A compressed biogas project involves the production of CBG from organic waste through anaerobic digestion, followed by purification and compression. The final output—bio-CNG—matches the quality of commercial CNG and can be used as a clean fuel for vehicles, industries, and domestic purposes. Beyond energy generation, CBG projects play a major role in reducing landfill waste, improving rural income, and contributing to India’s Net Zero goals.
Key Features of Synod Bioscience Compressed Biogas Projects
Synod Bioscience integrates advanced engineering and high-performance components into every project. The key features include
1. High-Efficiency Digesters
The anaerobic digesters are designed to handle organic waste with maximum efficiency. They ensure optimal microbial activity and high methane production rates.
2. Advanced Gas Purification System
Synod Bioscience uses cutting-edge purification technologies to remove CO₂, H₂S, moisture, and impurities. This ensures the production of high-purity biomethane suitable for compression.
3. Robust Compression Unit
The CBG produced is compressed at high pressure to meet the standards required for vehicle fuel and industrial applications.
4. Automation and Smart Monitoring
Advanced sensors and online monitoring systems track pressure, temperature, gas composition, and plant performance in real time.
5. Scalable, Modular Plant Design
Plants can be scaled from 2 TPD to 200 TPD and beyond, making them suitable for small farms, municipal corporations, and large industrial clusters.
6. Low Maintenance and Long Service Life
All materials used are corrosion-resistant and engineered to withstand tough operational conditions.
7. Environment-Friendly Operations
By converting waste into clean fuel, Synod Bioscience supports a circular economy and reduces greenhouse gas emissions.
Applications of Compressed Biogas (CBG)
A compressed biogas project by Synod Bioscience is suitable for a wide range of applications:
Transportation Fuel: CBG can be used as a direct substitute for CNG in cars, buses, and commercial vehicles. It offers better combustion efficiency and significantly lowers carbon emissions.
Industrial Heating: Industries can use CBG for boilers, furnaces, and thermal applications, helping them reduce dependency on LPG, diesel, or furnace oil.
Power Generation: CBG can be used to run gas engines or generators for electricity production in factories, farms, and institutions.
Household and Commercial Cooking: With proper distribution infrastructure, CBG can be supplied to households, restaurants, and community kitchens.
Agriculture: The slurry generated during digestion becomes organic manure, improving soil health and reducing chemical fertiliser usage.