Turn waste and biomass into power, hydrogen & fuels.
We convert municipal waste, agricultural residues, and biomass into power, hydrogen, methanol, and SAF — through anaerobic digestion, composting, and gasification. Technology provider and end-to-end execution partner, from feedstock and concept to commissioning.
Waste streams and biomass alike.
Municipal waste
Wet municipal organics and the dried / RDF fraction of MSW — the daily, predictable city stream.
Agricultural residues
Crop and agro-industrial residues — straw, husk, bagasse, press mud, and processing by-products.
Forestry & biomass
Woody biomass, forestry residues, and dedicated biomass — a gasifier-ready feed after drying.
Feedstock and moisture drive the route.
High-moisture organics suit biological routes directly; the dried and woody fraction suits thermochemical gasification. We pick the route — or the mix — that fits your feedstock, scale, and offtake.
For high-moisture organics
- —Anaerobic digestion → biogas → power & heat
- —Compressed bio-gas (CBG / Bio-CNG) — SATAT offtake
- —AD → biomethane → hydrogen via reforming
- —Aerobic composting — lowest cost and risk
For the dried & woody fraction
- —Low-cost drying (solar where climate allows) to a gasifier-ready feed
- —Gasification of dried / RDF feed → clean syngas
- —Syngas → power, hydrogen, methanol, or FT liquids
- —One platform — end-product chosen to match offtake
One feed, many products.
The same dried feed and gasifier can pivot end-product as offtake and policy evolve — power and hydrogen at city scale now; methanol and SAF at regional scale.
Power
Syngas to engine or turbine — grid-tied or captive.
Hydrogen
Syngas to H₂ (BG-H2) — our deepest IP; links to our Green Hydrogen practice.
Methanol
Catalytic synthesis — a drop-in chemical and marine fuel; best at scale.
FT diesel / SAF
Fischer-Tropsch liquids — sustainable aviation fuel with strong policy pull.
Plus bio-CNG and compost from the wet / biological routes — the full stream put to use, not landfilled.
Feedstock to commissioning.
Characterise the stream, match the route(s), and select technology — vendor-neutral.
Yields, capex / opex, revenue, and payback across routes — to DPR-grade.
Process design, mass & energy balance, drying, gas cleanup, and balance-of-plant.
End-to-end execution as technology provider and integration partner.
Structuring around SBM-U 2.0, GOBARdhan, and SATAT (CBG) — plus H₂ and fuel offtake.
Anchor on bankable routes first; add gasification and hydrogen as offtake matures.
Bankable first. Strategic upside next.
We anchor on the proven, bankable routes for your stream — CBG and composting for wet organics, gasification-to-power on the dried fraction — then layer hydrogen, methanol, or SAF as offtake and scale mature. No single-technology bias: we design around your feedstock and the funder in view.
Part of the Umagine / H2C0 clean-energy stack — so the hydrogen output connects directly to our Green Hydrogen and Fuel Cell practices.
Currently applying this approach with an Indian city corporation — from waste profiling through a phased pilot-to-scale roadmap.
From a disposal cost to energy, fuel, and revenue.
For municipalities, industries, and developers. Tell us your stream, scale, and goal — landfill diversion, energy, fuel, or emissions — and we'll scope the route.