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Low-Temperature Activation of Methane: It also Works Without a Transition Metal

机译:甲烷的低温活化:即使没有过渡金属也能起作用

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The activation of methane at ambient conditions and its conversion into more valuable feedstocks is a challenge for future, because it would permit a much more efficient use of methane from either geological deposits or biogenic sources.[1] Most low-temperature routes for the activation of methane are based on transition-metal catalysts, and particularly promising approaches involve the functionalization of methane with the aid of platinum complexes.[2] While these systems achieve the activation of methane under comparably mild conditions, they are far removed from possible future applications in large-scale processes because of the expensive catalysts or because of the nature of the products.
机译:甲烷在环境条件下的活化及其转化为更有价值的原料是未来的挑战,因为它将使来自地质矿床或生物源的甲烷得到更有效的利用。[1]甲烷活化的大多数低温途径都是基于过渡金属催化剂,特别有前途的方法包括借助铂络合物将甲烷官能化。[2]尽管这些系统在相当温和的条件下实现了甲烷的活化,但由于催化剂价格昂贵或产品的性质,使其与大规模工艺的未来应用相距甚远。

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