REMOVAL YOU CAN
TRUST
REMOVAL YOU CAN TRUST
Terradot’s subsurface intelligence platform finds the best projects, optimizes deployment, and verifies every ton.
Terradot’s subsurface intelligence platform finds the best projects, optimizes deployment, and verifies every ton.
LEADING SCIENCE,
BACKED BY DATA
LEADING SCIENCE,
BACKED BY DATA
Five years of earth science at scale.
A team of 20+ PhDs spent half a decade learning where ERW works, how fast, and at what cost.
A team of 20+ PhDs spent half a decade learning where ERW works, how fast, and at what cost.
Data quality starts in the field. Great models need great measurement — so ours begins with the most rigorous field-data program in ERW.
At our Sentinel Site, we ran the most comprehensive scientific monitoring ever deployed at a commercial ERW project — the ground truth behind everything we build.
THE SUBSURFACE
INTELLIGENCE PLATFORM
Proprietary datasets, informing subsurface intelligence models.
01
Remote Sensing and Environmental Data.
Satellite imagery, historical land-use records, and environmental management data give us a baseline read on every site before a single sample is taken.
02
Proprietary Soil Data
Five-plus years of ground-truth soil sampling across Brazil and the US, the largest dataset of its kind in ERW, with 75k+ distinct soil samples.
03
Process-Based Reactive Transport Model
Simulates weathering chemistry ion by ion, from the soil profile to the watershed, grounding every prediction in real geochemistry.
04
Enhanced by Our AI Model
TerraNova predicts removal and weathering rates directly from environmental data, at a fraction of the compute and calibration that modeling alone demands.
01
Remote Sensing and Environmental Data.
Satellite imagery, historical land-use records, and environmental management data give us a baseline read on every site before a single sample is taken.
02
Proprietary Soil Data
Five-plus years of ground-truth soil sampling across Brazil and the US, the largest dataset of its kind in ERW, with 75k+ distinct soil samples.
03
Process-Based Reactive Transport Model
Simulates weathering chemistry ion by ion, from the soil profile to the watershed, grounding every prediction in real geochemistry.
04
Enhanced by Our AI Model
TerraNova predicts removal and weathering rates directly from environmental data, at a fraction of the compute and calibration that modeling alone demands.
01
Remote Sensing and Environmental Data.
Satellite imagery, historical land-use records, and environmental management data give us a baseline read on every site before a single sample is taken.
02
Proprietary Soil Data
Five-plus years of ground-truth soil sampling across Brazil and the US, the largest dataset of its kind in ERW, with 75k+ distinct soil samples.
03
Process-Based Reactive Transport Model
Simulates weathering chemistry ion by ion, from the soil profile to the watershed, grounding every prediction in real geochemistry.
04
Enhanced by Our AI Model
TerraNova predicts removal and weathering rates directly from environmental data, at a fraction of the compute and calibration that modeling alone demands.
TerraNova
Developed with
Microsoft Research and
Google AI for Nature
TerraNova
Developed with
Microsoft Research and
Google AI for Nature
IDENTIFY. OPTIMIZE. VERIFY.
IDENTIFY. OPTIMIZE. VERIFY.
One platform, driving every project from site selection through verified delivery.
One platform, driving every project from site selection through verified delivery.
Identify
The platform maps where rock, soil, climate, and hydrology combine to engineer projects that remove carbon durably and predictably.
Optimize
It determines the optimal project design, weighing feedstock, grain size, application rate, and timing to maximize removal and agronomic benefit for each field.
Verify
It quantifies the carbon removed across the whole system, soil, water, and the fate of the weathering products, ready for independent validation.
POWERING A GLOBAL PORTFOLIO
POWERING A GLOBAL PORTFOLIO
Deploying today, informing tomorrow.
Deploying today, informing tomorrow.
The platform is running. Each project generates data that de-risks the next.
The platform is running. Each project generates data that de-risks the next.
Scale -
10^7 t -
10^6 t -
10^5 t -
10^2 t -
R&D
2022-2024
Pilot
2025
Commerical
2026
Megaton
2027+
2022-2024
R&D
The scientific foundation, from experiments to first fields.
R&D
The scientific foundation, from experiments to first fields.
R&D
The scientific foundation, from experiments to first fields.
2025
Pilot
Real tonnes on real fields, dialing in weathering rates.
Pilot
Real tonnes on real fields, dialing in weathering rates.
