Join the Climate Adventure

From agricultural waste to climate solution

From lab to field: building evidence step by step

Tupana is validating our solution through a series of laboratory and field experiments that demonstrate both technical rigor and practical feasibility.

  • Biochar quality testing: We measure carbon content, hydrogen-to-carbon ratios, and stability indicators to guarantee long-term permanence — over 100 years of secure carbon storage.

  • Pilot pyrolysis runs: Small-scale pyrolysis units are in operation, generating essential data for our Monitoring, Reporting, and Verification (MRV) platform.

These experiments are laying the groundwork for a scalable, high-integrity carbon removal pathway — rooted in science, strengthened by farmer participation, and designed for lasting climate impact.

We transform rice straw and other agricultural residues into biochar — a material that locks away carbon for centuries while improving soil health and ecosystem resilience.

Turning agricultural residues into lasting climate solutions.

Monitoring, Reporting, and Verification (dMRV)


Core dMRV Components

  • Full-chain traceability from biomass sourcing to long-term soil monitoring.

  • Biomass Sourcing: Tracks the origin, volume, and type of feedstock to ensure sustainability, traceability, and additionality.

  • Pyrolysis Operations: Real-time data collection through integrated sensors, monitoring key quality parameters of biochar (e.g., H/C ratio, O/C ratio, fixed carbon, volatile matter).

  • Transport & Application: Geotagged logistics and precision tracking verify the delivery of biochar and its application in the field.

  • Soil Monitoring: Annual data collection on environmental conditions and soil temperature to validate carbon permanence.

  • Gas, Nutrient Flux & Crop Metrics: Tracks reductions in CH₄ and N₂O emissions, improvements in soil nutrient use efficiency, and crop yield impacts.