Activated Carbon For Biogas Purification – Techniques: A One Page Guide
Struggling with impurities in biogas? You’re not alone. Many face the challenge of purifying biogas to ensure it’s suitable for use. One effective solution stands out: using activated carbon for biogas purification. This method targets pollutants like hydrogen sulphide and volatile organic compounds, ensuring cleaner, more efficient energy from sources such as agricultural waste and […]
Exploring the Role of Methanogens in Anaerobic Digestion
Discover the crucial role of methanogens in anaerobic digestion. These microscopic powerhouses convert organic waste into methane, optimizing renewable energy production from biogas systems. Learn how factors like temperature and pH impact their efficacy, and explore the versatility of species like Methanosarcina in boosting biogas yields…
Understanding the Impact of Ammonia Inhibitors on Anaerobic Digestion Efficiency
Ammonia inhibition poses a serious threat to anaerobic digestion, reducing efficiency and biogas production. By employing chemical inhibitors like metal ions and biochar, it’s possible to mitigate this toxicity. Selecting the right ammonia control strategy can significantly increase methane yields, enhancing renewable energy production…
How Much Biogas? Info, Guide & Calculator
How much biogas is an important question. The amount of biogas produced varies greatly by feedstock, with examples like cattle slurry yielding 15-25 m³/ton, poultry 30-100 m³/ton, and grass silage 160-200 m³/ton, while 1 kg of kitchen waste can yield about 0.07 m³ of methane, enough to power a lamp for 50 hours or drive […]
Best CO2 Separation Membrane Tech for the Biogas Industry
Recent CO2 separation membrane developments promise cost reductions up to 70% for biogas purification. Top technologies offer high methane recovery rates, low energy use, and moisture resistance, enhancing scalability and ROI. Biogas facilities can now economically produce renewable natural gas with these innovations…








