Green Catalysis is a holistic concept that moves away from stoichiometric processes to homogeneous and heterogeneous catalytic reactions,lying on enhancing catalytic efficiency,lowering energy consumption and production cost,recycling reagent and catalysts,reducing waste generation,etc.The achievement of these goals is challenging yet essential to not only improve the life quality via chemistry,but also advance the technological developments of chemistry in a sustainable manner.To satisfy these goals,the design,development,and implementation of green and sustainable catalysts have emerged as the core for this general topic of catalysis.On the other hand,catalysis is primarily a kinetics phenomenon and chemical kinetics is a vital tool in catalysis research,which is widely used in determining the reaction intermediates and elementary reactions,thus identifying the critical properties for catalyst design.As a result,continuous efforts are highly motivated by combining chemical kinetics with spectroscopy and microscopy techniques,computational chemistry,as well as judicious interpretation of their results,streamlining the process of catalyst design for green catalysis.