Project Vesta

Harnessing the power of the oceans to remove excess CO₂ from the atmosphere.

Harnessing the power of the oceans to remove a trillion tonnes of excess CO₂ from the atmosphere.


Could the Earth's natural process for carbon sequestration, the carbonate-silicate cycle, be accelerated?

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Did you know 99.9% of Earth's CO2 is stored in rock?

Most of Earth’s carbon — about 65,500 billion metric tons — is stored in rocks. The rest is in the ocean, atmosphere, plants, soil, and fossil fuels.

As rain falls on volcanic rock, a chemical process removes C02 from the atmosphere.

Through the natural process of weathering, rocks are dissolved by rain, slowly transporting carbon through waterways and into the ocean - where CO2 is permanently fixed into rock.

This is how our planet has naturally captured the CO2 emitted by volcanoes over geological time.

Olivine is the perfect rock for the job.

Olivine is a widely abundant volcanic mineral. It makes up over 50% of the Earth's upper mantle, and is the most effective mineral for enabling CO2 removal through rock weathering.

1 – Olivine makes up 90% of the Earth's mantle.


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Wave goodbye to excess CO2.

Capturing billions of tonnes of excess CO2 using the power of the ocean.

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Naturally, rainfall erodes volcanic rock, drawing olivine into the oceans.

Through the natural process of weathering, rocks are transported through waterways and into the ocean, where, as part of the long-term carbon cycle, trillions of tonnes of CO2 are permanently stored in rock. This process takes place over 100-200 million years.

The problem is, humanity is releasing CO2 far faster than the planet can re-absorb it.

We can accelerate this process by directly mining olivine, crushing it, and spreading it along coastal shorelines.

Project Vesta’s approach, called Coastal Carbon Capture, dramatically accelerates Earth's long-term CO2 removal process.

The abundant energy of wave action along our coastlines helps olivine weather faster.

We acquire  olivine and transport it to beaches, where the free energy of wave action is harnessed to crush the rock and speed up the natural carbon dioxide capture process. This process simultaneously de-acidifies the local ocean environment.


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This could be big…

Coastal Carbon Capture:
A nature-based, permanent, scalable, and affordable solution to climate change.

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It's permanent.

Through Coastal Carbon Capture, carbon dioxide stays locked in rocks for millions of years.

vs. Forestry

We love trees, and want many more of them planted. But they require lots of arable land, and the carbon they capture is released if they ever burn.

vs. Agriculture

Regenerative agriculture is mandatory for a healthy future, but it's not enough to count on as a carbon sequestration method: it's not permanent, and it demands a lot of land.

vs. Direct Air Capture

DAC is impressive, but expensive. Plus, when DAC is productized, it often puts carbon back into the atmosphere or into waste streams.

It's scalable.

With only 0.1%-0.25% of shelf seas we could capture 1 gigatonne of CO2.


Coastal Carbon Capture utilizes the free energy of waves to grind and crush the olivine.


We don’t need any clever new technology breakthroughs... It's ready for development now.


Available on every continent and making up over 50% of the upper mantle, olivine is globally abundant and accessible.

It's smart.

Sequester carbon for
as little as $21 / tonne.


At full scale, costs less than 10% of the price of other carbon capture technologies.


For every tonne of CO2 emitted in the process of extraction and transportation of olivine, 20 tonnes of CO2 are removed from the atmosphere (~95% efficiency).


Coastal Carbon Capture can also support de-acidification in the local ocean ecosystem.

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Science first.

We’re laser-focused on rigorously conducting the experiments which could prove that Coastal Carbon Capture works in the real world.

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We could reverse climate change.

Help us advance the science of CCC today.

For all large gift inquiries, please email our Director of Development