从生物制氢反应器中富集、分离培养发酵产氢细菌并发挥其最大产氢能力，可以提高高浓度有机废水制氢系统的产氢性能。
The use of the effluent from biohydrogen production reactor for producing microbial flocculants can decrease the production cost and realize the entirely clean production.
利用间歇实验对不同碳源、氮源及碳氮质量比值对产氢细菌RF-9的发酵产氢行为影响进行了探讨。
The carbon-nitrogen mass ratio (mC/mN) has a significant influence on fermentative hydrogen production capacity of strain RF-9, cell growth and fermentative H2-producing ability would be impro.
本文综述了目前国内外生物制氢技术各个方面的研究进展和成果，并详细描述了光合产氢细菌及发酵产氢细菌等主要产氢生物的产氢机制。
The paper reviewed the current research progress and the main achievements of biohydrogen production technology research both at home and abroad, and described the hydrogen production mechanisms o…
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