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Enzyme Enables Production of Nutritious Animal Feed from Biofuel Byproducts

机译:酶使生物燃料副产物能够生产营养性动物饲料

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摘要

With fossil fuels depleting steadily and worldwide energy demands growing at an alarming rate, renewed awareness about the importance of alternative fuels has emerged. Biofuels, which have shown the most promise as alternative fuels, could offer a solution in this regard. Countries, such as Brazil have become biofuel superpowers due to the use of first-generation bioethanol to fulfill a majority of their energy needs. Large-scale production of bioethanol has, however, fuelled an intense food v/s fuel debate that questions the sustainability of the process. As much as 25% of corn produced in the US is utilized for ethanol production and hence, there has been growing concern and consequent disapproval of the use of food crops or agricultural land for the production of biofuels. The use of second-generation bioethanol from non-food crops has not yet been able to effectively allay these concerns as it is not yet commercially viable. One of the innovative solutions that are capable of making the production of bioethanol more sustainable is the concept of the biorefinery.
机译:随着化石燃料的稳定消耗和全球能源需求的惊人增长,人们对替代燃料的重要性有了新的认识。生物燃料作为替代燃料显示出最大的希望,可以在这方面提供解决方案。由于使用第一代生物乙醇来满足其大部分能源需求,巴西等国家已成为生物燃料的超级大国。然而,生物乙醇的大规模生产引发了激烈的食品与燃料争论,质疑该工艺的可持续性。在美国,多达25%的玉米用于乙醇生产,因此,人们越来越关注并因此不赞成使用粮食作物或农田来生产生物燃料。由于非商业作物还没有商业可行性,因此使用非粮食作物的第二代生物乙醇尚不能有效地缓解这些担忧。能够使生物乙醇生产更具可持续性的创新解决方案之一是生物精炼厂的概念。

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