埃利奥特说：“用柳枝稷或其它来源，或用生物质来生产乙醇，即用玉米杆而不是玉米本身来生产乙醇。
Ethanol that comes from switchgrasses or other sources, or from biomass, that is, you use the corn stalks rather than the corn itself.
本文综述了该酶的工业生产及应用领域，如乙醇生产，芳香族氨基酸和手性物质的生物合成等。
The application of transketolase for industrial purpose, such as production of ethanol, biosynthesis of aromatic amino acids and enantiotopic chemicals were reviewed.
研究了采用固态发酵工艺利用酒糟生物质生产燃料乙醇的工艺。
The technology of fuel ethanol production by solid fermentation with distiller biomass was studied.
在燃料乙醇生产中随着其他生物质原料（如秸秆和薯类原料等）的采用，筒仓储存系统的应用范围进一步拓宽。
With the use of other biomass such as stalk and potato in fuel alcohol production, the application range of silo storage system had further expanded.
用生物质吸附剂分离制取无水乙醇是其中生产成本比较低的一种方法。
Using biomass adsorbent to separate water from ethanol is a way of producing anhydrous ethanol with low cost.
乙醇、生物柴油为生物质含氧燃料，具有自供氧功能，并且来源广泛，可以再生。
As oxygenated biomass fuel, ethanol and biodiesel oil are oxygen self-supported, widely sourced and regenerated.
纤维素的固体基质发酵很可能是未来的一个重要产业，可以生产生物质，乙醇，甲烷和其他许多具有商业价值的产品。
Solid substrate fermentations of lignocellulose could well be a major industry of the future, producing biomass, ethanol, methane and many other commercially valuable products.
其中一条途径就是利用生物质生产燃料乙醇，经过20多年的探索，最后人们从众多乙醇原料作物中筛选出了生物产量和乙醇产量都高的最佳乙醇原料作物——能源甘蔗。
Based on 20 years exploration, one of the best raw materials -energy cane, which has huge biomass and high production of alcohol, has been selected to produce alcohol as the fuel of the car.
实验证明，甜高粱茎秆是提取乙醇极佳的生物质能源。
The results showed that the sweet sorghum stem was a great source of bioenergy.
乙醇是来自生物质资源的最有发展前景的液态燃料。
The ethanol is a biomass energy liquid fuel which has the most potential future.
这是一种具有高产率生物质的谷物，可能成为用于生产乙醇的生物原料。
The plant is a high-yielding biomass crop that's being studied as a possible biomass source for the production of cellulosic ethanol.
木质纤维素转化为乙醇是生物质能源转化过程中研究的热点。
Lignocellulose converted to bioethanol is currently a hot subject in bioenergy conversion research.
本文分析了与热能利用相关的生物质能转化利用的若干技术现状，其中包括成型燃料技术、锅炉燃烧技术、气化技术、和液化技术（制取二甲醚和燃料乙醇技术）等等。
The present techniques for the utilization of biomass energy were reviewed in this paper, which include the molding fuel, boiler combustion, gasification and liquefaction, etc.
本文分析了与热能利用相关的生物质能转化利用的若干技术现状，其中包括成型燃料技术、锅炉燃烧技术、气化技术、和液化技术（制取二甲醚和燃料乙醇技术）等等。
The present techniques for the utilization of biomass energy were reviewed in this paper, which include the molding fuel, boiler combustion, gasification and liquefaction, etc.
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