Fe-based Fischer Tropsch Synthesis of biomass-derived syngas: Effect of synthesis methodAuthor(s): Khiet Mai; Thomas Elder; Les Groom; James J. Spivey
Source: Catalysis Communications
Publication Series: Scientific Journal (JRNL)
Station: Southern Research Station
Download Publication (555.0 KB)
DescriptionTwo 100Fe/4Cu/4K/6Zn catalysts were prepared using two different methods: coprecipitation or impregnation methods. The effect of the preparation methods on the catalyst structure, catalytic properties, and the conversion of biomass-derived syngas via Fischer–Tropsch synthesis was investigated. Syngas was derived from gasifying Southern pine woodchips and had the composition of 3.1% CH4, 11% CO2, 17%H2, 22%CO, and47%N2. The results show that the coprecipitated Zn-promoted catalyst had higher extent of reduction and carburization, which led to higher carbon conversion and C5+ selectivity of this CO2-rich syngas than the impregnated catalyst.
- You may send email to firstname.lastname@example.org to request a hard copy of this publication.
- (Please specify exactly which publication you are requesting and your mailing address.)
CitationMai, Khiet; Elder, Thomas; Groom, Leslie H.; Spivey, James J. 2015. Fe-based Fischer Tropsch Synthesis of biomass-derived syngas: Effect of synthesis method. Catalysis Communications. 65: 76-80. 5 p. http://dx.doi.org/10.1016/j.catcom.2015.02.027
KeywordsBiomass syngas, Fischer Tropsch, Fe-based, Coprecipitation, Impregnation
- Effect of structural promoters on Fe-based Fischer-Tropsch synthesis of biomass derived syngas
- Effect of steam during Fischer–Tropsch Synthesis using biomass-derived syngas
- Comparative life-cycle assessment of biochar activated carbon and synthesis gas electricity with commercially available alternatives
XML: View XML