In economy nowadays, methanol is already a key compound widely employed as building
block for producing intermediates or synthetic hydrocarbons, solvent, energy storage …

Growing population and expanding economies are important causes of increasing global
energy demand. In wake of the continuous hike in the petroleum prices, depleting world …

A kinetic model for the synthesis of methanol over commercial catalysts was developed
based on the adsorption of CO and CO 2 onto various active sites of Cu, while the kinetic …

In this study, kinetic models were developed for the mixed reforming and synthesis of
methanol (MeOH). The effectiveness of the reforming model in our previous work was …

Catalyst deactivation is one of the major concerns in industrial catalytic reactors. The
capability to perform detailed analysis of the catalytic process and its deactivation …

Chile accounts for one of the most important forest areas in Latin America; nevertheless,
both Chilean energy and chemical infrastructures heavily relies on imported fossil fuels. This …

In this study, a novel configuration, Adiabatic and Plate Water-cooled Reactors, which called
APW is introduced as an alternative for a two stage conventional methanol process …

Methanol synthesis through CO2 hydrogenation under fluctuating conditions was
investigated over a CuO/ZnO/Al2O3 catalyst in an integral reactor. The performance of the …

The conversion of steel mill off‐gases to base chemicals is a promising perspective to
improve the financial return of steelmaking in Europe and fight CO2 emissions. In the …

In recent years, increasing demand for methanol, as a clean alternative to fossil fuels,
necessitates analyzing the methanol synthesis reactor in terms of econometrics, methanol …