A novel chemical liquefaction conversion process for one-step synthesis of natural gas to a methanol/acetic acid mixture is described. Previously reported homogeneous catalytic systems for carrying out methane coupling to CO2 are shown to work equally effectively with just methane. 13C labeling studies show that both carbons in the acetic acid originate from the methane. The reaction is therefore one of auto-oxidative coupling. The true yield is lower than previously claimed because the solubility of methane in the solvent needs to be taken into account
Natural gas, due to its abundance and low cost, is a major future source as a feedstock for the petr...
Methane, the major component in natural gas, is one of the most difficult molecules to activate in a...
International audienceMethane is the main component of natural and shale gas, methane clathrates and...
A novel chemical liquefaction conversion process for one-step synthesis of natural gas to a methanol...
We determine the carbon selectivity for single-step conversion of natural gas to an acetic acid/meth...
Methane is the main component of natural gas and its utilization amounts to ca. 1.7 109 tons of oil ...
This paper gives a brief summary of some processes, direct and indirect, for the conversion of natur...
Leveraging on the experience gained by designing and assembling a prototype experimental apparatus r...
Synthesis Gas, or syngas (Hydrogen and Carbon Monoxide) can be used in multiple chemical processes. ...
A process for converting natural gas to a liquid includes heating the gas to a selected range of tem...
Development of sustainable processes for hydrocarbons synthesis is a fundamental challenge in chemis...
The objective of the work presented in this paper is to develop new, efficient catalysts for the sel...
A novel process concept for the oxidative coupling of methane followed by the oligomerization to liq...
Recently, as a direct consequence of the dwindling world oil reserves and the growing awareness of t...
A brief review on the recent developments of alternative routes for synthesis gas production, namely...
Natural gas, due to its abundance and low cost, is a major future source as a feedstock for the petr...
Methane, the major component in natural gas, is one of the most difficult molecules to activate in a...
International audienceMethane is the main component of natural and shale gas, methane clathrates and...
A novel chemical liquefaction conversion process for one-step synthesis of natural gas to a methanol...
We determine the carbon selectivity for single-step conversion of natural gas to an acetic acid/meth...
Methane is the main component of natural gas and its utilization amounts to ca. 1.7 109 tons of oil ...
This paper gives a brief summary of some processes, direct and indirect, for the conversion of natur...
Leveraging on the experience gained by designing and assembling a prototype experimental apparatus r...
Synthesis Gas, or syngas (Hydrogen and Carbon Monoxide) can be used in multiple chemical processes. ...
A process for converting natural gas to a liquid includes heating the gas to a selected range of tem...
Development of sustainable processes for hydrocarbons synthesis is a fundamental challenge in chemis...
The objective of the work presented in this paper is to develop new, efficient catalysts for the sel...
A novel process concept for the oxidative coupling of methane followed by the oligomerization to liq...
Recently, as a direct consequence of the dwindling world oil reserves and the growing awareness of t...
A brief review on the recent developments of alternative routes for synthesis gas production, namely...
Natural gas, due to its abundance and low cost, is a major future source as a feedstock for the petr...
Methane, the major component in natural gas, is one of the most difficult molecules to activate in a...
International audienceMethane is the main component of natural and shale gas, methane clathrates and...