Pilot
Real tonnes on real fields, dialing in weathering rates.
2026
Commercial
Mature MRV and carbon accounting, packaged for delivery.
Commercial
Mature MRV and carbon accounting, packaged for delivery.
2027+
Megatonnne
Megatonne-scale delivery at compliance quality.
Megatonnne
Megatonne-scale delivery at compliance quality.
Megatonnne
Megatonne-scale delivery at compliance quality.
Publications
Publications
Explore the science behind Terradot’s approach to carbon removal
Explore the science behind Terradot’s approach to carbon removal
GCB · 2023
Improved net carbon budgets in the US Midwest through direct measured impacts of enhanced weathering
Ilsa B. Kantola et al.
CDRXIV · 2025
Life Cycle Analysis and Full Carbon Accounting of Enhanced Rock Weathering
A. John Woodill et al.
CDRXIV · 2024
A Direct-Measurement Framework for Enhanced Rock Weathering
Mooshammer et al.
AGU Poster · 2025
Field-Scale Quantification of Enhanced Rock Weathering and net CDR
Terradot Science Team
ICLR · 2026
From Weather to Weathering: Foundation Models for Carbon Removal via Rock Weathering
Munukutla ⋅ Oviedo ⋅ Takeda
Goldschmidt · 2024
A cradle-to-grave perspective on monitoring, reporting, and verifying carbon dioxide removal through enhanced weathering
Christopher T Reinhard et al.
Front. Clim. · 2024
A tool for assessing the sensitivity of soil-based approaches for quantifying enhanced weathering: a US case study
Tim Jesper Suhrhoff et al.
ERL · 2025
Soil cation storage is a key control on the carbon removal dynamics of enhanced weathering
Y Kanzaki et al.
PNAS · 2024
Enhanced weathering in the US Corn Belt delivers carbon removal with agronomic benefits
David J Beerling et al.
CDRXIV · 2026
Enhanced rock weathering for improved smallholder farmer welfare: An at-scale case study for rice agriculture in India
Jacob S Jordan et al.
CDRXIV · 2026
On the pH-dependent export of anthropogenic alkalinity in pore water through soil: Implications for enhanced rock weathering
Jacob S Jordan et al.
CDRXIV · 2026
Increased yields for smallholder farmers from enhanced rock weathering
Jacob S Jordan et al.
ACS · 2023
Initial validation of a soil-based mass-balance approach for empirical monitoring of enhanced rock weathering rates
Tom Reershemius et al.
GCB · 2023
Improved net carbon budgets in the US Midwest through direct measured impacts of enhanced weathering
Ilsa B. Kantola et al.
CDRXIV · 2025
Life Cycle Analysis and Full Carbon Accounting of Enhanced Rock Weathering
A. John Woodill et al.
CDRXIV · 2024
A Direct-Measurement Framework for Enhanced Rock Weathering
Mooshammer et al.
AGU Poster · 2025
Field-Scale Quantification of Enhanced Rock Weathering and net CDR
Terradot Science Team
ICLR · 2026
From Weather to Weathering: Foundation Models for Carbon Removal via Rock Weathering
Munukutla ⋅ Oviedo ⋅ Takeda
Goldschmidt · 2024
A cradle-to-grave perspective on monitoring, reporting, and verifying carbon dioxide removal through enhanced weathering
Christopher T Reinhard et al.
Front. Clim. · 2024
A tool for assessing the sensitivity of soil-based approaches for quantifying enhanced weathering: a US case study
Tim Jesper Suhrhoff et al.
ERL · 2025
Soil cation storage is a key control on the carbon removal dynamics of enhanced weathering
Y Kanzaki et al.
PNAS · 2024
Enhanced weathering in the US Corn Belt delivers carbon removal with agronomic benefits
David J Beerling et al.
CDRXIV · 2026
Enhanced rock weathering for improved smallholder farmer welfare: An at-scale case study for rice agriculture in India
Jacob S Jordan et al.
CDRXIV · 2026
On the pH-dependent export of anthropogenic alkalinity in pore water through soil: Implications for enhanced rock weathering
Jacob S Jordan et al.
CDRXIV · 2026
Increased yields for smallholder farmers from enhanced rock weathering
Jacob S Jordan et al.
ACS · 2023
Initial validation of a soil-based mass-balance approach for empirical monitoring of enhanced rock weathering rates
Tom Reershemius et al.