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Activity and Selectivity of Pd-Based Catalysts for the Electrochemical Conversion of CO_2 to CO

机译:Pd基催化剂的活性与选择性Co_2电化学转化

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Electrochemical conversion allows the production of added-value chemicals by direct use of electricity. If the electrical energy is provided by renewables, electrosynthesis will offer a unique opportunity to harvest surplus renewable energy and to store it in the form of chemical energy, i.e. in the form of chemical bonds. These processes will become highly appealing, if the cost for this production of chemicals is comparable to that of conventional synthesis methods. To achieve that, it is essential to develop catalysts which can carry out the reactions of interest with minimal energy losses and with high selectivity, i.e. with limited formation of less valuable by-products.
机译:电化学转换允许通过直接使用电力生产附加价值化学品。 如果通过可再生能源提供电能,则电动合成将为收获剩余可再生能源的独特机会,并以化学能量的形式存储其,即以化学键的形式。 如果化学品生产成本与常规合成方法的成本相当,这些过程将变得非常吸引力。 为此,必须开发催化剂,该催化剂可以利用最小的能量损失和高选择性来进行利益的反应,即,具有较差的副产品的有限形成。

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