Carbon negative,
by design.
The facility doesn't offset its footprint — its entire business model is the removal. Here is what one full circle of the model changes, replicated across India.
carbon removed for every tonne the facility emits
reduction in a farmer's chemical fertilizer need
tonnes of purchased residue returned to the fire
What changes when residue stops burning.
Income where there was liability
Residue used to cost farmers time, labour and penalties to dispose of. Now it earns them a payment at the farm gate — and the compost that comes back improves next season's yield.
Air that stays clear at harvest
Every tonne we collect is a tonne that never burns in the open. Less smoke over our farm belts means fewer respiratory episodes in the exact weeks families spend outdoors bringing in the crop.
Soil that gets richer, not poorer
Vermicompost, organic manure and microbial bio-fertilizer return carbon and life to the soil, reversing the depletion that decades of burning and heavy chemical use have caused.
Coal displaced, boiler by boiler
Every pellet fired in a thermal plant or industrial boiler directly replaces coal in that same furnace — mandated co-firing means each tonne we ship displaces a tonne of mined carbon somewhere in India.
Bio fertilizer builds the soil. Chemicals borrow against it.
Decades of heavy chemical fertilizer use have pushed yields up while quietly running the soil itself down. Organic inputs work the other way — slower on the label, compounding in the field.
What bio fertilizer gives
- Rebuilds soil organic carbon and humus, improving structure and water retention year after year
- Feeds the microbial life that makes nutrients plant-available — enzymes, humic substances, nitrogen fixers
- Releases nutrients slowly, so less washes away into groundwater and rivers
- Lowers a farmer's input bill over time as the soil needs less to produce more
- Produce carries no synthetic residue — safer food, better market access
What chemical dependence costs
- Degrades and acidifies soil with repeated use, destroying structure and microbial life
- Delivers a declining response — the same field needs more fertilizer each year for the same yield
- Leaches nitrates into groundwater and drinking wells around farm belts
- Locks farmers into a rising, import-linked input cost every single season
- Adds nothing back — the soil is mined, not fed
Why Delhi can't breathe every November — and what we do about it.
After harvest, fields across Haryana, Punjab and western Uttar Pradesh are left covered in stubble — the cut stalks and root-bound residue of the previous crop. The window before the next sowing is short, so the fastest way to clear it has always been a match. Millions of tonnes burn in a few weeks, and the smoke drifts straight into the National Capital Region, driving Delhi's winter air into the hazardous zone year after year.
The farmer isn't the villain here — clearing stubble by hand costs money and time the sowing calendar doesn't allow. Remove that constraint, and the fire becomes unnecessary.
Our answer: machines, not matches
- We deploy stubble-clearing machines to farms at no clearing cost to the farmer
- The machines cut the standing stubble and pull out the root residue left in the soil after harvest
- The field is left sowing-ready immediately — no burn window needed before the next crop
- Every tonne of cleared stubble is bought from the farmer and feeds our pellet and compost lines
- Smoke that would have reached Delhi becomes fuel, fertilizer, and farm income instead
A farmer is paid for what used to burn, a power plant burns less coal, and the same field grows more the next season.