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IEA生物能源任务 生物质共烧 技术现状IEA Bioenergy Task 32 Deliverable 4 Technical status of biomass co-firing IEA生物能源任务 生物质共烧 技术现状IEA Bioenergy Task 32 Deliverable 4 Technical status of biomass co-firing

IEA生物能源任务 生物质共烧 技术现状IEA Bioenergy Task 32 Deliverable 4 Technical status of biomass co-firing

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  • 更新时间:2021-09-09
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电力和热量的最大份额仍然由化石燃料的燃烧产生,比如 今天的煤炭、石油和天然气。然而,可再生能源在生产 全世界的电力和热量。也许是最快和最简单的方法来替换大型的 以可持续电力为基础的化石燃料电力量将取代燃烧 生物质化石燃料。生物质燃料主要在燃煤机组中共同燃烧,从而 替代部分煤炭,去年十二月在全世界被采用。这是 被视为交换煤炭和燃料油等传统矿物燃料的短期解决方案, 具有可持续大规模的固体和液体生物质类型,如木粒或棕榈油, 为了达到环境激励。

The biggest share of electricity and heat is still generated by combustion of fossil fuels like coal, oil and gas today. However, renewables become more important in the production of electricity and heat all over the world. Probably the fastest and easiest way to replace large amounts of fossil fuel based electricity by sustainable electricity is to replace the combusted fossil fuels by biomass. Co-firing of biomass fuels in mainly coal-fired units, and thereby replacing part of the coal, has been adopted all over the world the last decennium. This is seen as a short-term solution to exchange traditional fossil fuels such as coal and fuel oil, with a sustainable large scale of solid and liquid biomass types, like wood pellets or palm oil, in order to reach environmental incentives.

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