介绍了燕化公司工业氢气和含氢气体性质、产量及氢气平衡，提出了综合利用氢气资源的对策。
The quality and yield of plant hydrogen and hydrogen-containing gas and hydrogen balance in BYPC were introduced. The measures of comprehensive utilization of hydrogen resource were presented.
氢气大量地在工业中被用于氨的生产。
Hydrogen is used extensively in industry for the production of ammonia.
这些文件主要涉及到一般的工业气体，通常为氧气，氮气、氢气、氩气和乙炔气。
This document mainly deals with the common industrial gases, namely oxygen, nitrogen, hydrogen, argon and acetylene.
它的工业生产方法主要是靠氢气与一氧化碳或二氧化碳的催化反应，或者是靠甲烷及其他烃类的氧化。
It's produced for industrial purposes chiefly by a catalyzed reaction between hydrogen and carbon monoxide or carbon dioxide, or by oxidation of methane and other hydrocarbons.
氢气既是重要的工业原料又是清洁的燃料，近年来需求量剧增。
Demand of hydrogen has grown continuously in recent years as it is an important industry resource and a clean fuel.
参照加氢裂化某工业装置使用的循环氢气液凝聚器，设计制造了一台相同工艺尺寸的气液凝聚器试验模型。
An industrial full scale cold model of an agglomerator for recycle hydrogen in hydrocracking process was designed and manufactured.
氢气也可以作为工业原料或新型燃料直接应用。
As an industrial crude material or novel fuel, these hydrogen gases may be directly applied also.
叙述了介绍了气体膜分离技术在分离空气制备富氧、富氮，水蒸气、有机蒸汽的分离和氢气回收等工业领域的应用。
Various applications of gas separation membrane were reviewed in details, such as medical rich oxygen, air separation, water vapor separation, hydrogen recovery in refinery gas and so on.
采用本方法制备出的活性炭已经成功应用于变压吸附法提纯氢气的工业装置，氢气的纯度达到99.999％。
The activated carbon prepared by this method has been successfully used in industrial equipment for hydrogen purification, with the hydrogen purity being more than 99. 999%.
硫化氢是一种有毒的工业废气，从硫化氢中制取硫磺和氢气不但可以回收硫化氢，而且可获得清洁能源氢气和硫磺。
Hydrogen sulfide is a noxious industrial gas. Recovering hydrogen sulfide from industrial waste gas can not only protect the environment but also provide cleaning energy - hydrogen and sulfur.
自从氢气回收和富氧分离大规模工业化以来，人们对气体在膜中的渗透机理进行了大量的研究。
Since hydrogen recovery and oxygen enrichment are industrialized on large scale, a lot of researching work have been done on gas permeation mechanism in membrane.
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.
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.
结果表明：采用带氢气循环的管式加氢，吸收效率高，生产能力大，适合于松香胺的工业化生产。
It shows that the latter gives a higher absorption rate of hydrogenation and a greater productivity.
结果表明：采用带氢气循环的管式加氢，吸收效率高，生产能力大，适合于松香胺的工业化生产。
It shows that the latter gives a higher absorption rate of hydrogenation and a greater productivity.
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