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Novel Electrode Material for use in PEM Fuel Cells

总结

一种陶瓷碳电极的专有生产方法，生产的陶瓷碳电极具有专有组成，功能特性优于市售产品。
A proprietary method allows manufacture of ceramic carbon electrodes, of proprietary composition, which deliver superior functional characteristics to those commercially available.
建议应用
SUGGESTED APPLICATIONS
设想用于汽车的质子交换膜（PEM）燃料电池。该技术能进一步提升PEM燃料电池（工作温度低于传统电池）的优势。
Envisioned for use in PEM (Proton Exchange Membrane) fuel cells, in vehicles. This technology makes an already superior technology (PEM fuel cells operate at lower temperatures than traditional cells) more attractive.
技术优势：
ADVANTAGES OF TECHNOLOGY:
专有生产方法及专有电极组成。
能在20%相对湿度条件下工作。
经证实能在40%相对湿度条件下使用300小时。
电极生产原材料成本低、数量大。
降低加湿要求，从而降低汽车水温控制系统的要求。减少了PEM电池淹水的可能性。
能降低PEM燃料电池汽车的生产成本，生产更复杂的汽车。
有望形成广泛使用的‘绿色’运输技术，降低对烃燃料的依赖性。
Proprietary method of manufacture as a well as proprietary composition for electrode.
Demonstrated ability to operate at 20% relative humidity.
Proven durability up to 300 hours of operation at 40% RH.
Raw materials for electrode manufacture are economical and abundant.
Reduces requirement for humidification and therefore water control systems in vehicle manufacture. Decreases possibility of PEM cell flooding.
Allows lower cost and complexity in manufacture of vehicles with PEM fuel cells.
Potential to allow ‘green’ transportation technology to be widely utilized reducing reliance on hydrocarbon-based fuels.

详细技术说明

现状
已提出加拿大和美国专利申请
CURRENT STATUS
Canadian and US Patent Applications filed.

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