Principle Demonstration of Fuel Cell System with CO 2 Capture

Tokyo Gas Co., Ltd. has developed a highly efficient solid oxide fuel cell system by increasing the fuel utilization rate using two-stage stacks and fuel regeneration. To reduce more CO 2 emission, we focused on the fuel recycle system and the separation membrane, which removes both steam and carbon...

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Published in:ECS transactions 2021-07, Vol.103 (1), p.41-49
Main Authors: Akabane, Shunnosuke, Dohkoh, Tatsuki, Tsuji, Marie, Nakajima, Tatsuya, Kawabata, Yasuharu, Ide, Takahiro, Nakamura, Kazuo, Hatae, Toru
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container_title ECS transactions
container_volume 103
creator Akabane, Shunnosuke
Dohkoh, Tatsuki
Tsuji, Marie
Nakajima, Tatsuya
Kawabata, Yasuharu
Ide, Takahiro
Nakamura, Kazuo
Hatae, Toru
description Tokyo Gas Co., Ltd. has developed a highly efficient solid oxide fuel cell system by increasing the fuel utilization rate using two-stage stacks and fuel regeneration. To reduce more CO 2 emission, we focused on the fuel recycle system and the separation membrane, which removes both steam and carbon dioxide. In this study, we assembled and evaluated the hot module with the separation membrane. The power generation results show DC efficiency of 77.3%LHV at a gross power output of 5.65 kW. The CO 2 separation membrane performed 85.2% of CO 2 recovery rate from calculation. In addition, CO 2 emission factor reached as small as 294 g-CO 2 /kWh from DC power generation.
doi_str_mv 10.1149/10301.0041ecst
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