Abstract
This technical research report validates ALLFROMAIR™ (Gen 3) as an industrial Atmospheric Water Generator (AWG) with integrated Tri-generation capabilities. The system is built upon an Environmentally Interactive Anticubic U-Channel dimensioned for a mass flow of 139 kg/s (approx. 414,000 m³/h) at low air velocity (1.8 m/s).
The process is defined as a "Three-Stage Rocket" methodology (Charge – Harvest – Cool), where energy is successively geared up internally using the "Turbo Effect". By combining stepless drive technology, AI control (AI-CORE™), and a constant internal deep cooling to 5°C, the system achieves a total water turnover of over 420 cubic meters per day.
Key Capabilities:
Energy Factor: Up to 70x (Thermal Energy Out / Electricity In) utilizing latent atmospheric energy.
Tri-Generation: Simultaneous production of District Cooling (7 MW), District Heating (7 MW), and Water.
Environmental Impact: Active oxygenation of seabeds via Venturi injection and reduction of Urban Heat Islands.
This disclosure establishes prior art for the proprietary methods involving the Anticubic U-Channel architecture and the specific thermodynamic "Low Lift" application described herein.
Keywords: Atmospheric water generator AWG, Tri-Generation, Anticubic U-channel, Thermodynamic Turbo Effect, Low Lift Heat Pump, Industrial Water purification, Flash Steam Injection, District Heating, District Cooling, 139 kg/s Airflow, AI controlled Thermodynamics, Venturi oxygenation, Energy factor upp to 70x
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
Lius, Vesa Olavi, "Technical Disclosure of the unified Thermodynamic plattform:ALLFROMAIR (Gen 3)", Technical Disclosure Commons, (December 22, 2025)
https://www.tdcommons.org/dpubs_series/9075