F212 INFLUENCE OF FUEL GAS COMPONENTS ON SOFC OPERATION DOWNSTREAM OF A THERMOCHEMICAL BIOMASS GASIFIER
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概要
- 論文の詳細を見る
Fuel cells are potentially high efficiency power generating devices, which are attractive for sustainable decentralised electricity production when used in combination with efficient biomass conversion processes like thermochemical gasification. The long term operation of these devices requires a relatively clean fuel gas in the anode compartment of the cells. Because the gas cleaning section in power generating cycles is important with respect to investment- and operating costs, an investigation into cleaning requirements is necessary for a successful large scale implementation of fuel cell technology based on biomass gasification. So far very few systematic experimental research projects have been performed to determine reasonable allowable limits for chemical components harmful to the operation of the device. A multi-partner project proposal which has been submitted to the EU as part of the 6^<th> Framework Programme will be described and discussed. A detailed description of the contribution of the Delft university of Technology will be presented.
- 一般社団法人日本機械学会の論文
著者
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Spliethoff H.
Section Thermal Power Engineering Faculty Design Engineering And Production Delft University Of Tech
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Andries J.
Section Thermal Power Engineering, Faculty Design, Engineering and Production Delft University of Te
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Aravind P.
Section Thermal Power Engineering, Faculty Design, Engineering and Production Delft University of Te
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Aravind P.
Section Thermal Power Engineering Faculty Design Engineering And Production Delft University Of Tech
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Andries J.
Section Thermal Power Engineering Faculty Design Engineering And Production Delft University Of Tech
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Andries J.
Section Thermal Power Engineering Faculty Design Engineering And Production Delft University Of Tech
関連論文
- F212 INFLUENCE OF FUEL GAS COMPONENTS ON SOFC OPERATION DOWNSTREAM OF A THERMOCHEMICAL BIOMASS GASIFIER
- E313 SUSTAINABLE PRODUCTION OF HYDROGEN USING THERMOCHEMICAL GASIFICATION OF BIOMASS