Pilot Program & Real-World Testing
Turning Vision into Measurable Impact
The Oasis Cone system is a breakthrough in arid-zone planting technology. Our pilot program is designed to test and validate the core scientific and engineering principles behind this passive, energy-free planting system—under the harshest real-world conditions.
This is not a laboratory simulation. This is field-based, desert-tested verification.
What We're Testing
Our pilot trials will evaluate the following core components:
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Root Access to Saline Aquifers
Measurement of seedling root development and survival in proximity to shallow sub-surface saline water tables. -
Thermal and Evaporation Performance
Analysis of how the cone regulates temperature and reduces surface evaporation to protect early-stage plants. -
Nutrient Tube Efficiency
Testing the performance and duration of slow-release nutrients under saline and arid stress conditions. -
Ease of Field Assembly and Deployment
Measuring the time, labor, and costs required to flat-pack, transport, and install cones at scale.
Field Trial Location
Our initial pilot site is currently under evaluation and will be selected based on strict environmental suitability criteria, including:
Verified saline water table within 1–2 meters of surface
Sandy, low-organic-content desert soil
Harsh temperature conditions exceeding 45°C
No reliance on artificial irrigation or freshwater inputs
The trial will include both mangrove seedlings and halophyte crops, such as salicornia, to assess the viability of the Oasis Cone system for ecological restoration and saline agriculture in extreme arid environments.
Research Collaboration
Our pilot is being developed with input from multiple accredited institutions and independent experts in arid land ecology, saline agriculture, and climate science. Several PhD-level programs and researchers have reviewed and affirmed the scientific foundation of the Oasis Cone system.
We are currently in discussions with prospective collaborators for formal field validation and environmental monitoring. These efforts will focus on:
Root development and plant health in saline desert soils
Soil chemistry and biomass response
Subsurface water interactions and long-term viability
We welcome expressions of interest from research institutions, universities, and government agencies seeking to participate in the scientific validation of this breakthrough planting system.
Timeline
Phase
Phase 1
Phase 2
Phase 3
Activity
Site preparation, cone assembly & planting
Monitoring of plant survival and growth
Data publication and pilot report
Target Date
Q3 2025
Q4 2025 – Q1 2026
Q2 2026
Defining Success
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Minimum 70% survival rate in planted mangroves and halophytes
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Verified access to groundwater through passive cone system
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Documented reduction in surface evaporation
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Cost-effective deployment model for 10,000+ hectare scaling
Why It Matters
Deserts cover one-third of the Earth’s surface. With Oasis Cone, we aim to unlock their potential—not through irrigation or massive infrastructure, but through design, science, and scalability.
This pilot is the foundation for sovereign adoption, carbon project certification, and widespread saline agriculture transformation.
Stay Informed
We will be releasing updates, images, and field data throughout the pilot.
Use the form below to subscribe for direct updates as we publish results from the field.
[Join the Pilot Watchlist] Info@CarbonBlueSolutions.Net