结果表明，煤炭地下气化方式制氢气是化石燃料制氢气的有效途径之一。
The result indicate the production of hydrogen by the UCG is one of the efficiency approach in the hydrogen making by use of fossil fuel.
结果表明，煤炭地下气化方式制氢气是化石燃料制氢气的有效途径之一。
The result indicate the production of hydrogen by the UCG is one of the efficiency approach in the hydrogen making by u...
结果表明，煤炭地下气化方式制氢气是化石燃料制氢气的有效途径之一。
The result indicate the production of hydrogen by the UCG is one of the efficiency approach in the hydrogen…
绿色能源生产成本很便宜。核反应堆发电的同时还可以用其副产品直接从水中制氢气。
'Green' energy is cheap, cheap, cheap to produce. A nuclear reactor can produce hydrogen directly from water using byproduct heat while also generating electricity.
像FutureGen这种以完全整合的联合循环电厂的制氢气方式会比今天的其他制氢气方式便宜25%。
The hydrogen produced in a fully integrated, combined-cycle plant like FutureGen promises to be 25% cheaper than today's hydrogen.
将两条生产线氢气管道进行联网改造，达到两条生产线氨分解制氢装置互为备用，增加系统供气可靠性的目的。
Hydrogen pipes for two production lines were interconnected so as to share the hydrogen-generating devices with ammonia decomposition technology and insure protect gas supply for the two lines.
增大循环氢气量或者混入其它制氢原料，可以有效降低加氢反应温升，弥补反应器的不足。
Limitation in available reactor space was compensated by increasing hydrogen recycle or incorporation of other feedstock, which was helpful to controlling temperature rise over the reactor bed.
改造后，制氢设备的氢气湿度达到了标准的要求。
The hydrogen humidity has been satisfactory since the reconstruction.
采用合成氨厂的氨合成气代替纯氢气使脂肪腈加压催化氢化 ，可一步制得双脂肪烃基仲胺。
A new process has been developed to synthesize p-aminophenol methyl ether from p-nitrophenol methyl ether by catalytic hydrogenation, using ammonia synthesis gas instead of pure hydrogen.
中国在世界上首次完成生物制氢中试研究，利用细菌从污水中分解收集氢气具备了工业化的条件。
China for the first time in the world succeeded in using bacteria to trial produce hydrogen gas from sewage rich in sugar or plant fibers, and acquired conditions for industrial production.
目前生物制氢技术中存在产氢效率低、氢气百分含量低等问题。
Currently, some problems exist in the biological hydrogen production, such as low efficiency of hydrogen-producing, low percentages of hydrogen.
厌氧发酵生物制氢技术可利用有机废水及固体废弃物等进行氢气生产，制氢过程清洁、节能。
The study of the biohydrogen anaerobic fermentation technology, mainly focuses on the details of hydrogen production bacteria screening and the hydrogen production process optimization.
目前生产氢气的方法主要有化学制氢法和生物制氢法两大类。
Up to now, there are two main Hydrogen production methods-chemical and biological methods.
在石油化工生产中，渣油可通过部分氧化法生产合成气或氢气，或作为蓄热炉裂解制乙烯的原料。
In petrochemical production, the residual oil by partial oxidation process to produce synthetic gas or hydrogen, or as raw materials for the pyrolysis of regenerative furnace.
氢气广泛用于石油、化工、冶金、电子等行业，水电解制氢是重要的制氢方法之一。
Hydrogen is widely used to industries of petroleum, chemistry, metallurgy and electronics, etc. Hydrogen generation system by water electrolysis is one of the important hydrogen production methods.
工业气：空气分离(制氧)，脱二氧化碳，氢气提纯。
Industrial gases: air separation (oxygen plants), CO2 removal, hydrogen purification.
工业气：空气分离(制氧)，脱二氧化碳，氢气提纯。
Industrial gases: air separation (oxygen plants), CO2 removal, hydrogen purification.
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