Technology Leads Desert Restoration

From Food Scraps to Oasis

Food waste → biogas → power → desalinated water → industrial salt
digestate + tires → 3D sand fixation → cash crops

Three Pillars

Environment

Reduce landfill and methane emissions by recycling food waste and used tires, while improving vegetation survival rates and coverage.

Economics

Create diversified cash flows through electricity, freshwater, industrial salt, crops, and carbon credits to support IRR.

Policy Fit

Align with national circular economy and greening goals, such as Saudi Arabia’s “Vision 2030,” and connect to related funding channels.

Patent Highlights

China Patent: 202520439361.X
Saudi Arabia Patent: SA1020254994(under final review)

Tire-Based Plant Cultivation System for Vertical Desert Greening
(Utility Model Patent)

This utility model patent covers a modular plant cultivation system that repurposes scrap tires into flat “fixed rings” and vertical “planting rings” bridged by planter inserts. The geometry reduces near-ground wind speed, harvests night-time condensation, and—with optional drip devices—keeps seed beds moist, creating a protected microclimate for root establishment. The system stabilizes moving sand, supports climbing or cash crops, and integrates naturally with digestate-based organic fertilizer from food-waste biogas. Designed for rapid, low-maintenance deployment, it delivers higher survival rates and longer service life than traditional sand barriers while advancing circular-economy goals. Available for licensing or assignment for PPP/SPV projects.

ABOUT US

Enviro Desert Greening Limited

Enviro Desert Greening Limited focuses on desert restoration and circular resource utilization. Powered by a patent-pending and proprietary system—tire-based vertical sand fixation integrated with food-waste-to-biogas, desalination, and industrial salt—we provide patent licensing/assignment and PPP/SPV partnerships that convert organic waste and scrap tires into greening, clean energy, and tradable outputs. Our scope spans solution design, technology integration, and pilot deployment with compliance, safety, and measurable environmental and economic results. Our mission: engineer deserts into oases.

Circular System Quantified Benefits

Based on processing 100 tons of food waste per day, this circular system generates measurable environmental and economic benefits. Data is derived from Hong Kong’s O·PARK2 operational parameters, with simulations and engineering modeling under Saudi conditions. Core indicators directly address key Middle Eastern needs:

Circular System Benefit Summary

Benefit Category Output Indicator Value Equivalent Economic / Environmental Value
Energy Production Biogas power generation 24 MWh/day Power supply for 2,000 households (avg. 12 kWh/day in Saudi Arabia)
Freshwater Supply Seawater desalination 1,200 m³/day Drinking water for 4,800 people (avg. 250 L/day in Saudi Arabia)
Sand Remediation Tire-derived sand cover 8.5 km²/year Equivalent to 12 standard football fields
Waste-to-Value Industrial salt output 9.8 tons/day Substitute for imported salt (Saudi annual import > 500,000 tons)
Soil Fertility Digestate fertilizer 22 tons/day Improve desert soil across >17 km²/year
Carbon Reduction CO&sub2; emissions avoided 18.2 tons/day Equivalent to planting ~13,000 trees annually