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Advances in fuel processing systems for transportation

机译:运输燃料加工系统的进展

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The Epyx multi-fuel processor provides the key to integrating fuel cell vehicles into existing fueling infrastructures while maintaining the advantages of using a fuel cell - low emissions and increased drive cycle efficiency. The fuel processor can convert various fuels such as gasoline, methanol, ethanol, or natural gas to a hydrogen rich stream that feeds a fuel cell. Development efforts have led to a fuel processor capable of providing high efficiency (76- 82% with gasoline, 82-88% with methanol), a reliable CO clean-up device that maintains CO outlet concentrations under 10 ppm during steady state and transient operation, and a tailgas burner that reduces startup time and maintains low emissions. Results from integrated fuel processor/ fuel cell system testing show system efficiencies of 32 - 37%, assuming an overall stack efficiency of 42%, well on the way to an overall fuel processor/fuel cell system peak efficiency goal of 40% (DOE targets).
机译:EPYX多燃料处理器提供将燃料电池车辆集成到现有的燃料基础设施中,同时保持使用燃料电池 - 低排放和增加的驱动循环效率的优点。燃料处理器可以将各种燃料(例如汽油,甲醇,乙醇)或天然气转换为富含燃料电池的富氢物流。开发努力导致燃料处理器能够提供高效(76-82%,汽油,82-88%,甲醇),可靠的CO清理装置,在稳态和瞬态操作期间在10 ppm下保持CO浓度。以及减少启动时间并保持低排放的尾灯燃烧器。集成燃油处理器/燃料电池系统测试的结果显示32-37%的系统效率,假设总堆叠效率为42%,良好的整体燃料处理器/燃料电池系统峰值效率目标为40%(DOE目标)。

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