Abstract

This document serves as a formal Technical Addendum to the ALLFROMAIR™ Unified Thermodynamic Platform. It discloses the proprietary "Terra" configuration, a system architecture designed for autonomous Atmospheric Water Generation (AWG) and Tri-Generation in inland, arid, or industrial environments lacking natural thermal sinks (e.g., sea or lakes).

The addendum details the engineering of an Internal Hydrological Loop coupled with a thermal accumulator buffer. Key disclosures include:

* Closed-Loop Thermodynamics: A method for recirculating process water to achieve Zero Liquid Discharge (ZLD) while balancing thermal loads internally.

* Active Thermal Balancing: The utilization of the Third Stage (SVRU 2) as a dynamic "Scavenger" that regulates system temperature via controlled evaporative cooling (Wet Scavenging) during periods of low external heat demand.

* Active Biological Mitigation: An integrated AI-CORE™ control protocol that utilizes periodic thermal shock (>70°C) to sterilize the internal water volume, mitigating Legionella risks in closed-loop operations.

This configuration validates the system's capability to operate as a location-agnostic utility hub, balancing gross water yield against thermal autonomy without reliance on external water infrastructure.

Keywords:

Atmospheric Water Generation

AWG

Closed-Loop Thermodynamics

Tri-Generation

Thermal Balancing

Evaporative Cooling

SVRU Technology

Zero Liquid Discharge

ZLD

Decentralized Infrastructure

Legionella Mitigation

ALLFROMAIR

Industrial Symbiosis

Water-Energy Nexus

Creative Commons License

Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.

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