BioCNG
Distributed production of pipeline-quality biomethane that can replace LPG, propane, or diesel as a drop-in fuel.
Circular clean fuels
Carbon negative
clean fuels.
Decarbonizing communities and industries for a sustainable future.
Agricultural and organic waste become renewable natural gas, a practical hydrogen pathway, and regenerative soil products.
Modular systems placed next to the waste source — not distant mega-plants.
Drop-in BioCNG for industry, engines, and storage already in use.
Nutrients and carbon return to farmland as fertilizer and biochar.
The challenge
Clean fuel is scarce where waste is abundant.
The problem is not only emissions. It is the distance between feedstock, processing, and the sites that need energy now.
- Limited clean-fuel options for industry
- Difficulty reducing Scope 1 emissions
- Sparse gas-grid access in many regions
- Agricultural residues that emit methane or are burned
- Need for true drop-in fuels and a path to hydrogen
The circular model
Waste in. Energy and living soil out.
Three outputs from one closed loop — fuels for industry and communities, plus carbon that stays in the ground.
Bio-hydrogen
The same feedstock and process architecture opens a practical near-term pathway to green hydrogen.
Soil regeneration
Organic fertilizers and biochar return nutrients to farmland and lock carbon in the soil.
How it works
A closed loop, close to the source.
Highly modular systems sit near feedstock. Enriched gas moves to offtake. Nutrients and carbon return to farms.
- 01
Feedstock
Agricultural residue and organic waste collected close to source.
- 02
Digestion
Energy- and water-efficient anaerobic digestion.
- 03
Enrichment
Biogas upgraded to pipeline-quality renewable gas.
- 04
Clean fuels
BioCNG today, with a built-in pathway to bio-hydrogen.
- 05
Offtake
Direct industrial use or compressed storage and transport.
- 06
Return to soil
Organic fertilizer and biochar go back to farms.
Distributed scale is the point. Processing near the waste source removes the cost and carbon of hauling biomass to a distant central plant.
Technology
Built to sit next to the problem.
Capability over complexity. The system is designed to be placed where waste already is, then feed industry without a new grid.
- Modular and scalable by design
- Works with diverse agricultural and organic feedstocks
- Energy-efficient biogas enrichment
- Architected for BioCNG and a future hydrogen pathway
- Drop-in compatibility with existing burners, engines, and storage
Impact
Climate benefit you can put on a ledger.
Illustrative figures from assessed installations. Not universal guarantees — actual results depend on feedstock, load, and site.
2.93 kg
CO₂e avoided per litre of diesel displaced
800 t
CO₂e avoided per year, mini-grid scale
1.5–3 kt
CO₂e avoided per year, industrial scale
Helps clients pursue carbon-neutrality and Scope 1 / Scope 3 reductions, with permanent sequestration through biochar.
Contact
Ready to decarbonize operations?
Tell us about industrial offtake, a mini-grid, or a circular agriculture partnership. We will respond directly.