Biogas &
Anaerobic Digestion

Biogas and anaerobic digestion transform organic waste into renewable energy and nutrient-rich byproducts. By harnessing controlled biological processes, we enable municipalities and industries to manage organic waste sustainably while generating clean energy and reducing greenhouse gas emissions.

Organic waste treated annually

9,50,000+
MT processed

Our anaerobic digestion facilities process large volumes of food waste, agricultural residues, and organic fractions of municipal waste, converting them into valuable biogas and stabilized digestate.

Integrated biogas generation systems

We design and implement end-to-end anaerobic digestion solutions including feedstock preprocessing, digestion reactors, gas purification, and energy utilization.

Waste Processing Operations
Renewable Energy Ready

Aligned with environmental and energy standards

Our biogas solutions comply with CPCB, SPCB, and renewable energy guidelines, supporting grid injection, captive power, and thermal applications.

Turning organic waste into energy,
nutrients, and climate solutions

Anaerobic digestion offers a sustainable pathway for managing organic waste by converting it into biogas for energy and digestate for agricultural and soil-conditioning use. This approach closes the loop on organic resource cycles.

By diverting organic waste from landfills and open dumping, Bhumi Green Energy’s biogas systems reduce methane emissions, improve sanitation, and create decentralized renewable energy. These systems support circular economy models in urban, industrial, and agricultural ecosystems.

Impact

Renewable energy generation

Produces biogas for electricity, heat, or bio-CNG applications.

Organic waste diversion

Prevents landfill disposal of food and biodegradable waste.

Reduced greenhouse emissions

Minimizes methane release from unmanaged organic waste.

Valuable digestate recovery

Generates nutrient-rich byproducts for soil enrichment.

Decentralized waste management

Enables on-site treatment for cities, institutions, and industries.