智能化多元料源高彈性氣化超臨界動力循環發電系統( I );Biomass Gasification with Super-Critical Cycle for Energy Supply System( I )

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题名:	智能化多元料源高彈性氣化超臨界動力循環發電系統( I );Biomass Gasification with Super-Critical Cycle for Energy Supply System( I )
作者:	蕭述三;楊授印;邱耀平;吳耿東
贡献者:	國立中央大學機械工程學系
关键词:	生質物;廢棄物;氣化;氣體淨化;合成氣產電技術;超臨界循環;微電網技術;biomass;waste;gasification;dust removal;producing electricity from gasification syngas;super-critical cycle;micro grid technology
日期:	2020-01-13
上传时间:	2020-01-13 14:53:55 (UTC+8)
出版者:	科技部
摘要:	目前生質能及廢棄物是全球再生能源的最大來源，但其所產生的二氧化碳及PM2.5 懸浮微粒排放，可能造成空氣污染與健康危害等影響。故如何將生質使用效率提昇及潔淨利用，以提供台灣穩定的能源供應，為一重要的課題。有鑑於此，本計畫將發展先進的高效能氣化技術及多元應用，並與相關產業界及研究機構合作，加速開發關鍵技術，建置百kW級氣化整合系統，推動國內多元進料工業氣化與多元應用系統相關應用。本期計畫將整合前期NEP-II 工業區氣化研發團隊、法人機構金屬工業研究發展中心與產業界中興電工公司、星寰能源公司等，以先期所建立之成果為基礎，申請「智能化多元料源高彈性氣化超臨界動力循環發電系統」產學合作計畫，共同開發高效能氣化技術及多元應用。目前已獲得中興電工公司及星寰能源公司的合作參與，未來期能透過關鍵技術的開發及推動應用系統的建置，協助國內相關產業技術與國際接軌，進而促成國內設立商業用多元進料氣化系統及彈性應用設備，落實氣化技術本土化，提供國內氣化廠具經濟效益的選項，達到系統效能增加、降低粉塵微粒排放、建立生質替代能源，及促進能源區域整合應用等效益。 ;Biomass and waste are important primary energy resources in the global world. The importance of biomass/waste even surpasses that of the solar energy and the wind energy in the world. For the past few years, biomass is an inexpensive and price stability resource with relative to another fuels. However, the global energy conservation, carbon reduction and PM2.5 issues also are very serious problem. For aiming to reduce carbon dioxide emissions from power plants as well as steel factories and petro-chemical, clean biomass utilization is one of the most promising technology, among which the core entities are the advanced gasification process. This technology is useful not only for emission reduction and pollution improvement in the gasification processing but also for increasing multicultural fuel flexibility such as the usage of biomass and waste materials. For this reason, this proposal “Big Success” (Biomass Gasification with Super-Critical Cycle for Energy Supply System) for gasification technologies focuses on gasification in an 100-kWt level gasifier, medium- to high-temperature filtration technology, producing electricity from syngas with the super-critical cycle, and micro grid technology. This integrated proposal will be executed by our former NEP-II gasification team. This team also invite new partner: MIRDC, CHEM Inc. and relative energy company. In the future, with the key technologies developed and the promotion of the application of the gasification integrated system, we can help establish a link between domestic and international industries. At the same time, establishing the first 100-kWt level commercial gasifier with multiple applications program further, gasification technology can be implemented in relative bioenergy industries.
關聯:	財團法人國家實驗研究院科技政策研究與資訊中心
显示于类别:	[機械工程學系] 研究計畫

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