Compressed Biogas Production

The CBG industry faces several operational and biological challenges that can impact gas yield, process stability, and plant efficiency. Feedstock instability—such as spoilage, nutrient imbalance, or contamination—can lead to inconsistent biogas output and underperforming digesters. Factors like poor substrate preservation, microbial stress, and accumulation of inhibitory compounds (e.g., H₂S, ammonia, VFAs) can disrupt microbial activity and reduce methane production.

Fluctuating organic loading, seasonal feedstock availability, and inadequate micronutrient supply can further hinder anaerobic digestion performance. Additionally, improper preservation and handling of feedstocks like press mud, bagasse, spent wash, or food waste may lead to carbon loss, odor issues, and a decline in biogas potential.

To overcome these challenges, a focus on feedstock quality, microbial health, and process consistency is essential to ensure stable and profitable biogas generation.

Our Solutions

Our biotech solutions are engineered to address these critical challenges across the CBG production chain—from feedstock preservation to microbial performance enhancement. Whether it’s stabilizing high-organic residues like press mud or accelerating microbial activity within the digester, our products help maximize methane yield, reduce process downtime, and enhance plant profitability.

Micronutrient and biochemical formulation for stabilization and performance improvement of anaerobic digesters. Anaerobic digesters treating high organic wastes often face microbial stress due to variable loading, acidity and nutrient limitations. These conditions can reduce microbial activity and methane generation.
Explore More
Preservation solution for maintaining press mud quality and maximizing biogas yield. Press mud, a carbon-rich byproduct of sugarcane processing, is increasingly being utilized as a valuable feedstock for Compressed Biogas (CBG) production. However, prolonged storage can lead to nutrient degradation, volatile solids loss, odor issues, and reduced methane generation potential.
Explore More

Catalysts Connect

Keep up to date with our latest news and analysis by subscribing to our regular magazine and newsletter