Engineered for Resilience

Multi-Feedstock CBG Infrastructure

Turning agricultural waste into scalable, grid-ready clean fuel across India.

The Landscape

Smarter Infrastructure for India's Energy Transition

India's energy transition demands resilient solutions. Agricultural waste, while abundant, is seasonal and geographically dispersed, posing significant challenges for consistent renewable gas production.

Single-source biomass projects often face feedstock constraints. Wanwatt engineers multi-feedstock systems designed to adapt when harvest cycles shift, ensuring continuous fuel supply.

Operational Metrics

Concrete Execution, Verified Results

5 TPD

Operational CBG Output

100%

Paddy Residue Processing

Year-Round

Multi-Feedstock Resilience

Conversion Pathway

From Waste to Grid-Ready Fuel

01
02
03
04

Paddy Residue Collection

Anaerobic Digestion

Biogas Purification

CBG Compression & Grid Injection

Sourced directly from Indian agricultural fields, paddy residue forms the primary feedstock for our initial plants.

Controlled biological process converts organic matter into raw biogas, maximizing energy yield.

Advanced systems remove impurities like CO2 and H2S, ensuring high-purity biogas.

Purified biogas is compressed into Compressed Biogas (CBG) for industrial use or grid supply.

The Wanwatt Difference

Research on Multi-feedstock engineering to ensure continuous fuel flow, year-round.

Our infrastructure is built for operational resilience, adapting to seasonal shifts in biomass availability and transforming agricultural waste into bankable, grid-ready clean fuel.