Land restoration

Addressing a major issue in the tropics

Degraded land is widespread across the tropics — and most of it stays degraded.

Restoration typically requires repeated investment with no direct financial return, so it competes poorly against simply clearing new land — which is why so much of this land simply stays degraded.

52%

of the world's agricultural land is degraded, according to the UNCCD.

110M ha

of pastureland in Brazil alone shows some degree of degradation, per Embrapa research.

Biochar fixes degraded soils — structurally

Biochar is a stable, porous carbon structure that becomes a permanent part of the soil once applied. Because it doesn't break down, it keeps working for centuries, not seasons.

A durable carbon skeleton

Biochar adds stable carbon to the soil, improving structure while also storing atmospheric carbon with high permanence.

More usable water

Its pore network helps retain moisture in the root zone, reducing drought stress during establishment periods.

Better nutrient efficiency

Biochar can reduce leaching and keep nutrients available for longer, especially when combined with compost, fertiliser, or site-specific amendments.

Biological reactivation

The surface area and pore structure provide habitat for fungi and bacteria involved in nutrient cycling and root development.

Restoring land can pay for itself

Certified carbon revenue

Every application generates a high-permanence CDR credit.

Funds restoration directly

Revenue covers production, transport, and application costs.

Turns liability into asset

Degraded land becomes a source of ongoing income.

Turn degraded land into an opportunity

Restoring degraded land or turning it into a carbon-generating asset — we can help you get started.