Desert Greening Technology

We help transform arid desert land into a self-sustaining forest within about 10 years using eco-friendly terraforming technology based on bio-residue fertilizer.

By combining advanced soil amendment, cellulose-based osmotic irrigation, and Water Harvest systems that condense humidity into water, our solution drastically reduces water consumption (down to 1/100–1/1000 of conventional methods) and cuts labor and maintenance costs to about 1/100 while maximizing tree survival rates.

This enables our clients to secure large-scale carbon sequestration, generate their own groundwater resources, and significantly increase land value, all while achieving credible ESG and sustainability goals.

Desert greening is not just about planting a few trees. It is an integrated technology that helps dead land breathe again and become self‑sustaining within a decade. TERAF combines advanced soil science, ultra‑efficient irrigation and bio‑based inputs to turn degraded deserts into living forests at a fraction of conventional cost.

We first stabilize moving sand with grids, mats and windbreak belts, then plant drought‑resistant trees and grasses so their roots physically lock the soil in place. Drip irrigation, rainwater harvesting and reuse water systems deliver the minimum amount of water exactly where it is needed, helping roots grow deep and independent over time.

In parallel, we restore the underground ecosystem by improving soil organic matter, microbiology and salinity balance, so that the land can retain water and nutrients by itself. Solar power and other renewables drive pumping and irrigation, while local communities are involved in planting, maintenance and harvesting to create stable jobs and income.

The result is a transition from barren desert to a resilient, self‑regenerating forest that protects soil, rebuilds water cycles and supports new livelihoods, moving desert restoration from temporary projects to long‑term, living infrastructure.