生物量(生态学)
生物能源
可再生能源
立法
业务
欧洲联盟
自然资源经济学
沼气
化石燃料
生物燃料
环境科学
林业
废物管理
工程类
经济
法学
政治学
国际贸易
生态学
地理
生物
电气工程
出处
期刊:Edward Elgar Publishing eBooks
[Edward Elgar Publishing]
日期:2023-12-01
卷期号:: 70-101
标识
DOI:10.4337/9781802205879.00013
摘要
Bioenergy is believed to have a role in meeting the international and European Union’s (EU) climate targets as biomass is considered one of the few alternatives to fossil fuel feedstock, especially in specific sectors. Forestry biomass already plays a role in decarbonisation: a large amount of forestry biomass is being used, in addition to other types of biomass, to produce bioenergy. This creates issues from a biodiversity and ecosystems preservation perspective and has given rise to social, policy and legal debates. One promising way to reduce the impact of biomass production on forests is the full application of the principles of the circular (bio)economy: the circular use of wood and wood products, and prioritisation of the use of forestry waste and residues within certain parameters are of vital importance in the pursuit of a genuinely sustainable and future-oriented energy transition. These objectives call for adjustments to the current legal framework, particularly with respect to waste and renewables legislation in order to introduce, incentivise and give proper implementation to the principle of the cascading use of biomass and to enhance the application of the waste hierarchy in relation to forestry (waste) materials - key concepts in the pursuit of materials circularity in both the product and waste phases. In addition, the use of primary wood for energy should be disincentivised, and possibly entirely excluded, to meaningfully incorporate the prevention and precautionary principles to forest management. What is more, intelligent biomass pathways are also created and nurtured through synergetic legislation, and their coherent and harmonised implementation and application across the EU. Finally, alongside legislation and regulation, private schemes and standards may also play a role in reducing strain on natural resources and achieving better valorisation of waste materials.
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