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How can solid biomass contribute to the EU's renewable energy targets in 2020, 2030 and what are the GHG drivers and safeguards in energy- and forestry sectors?

机译:如何在2020年,2030年,2020年,2030年的欧盟可再生能源目标有助于欧盟的可再生能源目标以及能源和林业部门的温室气体驱动因素以及保障措施?

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摘要

European Union set an ambitious 20% target of its energy consumption from renewable resources 20% by 2020. The aim of this paper is to assess the contribution of solid biomass to renewables use in the EU. During 2010-2018 the share of solid biomass increased from 6.1% to 8.0% of total GFEC, an increase of almost 300 PJ. The paper identifies leading and lagging countries in biomass development by focusing on their current solid biomass share in GFEC. The study shows that leading countries have reached or are close to reach their target, while lagging countries are far from their targets. ETS and non-ETS targets play both a role in the growing use of solid biomass. Despite some challenges, the forest biomass sector allows the sustainable increase of bioenergy in the EU, when the harvest level remains below 90% of net annual increment (except for natural disasters) and there is a stable division between fuelwood and harvested wood for solid products. Forests available for wood supply (FAWS) should be treated differently from non-FAWS areas (protected forests, biodiversity areas), because of different carbon dynamics. The EU Member States may wish to introduce a fixed ratio between FAWS and non FAWS areas, in order to optimally meet the corresponding wishes in EU's forest and biodiversity strategies. (C) 2020 The Authors. Published by Elsevier Ltd.
机译:欧洲联盟将雄心勃勃的20%从可再生资源的能源消耗目标到20%到2020年。本文的目的是评估固体生物质对欧盟可再生能源使用的贡献。在2010-2018期间,固体生物量的份额从总GFEC的6.1%增加到8.0%,增加了近300 pj。本文通过专注于他们目前的GFEC中的固体生物量份额来确定生物量发展的领先和滞后国家。该研究表明,领导国家已达成或接近目标,而落后的国家远非其目标。 ETS和非ETS目标在不断使用的固体生物质使用中起作用。尽管存在一些挑战,但森林生物量部门允许欧盟的生物能源可持续增加,当收获水平仍然低于净年度增量的90%(自然灾害除外),upuldwood与固体产品中的稳定部门。固体产品。由于不同的碳动力学,应与非Faws地区(受保护森林,生物多样性区域)不同的森林。欧盟成员国不妨在一汽和非小件地区之间引入固定比率,以便最佳地符合欧盟森林和生物多样性战略的相应愿望。 (c)2020作者。 elsevier有限公司出版

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