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CO_(2) capture RD&D proceedings in China Huaneng Group 被引量:5
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作者 Jinyi Wang Shisen Xu 《International Journal of Coal Science & Technology》 EI CAS 2014年第1期129-134,共6页
CO_(2) capture is an important carbon management route to mitigate the greenhouse gas emission in power sector.In recent years,China Huaneng Group(CHNG)has paid more attention on CO_(2)capture technology development a... CO_(2) capture is an important carbon management route to mitigate the greenhouse gas emission in power sector.In recent years,China Huaneng Group(CHNG)has paid more attention on CO_(2)capture technology development and launched a series of R&D and demonstration projects.In the area of pre-combustion CO_(2) capture technology,GreenGen project initiated by CHNG is the first integrated gasification combined cycle(IGCC)power plant in China.Located in Tianjin,GreenGen aims at the development,demonstration and promotion of a near-zero emissions power plant.An IGCC plant of 250 MW has successfully passed full-scale trial operation.In the next phase,a pre-combustion CO_(2) capture unit will be integrated into the system.Pre-combustion process based on coal chemical process has been developed with lower costs successfully.Regarding to post-combustion CO_(2) capture(PCC),in 2008,CHNG built a 3,000 tpa CO_(2) capture plant,which was the first CO_(2) capture demonstration plant in China.In 2009,CHNG launched a PCC project in Shanghai with a capture capacity of 120,000 tpa CO_(2).Recently,Huaneng Clean Energy Research Institute(CERI)and Powerspan formed a joint venture,Huaneng-CERI-Powerspan(HCP).HCP has completed the technology qualification program to supply carbon capture technology for the CO_(2)capture Mongstad project.Besides these activities mentioned above,feasibility studies and system design for large scale PCC system,have been undertaken by CERI and its partners from Australia,US and Europe. 展开更多
关键词 CO_(2)capture Post-combustion Pre-combustion IGCC greengen
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未来的燃煤电厂——中国绿色煤电计划 被引量:6
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作者 乌若思 《中国电力》 CSCD 北大核心 2007年第3期6-8,共3页
未来社会对燃煤发电不仅要求高效率、低污染,而且还要求具有二氧化碳的处理能力,而现有的洁净煤技术很难满足要求。中国华能集团公司于2004年提出旨在实现燃煤发电具有更高效率、污染物和二氧化碳近零排放的绿色煤电计划,并联合国内7家... 未来社会对燃煤发电不仅要求高效率、低污染,而且还要求具有二氧化碳的处理能力,而现有的洁净煤技术很难满足要求。中国华能集团公司于2004年提出旨在实现燃煤发电具有更高效率、污染物和二氧化碳近零排放的绿色煤电计划,并联合国内7家能源和投资企业组建了绿色煤电公司,共同实施绿色煤电计划。绿色煤电计划将分为3个阶段逐步实施,第1阶段建设自主创新的250MWIGCC电站,已选址天津滨海新区临港工业区,目前正联合华能技术中心、西安热工研究院等科研、设计和制造单位共同完成研发和建设任务。 展开更多
关键词 绿色煤电 电力 可持续发展
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