A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fischer‐Tropsch Synthesis with H2/CO2 – Catalyst Behavior under Transient Conditions
Catalytic reactors are usually operated under steady‐state conditions; however, transient operation may lead to benefits for the overall process. Two different methodologies are presented to study catalyst activity under transient operation conditions: (i) step change experiments combined with mathematical modeling and (ii) periodic changes. Fischer‐Tropsch synthesis using iron‐based catalyst is the selected example reaction. According to both methods, the catalyst activity under transient operation can be described in the range of validity of the selected rate equation and parameter values determined under steady‐state conditions.
Fischer‐Tropsch Synthesis with H2/CO2 – Catalyst Behavior under Transient Conditions
Catalytic reactors are usually operated under steady‐state conditions; however, transient operation may lead to benefits for the overall process. Two different methodologies are presented to study catalyst activity under transient operation conditions: (i) step change experiments combined with mathematical modeling and (ii) periodic changes. Fischer‐Tropsch synthesis using iron‐based catalyst is the selected example reaction. According to both methods, the catalyst activity under transient operation can be described in the range of validity of the selected rate equation and parameter values determined under steady‐state conditions.
Fischer‐Tropsch Synthesis with H2/CO2 – Catalyst Behavior under Transient Conditions
González, María Iglesias (author) / Schaub, Georg (author)
Chemie Ingenieur Technik ; 87 ; 848-854
2015-06-01
7 pages
Article (Journal)
Electronic Resource
English
Fischer–Tropsch synthesis with cobalt catalyst and zeolite multibed arrangement
| Springer Verlag | 2016
Formation of alcohols on nanosized iron catalysts under Fischer-Tropsch synthesis conditions
| Springer Verlag | 2012
Fischer-Tropsch synthesis in a three-phase system with iron catalyst nanoparticles
| Springer Verlag | 2011