Through controlled pyrolysis, suitable biomass can be converted into a stable, carbon-rich material. The project then needs rigorous measurement, reporting, verification and an appropriate carbon-credit pathway to unlock the carbon-removal revenue stream.
Terraton-style operator due-diligence, applied to every proposed Aarvi biochar site.
The 68,000 MT / season already flowing through our Chittapur cluster is the operational base for the first biochar projects.
Large agricultural residue stream in parts of Karnataka and Maharashtra. Currently 20,000 MT / season in our reference cluster.
The dominant residue in our Kalaburagi cluster — 30,000 MT / season. Requires seasonal aggregation planning.
Concentrated, lower-logistics feedstock pathway. 8,000 MT / season currently — expansion candidates in Maharashtra.
Woody biomass, 10,000 MT / season. Year-round availability with lower moisture variability — suitable for higher-grade biochar.
Additional pulse and cereal residues (groundnut shell, sugarcane trash, jowar) are evaluated cluster-by-cluster.
We are not building this alone. We are building it with the right technology, MRV and carbon-market partners.
Feedstock aggregation, sites, preprocessing, storage, logistics, plant operations, local workforce, farmer relationships and Indian market presence — the operating layer that cannot be built remotely.
Facility design, pyrolysis technology, project-financing architecture, monitoring software, MRV protocols, certification pathway and carbon-market access — subject to final partnership terms.
If you are a biochar technology company, carbon-market platform or CDR investor exploring India, we should talk.