Does it work? The field answers.
Every figure below comes from monitored plots — documented season over season, verified on the OnePoint5 platform.
Yield increase
Documented across monitored plots, season over season.
✓ Field-trial verifiedWater savings
Improved soil water retention cuts irrigation demand.
✓ Field-trial verifiedCarbon locked in soil
Stable in the soil for 1,000 years — a durable removal, not a temporary fix.
✓ dMRV-verifiedResidue monetised
Agri-residue converted into value instead of going up in smoke.
✓ dMRV-verifiedBuilt for Scope 3 reporting and full traceability. Every outcome carries a digital chain of custody, so the benefit lands in your disclosure — not in a PDF nobody audits.
See how it's verified →The season, measured.
Indexed values from a monitored plot — per-plot records and absolute figures on request.
Where biochar is applied.
- Punjab
- UP
- Gujarat
- West Bengal
1,200+ farms. Every application geo-registered to the plot and carried on the same chain of custody as the tonne it produces.
We build both. Not a supply deal.
Monitoring, dosing and farm-operations software on one side; field hardware on the other. Every layer is designed to verify what actually happens on the ground.
Field data feeds the platform's dMRV and remote-sensing stack — practices are verified, not self-reported. See the platform →
GPS Mapping
Every plot geotagged and boundary-mapped before the season starts.
Biomass Registry
Residue volumes registered at source — the feedstock record starts on the farm.
Farmer App
Practice-level logging and dosing guidance, direct to the field.
Batch Tracking
Each batch traced from field to processing to dispatch.
Remote Verification
Satellite and field data validate practice adoption between visits.
QR Logistics
Scan-based chain of custody across aggregation and transport.
The hardware core of the loop.
A patented mobile pyrolysis unit that converts crop residue into biochar directly in the field — turning what would be burned into a soil input, on-site, in one pass.
Feedstock-dependent · payback assumes biochar applied on your own farm · unit economics confirmed on request — contact@onepoint5.org
Straight answers.
StubbleX is a patented mobile pyrolysis unit, CIPHET-approved, that converts crop residue into biochar directly in the field — turning what would be burned into a soil input on-site.
Biochar improves soil water retention, so fields hold moisture longer between irrigations. Across monitored plots this has reduced irrigation demand by up to 30%.
Crop residue can be converted into biochar in the field instead of burned. A mobile pyrolysis unit processes 0.5–1 tonne per batch at roughly 35% output yield, so residue becomes a soil input and a carbon asset rather than smoke. Applied on the farmer's own land, it pays back in 1–2 crop cycles.
Production runs about ₹4.5–7 per kg of biochar, depending on the feedstock. Because the pyrolysis unit is mobile, residue is processed where it falls, which removes the collection and haulage cost that usually makes crop residue uneconomic to handle.
Every batch carries a dMRV record: the plot is geo-registered, collection and processing are logged, output is lab-tested and batch-certified, and dispatch is sealed and tracked to the buyer. Across the network this has produced 3,000+ tCO₂e verified and 800+ tonnes of carbon locked, with 2,500 tonnes of residue monetised.
Yes. Sourcing programmes that need farm-level evidence — residue diverted from burning, water saved, carbon locked — get it as a per-plot record rather than an estimate, which is what survives an audit of a sustainability claim.
