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First European fuel cell installation with anaerobic digester gas in a molten carbonate fuel cell

机译:欧洲第一个在熔融碳酸盐燃料电池中安装厌氧消化气体的燃料电池

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The City of Ahlen in North Rhine Westphalia, Germany and RWE Fuel Cells GmbH, Essen, cooperate in order to install a molten carbonate fuel cell in the municipal sewage works of Ahlen in May/June 2005. The MCFC unit, a so-called HotModule made by MTU CFC Solutions, Ottobrann operates on anaerobic digester gas and provides power and heat for the sewage works. This is the first project of its kind in Europe. This article outlines the experiences of RWE Fuel Cells with planning, installation and operation of MCFC systems and is focussing on the use of digester gas. The engineering and installation phase is described regarding to the special features of digester gas, for example variation in gas composition and impurities as well as different flow rates. The results of the first months of operation are interpreted and influences to the performance of the fuel cell on digester gas composition are compared. One focus of the recent RWE Fuel Cells projects is the use of MCFC systems using different biofuels. With the results from planning, installation and operation of the MCFC in Ahlen a system design for the application of different fuels can be validated and tested.
机译:德国北莱茵威斯特法伦州的阿伦市与埃森的RWE燃料电池有限公司合作,于2005年5月/ 6月在阿伦的市政污水处理厂安装熔融碳酸盐燃料电池。MCFC单元,即所谓的HotModule由MTU CFC Solutions生产的Ottobrann使用厌氧消化池气体运行,并为污水处理厂提供电力和热量。这是欧洲同类项目中的第一个。本文概述了RWE燃料电池在MCFC系统的计划,安装和运行中的经验,并着重于沼气的使用。关于消化器气体的特殊功能,例如气体成分和杂质的变化以及不同的流量,对工程和安装阶段进行了描述。解释了最初几个月的运行结果,并比较了对燃料电池性能对消化池气体成分的影响。最近的RWE燃料电池项目的重点之一是使用使用不同生物燃料的MCFC系统。根据阿伦市MCFC的规划,安装和运行的结果,可以验证和测试适用于不同燃料的系统设计。

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