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EFFECTIVE SULFUR CONTROL FOR FUEL CELLS - FCE EXPERIENCE

机译:燃料电池的有效硫控制-FCE经验

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摘要

Most of the fuel cell systems are designed to operate on commonly available gaseous hydrocarbon fuels such as natural gas, propane and anaerobic digester gas. These fuels contain a myriad of sulfur compounds, some present as contaminants from the source and others added as odorant for notification of a gas leak. Sulfur is a known poison for the fuel cell anodes and reforming catalysts. Therefore, the sulfur compounds present in the fuel are required to be removed prior to entering the fuel cell system. FuelCell Energy has developed an ambient-temperature sulfur removal system with high sulfur capacity for fuel cell applications. The attractive features of the design are simplicity, small size, and long life resulting in a low-cost and compact sulfur control solution. The system has been proven on natural gas, liquefied natural gas, propane and ADG The FCE system performance with different types of fuels (NG, LNG, and propane) will be discussed in this paper.
机译:大多数燃料电池系统都设计为可在常用的气态碳氢化合物燃料(例如天然气,丙烷和厌氧消化池气体)上运行。这些燃料包含无数的硫化合物,有些以污染源的形式存在,而另一些则以加味剂的形式出现,以通知气体泄漏。硫是燃料电池阳极和重整催化剂的已知毒物。因此,燃料中存在的硫化合物需要在进入燃料电池系统之前被除去。 FuelCell Energy已开发出一种具有高硫容量的常温脱硫系统,用于燃料电池应用。该设计的吸引人的特点是简单,体积小,寿命长,从而产生了一种低成本,紧凑的硫磺控制解决方案。该系统已在天然气,液化天然气,丙烷和ADG上得到证明。本文将讨论FCE系统在不同类型的燃料(NG,LNG和丙烷)上的性能。

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