Our mission is to regenerate earth by building the most impactful and scalable permanent carbon dioxide removal solution on the planet.
Our mission is to regenerate earth by building the most impactful and scalable permanent carbon dioxide removal solution on the planet.
Durably Removes Carbon
Regenerates Degraded Land
Increases Land Productivity
Rebuilds Soil Biodiversity
Alleviates Deforestation Pressure
Works on Existing Infrastructure
Immediately Scales Impact
Durably Removes Carbon
Regenerates Degraded Land
Increases Land Productivity
Rebuilds Soil Biodiversity
Alleviates Deforestation Pressure
Works on Existing Infrastructure
Immediately Scales Impact
We’re permanently removing carbon through Enhanced Rock Weathering on tropical farmland.
What is Enhanced Rock Weathering (ERW)?
Naturally Durable
ERW is a natural carbon removal process that uses crushed silicate rock spread on fields, where it reacts with C02 in the water, permanently trapping it for 10,000+ years.
Immediately Scalable
There are billions of tons of this crushed silicate rock already available as a byproduct of mining, as well as existing agricultural supply chains able to deploy it on farmland.
Wildly Impactful
ERW can increase agricultural productivity and restore degraded land, helping create global food security & economic prosperity.
Why Terradot:
Terradot was founded in the Stanford Soil & Environmental Biogeochemistry lab. Our science-backed MRV & project optimization tools enable the already scaled mining & agriculture industries to rapidly deploy ERW. Terradot focuses on the tropics, where optimal climate conditions for weathering maximize carbon removal and co-benefits while decreasing cost.
We’re permanently removing carbon through Enhanced Rock Weathering on tropical farmland.
What is Enhanced Rock Weathering (ERW)?
Naturally Durable
ERW is a natural carbon removal process that uses crushed silicate rock spread on fields, where it reacts with C02 in the water, permanently trapping it for 10,000+ years.
Immediately Scalable
There are billions of tons of this crushed silicate rock already available as a byproduct of mining, as well as existing agricultural supply chains able to deploy it on farmland.
Wildly Impactful
ERW can increase agricultural productivity and restore degraded land, helping create global food security & economic prosperity.
Why Terradot:
Terradot was founded in the Stanford Soil & Environmental Biogeochemistry lab. Our science-backed MRV & project optimization tools enable the already scaled mining & agriculture industries to rapidly deploy ERW. Terradot focuses on the tropics, where optimal climate conditions for weathering maximize carbon removal and co-benefits while decreasing cost.
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Trusted Science
Trusted Science
We are building the science foundation to scale carbon removal that is safe, measurable, and impactful.
We are building the science foundation to scale carbon removal that is safe, measurable, and impactful.
We are building the science foundation to scale carbon removal that is safe, measurable, and impactful.
Rigorous MRV
We are building the world’s highest quality Measurement, Reporting & Verification (MRV) system that is capable of quantifying and optimizing both the carbon removed and land health gained from ERW deployments.
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Scaled Deployment
Scaled Deployment
We are creating a global ecosystem to enable gigaton-scale removal.
Science-backed tools
Our software platform will democratize the foundational science of high-quality MRV to safely & reliably scale-up ERW on existing global mining & agricultural infrastructure.
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Reduced Cost
Reduced Cost
We are enabling extreme affordability.
We are enabling extreme affordability.
We are enabling extreme affordability.
Optimizing deployment
We are driving carbon removal costs down the cost curve by optimizing ERW deployments in the tropics, where climate conditions naturally maximize both carbon removal and agricultural benefit.
Our starting
point is Brazil
where we are unlocking the potential for >500M tCO2 removal per year and the technology to restore 140M hectares of degraded agricultural land
Our starting
point is Brazil
We are unlocking the potential for >500M tons CO2 removal per year and the ability to restore 140M hectares of degraded agricultural land.
Our approach to global ERW MRV
Based on our work at Stanford’s Soil & Environmental Biogeochemistry Lab, our team focuses on delivering rigorous MRV in challenging tropical environments.
Ground Truth Sampling
We calibrate peer reviewed biogeochemical models to provide accurate measurement of soil sequestration with quantified uncertainty.
Biogeochemical Modeling
We calibrate peer reviewed biogeochemical models to provide accurate measurement of soil sequestration with quantified uncertainty.
