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Materials towards carbon-free, emission-free and oil-free mobility: Hydrogen fuel-cell vehicles-now and in the future

机译:实现无碳,无排放和无油交通的材料:现在和将来的氢燃料电池汽车

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摘要

In the past, material innovation has changed society through new material-induced technologies, adding a new value to society. In the present world, engineers and scientists are expected to invent new materials to solve the global problem of climate change. For the transport sector, the challenge for material engineers is to change the oil-based world into a sustainable world. After witnessing the recent high oil price and its adverse impact on the global economy, it is time to accelerate our efforts towards this change. Industries are tackling global energy issues such as oil and CO_2, as well as local environmental problems, such as NOx and particulate matter. Hydrogen is the most promising candidate to provide carbon-free, emission-free and oil-free mobility. As such, engineers are working very hard to bring this technology into the real society. This paper describes recent progress of vehicle technologies, as well as hydrogenstorage technologies to extend the cruise range and ensure the easiness of refuelling and requesting material scientists to collaborate with industry to fight against global warming.
机译:过去,物质创新通过新的物质诱导技术改变了社会,为社会增加了新的价值。在当今世界,工程师和科学家有望发明新材料来解决全球气候变化问题。对于运输部门而言,材料工程师面临的挑战是将基于石油的世界转变为可持续发展的世界。在目睹了最近的高油价及其对全球经济的不利影响之后,该是时候加快我们为这一改变而努力的时候了。工业界正在解决全球能源问题,例如石油和二氧化碳,以及当地环境问题,例如氮氧化物和颗粒物。氢是提供无碳,无排放和无油迁移的最有希望的候选者。因此,工程师们正努力将这项技术带入现实社会。本文介绍了车辆技术的最新进展,以及用于扩展巡航范围并确保加油的便捷性的储氢技术,并要求材料科学家与工业界合作以应对全球变暖。

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