Siloxanes in Biogas and Landfill Gas - The Benefits of GC-MS Analysis for CHP Gas Processes

Feedstock for biogas and landfill gas (LFG) production often contains siloxanes; silicon-based organic materials. When combusted in combined heat and power (CHP) gas engines, siloxanes form silicon dioxide, an abrasive glass-like material which damages the engines.

We have recently published a paper on how Gas Chromatography-Mass Spectroscopy (GC-MS) can provide:

  • Quantitative analysis of the gas for the concentrations of the individual compounds
  • Spectral confirmation of the identity of the compound
  • Qualitative analysis of the samples over a number of time periods to show the total organic compounds breaking through the filter media
  • Quantitation of the total volatile organic compound (VOC) content of the gas post filter.

Through identifying the concentration and profile of siloxanes and other components/compounds within biogas and LFG, GC-MS can provide useful information about the contamination levels on the filter media and potentially provide earlier notification of when the siloxanes will ‘breakthrough’ the filter media.

Download the free GC-MS paper from the box on the right.

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  • White paper

    Siloxanes in Biogas and Landfill Gas - The Benefits of GC-MS Analysis for Combined Heat and Power Gas Processes

    pdf 315 KB

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