ATMOS 1
Home
INTRODUCTION
AQ MODELS
Calipsea-Desal
ATMOS 1
Home
INTRODUCTION
AQ MODELS
Calipsea-Desal
More
  • Home
  • INTRODUCTION
  • AQ MODELS
  • Calipsea-Desal

  • Home
  • INTRODUCTION
  • AQ MODELS
  • Calipsea-Desal

ABOUT US

MEET THE TECH

About Us

ATMOS1 is a global distributor of AQUATHEA technologies—groundbreaking solutions designed to meet the world’s growing demand for clean drinking water. In the face of escalating climate, water and geopolitical challenges, the AQUATHEA models offers a fully autonomous, modular and energy-independent response through its patented innovations in water generation and management.

We proudly support the global deployment of AQUATHEA’s advanced technologies, which include:

  • Atmospheric clean water production
  • Graywater regeneration
  • Low-carbon desalination
     

All technologies are designed to operate entirely off-grid using solar and wind energy, with advanced energy storage systems and intelligent control.


Our Technology Approach:

ATMOS1's innovation strategy with AQUATHEA is built on four pillars:

  • Technical Innovations: Ultra-efficient condensation systems, advanced thermal integration and intelligent automation (HRI CONTROL).
  • Energy Independence Complete off-grid functionality through renewable energy and optimized energy storage.
  • Modular Deployment: Scalable, containerized solutions—mobile or fixed—adaptable to any climate or terrain.
  • Global Strategy: International patent protection, localized production and licensed distribution partnerships.
     

Key Patented Technologies:

1. N.E.B.U.L.A.™ – Next-Generation Condensation Reactor

Purpose: Maximizes water extraction efficiency from air using turbojet-inspired aerodynamic design.
Advantages:

  • Superior condensation performance
  • Lightweight, single-piece construction
  • Adaptable to diverse climates
    Ideal for: Remote regions, emergency relief, and military operations
     

2. HRI CONTROL™ – Intelligent Energy & Water Management

Purpose: Smart interface that adapts operations to real-time environmental data
Features:

  • Predictive AI algorithms for condensation efficiency
  • Real-time optimization of energy use
  • Up to 40% reduction in operating costs
    Target users: NGOs, remote infrastructures, public utilities
     

3. Hydro-Reactor Intelligent (HRI)™ – Condensation Core

Purpose: Enhances water yield through precise internal flow control
Innovation: Unique internal geometry for consistent performance across humidity levels
Objective: Establish a new global benchmark for air-to-water condensation


4. HRI THERM™ – Advanced Thermal Recovery

Purpose: Reuses operational heat for enhanced system efficiency
Technology: Gradient-controlled tubular heat exchangers
Integration: Designed for hybrid systems combining water generation and energy production


5. HRI ATMO™ – Mobile, Fully Autonomous Water Unit

Evolution: A redesign of AQUATHEA's original patent, now featuring integrated thermal recovery and smart controls
Upgrades:

  • On-board monitoring system
  • Optimized drainage
  • Lower noise and energy consumption
    Availability: Turnkey solution with full energy autonomy—launching July
     

100% Energy Autonomous Deployment

All AQUATHEA systems from ATMOS1  are designed for total off-grid operation, powered by:

  • Solar panels
  • Vertical wind turbines
  • LiFePO₄ battery systems
     

The integrated HRI CONTROL module oversees load management, energy storage, and system performance—enabling 100% renewable, fossil-free operation in even the most remote or sensitive regions.

ATMOS1 is proud to be global distributor of AQUATHEA. Delivering future-ready Water-On-Demand water solutions that empower communities, governments, and humanitarian missions worldwide.

Let’s build a sustainable water future—together.


Copyright © 2025 ATMOS 1 - All Rights Reserved.


Powered by

This website uses cookies.

We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.

Accept