A thermodynamic model is developed using a one-dimensional model, LOGEcat to
understand the dry reforming of methane over nickel-based catalysts. To do so, we have …

In this paper, we have used a thermodynamic model for the first time to investigate the steam
and oxidative reforming of methane over a nickel catalyst in a wide temperature range, ie …

Even if huge efforts are made to push alternative mobility concepts, such as electric cars and
fuel-cell-powered cars, the significance and use of liquid fuels is anticipated to stay high …

To optimise the methanation of synthesis gas (syngas) with a focus on achieving maximum
methane and minimum CO, a comprehensive thermodynamics analysis of CO 2 \rmCO_2 …

Even if huge efforts are made to push alternative mobility concepts, such as, electric cars
(BEV) and fuel cell powered cars, the importance and use of liquid fuels is anticipated to stay …

In the field of catalysis, dry reforming, that is, methane reforming with CO 2 CO_2, is in the
focus due to growing environmental concerns about oil depletion and global warming with a …

In this study the methanation of synthesis gas (syngas) is investigated with a focus on
achieving maximum methane and minimum CO by full methanation of CO2. For this study …

Attempts have been made to develop a thermodynamic model for the steam reforming, dry
reforming and oxidative reforming reactions over nickel catalyst with the help of a one …