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Biomass logistics and sustainability criteria for large-scale power generation in Europe

机译:欧洲大规模发电的生物质物流和可持续性标准

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摘要

Co-firing, along with dedicated large-scale biomass combustion, are considered by many as a major short- to medium-term measure for mitigating the greenhouse gas (GHG) emissions of the power sector. Due to the large-thermal capacity of most coal-fired power plants, the adoption of co-firing, even at relatively low thermal shares, requires the organisation of a biomass supply chain for large bulk quantities; in some cases, the supply chain may even span the globe. The organisation of such a supply chain requires extensive planning and organisation involving all parties: plant operators, fuel suppliers, and policy makers. In addition, the mobilisation of large amounts of biomass resources is raising several important issues, such as competition for raw materials between the energy sector and the wood or food industry to concerns on the GHG emissions of longdistance biomass supply chains. Within the EU, large-scale biomass utilisation in the power sector is quite fragmented, as a result of differences in national legislations, fuel availability/sourcing, and sustainability concerns. In this paper, the current practices and future perspectives of these issues are being discussed.
机译:许多人认为,共燃以及大规模生物质燃烧是缓解电力部门温室气体(GHG)排放的主要中短期措施。由于大多数燃煤发电厂的热容量大,即使采用相对较低的热能份额,采用共燃也需要组织大量的生物质供应链。在某些情况下,供应链甚至可能遍布全球。这种供应链的组织需要广泛的计划和组织,涉及各方:电厂运营商,燃料供应商和政策制定者。此外,动员大量生物质资源引发了一些重要问题,例如能源部门与木材或食品工业之间的原材料竞争,涉及长途生物质供应链的温室气体排放。在欧盟内部,由于国家法规,燃料供应/供应以及可持续性方面的差异,电力部门的大规模生物质利用十分分散。本文讨论了这些问题的当前实践和未来观点。

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