The straightforward ‘‘dressing’’ of macroscopically shaped supports (i.e. b-SiC and a-Al2O3) with a mesoporous and highly nitrogen-doped carbon-phase starting from food-processing raw materials is described. The as-prepared composites serve as highly efficient and selective metal-free catalysts for promoting industrial key-processes at the heart of renewable energy technology and environmental protection.
A Highly N-Doped Carbon Phase “Dressing” of Macroscopic Supports for Catalytic Applications / Ba H; Liu Y; Truong-Phuoc L; Duong-Viet C; Mu X; Doh W H; Tran-Thanh T; Baaziz W; Nguyen-Dinh L; Nhut J-M; Janowska I; Begin D; Zafeiratos S; Granger P; Tuci G; Giambastiani G; Banhart F; Ledoux M J; Pham-Huu C. - In: CHEMICAL COMMUNICATIONS. - ISSN 1364-548X. - ELETTRONICO. - 51:(2015), pp. 14393-14396.
A Highly N-Doped Carbon Phase “Dressing” of Macroscopic Supports for Catalytic Applications
Giambastiani G;
2015
Abstract
The straightforward ‘‘dressing’’ of macroscopically shaped supports (i.e. b-SiC and a-Al2O3) with a mesoporous and highly nitrogen-doped carbon-phase starting from food-processing raw materials is described. The as-prepared composites serve as highly efficient and selective metal-free catalysts for promoting industrial key-processes at the heart of renewable energy technology and environmental protection.
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