CO2 Hydrogenation Catalysis

4 (iv) Highly efficient catalysts to minimize energy usage for the valorization of CO2.

In addition, critical evaluation from an LCA perspective will be necessary.

In any case, the spread and expansion of renewable energy are essential, which, in turn, require energy storage and transport. CO 2‐based fuels produced by CO 2hydrogenation will contribute to these needs. Therefore, further research into CO 2hydrogenation is necessary from a standpoint of both fundamental science and application. In this respect, we believe the focus of this book on the hydrogenation/electroreduction of CO 2to formic acid and methanol as chemicals and fuels using homogeneous and heterogeneous catalysts will be of interest to many scientists. It will serve as motivation for studying the development of catalysts for the hydrogenation of CO 2as a fuel and bulk chemical. In addition, the challenge of activating unreactive CO 2will stimulate the curiosity and creativity of chemists.

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