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NATURAL GAS FUELED SOFC WITH ZERO CO_2 EMISSIONS-SYSTEM DESIGN AND APPLICATIONS

机译:天然气加油SOFC,具有零CO_2排放系统设计和应用

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The solid oxide fuel cell can be configured to allow recovery of carbon dioxide, which can then be sequestered underground. The efficiencies of gas fueled power generation systems using tubular SOFCs designed for full separation and re-injection of carbon dioxide have been simulated. The simulations show that the overall process will incur only a small power loss for recovery and re-injection. The cost of power generation with recovery of the CO_2 using solid oxide fuel cells indicates that this technology can be considered viable as a significant contributor to reducing world CO_2 emissions.
机译:固体氧化物燃料电池可以配置成允许恢复二氧化碳,然后可以在地下隔离。已经模拟了设计用于全分离和重新注入二氧化碳的管状SOFC的气体燃料发电系统的效率。模拟表明整体过程将仅产生恢复和重新注入的小功率损耗。使用固体氧化物燃料电池回收CO_2的发电成本表明,该技术可以被认为是减少世界CO_2排放的重要贡献者。

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