摘要
在我国能源转型、应对气候变化和控制碳排放,而煤炭现在仍然是我国的主体能源的大形势下,煤电面临的巨大挑战之一,是如何较大幅度地降低CO_2排放。在提高煤电效率的基础上,大型燃煤电厂采用煤电+生物质耦合发电技术,是当前最可行的降低碳排放的措施。介绍了我国生物质资源、生物质发电和燃煤耦合生物质发电技术现状及前景、技术特点和经验、在大容量燃煤火电厂实现混烧生物质的技术途径、以及燃煤耦合生物质发电的国际经验,在此基础上,提出对我国如何发展燃煤耦合生物质发电的建议。
The situation that China's coal power industry is facing the transition of energy,fighting climate change to reduce carbon emissions and coal as the dominate energy in China,one of the big challenges from all of these issues for China's coal power is how to reduce CO_2 emissions in large scale.On the basis of efficiency improvement of coal power,co-firing biomass with coal for large coal fired power plants is a most available technology to reduce CO_2 emissions.This paper introduces the resources of biomass in China,the status,prospect and technical characteristics of biomass power generation and co-firing biomass with coal for power generation,the international experiences for co-firing and the technical approach of co-firing biomass with coal for large size coal fired power plants,based on which proposes the suggestion for developing co-firing biomass with coal for power generation in China.
出处
《分布式能源》
2017年第5期47-54,共8页
Distributed Energy
关键词
生物质发电
燃煤耦合生物质发电
降低CO2排放
biomass power generation
co-firing biomass with coal for power generation
reduction of CO2 emissions
