While storing hydrogen as a solid by fusing it to titanium isn't an entirely new idea, a team of South Korean scientists look to be the first to find a reliable and efficient method of doing so. The solid-state storage of hydrogen has long been a goal of fuel cell systems, since it does away with those nasty explosive notions of storing hydrogen at a high pressure and low temperature. Apparently the new method being unveiled by the team from the Korea Institute of Science and Technology not only manages to bind hydrogen with titanium into the form of a stable solid that has much less requirements for pressure or temperature regulation, but it takes "absolutely no energy input" to store as such, and "relatively small amounts of energy" to extract. The process still needs further testing, but hopes are high for this discovery to lead toward fuel cell vehicles that are a bit less of a bomb-on-wheels, and more efficient to obtain energy for -- which was the idea all along, right?
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