HyperOx™ Advanced Oxidation Process (AOP)

Powered by patented Hydroxyl (°OH) Radical technology, HyperOx™ provides next-generation Advanced Oxidation that eliminates contaminants at the molecular level while reducing operating costs and environmental impact.

The Future of Advanced Water Treatment

Developed through more than four years of intensive research and development by the Australian and international engineering teams at Water Engineers, the HyperOx™ Advanced Oxidation Process (AOP) represents a breakthrough in sustainable water treatment technology.

At the core of this patented innovation is the generation of Hydroxyl Free Radicals (°OH)—the most powerful oxidising species available for safe water treatment. These highly reactive radicals rapidly attack and destroy organic contaminants, transforming them into harmless carbon dioxide and water without creating undesirable by-products. HyperOx™ delivers an environmentally responsible, highly effective solution for treating industrial process water, wastewater, potable water, recreational water, and commercial swimming pools.

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HyperOx™ for Swimming Pools & Water Parks

HyperOx™ is setting a new benchmark in commercial pool sanitation by delivering crystal-clear, healthier water while significantly reducing ongoing operating costs.

Patented Hydroxyl Radical Technology

The patented HyperOx™ Hydroxyl Free Radical Generator has been engineered to produce an exceptionally high concentration of hydroxyl radicals (°OH), enabling rapid oxidation of even the most persistent contaminants.

These powerful radicals eliminate pollutants through four fundamental oxidation mechanisms:

Hydroxyl radical addition
Hydrogen abstraction
Electron transfer
Hydroxyl radical combination

This multi-stage oxidation process ensures contaminants are broken down efficiently, leaving cleaner, safer water with minimal chemical consumption.

Key Benefits

Superior Water Quality
Rapidly destroys bacteria, viruses, algae and organic contaminants.
Reduced Chlorine Usage
HyperOx™ dramatically lowers chlorine demand while maintaining excellent sanitation. Only a small residual disinfectant is required.
Healthier Swimming Environment
Reduces chloramines responsible for unpleasant odours, eye irritation and skin discomfort.
Compatible with Existing Equipment
Easily integrates with modern filtration systems, circulation equipment and automated pool controls.
Lower Operating Costs
Reduced chemical usage and simplified maintenance provide long-term savings.

Advanced Electrochemical Design

The heart of every HyperOx™ system is its advanced Electrolysis Cell, featuring patented SCBD Mixed Ceramic Oxide Coated Titanium Electrodes housed within a durable PVC reactor.

When supplied with DC power, the electrodes generate hydroxyl radicals directly within the water stream. These radicals initiate both direct and indirect oxidation reactions, converting organic pollutants and nitrogen-based compounds into environmentally benign end products.

The result is highly efficient removal of contaminants through an advanced electrochemical oxidation process that is both reliable and cost-effective.

Why Choose HyperOx™?

HyperOx™ offers significant advantages over conventional water treatment technologies:

Exceptional oxidation performance
Reduced operating costs
Lower chemical consumption
Minimal chlorine demand
Environmentally sustainable operation
Compatible with existing treatment infrastructure
Safe for potable, recreational and industrial applications
Patented Australian-developed technology

HyperOx™ for Swimming Pools & Water Parks

HyperOx™ is setting a new benchmark in commercial pool sanitation by delivering crystal-clear, healthier water while significantly reducing ongoing operating costs.

Key Benefits

Superior Water Quality
Rapidly destroys bacteria, viruses, algae and organic contaminants.
Reduced Chlorine Usage
HyperOx™ dramatically lowers chlorine demand while maintaining excellent sanitation. Only a small residual disinfectant is required.
Healthier Swimming Environment
Reduces chloramines responsible for unpleasant odours, eye irritation and skin discomfort.
Compatible with Existing Equipment
Easily integrates with modern filtration systems, circulation equipment and automated pool controls.
Lower Operating Costs
Reduced chemical usage and simplified maintenance provide long-term savings.

HyperOx™ for Industrial Process Water & Wastewater

HyperOx™ provides an advanced solution for industries requiring high-performance treatment of complex waste streams.

Water is continuously recirculated through the patented HyperOx™ cells where hydroxyl radicals rapidly oxidise and destroy a broad range of contaminants.

Capable of treating:

PFAS (short and long chain compounds)
Total Organic Carbon (TOC)
Chemical Oxygen Demand (COD)
Total Ammonia Nitrogen (TAN)
Total Nitrogen
BTEX compounds
Phenols
Pesticides
Aldehydes
Aromatic hydrocarbons
Heavy metal ions
Amines
Active pharmaceutical compounds
Synthetic dyes
Dioxins
PCBs
Colour
Micropollutants
Alcohols

The result is cleaner process water, reduced environmental impact, improved regulatory compliance and lower treatment costs.

