ReVOCs
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ReVOCs is particularly suitable for large-scale plants with high VOC concentrations, including siloxanes, typical of systems treating the organic fraction of separate waste collection and landfills.
AB has developed ReVOCs, an advanced biogas pre-treatment technology designed to efficiently remove volatile organic compounds (VOCs) without continuously consuming activated carbon and with minimal energy use.
The biogas pre-conditioning process involves the removal of moisture, H₂S and VOCs, and adsorption of VOCs on in-line regenerable activated carbon with an associated regeneration system, all essential steps to meet grid specifications and protect downstream equipment. Traditionally, VOC removal is carried out through activated carbon filtration, which becomes exhausted over time and requires off-site regeneration or disposal, leading to high costs and logistical complexity.
ReVOCs overcomes these limitations thanks to an on-site carbon regeneration technology with an abatement efficiency above 85% and the ability to eliminate VOCs through oxidation. REVOCs optimizes the performance of biogas valorization plants both in electricity generation systems and biomethane production plants.
Advantages of ReVOCs
Reduction in operating costs (lower consumption of activated carbon)
Lower frequency of carbon replacement operations
Guaranteed operational continuity regardless of activated carbon logistics
Safety of carbon condition (no contamination from other sites with off-site regenerated carbon)
ReVOCs: the sustainable solution for VOC removal from biogas
The technology preserves the strengths of AB solutions: modularity, ease of installation, simple maintenance, and high efficiency.
Applied to high biogas flow rates (> 800 Nm³/h) and high VOC content, ReVOCs reduces operational issues related to activated carbon management and helps make biomethane production plants more sustainable, resilient, and high-performing.
With ReVOCs, AB supports companies in the energy transition, combining innovation, efficiency, and sustainability into a concrete and easily integrable solution.
