Off-Grid Atmospheric Moisture Capture for Water and Ecosystem Renewal
© 2025 Ricky Foster. All Rights Reserved.
Patent Pending. Trademark Registered.
Distributed under the AeroHarvest Guardian Trust License (AGTL-1.0) –
free for humanitarian and ecological use, licensed for commercial production.
- Overview
- Core Features
- How It Works
- Manufacturing & Scalability
- Deployment Scenarios
- Environmental Impact
- Legal Protections (TM, Copyright, Patent)
- Open Collaboration & DAO Integration
- Roadmap
- Contact & Contributions
Passive Wind-to-Water Harvesters™ are compact, energy-free devices that pull moisture from the air and condense it into clean water, using only wind flow and condensation-friendly materials. Each unit can collect 5–15 liters of potable water per day (depending on humidity and wind speed) and store it in underground or root-level reservoirs to support plants, communities, or wildlife.
Designed for mass production using low-cost materials, these systems are intended for rapid deployment in arid and post-disaster zones, and can be scaled into community networks to stabilize ecosystems.
- Energy-Free Operation – Uses only natural wind and temperature gradients; no electricity required.
- Modular & Scalable – Units can be connected into local or regional water grids.
- Durable & Low-Cost – Constructed from bamboo, recycled plastics, and condensation mesh.
- Soil Hydration Mode – Delivers water directly to root systems or buried cisterns.
- Portable & Easy to Deploy – Lightweight (10–15 kg) and quick to assemble.
- Wind Capture Funnel: Guides airflow over hydrophilic mesh panels with a high surface area.
- Condensation Layer: Moisture in the air condenses on the mesh as the temperature drops along the funnel.
- Collection Channel: Gravity pulls droplets into storage tanks or directly into soil.
- Network Integration: Units can link together via tubing to feed small-scale irrigation systems.
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Materials:
- Bamboo or lightweight composites (for frame).
- Hydrophilic condensation mesh (recycled polymers or metal mesh).
- Bio-based or recycled plastic for funnels and tanks.
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Production:
- Can be built by local microfactories with basic tools.
- Mass-produced units cost $40–$70 USD each at scale.
- Each unit can support 20–40 plants or 3–5 people per day in moderate humidity zones.
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Scalability:
- Easily replicated and deployed by communities, NGOs, or DAOs.
- Blueprints designed to fit into existing plastic/bamboo fabrication lines.
- Arid & Drought-Stricken Regions – Provides clean water without reliance on power grids.
- Post-Disaster Zones – Supports temporary settlements and ecological repair.
- Reforestation Efforts – Supplies consistent moisture to young trees and crops.
- Urban Applications – Rooftop or park installations to reduce municipal water strain.
- Reduces dependence on groundwater extraction and bottled water.
- Supports ecosystem revival in desertified or burned areas.
- Entire lifecycle is eco-friendly: no fuel, minimal maintenance, and 90% recyclable materials.
- Each network of 1,000 units can harvest 5,000–15,000 liters/day, creating local water security.
- Trademark: Passive Wind-to-Water Harvesters™ is a registered trademark under the Guardian Trust IP Framework.
- Patent Pending: Covers wind-driven condensation funnel design, modular storage linkage, and DAO-integrated distribution model.
- Copyright (© 2025 Ricky Foster): All blueprints, schematics, and technical documentation protected.
- Licensed under AGTL-1.0, which:
- Permits free, open-source deployment for humanitarian/ecological projects.
- Requires commercial licensing, with royalties routed to planetary restoration DAOs.
This project is managed via a Decentralized Autonomous Organization (DAO) to:
- Fund and accelerate production worldwide.
- Provide local communities with open-source kits and profit-sharing incentives.
- Tokenize and verify liters of water harvested and ecological impact on-chain.
DAO members can vote on deployments, factory launches, and future R&D directions.
Phase 1 (2025 Q3):
- Finalize standardized unit design for low-cost mass production.
- Begin field testing in Kenya (arid zones) and California (drought-impacted farmlands).
Phase 2 (2025 Q4):
- Deploy 50,000 units globally via NGO and DAO partnerships.
- Launch open-source build guides for local fabrication.
Phase 3 (2026):
- Establish integrated water networks with remote monitoring.
- Tie water production into global carbon/water credit marketplaces.
- Project Lead: Ricky Foster (Symbiote001)
- GitHub: github.com/TheRickyFoster
- Email: [email protected]
- ETH:
0xCeA929dee554652261fd6261F3034A2D71C7BDDb - SOL:
HfGCVthQ4Wp4CAYd4v7gJX53h6X3mdreUocjrhByPXQx - BTC:
bc1q6fyvqxm7jryy5edckk9nuu6mgyjlz4nnp8nksr
"The truth is not what I say. It’s what I’ve already done." – Ricky Foster