在另一项演示中，他们为华盛顿大学分析了细菌中的制氢过程。
In another demonstration, they analyzed hydrogen production in bacteria for the University of Washington.
介绍了制氢炉对流段炉管的化学清洗方法。
The chemical cleaning method of convection section tube for hydrogen manufacturing furnace was recommended.
在另一项演示中，他们为华盛顿大学分析了细菌中的制氢过程。
In another demonstration they analyzed hydrogen production in bacteria for the University of Washington.
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.
通过实施炼厂气制氢方案，取得了很好的经济效益。
Good economic benefits were obtained by executing the programme of hydrogen production from refinery gases.
介绍了焦化气制氢技术从试验室开发到工业应用的过程。
The development and commercial practice of a hydrogen production process with coking gas as feed is summarized.
为此，开展了利用生物制氢废液筛选高效产絮菌的研究。
Screening high-efficiency flocculant-producing bacteria by the effluent of bio-hydrogen production reactors was investigated.
利用焦化干气制氢技术对轻油制氢装置进行了技术改造。
The hydrogen production technology was utilized to revamp a light oil hydrogen production unit for processing coking dry gas.
介绍了制氢转化炉的概况和转化炉管系的制作安装情况。
The general situation of the hydrogen producing conversion furnace and its tube system installation are described.
SPE电解水制氢技术成熟，将成为未来主要制氢方法之一。
Producing hydrogen by water electrolysis with SPE is a mature technology and will be one of the main ways of hydrogen production.
乙醇型发酵是有机废水发酵法生物制氢的最佳产氢发酵类型。
Ethanol type fermentation was proved to be optimum for bio-hydrogen production by organic wastewater fermentation.
本文用过程模拟法对以轻烃为原料的制氢工艺作了能量分析。
This article presents the energy analysis, by means of process simulation, of hydrogen making process using light hydrocarbon feedstock.
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.
介绍了水电解制氢和天然气重整制氢技术的原理及其工艺流程。
The paper describes the principles and process flowsheet of hydrolytic and electrolytic hydrogen making and hydrogen making by natural gas reformation.
生物质制氢是农业废弃物资源化利用的一项很有发展前途的技术。
Hydrogen production by biomass gasification is a promising technology, which belongs to the comprehensive utilization of agricultural wastes.
化学氢化物水解制氢可以用作燃料电池和其它备用电源的燃料氢源。
Hydrogen generated by hydrolysis of chemical hydride can be used as the fuel of fuel cell and other backup power.
最后，对超临界水气化制氢技术在污泥制氢中的应用作了重点论述。
At last, the application of the supercritical water gasification process in the production of hydrogen from sludge is mainly reviewed.
新型双功能转化催化剂可应用于以炼厂气为原料的制氢和合成氨工艺。
The new hydro conversion catalyst with double function can be applied in hydrogen production and synthetic ammonia process by refinery gas as feed.
水电解制氢设备是高空探测施放气球的保障，对高空业务是一个重要环节。
Hydrogen production plant by water electrolysis as the safeguard of the upper sounding is an important step.
实验采用线型升温的方法对煤泥水与河湖底泥共热解制氢特性进行了研究。
The experiment study the pyrolysis behaviors of coal slime and riverbed sludge using the method of liner warming.
对甲烷催化裂解制氢和生产碳纳米纤维两个过程耦合的可能性进行了研究。
The feasibility of simultaneous hydrogen and carbon nanofibers production from the catalytic decomposition of methane was discussed.
矿物燃料制氢是主要的制氢方法，其中以天然气蒸汽转化制氢的成本最低。
Hydrogen production from fossil fuel is the major processes in which steam reforming of natural gas is one of the most economic processes.
微生物厌氧发酵制氢与餐厨垃圾生物利用相结合具有很好的开发和利用潜力。
The integration of hydrogen production by anaerobic fermentation and bio-processing of food waste has a great development and utilizing prospect.
生物质气化制氢是一项富有前景的制氢技术，已引起了世界各国的普遍关注。
The prospective future of rich hydrogen gas from biomass gasification makes it a common concern of researchers all around the world.
集中讨论了生物质超临界水汽化制氢中催化剂的应用，及各类催化剂的比较。
This paper focus on the application of catalysts to hydrogen from gasification of biomass in supercritical water, and comparison among different types of catalysts.
针对制氢转化炉炉管多次开裂失效的情况，进行了宏观分析、化学分析以及金相分析。
The macro, chemical and metallographic analysis have been performed on the cracking failures of reformer tube for hydrogen generation.
针对制氢转化炉炉管多次开裂失效的情况，进行了宏观分析、化学分析以及金相分析。
The macro, chemical and metallographic analysis have been performed on the cracking failures of reformer tube for hydrogen generation.
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