Although there are many advanced and efficient precious metal-based catalysts for chemically hydrogenation , the current trend in the pharmaceutical and food industries is the progress of economical, green, and environmentally friendly processes. Due to the high cost and scarcity of precious metals, it is very important and desirable to develop more cost-effective and practical application methods . Through the development of new catalysts, such as metal catalysts, complex catalysts, and organic catalysts, the conversion efficiency and selectivity of hydrogenation have been continuously improved . In order to improve the activity and recyclability of the catalyst, the researchers immobilized nano-scale catalytically active materials on various supports . These heterogeneous catalysts show good robustness and have been used in industrial production including fine chemical manufacturing. As we all know, the development of non-precious metal heterogeneous catalysts has attracted much attention due to its obvious advantages such as low cost, comparable reactivity, separation and practicality, and recyclability . The supported metal catalysts have attracted much attention due to their unique structure and better performance in certain catalytic reactions . In addition, Ni nanoparticles have been proved to be used for hydrogen transfer reduction of carbonyl compounds .