[Significance and limitations of first generation biofuels].

B. Gabrielle
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引用次数: 13

Abstract

Formerly on the margins of the European agricultural landscape, liquid biofuels for transport have recently come into sharp focus with the help of three drivers: the depletion of oil resources and the political motto of energy independence, international negotiations on climate, and finally - in Europe at least - the overhaul of the common agricultural policy underpinning the need to diversify this sector. This political purpose has led to aggressive development targets in both Europe and the United States, implying a nearly ten-fold increase of biofuel production within ten years. This article introduces the current biofuel production technologies (so-called ;first generation'), whose common marker is the reliance on the storage organs of agricultural plants. This implies a relatively strong demand in arable areas, along with only moderately positive energy and environmental advantages compared to fossil fuels. 'Second generation' biofuels, which are based on generic biomass (ligno-cellulose) are expected to overcome these limitations, but will not be deployed on the market for another ten years.
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[第一代生物燃料的意义和局限性]。
以前,液态生物燃料在欧洲农业领域处于边缘地位,但最近,在三个因素的帮助下,用于交通运输的液体生物燃料成为了人们关注的焦点:石油资源的枯竭和能源独立的政治口号,国际气候谈判,以及最后——至少在欧洲——共同农业政策的彻底改革,支持了该部门多样化的需要。这一政治目的导致欧洲和美国都制定了激进的发展目标,这意味着生物燃料产量将在10年内增长近10倍。本文介绍了目前的生物燃料生产技术(所谓“第一代”),其共同标志是对农业植物储存器官的依赖。这意味着在可耕地地区的需求相对强劲,同时与化石燃料相比,能源和环境方面只有适度的积极优势。基于普通生物质(木质纤维素)的“第二代”生物燃料有望克服这些限制,但在未来10年内不会在市场上部署。
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