As an important basic raw material,acetic acid has broad application prospects in industrial production[1].However,traditional synthetic methods for acetic acid mainly rely on fossil fuels[2].High-temperature and high...As an important basic raw material,acetic acid has broad application prospects in industrial production[1].However,traditional synthetic methods for acetic acid mainly rely on fossil fuels[2].High-temperature and high-pressure reaction processes not only lead to a serious energy crisis,but also sharpen the emission of greenhouse gases[3],which is not conducive to the effective implementation of sustainable development strategies.展开更多
基金financially supported by the Key Grant for Special Professors in Jiangsu Province(No.RK119STP23002)the Natural Science Research Start-up Foundation of Recruiting Talents of Nanjing University of Posts and Telecommunications(No.NY223016)+2 种基金2024 Nanjing Science and Technology Innovation Program(No.NJKCZYZZ2024-06)the Project of State Key Laboratory of Organic Electronics and Information Displays,Nanjing University of Posts and Telecommunication(Nos.ZS030ZR24004 and ZS030ZR23034)the“Belt and Road”Innovation Cooperation Project of Jiangsu(No.BZ2022011).
文摘As an important basic raw material,acetic acid has broad application prospects in industrial production[1].However,traditional synthetic methods for acetic acid mainly rely on fossil fuels[2].High-temperature and high-pressure reaction processes not only lead to a serious energy crisis,but also sharpen the emission of greenhouse gases[3],which is not conducive to the effective implementation of sustainable development strategies.
