Abstract

The Caldwell Integrated Water Resilience System (CIWRS) is an open-hardware conceptual architecture designed to maximize usable water availability through a combination of water generation, purification, conservation, reuse, recovery, storage, and distribution technologies.

Rather than focusing on a single source of water, CIWRS integrates multiple independent water pathways into a unified resilience platform capable of serving communities, agriculture, industry, disaster-relief operations, and remote locations.

The architecture combines previously disclosed TDC inventions with conventional engineering approaches to create a layered water-security framework.

DESIGN PHILOSOPHY

The safest water is often not newly created water.

The most economical water is often recovered water.

The most sustainable water is often conserved water.

Accordingly, CIWRS prioritizes:

  1. Water conservation.

  2. Water recovery.

  3. Water reuse.

  4. Water purification.

  5. New water generation.

PRIOR TDC DISCLOSURES INCORPORATED

Readers are encouraged to review the following previously disclosed Technical Disclosure Commons publications for subsystem concepts and supporting architectures.

Water Production

• GCI #272-V3.2: Hyper-Arid Vortex–MOF Atmospheric Water Prototype • Caldwell-Pulse: Complete Open-Hardware Atmospheric Water Harvester for Desert Survival (GCI #272) • Oasis-Pulse Flatbed Atmospheric Water Harvester • GCI #280 – Vortex Atmospheric Reclamator (VAR)

Water Purification

• Water System #30 solar-thermal, vortex-enhanced desalination system • Pure-Water System #30: Vortex-Enhanced Solar Desalination Unit for Humanitarian Deployment • GCI-268 Phoenix-Water Engine v3.0 • GCI Vortex Microbubble Refiner (VMR) v2.5-T “Titan” • GCI Vortex Microbubble Refiner (v2.5 "Titan"): Plasma-Acoustic Hybrid for Adaptive PFAS Mineralization

Water Recovery

• Modular Skid-Mounted Industrial Wastewater Pretreatment, Cavitation Conditioning, and Hazard Stream Isolation System for Variable-Feed Industrial Brines and Contaminated Process Water • GCI Universal Conditioning Train • GCI Omni-Vortex Integrator (v1.0): Universal Nexus Framework for the GCI Ecosystem • GCI #282: Phoenix-Cracker v2.0 Hydrodynamic Cavitation Reactor • GCI #296: Integrated Experimental Protocol for Swirl-Assisted Cavitation Reactors (VCIR v2.2)

Creative Commons License

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

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