In this review, the current state of the art in the synthesis of soluble-Ru, Co and Fe-
nanoparticles stabilised by organic molecules is described. Polymers are widely applied for …

A detailed review of the recent works regarding applications of supercritical media in Fischer–
Tropsch synthesis (FTS) is presented. Differences in activity, CH4 and CO2 selectivity …

The effects of Co loading and K, Ce, and Zr promoters on initial activities and selectivities of
activated-carbon-supported cobalt (Co/AC) Fischer− Tropsch synthesis (FTS) catalysts, were …

Cobalt catalysts supported on silica aerogel have been prepared using sol–gel chemistry
followed by drying under supercritical ethanol conditions. Three different loadings of cobalt …

A review of recent studies on the Fischer–Tropsch synthesis of heavy paraffins is presented.
The effects of temperature, pressure, feed composition, active metal, promoters and carriers …

The morphological, phase transformations and carbon‐layer growth for unpromoted and K‐
promoted iron catalysts were investigated over time during Fischer–Tropsch synthesis …

Mass transfer limitations on fixed-bed for Fischer–Tropsch synthesis were investigated by
changing synthesis gas superficial velocity, catalyst pellet size, and catalyst amount. To …

Highly exothermic catalytic reactions are problematic from a thermal management
perspective and often dictate the type of reactor, heat exchanger, level of conversion/recycle …

Operating Fischer− Tropsch synthesis (FTS) in supercritical fluid (SCF) media offers
advantages over conventional gas-phase FTS operation including in situ extraction of heavy …

Modern GTL (Gas-to-Liquids) technology involves Fischer-Tropsch synthesis for converting
natural gas derived synthesis gas to transportation fuels. 1 The Fischer-Tropsch synthesis …