Carbon-negative energy transition metals

Transurfers is powering the EV and AI revolutions with the world's first carbon-negative cobalt and nickel, sourced through community-led phytomining using native plants in East Africa.

Our products:

Secure your supply chain today.

01

Grow

We partner with local communities to plant hyperaccumulator species on mineral-rich land. These specialized plants naturally draw metals from the soil as they grow.

02

Harvest + Process

At peak concentration, the plants are harvested. The biomass is then processed into a high-purity "bio-ore".

03

Renew + Empower

Our process permanently locks carbon away while enriching the soil. The cycle renews the land for future cultivation, while revenue directly funds community projects.

By cultivating native hyperaccumulator flora, we regenerate soil while preserving the delicate balance of local biodiversity.

HIGH INTEGRITY CARBON CREDITS

F

We issue quality credits through rigorous science and are strong supporters of the Integrity Council for the Voluntary Carbon Market's 10 Carbon Principles.

Partner with us to transform your carbon liability into a legacy of clean air, restored soils, and thriving communities.

Biodiversity Value: Restoring ecosystems beyond carbon

F

Our projects rehabilitate degraded mineral landscapes into functioning ecosystems; rebuilding soils, vegetation, water systems, and habitats for native species. These restoration outcomes generate measurable biodiversity gains that support emerging nature-positive commitments from governments and corporations.

We are exploring forward-purchase agreements and partnerships to support early restoration activities.

TRANSURFERS HAS BEEN Selected for technical support under the UNDP BIOFIN Biodiversity Finance Initiative.

WE'RE HIRING

Careers

F

Join the team powering Africa's future of clean energy transition minerals. Drop us an email.

OUR TEAM

F

Transurfers is a cross-disciplinary team of researchers, geologists, soil scientists, plant biologists, chemists and engineers united by one goal: to prove that the world's critical minerals can be sourced regeneratively, creating a new standard where industrial progress cleanses the planet.