从稀薄空气中可持续生产硝酸盐:分子氮的光催化氧化

A. Pashkova, Bastien O. Burek, J. Bloh
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引用次数: 1

摘要

可持续生产肥料的新工艺备受追捧,以应对气候变化。在此,我们证明了在强uva光照射下,TiO2能够在环境条件下光催化氧化气相中的分子氮为NOx和硝酸盐。该反应主要产生二氧化氮,选择性高达93%,之后可以捕获以产生硝酸或硝酸盐,并用作可持续(太阳能)肥料。
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Sustainable nitrate production out of thin air: The photocatalytic oxidation of molecular nitrogen
Novel processes for the sustainable production of fertilizers are highly sought after to combat climate change. Herein, we demonstrate that by irradiating with strong UVA-light, TiO2 is able to photocatalytically oxidize molecular nitrogen in the gas phase under ambient conditions to NOx and nitrate. The reaction produces predominantly nitrogen dioxide with a high selectivity of up to 93% which could be captured afterwards to produce nitric acid or nitrates and used as sustainable (solar) fertilizer.
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