AI-Enabled Industrial Tree Farming
Precision Agriculture Meets Environmental Restoration
Tierris's industrial tree farming represents a paradigm shift - from traditional agriculture to AI-optimized ecosystem creation. Using satellite monitoring, predictive analytics, and automated systems, we're creating forests that serve multiple purposes: biofuel, food production, and carbon capture.
Technology Integration
Satellite Monitoring System
Daily mapping of plantation health
NDVI analysis for growth tracking
Water stress detection before visible signs
Yield prediction with 95% accuracy
AI-Powered Optimization
High-resolution imagery in real-time data
Disease prediction using pattern recognition
Resource timing optimization
Resource allocation efficiency
IoT Ground Network
Sensors every 1 hectare
Weather stations for microclimate data
Automated irrigation control
Real-time alerts for engineers
Strategic Tree Selection
- Purpose: Biofuel production
- Planting density: 2,000 trees per hectare
- Carbon capture: 27-29 kg per tree
- Total capture: Minimum 50 tons CO2/hectare/year
- Biofuel potential: 2,200 litres/hectare
Multi-Purpose Species
Moringa
1,000 Liters Biofuel per hectare
Agriculture natural fertilizer
Yield: 1000kg/hectare per harvest
Jatropha curcas
Non-edible oil seeds (≈30–40% oil) — high-quality biodiesel feedstock
Thrives on marginal/degraded soils; drought-tolerant once established
Living hedgerows for erosion control; low water and fertilizer needs
Acacia
Nitrogen fixation
Protein-rich feed
Food for livestock
Minimal water requirements
Economic Model
Revenue Streams (Primary Focus)
- 1. Biofuel Production
- 2. Carbon credits
- 3. Diversified crop output
Additional Income
- Carbon credits
- Biodiversity services
- Agricultural byproducts
Future Vision
2030 TARGETS
10 million trees across GCC
50,000 hectares under management
600,000 tons CO2 captured annually
10,000 jobs created
TECHNOLOGY ROADMAP
2026: Drone swarm implementation
2027: Predictive AI full deployment
2028: Robotic harvesting systems
2029: Blockchain supply chain
2030: Fully autonomous operations
