Development of natural gas qualities in Europe

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00541_2012_03_05
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Natural gas qualities in Europe will become increasingly diverse and combustion characteristics (Wobbe index, methane number) will vary over wider ranges. The article presents the gas qualities to be expected over the medium term and analyses and discusses their effects on future gas utilisation. Aside from rich (high-calorific) LNG qualities, future natural gas and biomethane qualities are not expected to cause problems in gas utilisation in most European countries. This also applies where up to 10 % of hydrogen produced from renewable surplus electricity is admixed except for three important applications: tanks for compressed natural gas used as a motor fuel, gas turbines with premixed burners and underground porous rock storage facilities; here further R&D input is still required. Biomethane produced from contaminated feedstock may carry undesirable trace substances. Particularly careful treatment and quality control are then necessary. Hydrogen or methane produced from renewable surplus electricity will have a high purity level and, like biomethane, will contribute to further reducing CO2-emissions. This will make natural gas an even more climate-protecting fuel compared with other fossil fuels.
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Autoren Klaus Altfeld/Peter Schley
Erscheinungsdatum 01.03.2012
Format PDF
Zeitschrift heat processing - Issue 03 2012
Verlag Vulkan-Verlag GmbH
Sprache English
Seitenzahl 7
Titel Development of natural gas qualities in Europe
Beschreibung Natural gas qualities in Europe will become increasingly diverse and combustion characteristics (Wobbe index, methane number) will vary over wider ranges. The article presents the gas qualities to be expected over the medium term and analyses and discusses their effects on future gas utilisation. Aside from rich (high-calorific) LNG qualities, future natural gas and biomethane qualities are not expected to cause problems in gas utilisation in most European countries. This also applies where up to 10 % of hydrogen produced from renewable surplus electricity is admixed except for three important applications: tanks for compressed natural gas used as a motor fuel, gas turbines with premixed burners and underground porous rock storage facilities; here further R&D input is still required. Biomethane produced from contaminated feedstock may carry undesirable trace substances. Particularly careful treatment and quality control are then necessary. Hydrogen or methane produced from renewable surplus electricity will have a high purity level and, like biomethane, will contribute to further reducing CO2-emissions. This will make natural gas an even more climate-protecting fuel compared with other fossil fuels.
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