Defense and National Security Applications

Military and security operations often take place in environments where water access is constrained, contested, or nonexistent. Whether deployed in arid regions, aboard naval vessels, at forward operating bases, or in post-conflict zones, forces require reliable access to safe drinking water and mission-critical water supplies.

Aqua Fission provides a mobile, modular, and deployable water purification system capable of producing high-quality potable water from seawater, brackish water, contaminated surface water, and even heavily polluted or chemically impacted sources. The system is designed to operate independently of infrastructure, minimize logistical burdens, and support operational security.

Reducing logistical burden and exposure

Transporting water to remote or hostile locations is expensive, dangerous, and operationally inefficient. Water is heavy and requires extensive convoy support, fuel, and protection. Reducing the need to transport water directly improves mission effectiveness and force protection.

Aqua Fission enables forces to produce water locally from available sources, reducing the volume of transported water, the fuel consumed, and the personnel and assets required for water logistics. This directly translates to:

• reduced convoy exposure to ambush and IED risk
• lower fuel consumption and associated logistics burden
• increased operational tempo and flexibility
• enhanced mission endurance at remote or contested sites

The ability to generate water from local sources, even if saline or contaminated, means that forces are less dependent on vulnerable supply chains and can sustain operations in environments that would otherwise require continuous resupply.

Producing water from contaminated sources

In many conflict or post-conflict zones, available water sources are compromised by:

• industrial contamination and heavy metals
• agricultural runoff and persistent chemicals
• biological pathogens and untreated sewage
• oil, petrochemical residues, and explosives byproducts
• radiological contamination from legacy sites or natural occurrence
• deliberate chemical or biological warfare agent introduction

Aqua Fission uses low-temperature thermodynamic distillation under deep vacuum to separate water from contaminants. The process is not filtration-based or membrane-based, so it is not vulnerable to fouling, chemical attack, or breakthrough from dissolved contaminants. Because the system operates by phase-change distillation, it can handle a very wide range of contaminants and source water types that would disable conventional filtration, reverse osmosis, or chemical treatment systems.

This makes Aqua Fission suitable for environments where water security is uncertain and water quality cannot be guaranteed.

Operational resilience and modularity

Aqua Fission systems are designed for field deployment:

• Containerized and skid-mounted configurations for transport by truck, ship, or cargo aircraft
• Rapid setup and commissioning with minimal onsite construction or infrastructure
• Low power consumption compatible with generator, solar, or waste heat sources
• Minimal operator supervision and low maintenance requirements
• Modular scaling to match force requirements, from small detachment to battalion-level or larger

Units can be pre-positioned, airlifted to forward sites, or integrated into mobile command and logistics hubs. The modular design enables incremental deployment and allows systems to be redeployed as mission requirements change.

Eliminating wastewater and environmental exposure

Many water treatment systems produce toxic brine, spent filters, and contaminated waste streams that create disposal and environmental liabilities. In sensitive or contested environments, these waste streams can become strategic vulnerabilities, require special handling, and impose operational constraints.

Aqua Fission can be operated in zero liquid discharge (ZLD) mode, concentrating all contaminants into a controlled residual output with no continuous brine discharge. This eliminates the need for brine disposal infrastructure, reduces environmental footprint, and supports force protection by minimizing the signature and vulnerability associated with waste management.

Protecting force health and mission capability

Access to safe drinking water is fundamental to force health, morale, and operational capability. Waterborne illness, dehydration, and contamination-related casualties directly degrade mission readiness. Aqua Fission provides a reliable, high-quality water source that meets or exceeds potable water standards, supporting force health and operational effectiveness across the mission spectrum.

Strategic value and long-term deployment

Aqua Fission technology supports broader defense and security objectives:

• Enabling sustained operations in water-scarce or hostile environments
• Reducing dependency on host-nation infrastructure and permissions
• Supporting humanitarian assistance, disaster relief, and stabilization operations where local water systems are damaged or non-functional
• Enhancing energy-water security nexus by enabling decentralized, renewable-powered water production
• Providing a proven, exportable capability for partner forces and allied operations

The technology is field-proven, scalable, and well suited to both contingency response and enduring operations. It represents a force multiplier in environments where water access is a constraint on mission success.

AQUA FISSION BENEFITS