Water Cycle Delivery:
The Hydroloop™ System harnesses geothermal energy to circulate water through an efficient, closed-loop cycle. Boiling water is transported via underground channels to high altitudes, where it is cooled before being delivered to desert zones—first to lower MENA air temperatures, then, when ideal temperature is obtained, directly to plant roots. Once warmed again, the water returns to the geothermal source to repeat the cycle. This method minimizes evaporation, ensures consistent hydration for vegetation, and maintains optimal soil moisture—even in extreme desert conditions.
Optimal Soil Mixture
Successfully growing large trees in deserts requires a carefully engineered soil mix. The Hydroloop™ approach combines desert sand, clay, rock, and organic matter (kept under 50% of the composition) to create a blend that enhances moisture retention, structural stability, and nutrient content. This fortified soil supports deep-rooted trees, which help anchor the land, promote biodiversity, and create a more temperate local microclimate.
Strategic Planting at Wind Origins
Reforestation begins at wind origin points, where ground cover like hemp is planted to cover the soil using sand that was displaced during Southeast Asian tree cultivation. This approach allows large trees to be introduced early, providing windbreaks, reducing erosion, and improving air quality. As these barriers expand, they enable deeper planting into previously exposed desert areas. The staged planting strategy protects young vegetation and maximizes survival in hostile wind conditions.
Greenhouse-on-Wheel System
To boost early-stage plant survival, the Hydroloop™ integrates Greenhouse-on-Wheel units—mobile shelters that protect seedlings from desert heat and wind. These structures are wind-assisted, moving gradually across the terrain as vegetation becomes established in the fortified soil. By adapting to environmental conditions and enabling flexible deployment, these mobile greenhouses support scalable, low-impact reforestation across vast desert landscapes.
