Hong, Mei Wu, Shuangyan Jena, Himanshu Li, Jiatong Ding, Linfei Wang, Jing Wei, Lifen Ling, Zhi Li, Kun Wang, Shifa
...
The non-toxic biologic material of expanded corn starch (ECS)-supported nitric acid (ECS-HNO3 and ECS-NH2-HNO3) has been prepared via simple procedures. Both the materials are used as heterogeneous catalysts for the selective aerobic oxidation of 5-hydroxymethylfurfural (HMF) to 2,5-diformylfuran (DFF) with an up to 98% yield in gamma-butyrolactone...
Schobing, Julie; Cesario, Moises; Dorge, Sophie; Nouali, Habiba; Patarin, Joel; Martens, Johan; 8614; Brilhac, Jean-Francois;
status: published
Yuan, Haoran Qian, Xin Luo, Bo Wang, Lufeng Deng, Lifang Chen, Yong
Electrochemical reduction of carbon dioxide (CO2) is considered a promising renewable energy conversion technology, but it remains challenging to find active, stable, low-cost, and highly efficient electrocatalysts for the CO2 conversion. Here, we develop an in situ nitrogen-doped, metal-free, porous biochar from plant moss to catalyze the electroc...
Yuan, Haoran Qian, Xin Luo, Bo Wang, Lufeng Deng, Lifang Chen, Yong
Electrochemical reduction of carbon dioxide (CO2) is considered a promising renewable energy conversion technology, but it remains challenging to find active, stable, low-cost, and highly efficient electrocatalysts for the CO2 conversion. Here, we develop an in situ nitrogen-doped, metal-free, porous biochar from plant moss to catalyze the electroc...
Zhang, Jun Gu, Jing Yuan, Haoran Chen, Yong
In the present study, thermal decomposition behaviors and kinetics for fast pyrolysis of acid/alkali pretreated waste cassava residues were investigated. The results demonstrated that chemical pretreatments apparently loosened the compact structure of cassava residue and benefited to the sufficient contact with acid/alkali sites. Acid/alkali pretre...
Zhang, Jun Gu, Jing Yuan, Haoran Chen, Yong
In the present study, thermal decomposition behaviors and kinetics for fast pyrolysis of acid/alkali pretreated waste cassava residues were investigated. The results demonstrated that chemical pretreatments apparently loosened the compact structure of cassava residue and benefited to the sufficient contact with acid/alkali sites. Acid/alkali pretre...
Zhong, Jingping Wu, Liyun Lan, Jianjun Waqas, Muhammad Sun, Miaolan Fan, Youjun Chen, Wei Liu, Laijun Yang, Jun
Making use of synergy and introducing defects can effectively regulate the electronic structure of carbon nanomaterials, which is of great importance for achieving desired electrochemical performance. Herein, we report a facile protocol for preparing S, N-doped graphene with simultaneous ferroferric oxide functionalization (Fe3O4-SNG), which is the...
Zhong, Jingping Wu, Liyun Lan, Jianjun Waqas, Muhammad Sun, Miaolan Fan, Youjun Chen, Wei Liu, Laijun Yang, Jun
Making use of synergy and introducing defects can effectively regulate the electronic structure of carbon nanomaterials, which is of great importance for achieving desired electrochemical performance. Herein, we report a facile protocol for preparing S, N-doped graphene with simultaneous ferroferric oxide functionalization (Fe3O4-SNG), which is the...
Xia, Yangfeng Zhang, Yanqiang Su, Qian Dong, Kun
Chemical fixation of CO(2)is an efficient means for decreasing amount of CO(2)in the atmosphere. One of promising technologies is the cycloaddition of CO(2)with epoxides to synthesize cyclic carbonates. In this reaction, ionic liquid (IL) catalysts show versatile and unique advantages. However, the reaction mechanism using ILs is not clear. In this...
Xia, Yangfeng Zhang, Yanqiang Su, Qian Dong, Kun
Chemical fixation of CO(2)is an efficient means for decreasing amount of CO(2)in the atmosphere. One of promising technologies is the cycloaddition of CO(2)with epoxides to synthesize cyclic carbonates. In this reaction, ionic liquid (IL) catalysts show versatile and unique advantages. However, the reaction mechanism using ILs is not clear. In this...