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Addendum to Risk Assessment in Alternative Energy: Is Pond Scum the Answer?

机译:替代能源中风险评估的附录:池塘渣答吗?

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Historical Perspective of Algae as Fuel Source Consider that 42% of the current US energy market is liquid fuels, 38% is imported (Brown - 237), 25% is used for production of electricity, and 60% of oil is for ground transportation. (Riesling) One is consistently bombarded by news reports expressing our governments concern for national security due to our dependence on oil. Many remember similar concerns during the 1970's. Recent rapid increase in oil prices renewed national interest in algae as a biofuel. Algae as a fuel source is not a new concept. When one looks at the history of the discussion, algae appears to be an answer we can't seem to believe. Consider that the Mayan and Aztec cultures used algae as a human fuel source. Moving closer to modern day, in the 1950s, NASA began discussions on the concept of algae for fuel. In 1960, concepts emerged on large-scale systems of growth ponds for harvesting algae for biomass. In 1976, the Department of Energy's (DOE) predecessor organization was working algae technology to evaluate wastewater treatment/fuel production based on microalgae. (Sheehan-17) The first, federal laboratory dedicated to solar energy development was established in 1978 -^sSolar Energy Research Institute (SERI), located in Golden, CO. The facility's research focus expanded over the years to encompass the use of plant life for transportation fuels. In the 1980s, DOE initiated the Aquatic Species Program (ASP) to support production of hydrogen. The ASP initially focused on algae growth and use of carbon dioxide from coal power plants.
机译:藻类的历史视角视为燃料源认为,目前美国能源市场的42%是液体燃料,38%进口(棕337),25%用于生产电力,60%的石油用于地面运输。 (RIESLING)通过我们对石油的依赖表示,我们的政府对国家安全关注的新闻报道一直轰炸。许多人记得在1970年代的类似问题。近期油价的迅速增加将藻类兴趣重新成为生物燃料。藻类作为燃料来源不是一个新的概念。当一个人看待讨论的历史时,藻类似乎是一个我们似乎无法相信的答案。认为玛雅和阿兹特克培养物使用藻类作为人类燃料源。在20世纪50年代,美国宇航局开始讨论燃料藻类的概念。 1960年,出现了用于收获生物质的藻类的大型生长池塘系统的概念。 1976年,能源部(DOE)前身组织是工作藻类技术,以评估基于微藻的废水处理/燃料生产。 (Sheehan-17)首先是致力于太阳能发展的联邦实验室成立于1978年 - ^ Ssolar能源研究所(Seri),位于CONG CO。该工厂的研究重点在多年来扩大了植物生活的使用运输燃料。在20世纪80年代,DOE启动了水生物物种计划(ASP)以支持氢的生产。 ASP最初专注于藻类生长和煤发电厂二氧化碳的使用。

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