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Life Cycle Analysis for Algae Biofuels - Using Local Situations to Factor in the Cost/Benefit of High-End Products along with Nutrient Remediation and CO2 Sequestration

机译:藻类生物燃料的生命周期分析 - 利用当地的局面与高端产品的成本/益处与营养修复和CO2封存

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Algae as a feedstock for commercial biofuels is best suited for sunny and warm areas with abundant fresh, salt, or brackish water. Optimum areas worldwide are in the tropics. Logical areas in North America include the Southeast Gulf coast and perhaps New Mexico. Additional practical areas on smaller scale probably lie in metropolitan locations, especially near international airports. The cost-benefit of these endeavors can be enhanced when factors such as high-end products alongside collaboration with sewage treatment or other waste water remediation, industrial carbon dioxide sequestration, reduced transport distance of fuels, and other aspects of the local economy are taken into consideration. This paper discusses how Oral Roberts University and KBI-Best Energy Solutions propose to work with the Tulsa Airport Authority, the City of Tulsa, and local industries to enhance the practicality of a local algae biofuels venture.
机译:作为商业生物燃料原料的藻类最适合阳光充足,温暖的地区,含有丰富的新鲜,盐或咸水。 全球最佳区域位于热带地区。 北美的逻辑区域包括东南湾海岸,也许是新墨西哥州。 较小规模的额外实际区域可能位于大都市地点,特别是在国际机场附近。 当高端产品等因素与污水处理或其他废水补救措施,工业二氧化碳隔离,降低运输距离和当地经济的其他方面的协作等因素时,可以提高这些努力 考虑。 本文讨论了罗伯茨大学和KBI最佳能源解决方案如何建议与塔尔萨机场管理局,塔尔萨市和当地行业合作,以提高当地藻类生物燃料冒险的实用性。

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