The fixed-bed reactor is a good choice for the cobalt-based Fischer-Tropsch synthesis (FTS)
to produce hydrocarbons. However, the heat transfer limitation of the fixed-bed reactor …

The direct transformation of CO 2 into valuable chemicals with the aid of sustainable energy-
generated H 2 has attracted enormous interest owing to the integrated functions of carbon …

Abstract Small-scale Fischer-Tropsch Synthesis (FTS) plants for waste or biomass to liquid
applications are more appropriate than mega-scale FTS plants because of different drivers …

FeCrAl monolith catalysts are suitable for high-flux low-temperature Fischer-Tropsch
synthesis (LT-FTS) due to their high thermal conductivity and low pressure drop at high gas …

For an insight into the catalytic reforming process in the exhaust reformer, three-dimensional
mesoscale models of the fixed bed packed with different particle shapes were constructed …

While fixed beds maximize contacting between the fluid and solid phase, commercial
processes operate with fluidized beds for highly exothermic reactions, like Fischer–Tropsch …

New materials are often designed to possess anisotropic properties to meet the specific
demands of challenging applications. Thermally anisotropic materials are particularly …

Abstract Knowledge of the temperature distribution in fixed-bed reactors is of great
importance for process control and optimization in many processes of the chemical industry …

One of the most challenging technical barriers for fixed bed Fischer-Tropsch (FT) reactors is
the formation of a hot spot in the catalyst bed because of the tremendous release of reaction …