Explore ReliOx Technology

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Traditional oxidant systems often require tradeoffs between performance, safety, logistics, and material

compatibility.  RelīOx was developed to eliminate those compromises.

Our patented technology uses a specially engineered anionic resin platform prepared through proprietary

treatment methods. This creates a stable, oxidation-ready environment within a cartridge or device.

Rather than storing or transporting bulk active oxidants,  RelīOx enables controlled oxidative chemistry to be generated only at the point of use.

The result is a safer, more practical, and more controllable way to deliver quantifiable oxidative capability

for medical, industrial, environmental, and defense-related applications.

 RelīOx  technology begins with a specially prepared anionic resin. Through patented treatment and

preparation methods, the resin is converted into a stable, matrix-bound halide form that presents active

chemistry at or near the resin surface.

When a compatible precursor solution flows through the system, controlled electron-transfer oxidation

occurs just off the resin surface. This allows oxidative chemistry to be generated on demand in a

measurable and repeatable manner, without relying on bulk storage of unstable active agents.

 RelīOx  is designed to make advanced oxidation more practical for real-world deployment.

Safer by Design

• Active chemistry is not transported or stored in bulk high-hazard form
• Oxidation is generated only at the point of use from a stable engineered platform

Controlled and Repeatable

• Designed for measurable, quantifiable oxidation performance
• Reduces reliance on uncontrolled exposure to aggressive reagents

Portable

• Supports compact, cartridge-based delivery systems
• Suitable for portable, fieldable, and point-of-care integration

Material-Conscious

• Designed for applications where harsh traditional chemistries create unnecessary handling burdens or material compatibility concerns

Platform-Ready

• The resin architecture supports broader halide-based oxidation approaches while maintaining safety and practicality as core design principles

• Active chemistry is generated only when needed
• Oxidation can be controlled through device design, flow dynamics, and chemistry selection
• The system supports safer handling, transport, and deployment
• The resin matrix stabilizes otherwise difficult halide chemistry in a practical format

RelīOx Corporation focuses on enabling technology, not simply selling chemistry.

Our resin-enabled generation platform is relevant anywhere controlled oxidation must be delivered safely, simply, and at the point of use. Areas of current interest include:

• Point-of-use oxidant generation
• Portable and cartridge-based systems
• Material-sensitive decontamination and cleaning environments
• Medical-adjacent and wound-environment applications under appropriate regulatory pathways
• Defense and field-use concepts requiring safer logistics and mission-adaptive chemistry

RelīOx technology is supported by a strong patent foundation, ongoing process development, and

specialized implementation expertise.

• Core oxidant generation concepts
• Resin treatment and halide preparation methods
• Device integration and application architectures

In practice, the value of RelīOx extends beyond issued patents. It also includes the process discipline,

materials expertise, and operational knowledge required to prepare and deploy the resin safely and

effectively.

RelīOx Corporation exists to make powerful oxidation practical.

We develop technologies that transform difficult chemistry into a controlled, deployable tool that can be delivered safely, quickly, and only when needed.