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Pass the Mustard Why carinata is taking root as biofuel

机译:通过芥末为什么Carinata扎根为生物燃料

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NAVIGANT RESEARCH FORECASTS that biofuel production will reach 61 billion gallons by 2023, worldwide. Accordingly, as this occurs, one can count on the alternative fuel source replacing "nearly six percent of global transportation fuel production from fossil sources and generating $70 billion in new revenue over the next decade" (www.navigantresearch.com). To meet this demand, an appropriate crop that can provide biofuels without competing for land use with food crops, is clearly needed. Fortunately, the emergence of non-food feedstocks to provide for the international biofuel demand is on the horizon. In fact, it seems the "Holy Grail" of non-food feedstocks is already available. A proprietary, non-food energy feedstock crop exists that yields oil, which is not only being refined into fuel meeting the specifications of petroleum-based fuels, but is also working in existing engines without any blending.
机译:导航研究预测,到2023年,全球生物燃料产量将达到610亿加仑。因此,当这种情况发生时,人们可以指望替代燃料来源取代“近化石资源占全球运输燃料产量的近6%,并在未来十年内产生700亿美元的新收入”(www.navigantresearch.com)。为了满足这种需求,显然需要一种可以提供生物燃料而又不与粮食作物竞争土地用途的作物。幸运的是,满足国际生物燃料需求的非食品原料的出现即将到来。实际上,非食品原料的“圣杯”似乎已经存在。存在一种专有的非食品能源原料作物,它可以产生油,不仅可以将其提炼成符合石油基燃料规格的燃料,而且还可以在没有混合的情况下用于现有发动机中。

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