Biogas Plant
Turning Waste into Clean Energy
The Vonteddu Group’s Integrated Biogas Plant is a pioneering example of sustainable innovation, converting agricultural and livestock waste into clean, renewable energy. Built with advanced digestion and separation systems, the plant forms the foundation of our zero-waste initiative, supporting environmental sustainability and economic value creation.
Organic Waste Streams We Utilize
Dairy Waste: Cow Dung & Urine
Collected directly from our dairy farms, this forms the base input for biogas generation.
End-Products
Biogas/CNG, hydrogen gas, captured CO₂, and organic bio-fertilizer (bio-slurry & compost).
Manure from Goats & Sheep
A vital nitrogen-rich feedstock from livestock operations, contributing to efficient anaerobic digestion.
End-Products
Biogas/CNG, hydrogen gas, captured CO₂, and organic fertilizer from nutrient-rich digestate.
Dry Agricultural Residue
We process husk, straw, and other crop residues to maximize resource use and minimize field-burning.
End-Products
Biogas/CNG, Hydrogen Gas, Captured CO₂, and Organic Compost from processed crop residues.
TMR Feed Waste & Grass Clippings
By-products from feed preparation are redirected to the plant instead of being discarded, closing the loop on waste.
End-Products
Nutrient-rich bio-slurry and organic compost are used as natural fertilizers for farming.
Key
Outputs
Biogas/CNG
Processed and purified biogas is used for clean cooking and fuel , and is upgraded to vehicular-grade CNG for transport
Captured CO₂
CO₂ generated during biogas upgrading is captured and repurposed for agriculture, industrial use, or monetized via carbon credits.
Hydrogen Gas
Hydrogen is extracted from biogas through advanced reformers, providing a future-ready, clean energy source.
Bio-Slurry
& Compost
The remaining digestate is rich in nutrients and used as fertilizer in our farms — reducing dependence on synthetic inputs.
Smart Plant Technology
Automated Feed & Separation Units
From intake to separation, every stage is automated for efficiency, safety, and consistency in processing.
Effluent Recycling for Irrigation
Treated liquid waste is reused for farm irrigation, reducing water usage and enhancing soil health.
Energy Recovery Systems
Internal systems harness excess energy to power the plant, reducing reliance on external grids.
IoT & SCADA Monitoring
We employ real-time data tracking and SCADA controls to optimize plant performance and monitor emissions and efficiency continuously.
Sustainability & Monetization
This plant not only powers our operations — it fuels our future.