Sentence examples for formation of methanol from inspiring English sources

The prolonged potentiostatic electrolysis of CO2 led to the formation of methanol even under low overpotential.

This approach is initially demonstrated to identify components of novel methane oxidation catalysts for the formation of methanol.

The most active Cu species on TiO2 surface were Cu2O clusters, and they played an important role for the formation of methanol.

The formation of methanol adsorbate as a structure sensitive process was studied on platinum single crystal surfaces.

Further reduction of formic acid under homogeneous conditions is more difficult and only very few examples are known reporting formation of methanol and methane catalyzed by Pd and Ru complexes in very low yields [57].

Recent progress is reported on C-1 conversion chemistry with emphasis on the direct formation of methanol, hydrocarbon liquids and CO2 reforming.

In this view, electrochemical reduction of CO2 appears promising since it can lead to formation of methane, ethylene, methanol, formate, carbon monoxide, formic acid and other compounds that can be potentially used as fuels [8, 9, 10].

Less obvious was the decrease in methanol crossover at low cathode flow rates were due to the formation of a methanol film at the membrane/cathode catalyst layer interface.

The formation of trace methanol and 2-propanol were also observed.

The direct hydrogenation of these intermediate hydrocarbon species leads to the formation of hydrocarbon, methanol, and higher alcohols.

The faster reacting formates, possibly adsorbed at the interface of Co and the support or directly on an oxidic phase of cobalt, could potentially be an intermediate in the formation of the methanol side-product observed under our reaction conditions.