Bio-ethanol

UNCTAD suggested that India might have to import both bio-ethanol and biodiesel to meet its targets.

UNCTAD提出印度可能需要同时进口生物乙醇和生物柴油从而实现其目标。

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It concluded that the province should emphasize the exploitation and utilization of tree species as bio-ethanol resources. Meanwhile, the province should also promote the development of tree species as bio-diesel oil resources, and probe into the technologies and approaches for utilizing bio-energy resources.

提出了贵州应重点利用现有生物乙醇树种资源，积极稳妥发展生物柴油树种资源，并对开发利用技术和途径进行了探讨。

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Feruloyl esterase has been widely used in the bio-ethanol production, pulping industry, animal feed production and the biological synthesis process.

阿魏酸酯酶在生物质转化、制浆造纸、动物饲料生产和生物合成中具有广泛的应用价价。

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The text introduced the development and the status quo of the exploitation of bio-fuel simply, then analyzed three main bio-fuels, bio-ethanol, bio-diesel and bio-gas.

对生物燃料的发展及其在各国的开发现状进行了简单的介绍，进而分析了生物酒精、生物柴油和生物沼气这三种主要的生物燃料。

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The results were as follows: ( 1) Contents of cellulose, hemicellulose and lignin in Green reed stems are35%, 30% and12%, respectively, and thus Green reed stems can be reused as high-quality raw materials for bio-ethanol production.

结果表明，（1）绿苇茎中纤维素、半纤维素、木质素分别为35%、30%、12%，可作为燃料乙醇生产的优质原料。

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Study on the Pretreatment Technology Development of Transforming B2B-lignocellulosic Biomass to Bio-ethanol

木质纤维素类生物质转化生物乙醇预处理B2B工艺的发展研究

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The second-generation bio-ethanol products use biomass as feedstock and there are two types of them-cellulose ethanol and cellulose bio-gasoline.

第二代生物乙醇以生物质为原料，包括纤维素乙醇和纤维素生物汽油两种产品。

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After analyzing the features of the ethanol production from crops and sweet sorghum juice in this paper, multi-stuff and fast fermentation in fixed yeast fluid bed technology are considered as the orientation of bio-ethanol corporations.

本文分析了谷类和甜高梁原料生产酒精特点，认为选用多种原料、实施固定化酵母流化床快速发酵技术生产燃料酒精是酒精企业的方向。

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Analysis on Mathematical Model of Competition for Grain and Land of Bio-ethanol

燃料乙醇争粮与争地问题的数理模型分析

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Bio-butanols including four isomers are typical biofuels, which have several advantages over bio-ethanol, such as higher energy density, better miscibility with practical fuels, lower water absorption, and higher suitability for conventional engines.

与传统的生物乙醇相比，生物丁醇具有更高的能量密度、更好的适用性、更低的挥发性以及吸水性等优点，使其成为极具应用潜力的生物质燃料。

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The results of grey relationship analysis showed that the development of bio-ethanol in China from 2002 to 2008 had a positive impact of food security, contributing to raise food security levels.

灰色关联分析表明，2002～2008年中国燃料乙醇发展对粮食安全有积极的影响，有助于粮食安全水平的提高。

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With the increasing scarcity of fossil fuels, the research gradually focus on the biomass conversion both at home and abroad, especially the research of transforming agricultural and forestry wastes into the renewable products such as bio-ethanol, xylitol, and a large number of other chemicals.

随着化石资源的日益匮乏，国内外将研究焦点逐渐转向生物质转化利用方面，尤其是利用农林废弃物开发可再生产品如生物乙醇、木糖醇及其它化学品等的研究。

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The hydrolysis of lignocellulose is primary step for the bio-transformation fuel ethanol of it.

木质纤维素类原料的水解，是其生物转化燃料乙醇的首要步骤。

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With the purpose of producing relatively cheap bio-ethanol to reduce the consumption of the fossil energy and protect the environment, strains, used for bio-ethanol production, must be able to tolerate a higher ethanol concentration.

生物乙醇的生产菌株必须能够耐受较高的乙醇浓度，这样才能降低生产成本，使生物乙醇经济廉价，从而有可能替代日益枯竭的化石能源和缓解不断恶化的生态环境危机。

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One of the main direction of bio-ethanol researches is to using the thermophilic anaerobic strains, fermenting the lignocellulosic raw materials to produce ethanol.

目前生物乙醇研究的主要方向之一是利用嗜热厌氧菌发酵木质纤维素原料产生乙醇。

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Under the pressure of soaring prices in food and fossil fuels, China's policy on seeking substitutes for bio-ethanol mainly derived from grain crops, now, has to shift to none grain crops.

玉米等粮食价格上涨的压力，导致中国开始寻求以非粮食作物为原料的燃料乙醇生产。

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Bio-energy is one form of the solar energy, which is regarded as clean and environmental friendly. Above all, bio-ethanol is the most promising one.

生物质能是清洁、无污染的能源，是太阳能的一种表现形式，其中生物乙醇被认为是最具有发展前景的替代能源之一。

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The significance of preparation of bio-ethanol from lignocellulose renewable biomass in Chinese sustainable development were elaborated.

阐述了由木质纤维素可再生生物质资源制备生物燃料乙醇对我国可持续发展的重要意义。

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Proposed policy recommendations for the whole bio-fuel industry. Then, proposed recommendations separately by the different characteristics of the bio-ethanol and bio-diesel business. Provide some references for national authorities to develop policies to related industries.

对生物燃料的整体行业提出了政策建议，又针对燃料乙醇企业和生物柴油企业的进一步发展分别提出了政策建议，为国家有关部门制定相关的行业政策时提供了一定的参考。

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During the exploitation of biomass, bio-ethanol for its broad feed and cheapness are paid close attention to in academia and industry.

在生物质资源中，生物乙醇因其来源广泛和成本低廉而收到学术界和产业界的广泛关注。

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Bio-ethanol has become a research focus in the bioenergy technologies due to its properties of renewability and environmental friendliness.

生物乙醇因其可再生性和环保性，已成为生物能源领域的研究热点。

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It elementally analyzes the prospect of agricultural energy resources and the possibility of bio-ethanol as alternative energy resource.

浅析了农业能源的发展前景与汽油醇作为替代能源的可能性。

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The model of bio-ethanol and bio-diesel business is decided according to the different characteristics.

根据燃料乙醇企业和生物柴油企业的不同特征分别进行了企业发展模式的选择。

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Direct synthesis of ethyl acetate from ethanol has attracted widespread attention in recent years, because it uses the single bio-ethanol as raw material, except that ethanol is clean and corrosion is small.

乙醇一步法制备乙酸乙酯可采用单一生物乙醇作原料，无污染腐蚀性小，近些年来广受关注。

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