Remote Sensing & Upscaling
We calibrate peer reviewed biogeochemical models to provide accurate measurement of soil sequestration with quantified uncertainty.
Our approach to global ERW MRV
Based on our work at Stanford’s Soil & Environmental Biogeochemistry Lab, our team focuses on delivering rigorous MRV in challenging tropical environments.
Ground Truth Sampling
We calibrate peer reviewed biogeochemical models to provide accurate measurement of soil sequestration with quantified uncertainty.
Biogeochemical Modeling
We calibrate peer reviewed biogeochemical models to provide accurate measurement of soil sequestration with quantified uncertainty.
Remote Sensing & Upscaling
We calibrate peer reviewed biogeochemical models to provide accurate measurement of soil sequestration with quantified uncertainty.
Our approach to global ERW MRV
Based on our work at Stanford’s Soil & Environmental Biogeochemistry Lab, our team focuses on delivering rigorous MRV in challenging tropical environments.
Ground Truth Sampling
We calibrate peer reviewed biogeochemical models to provide accurate measurement of soil sequestration with quantified uncertainty.
Biogeochemical Modeling
We calibrate peer reviewed biogeochemical models to provide accurate measurement of soil sequestration with quantified uncertainty.
Remote Sensing & Upscaling
We calibrate peer reviewed biogeochemical models to provide accurate measurement of soil sequestration with quantified uncertainty.
By regenerating land in the Global South, we unlock permanent Carbon Removal that is
Higher Quality
With transparency, permanence, and additionality monitored by Terradot’s industry-leading MRV
Higher-quality, lower-cost carbon removal due to favorable geographic conditions.
Lower Cost
Due to optimal climate conditions, material availability, and operational costs
By regenerating land in the Global South, we unlock permanent Carbon Removal that is
Higher Quality
With transparency, permanence and additionality monitored by Terradot’s industry-leading MRV
Lower Cost
Due to optimal climate conditions, material availability, and operational costs
By regenerating land in the Global South, we unlock permanent Carbon Removal that is
Higher Quality
With transparency, permanence and additionality monitored by Terradot’s industry-leading MRV
Lower Cost
Due to optimal climate conditions, material availability, and operational costs
Our goal is a future of $0 cost carbon removal at gigaton scale.
Our goal is a future of $0 cost carbon removal at gigaton scale.
We Believe this will Change the World
Climate Change Mitigation
Food System Adaptation
Economic Development
UN SDGs
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No Poverty
2
Zero Hunger
13
Climate Action
15
Life on Land
We Believe this will Change the World
Climate Change Mitigation
Earth Regeneration removes carbon and improves land use efficiency to prevent further agricultural emissions, deforestation, and biodiversity loss
Food System Adaptation
Earth Regeneration increases the resilience of food systems against drought and flood so we can feed the world
Economic Development
Earth Regeneration is a solution to improve yields, restore ecosystem health, and create economic opportunity
UN SDGs
1
No Poverty
2
Zero Hunger
13
Climate Action
15
Life on Land
We Believe this will Change the World
Climate Change Mitigation
Earth Regeneration removes carbon and improves land use efficiency to prevent further agricultural emissions, deforestation, and biodiversity loss
Food System Adaptation
Earth Regeneration increases the resilience of food systems against drought and flood so we can feed the world
Economic Development
Earth Regeneration is a solution to improve yields, restore ecosystem health, and create economic opportunity
UN SDGs
1
No Poverty
2
Zero Hunger
13
Climate Action
15
Life on Land
Our Team
Grounded in Science, our team is focused on responsibly building carbon removal that is safe, measurable & globally Impactful.
Grounded in Science, our team is focused on responsibly building carbon removal that is safe, measurable & globally Impactful.
Grounded in Science, our team is focused on responsibly building carbon removal that is safe, measurable & globally Impactful.
Science Advisory Board
Investors & Board Members
Terradot Science Team
Full Terradot Team
Full Terradot Team
Join our Regeneration Generation
Want to join our mission to catalyze earth regenerating carbon removal with the greatest planetary impact? Reach out today.
Join our Regeneration Generation
Want to join our mission to catalyze earth regenerating carbon removal with the greatest planetary impact? Reach out today.