“Modular. Sustainable. Infinitely Scalable.”
Modular Water Infrastructure, Built to Scale
Aqua Fission is designed to operate at virtually any scale, in almost any environment. From mobile demonstration units to large, multi-line industrial deployments, Aqua Fission systems scale simply by adding additional modules. Capacity grows linearly, without redesign, complex integration, or diminishing efficiency.
Built for flexibility and future growth
All Aqua Fission systems share the same core design philosophy: modular deployment, closed-loop operation, ultra-low energy use, and Zero Liquid Discharge. This allows customers to start small, scale efficiently, and adapt systems over time as demand, regulation, or water sources change.
For example, ten Aqua Fission production lines can generate approximately 1,000 m³ (1,000,000 liters) of clean water per day, while simultaneously recovering up to 40 tons of valuable wet salt — all without producing toxic brine or liquid waste.
Unlike reverse osmosis and other legacy treatment systems, Aqua Fission operates without heating, membranes, chemicals, reagents, filters, coagulants, inhibitors, electrodes, or high-maintenance consumables. The system achieves true Zero Liquid Discharge (ZLD), eliminating toxic brine and Reverse Osmosis Concentrates (ROCs) entirely.
With ultra-low energy consumption, Aqua Fission can operate off-grid using solar or alternative power sources, enabling water production with minimal or zero CO₂ emissions. This makes Aqua Fission well suited for remote locations, disaster response, water-stressed regions, and ESG-driven infrastructure projects.
Aqua Fission Products
Aqua Fission X100
An enterprise-scale, modular production platform
Daily Capacity
100 m³ (100,000 liters per day) per line
Intended Use
The Aqua Fission X100 is designed for industrial, municipal, and enterprise-scale water production. Systems are deployed as modular production lines that can operate independently or in parallel. Each X100 line is transported on three trailers: two 20-foot container chassis for the water tanks and a smaller trailer for the control unit.
Multiple X100 lines can be combined to meet virtually any capacity requirement, supporting phased deployment, redundancy, and long-term scalability for large infrastructure projects.
Aqua Fission X10
A mobile production system for small-scale and remote applications and disasters.
Daily Capacity
10 m³ (10,000 liters per day)
Intended Use
The Aqua Fission X10 is a mobile unit designed to be transported on a single 20-foot container chassis. It is ideal for small-capacity production, difficult-to-reach locations, emergency and disaster relief, remote communities, and early-stage deployments where rapid setup and mobility are essential.
Aqua Fission X2
A compact, mobile demonstration system
Daily Capacity
2m³ (2,000 liters per day)
Intended Use
The Aqua Fission X2 is a fully mobile unit designed for demonstration and proof-of-concept use. It can be installed inside a branded delivery vehicle, such as a Ford Transit, with optional solar panels for off-grid operation. The X2 is intended for sales demonstrations, exhibitions, pilot presentations, and stakeholder engagement, rather than continuous commercial production.
GEM AWG
(Atmospheric Water Generators)
Daily Capacity
100 liters per day / 500 liters per day / 1,000 liters per day
Intended Use
Atmospheric water generators extract moisture from the air and condense it into liquid water, producing drinking water where humidity and energy are sufficient. The cooling condensation type AWG uses the vapour compression cycle to cool the humid air to below its dew point temperature. These systems are intended for smaller applications and remote areas.
Advantages for AWG systems
- No operator intervention when it is running.
- The solution produces water through condensation which is a natural phenomenon and an integral part of the naturally occurring water cycle.
- Zero sludge or waste products.
- The dehumidification process has no known negative environmental effects
- A turnkey solution which only requires feed power and a warm humid environment to function adequately.
- Can run from other alternative energy sources such as solar power.
