Credits verified and issued through leading carbon removal registries



Leading organizations purchasing our carbon removal credits





Biochar carbon is geochemically stable and highly durable. Not temporary storage — permanent removal from the active carbon cycle.
Every credit is backed by over 100 tracked data points from biomass source through pyrolysis to verified sequestration site via Sarva OS.
Approved by Carbon Standards International. Compatible with Puro.earth and Isometric. Credits issued through accredited registries.
Biochar improves soil health, water retention, and crop yields. Every tonne sequestered delivers measurable agricultural value.
We convert waste biomass that would otherwise decompose or burn — carbon revenue is what makes the project viable.
Modular Gravity Series plants replicate across sites. Growing pipeline from single-plant operations to multi-site networks.
Waste biomass is collected from agricultural and forestry residues — feedstock that would otherwise decompose or burn.
Biomass is converted to biochar through high-temperature pyrolysis in our Gravity Series reactors, locking carbon into a stable solid form.
Biochar is applied to soil, where its carbon structure resists decomposition over centuries — verified durable removal.
Full MRV chain tracked through Sarva OS. Credits are validated against registry standards and issued to buyers.
Every credit is underpinned by our proprietary dMRV+ platform. From biomass intake to verified sequestration — over 100 data points captured per cycle.
QR-verified delivery notes, GPS-mapped carbon sinks, and digital ownership transfer create an auditable chain that satisfies the most rigorous buyers.


Each project creates direct employment in rural areas, from plant operations and maintenance to biomass harvesting and logistics.
Biochar improves soil structure, water retention, and nutrient availability, supporting agricultural productivity in the communities where we operate.
Invasive species management restores native habitats and grazing land. Biochar-amended soil reduces erosion and supports ecosystem recovery.
We build and maintain value chains locally, keeping economic benefits in the regions where biomass is sourced and processed.
Biochar applied to soil provides highly durable carbon removal, sequestering carbon over centuries. The exact permanence depends on production temperature, biomass type, and storage conditions. PyroCCS biochar meets the durability requirements of leading carbon credit registries including the European Biochar Certificate C-Sink standard, Carbon Standards International, and Isometric.
PyroCCS biochar carbon removal credits are issued through leading registries including Carbon Standards International (Global C-Sink), Isometric, and the European Biochar Certificate C-Sink standard. We select the registry that best matches each project’s geography, methodology, and buyer requirements.
Yes. PyroCCS offers spot procurement, pre-purchase agreements, and forward contracts for biochar carbon removal credits. We structure offtake to match corporate net-zero commitments and procurement timelines.
Every batch is tracked through Sarva OS, our digital MRV platform that captures over 100 data points per pyrolysis cycle. Verification includes biomass source tracking, production records, sequestration application data, and third-party certification audits.
Biochar CDR is one of the most cost-effective forms of durable carbon removal currently scalable. Per the IPCC, biochar accounts for over 80% of all durable CDR delivered to date. Compared to direct air capture, biochar offers lower cost per tonne and meaningful co-benefits including soil restoration and rural income.
We work with corporates, intermediaries, and offset platforms.
Get in Touch →