CBG Plant

Universal Forces Industries Pvt. Ltd. (UFIPL) provides advanced Compressed Biogas (CBG) Plant solutions for converting a wide range of biomass and organic waste into clean, renewable energy. Our technology supports sustainable waste management while creating value from agricultural, industrial, and municipal waste streams.

Feedstock Sources

UFIPL's CBG plants are designed to process various biomass and bio-waste materials, including:

• Sugarcane Press Mud
• Distillery Spent Wash
• Agricultural Residues
• Cow Dung
• Sewage Treatment Plant (STP) Waste
• Municipal Solid Waste (MSW)
• Food Waste
• Rotten Potatoes and Vegetables
• Poultry Litter and Chicken Waste
• Horticulture Waste
• Forest and Tree Residues
• Slaughterhouse Waste
• Other Biodegradable Organic Waste

Advanced Biomethanation Technology

UFIPL utilizes a proven Anaerobic Digestion Process to convert organic matter into methane-rich biogas. The biological degradation process takes place through four key biochemical stages:

1. Hydrolysis

Complex organic compounds are broken down into simpler soluble molecules.

2. Acidogenesis

The soluble compounds are converted into volatile fatty acids and other intermediate products.

3. Acetogenesis

Acetogenic bacteria convert volatile fatty acids into acetic acid, hydrogen, and carbon dioxide.

4. Methanogenesis

Methanogenic bacteria transform acetic acid, hydrogen, and carbon dioxide into methane-rich biogas.

This controlled biological process ensures efficient waste degradation and maximum biogas generation.

UFIPL CBG Plant Process

Stage 1 Biogas Generation / Biomethanation Plant

Organic waste is processed through anaerobic digesters to produce raw biogas.

Stage 2 Biogas Purification Unit

The generated biogas is purified by removing carbon dioxide (CO), hydrogen sulphide (HS), moisture, and other impurities to achieve high methane purity.

Stage 3 Biogas Compression Unit

Purified biogas is compressed into Compressed Biogas (CBG) suitable for transportation fuel, industrial applications, and gas distribution networks.

Key Benefits

Waste-to-Wealth Solution
Renewable and Sustainable Energy Production
Reduced Greenhouse Gas Emissions
Efficient Organic Waste Management
High-Quality Biofuel Generation
Supports Circular Economy and Green Energy Goals
Suitable for SATAT and Bioenergy Projects

Applications

• Automotive Fuel
• Industrial Boilers and Furnaces
• Power Generation
• Commercial Energy Use
• City Gas Distribution (CGD) Network