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A Solar Photobioreactor for the Production of Biohydrogen from Microalgae

机译:一种用于从微藻生产生物氢的太阳能光生物反应器

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摘要

The green microalga Chlamydomonas reinhardtii is proposed to produce hydrogen in a low-cost system using the solar radiation in Yucatan, Mexico. A two-step process is necessary with a closed photobioreactor, in which the algae are firstly growth and then induced for hydrogen generation. Preliminary results are presented in this work with some planning for the future. Different culture broths, temperatures and light intensities were tested for biomass and hydrogen production in laboratory conditions. The first experiments in external conditions with solar radiation and without temperature control have been performed, showing the potential of this technique at larger scales. However, some additional work must be done in order to optimize the culture maintenance, particularly in relation with the temperature control, the light radiation and the carbon dioxide supply, with the idea of keeping an economic production.
机译:有人提出在墨西哥尤卡坦半岛使用太阳辐射在低成本系统中生产绿色微藻衣藻(Chlamydomonas reinhardtii)来生产氢气。封闭的光生物反应器需要两步过程,其中藻类首先生长,然后被诱导产生氢。初步结果已在这项工作中提出,并为未来作了一些计划。在实验室条件下测试了不同的培养液,温度和光照强度的生物量和产氢量。已经进行了在有太阳辐射且没有温度控制的外部条件下进行的第一个实验,显示了该技术在更大规模上的潜力。然而,必须进行一些额外的工作以优化培养的维持,特别是在温度控制,光辐射和二氧化碳的供应方面,以保持经济的生产。

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