🚀 Prototype Name: AquaNova SP-1 Mission: Deliver unlimited fresh water using carbon-zero plasma heat and vapor-phase extraction.
🔧 Core Components
| Component | Description |
|---|---|
| Steam Plasma Reactor | A 30×1.5 cm glass cylinder containing ionized steam plasma. Initiated with high-voltage electronics from repurposed fluorescent starters. Once ignited, it self-sustains without external power. |
| Thermoelectric Generator (TEG-65) | Converts 1 MW of plasma heat into 65 kW of three-phase AC electricity. Compact, modular, and commercially sourced. |
| Water Vapor Snorkel | A telescopic intake pipe that draws ambient water vapor from rivers, seas, or humid air. Filters out salts, bacteria, and heavy metals by bypassing the liquid phase entirely. |
| Condensation Chamber | A high-efficiency cooling unit that condenses pure vapor into fresh water. Uses passive radiative cooling and gravity-fed flow. |
| Reservoir & Distribution System | Stores condensed water and releases it into elevated river systems. Gravity handles downstream distribution. |
| Control Hub | AI-assisted dashboard for monitoring plasma stability, water flow, and energy output. Includes remote diagnostics and auto-shutdown safety protocols. |
⚙️ Operating Cycle
Ignition: Plasma reactor is triggered using a high-voltage pulse.
Self-Sustain: Reactor maintains heat output autonomously.
Power Conversion: TEG-65 converts heat to electricity.
Vapor Extraction: Snorkel draws in vapor from natural sources.
Condensation: Vapor is cooled and collected as pure water.
Distribution: Water flows into local rivers or tanks for use.
🌱 Environmental Impact
Carbon Footprint: Zero emissions, no fossil fuel combustion.
Water Source: Taps into inexhaustible vapor from seas and rivers.
Scalability: Modular design allows for community-level deployment.
Cost Efficiency: 1000x cheaper transport via vapor phase.
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