Fischer–Tropsch synthesis is a heterogeneous catalytic process for the production of clean
hydrocarbon fuels or chemicals from synthesis gas (CO+ H2), which can be derived from …

The exponential increase in computational processor speed, the development of novel
computational architectures, together with the tremendous advances in ab initio theoretical …

Syngas, a mixture of CO and H 2 (CO/H 2), is a key platform for the utilization of
nonpetroleum carbon resources such as natural gas or shale gas and coal. Syngas can also …

The effects of metal particle size in catalysis are of prime scientific and industrial importance
and call for a better understanding. In this paper the origin of the cobalt particle size effects …

Microkinetics simulations are presented based on DFT‐determined elementary reaction
steps of the Fischer–Tropsch (FT) reaction. The formation of long‐chain hydrocarbons …

The increasing availability of quantum-chemical data on surface reaction intermediates
invites one to revisit unresolved mechanistic issues in heterogeneous catalysis. One such …

Dry reforming is a promising reaction to utilise the greenhouse gases CO 2 and CH 4. Nickel-
based catalysts are the most popular catalysts for the reaction, and the coke formation on the …

A series of 10% Co/ITQ-2 model catalysts have been prepared by combining a reverse
micellar synthesis with a surface silylated ITQ-2 delaminated zeolite. The catalysts display …

Abstract The Fischer–Tropsch synthesis represents a time-tested and fully proven
technology for the conversion of synthesis gas (CO+ H2) into paraffins, olefins, and …

The Fischer–Tropsch synthesis plays a significant role in re-forming natural resources to
meet global demand for commodities, while there is ongoing oil depletion and population …