.
通过试验分析，探索了煤直接液化残渣采用热态、小批量连续进料炼焦工艺的可行性。
How to utilize the residue is a urgent one among tasks and has significant economical efficiency for Direct Coal Liquefaction is commercialized.
如何利用煤直接液化残渣对液化技术商业化应用的经济性有重要意义，是煤直接液化技术商业化应用中亟需解决的课题之一。
The catalyst has the advantages of high catalytic activity, simple preparation method and mild reaction conditions for the direct coal liquefaction.
本发明提供的催化剂具有催化活性高、制备方法简单、用于煤直接液化时反应条件温和的优点。
Viscosity change of coal slurry is an important technological problem during direct coal liquefaction, and up to now it hasn't been fully researched.
煤直接液化过程中煤浆黏度的变化严重影响设备的正常运行，油煤浆的黏温特性是煤直接液化工艺设计与开发的重要参数。
The coal liquefaction is the abbreviation of the coal chemical technology to produce industrial chemicals and liquid fuel with coal for raw material.
煤制油是以煤炭为原料生产液体燃料和化工原料的煤化工技术的简称。
In this circumstance, the item of Yushen coal liquefaction base comes into being, but there are many problems to be solved on how to conduct this item.
在此形势下，榆神煤炭液化基地项目应运而生，但项目如何实施，还有一系列的问题需要解决。
Ordos will lead the way, but it remains to be seen whether its scientists will be as successful with carbon storage as they have been with coal liquefaction.
鄂尔多斯将成为领路者，当地的科学家们在煤液化方面取得了成功，但他们能否在碳储存方面取得同样的成功仍有待观察。
The direct coal liquefaction technology, as one of the important routes to substitute oil, has attracted people's attention and concern for a long time.
煤直接液化技术作为石油替代的重要途径之一，长期以来一直受到人们的关注。
The effects of preparation factors of Ni-Mo catalyst with DX-30 active carbon as carrier on hydro-desulfurization and hydro-denitrification of coal liquefaction oil were studied.
本文研究以DX - 30活性炭为载体的镍-铝催化剂制备因素对煤液化油的加氢脱硫脱氮反应的影响。
The effect of hydrogen and the mechanism of hydrogen-donor of coal liquefaction in recent years are reviewed. The measures to improve activity of hydrogen are also introduced briefly.
综述了近年来关于煤液化反应中氢气的作用及供氢机理方面的研究成果，并介绍了提高煤液化中活性氢的方法。
This paper reviewed the results about the solvent effect on coal liquefaction in recent years. Some new analysis methods and new research directions to study solvent effect were proposed.
综述了近年关于煤液化反应中溶剂作用方面的研究成果，以及研究溶剂作用的新分析手段和研究方法。
According as the former research achievements of coal liquefaction residues, proposed its later research direction, and this have important indicating significance for home coal chemistry.
在总结前人研究成果的基础上，指出了今后的研究方向，这对于中国的煤化工事业具有重要的指导意义。
The paper describes the application of coal gasification, coal liquefaction and coal in the combination cycling power generation, as well as the process flow of this type air separation plant.
论述了空分设备在煤气化、煤液化和煤联合循环发电中的应用，以及该类型空分设备的流程形式，指出了空分设备在煤化工中的应用前景。
The paper describes the application of coal gasification, coal liquefaction and coal in the combination cycling power generation, as well as the process flow of this type air separation plant.
在熟悉空分设备工艺流程，掌握设备结构的基础上，针对设备故障现象，及时准确地发现故障并排除之，对空分设备的正常运行具有十分重要的意义。
Compared with other direct coal liquefaction processes, IGOR process is characterized with higher throughout of coal hydrogenation reactor, higher integration degree and higher quality of oils.
与其它煤直接液化工艺相比，IGOR工艺具有煤直接液化反应器的空速高、系统集成度高和油品质量好的特点。
The coal liquefaction oil was separated using gradient elution method and the aromatics were analyzed by gas chromatography and mass spectrometry (GCMS) and 1Hnuclear magnetic resonance (1HNMR).
采用梯度洗脱技术对煤液化油进行了分离，并对芳烃部分进行了气相色谱质谱（GCMS）和核磁共振氢谱（1HNMR）分析。
The coal liquefaction oil was separated using gradient elution method and the aromatics were analyzed by gas chromatography and mass spectrometry (GCMS) and 1Hnuclear magnetic resonance (1HNMR).
采用梯度洗脱技术对煤液化油进行了分离，并对芳烃部分进行了气相色谱质谱（GCMS）和核磁共振氢谱（1HNMR）分析。
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