B110 STUDY RESULTS OF OXYFUEL COMBUSTION ON CALLIDE OXYFUEL PROJECT : ACTIVITIES TOWARD THE COMMERCIALIZATION OF OXYFUEL COMBUSTION SYSTEM(Combustion-3)
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概要
- 論文の詳細を見る
Oxyfuel combustion is expected to be one of the promising systems on CO_2 capture from pulverized-coal fired power plant, and enable the CO_2 to be captured in a more cost-effective manner compared to other CO_2 capture process from the power plant. The demonstration project (Callide Oxyfuel Project) on this field is now under way for applying oxyfuel combustion to an existing plant that is the power generation system in Callide-A power plant No.4 unit with a capacity of 30M We in Australia. One of main objectives of this project is to capture CO_2 from an actual power plant for CO_2 storage. At present, the studies toward the commercialization plant through this demonstration project on this area are implemented. In this paper, the activities for the approach on the commercialization for the oxyfuel combustion are mainly introduced and the current situation of Callide Oxyfuel Project is also outlined.
- 一般社団法人日本機械学会の論文
- 2009-11-16
著者
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Takafuji Makoto
Heat & Fluid Dynamics Dept. Research Laboratory Ihi Corporation
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Kiga Takashi
Research And Development Dept. Japan Coal Energy Center
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YAMADA Toshihiko
Research & Development Dept., Power Plant Division, IHI Corporation
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ISHII Toru
Research & Development Dept., Power Plant Division, IHI Corporation
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ISO Yoshiyuki
Heat & Fluid Dynamics Dept., Research Laboratory, IHI Corporation
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MISAWA Nobuhiro
Technology Development Center, Electric Power Development Co.,Ltd.
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SPERO Chris
CS Energy Ltd., Level 21
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Spero Chris
Cs Energy Ltd. Level 21
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Iso Yoshiyuki
Heat & Fluid Dynamics Dept. Research Laboratory Ihi Corporation
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Ishii Toru
Research & Development Dept. Power Plant Division Ihi Corporation
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Yamada Toshihiko
Research & Development Dept. Power Plant Division Ihi Corporation
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Misawa Nobuhiro
Technology Development Center Electric Power Development Co. Ltd.