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巴西东北部生物质供电展望
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作者 邢银柱 应为朋 《新能源》 1995年第3期7-15,共9页
分析了巴西东北部半旱区利用先进燃气轮机技术把生物质转换为电力的可能性。经估算,这种供电的成本将不会高于4.5美分/kWh,并且投资较小,社会效益显著。
关键词 巴西 生物质供电 发展
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巴西东西北生物质供电展望
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作者 节银柱 应为朋 《新能源》 1995年第3期7-15,共9页
关键词 巴西 生物质供电 发展
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Replacement of Diesel Generator Sets in Isolated Communities with More Efficient Biomass Combustion Process 被引量:1
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作者 Victor Bicalho Civinelli de Almeida Marco Aur61io da Cunha Alves 《Journal of Energy and Power Engineering》 2013年第12期2285-2290,共6页
Electrical power supply to communities isolated from urban areas is typically complex and expensive. Their geographical situation and the lack of infrastructure and qualified workforce impede the provision of electric... Electrical power supply to communities isolated from urban areas is typically complex and expensive. Their geographical situation and the lack of infrastructure and qualified workforce impede the provision of electricity. Many are the sources of energy available, but few are appropriate or sustainable. Combustion of diesel fuel is a good technical solution; however, it is neither economic nor environmentally tenable. This paper presents the advantages of using biomass as an energy source, along with its potential increase in efficiency when steam is generated in specific circumstances of temperature and pressure. 展开更多
关键词 BIOMASS direct combustion ELECTRIFICATION isolated communities steam engine.
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Solid Particle Emission Abatement from Biomass-Fired Boilers at District Heating Plants
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作者 Egils Dzelzitis Aldis Jegeris +1 位作者 Agnese Lickrastina Normunds Talcis 《Journal of Energy and Power Engineering》 2016年第3期173-182,共10页
The district heating company "Rigas siltums" operates biomass fuelled boiler in Riga city. Three systems consisting ofbiomass boilers having a comparatively similar heat capacity and particle abatement units like mu... The district heating company "Rigas siltums" operates biomass fuelled boiler in Riga city. Three systems consisting ofbiomass boilers having a comparatively similar heat capacity and particle abatement units like multicyclons, electrostatic precipitators and flue gas condensers are compared. The main goal of the study is to evaluate the boiler plant as a system where solid particles are both emitted and caught. The results show that, the particulate matter can be efficiently trapped from flue gases by the particle abatement technologies, and the electrostatic precipitator with sufficiently large collection surfaces is able to provide appropriate flue gas treatment of the particulate matter in the biomass boilers also without pre-cleaning of the flue gas in multieyelons. 展开更多
关键词 BIOMASS district heating plant particulate formation particulate abatement.
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