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APPROACH

Delivering Impact

From bush encroachment crisis

We restore rangeland by removing an invasive bush that is damaging Namibia's ecosystems.

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To biomass storage 

We store the invasive bush in biomass storage that removes CO₂ from the atmosphere. 

To climate and ecosystem impact

This supports biodiversity and wild animals, as well as creating local jobs and helping farming livelihoods.

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Ecosystem restoration

We regenerate degraded landscapes through selective bush thinning, improving biodiversity, grazing capacity, and water resilience.

Bush encroachment in Namibia

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Scalable Carbon Removal: Biomass Storage

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1 - Selective Harvesting

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Local teams selectively remove unwanted bush, improving rangeland health and creating jobs.

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2 - Processing
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Biomass is processed and dried, optimizing it for stable storage.
3 - Vaulting
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The material is sealed in oxygen-deprived underground vaults, where it can’t decompose.

4 - Monitor and Renew

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Each vault is sensor-equipped for 24/7 monitoring. Once complete, the surface is restored — wildlife returns, grasslands recover, and the vault disappears back into the landscape.

The carbon credits we generate through this process are certified by puro.earth.

Read more about it here.

Impact

Climate

The removal of the carbon-rich bush removes atmospheric COâ‚‚.

Ecosystems

The biomass storage process restores biodiversity. Within 8 months grass growth is visible and animals return to the land.

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We work with local partners to create jobs, strengthen rural livelihoods, and ensure restoration benefits flow back to communities.

Our partners

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