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CREATING NEW NAVY FUELS FROM BIOBUTANOL

机译:从生物灭菌醇创造新的海军燃料

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Biomass generation is what feeds the worlds population and in more recent times, is seen as providing a renewable and sustainable source of fuel (i.e. biofuels). The concept of biofuels is not new by any stretch of the imagination; however, we are now taking products of photosynthesis and chemically modifying them to create new biofuels, like biodiesel, that can function as direct replacements for petroleum based fuels. A key driver in our fuels research program is a focus on utilizing biomass that does not compete or significantly affect the world food production. It is also very important that the biomass be generated quickly (i.e. efficient), in a wide range of climates/soil conditions, and that it requires a minimum amount of cultivation. Furthermore, for application in the US DoD environment the biofuels must meet certain performance specifications and not require any significant changes in facilities. Based on these factors, we view biofuels generated from cellulose (i.e. glucose), and more specifically biobutanol, as playing a pivotal role in addressing the creation of fully renewable/sustainable DoD fuels.
机译:生物质生成是饲养世界人口的东西,并且在最近的时间内被视为提供可再生和可持续的燃料来源(即生物燃料)。生物燃料的概念不是任何想象力的新素描;但是,我们现在正在服用光合作用的产品,化学修改它们以创造新的生物燃料,如生物柴油,可以作为石油基燃料的直接替代品。我们的燃料研究计划中的一个关键驱动程序是利用不竞争或显着影响世界粮食生产的生物量的重点。在广泛的气候/土壤条件下,生物量迅速产生(即高效)也非常重要,并且它需要最少的培养量。此外,对于美国国防部环境中的应用,生物燃料必须符合某些性能规范,而且不需要设施的任何重大变化。基于这些因素,我们认为从纤维素(即葡萄糖)产生的生物燃料,更具体地说是生物灭菌醇,因为在解决完全可再生/可持续的国防部燃料的创建方面发挥了关键作用。

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