Register: Optimizing operating conditions for H₂S and VOC removal from biogas using activated carbon

Looking for a more effective way to optimise H₂S and VOC removal from biogas? Discover how operating conditions such as temperature, humidity and oxygen levels can influence activated carbon performance, and how the right filtration approach can help you achieve reliable purification across different biogas applications. 

Biogas purification requirements can vary significantly depending on the application. H₂S, VOCs and siloxanes need to be controlled to protect equipment, reduce corrosion and abrasion, meet emission requirements and ensure efficient cogeneration or biomethane production. 

In this webinar, our Sales Engineers Tony Hood and Ayten Wagner explain how to optimise operating conditions for H₂S and VOC removal using activated carbon, and how the right filtration configuration can be adapted to different biogas purification needs. 

What will you learn?

• Why purify biogas? Understand the impact of H₂S and VOCs on equipment, emissions and the performance of CHP and biomethane systems. 
• How do operating conditions affect removal performance? Discover how temperature, relative humidity and oxygen influence H₂S and VOC removal with activated carbon. 
• How can purification be adapted to different applications? Explore solutions for CHP, landfill gas and biomethane. 
• How can activated carbon management become more circular? Learn how our approach enables the reactivation and recovery of spent carbon and sulfur, helping reduce waste and CO₂ emissions.