LifeWater Tech

Turning Saltwater into Life

A clean, scalable solution to give the world safe, affordable drinking water.

The Problem

Water Scarcity: Global demand for fresh water is rising faster than supply.

Underutilized Oceans: 70% of Earth is covered by seawater, yet most is too salty to drink.

Current Solutions Are Flawed: Conventional desalination is expensive, energy-intensive, and harms ecosystems with brine discharge and CO₂ emissions.

 The Solution – AgrO3

LifeWater Tech introduces a quantum-driven molecular separation process that

Breaks down salt and pollutants efficiently without extreme energy usage.

Uses heat & energy recovery for ultra-low operating costs.

Produces mineral-balanced, safe drinking water.

Runs on renewable energy — no fossil fuels, no toxic by-products.

Process Overview

Seawater Intake & Filtration

Removes large particles and sand

Quantum Molecular Separation

Proprietary technology separates salt and contaminants

Energy Recovery & Reuse

Maximizes efficiency and reduces energy demand

Post-Treatment & Safety

Balances pH, remineralizes, and sterilizes for safe water

Status & Next Steps

Current Phase: Proof-of-concept and prototype development.

Next Phase:

  1. Lab testing of quantum module

  2. Build and deploy pilot plants

  3. Conduct life-cycle & energy studies

  4. File patents and seek partnerships (coastal cities, NGOs, governments).

Potential & Global Impact

Billions Served: LifeWater Tech aims to provide clean water to billions in coastal and drought-stricken regions.

Environmental Benefit: Protects freshwater sources and reduces greenhouse emissions.

Economic Opportunity: Ultra-low cost per liter makes it viable for utilities, municipalities, and private operators worldwide.