The Power of Hydroxyl Radicals

Hydroxyl radicals (°OH) are recognised as the most powerful oxidising agents available for water treatment.

Unlike conventional disinfection methods, HyperOx™ initiates rapid oxidation chain reactions capable of completely destroying contaminants rather than simply disinfecting them.

This allows the technology to:

Destroy organic contaminants at the molecular level
Eliminate pathogens rapidly
Reduce harmful disinfection by-products
Improve overall water clarity and quality
Minimise chemical consumption
Deliver safer water for human use and environmental discharge

Engineered for the Future of Water

Water Engineers (Australia), together with our UAE engineering group, is proud to pioneer this patented next-generation Advanced Oxidation Process technology.

HyperOx™ is designed to meet the growing global demand for cleaner, safer and more sustainable water treatment across industries including:

Municipal Water
Drinking Water
Industrial Process Water
Mining
Manufacturing
Food & Beverage
Aquaculture
Commercial Swimming Pools
Water Parks
Wastewater Treatment
Environmental Remediation

HyperOx™ Advanced Oxidation Process

Powering the Next Generation of Sustainable Water Treatment Through the World’s Most Powerful Oxidation Technology.

Comparative Oxidation Potential

Oxidiser	Oxidation Potential (electron volts)	Oxidation Potential Relative to Chlorine
Comparative Oxidation Potential of Standard Oxidisers
Elemental Fluorine (F)	3.06	2.25
HyperOx™ Hydroxyl Radical (•OH)	2.80	2.05
Ozone (O₃)	2.08	1.52
Hydrogen Peroxide (H₂O₂)	1.78	1.30
Chlorine (Cl)	1.36	1.00

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common Questions

Explore Common Questions About HyperOx™products.

What is HyperOx™ Advanced Oxidation Process (AOP)?

HyperOx™ is an advanced water treatment technology that generates highly reactive Hydroxyl Free Radicals (°OH) using a patented electrochemical process. These radicals rapidly oxidise and destroy contaminants, pathogens and organic pollutants, producing cleaner, safer water with significantly reduced chemical usage.

What are Hydroxyl (°OH) Radicals?

Hydroxyl radicals (°OH) are the most powerful oxidising species used in water treatment. They react almost instantly with contaminants, breaking them down into harmless end products such as carbon dioxide (CO₂) and water (H₂O), without leaving harmful chemical residues.

How does HyperOx™ work?

Water passes through the patented HyperOx™ Electrolysis Cell containing SCBD mixed ceramic oxide coated titanium electrodes. When DC power is applied, Hydroxyl (°OH) Radicals are generated directly within the water, rapidly oxidising organic contaminants, microorganisms and pollutants.

Why is HyperOx™ better than conventional chlorine treatment?

Unlike chlorine, which disinfects but leaves many contaminants behind, HyperOx™ actively destroys contaminants at the molecular level. It significantly reduces chlorine demand, improves water quality, eliminates chloramines and produces fewer harmful disinfection by-products.

What contaminants can HyperOx™ remove?

HyperOx™ is highly effective against a wide range of contaminants including:

PFAS (long and short chain)
Bacteria and viruses
Algae
Biofilm
Total Organic Carbon (TOC)
Chemical Oxygen Demand (COD)
Total Ammonia Nitrogen (TAN)
Phenols
BTEX
Pesticides
Pharmaceutical residues
Synthetic dyes
Dioxins
PCBs
Heavy metal ions
Micropollutants
Odours and colour

Does HyperOx™ eliminate PFAS?

HyperOx™ Advanced Oxidation Technology is capable of oxidising many PFAS compounds under the correct operating conditions. Treatment performance depends on water chemistry, contaminant concentration and system design, making pilot testing or engineering assessment recommended for PFAS applications.

What are the operating costs?

Operating costs are significantly lower than many conventional oxidation systems due to:

Reduced chemical consumption
Lower maintenance requirements
High energy efficiency
Long electrode life
Automated operation

What makes HyperOx™ different from ozone systems?

While ozone is a powerful oxidiser, Hydroxyl (°OH) Radicals produced by HyperOx™ have an even higher oxidation potential. They react faster, oxidise a broader range of contaminants and often require simpler installation and operation compared with ozone generation systems.

Does HyperOx™ eliminate PFAS?

Yes. HyperOx™ rapidly destroys chloramines, reducing unpleasant chlorine odours while improving swimmer comfort by minimising eye and skin irritation.

Is HyperOx™ suitable for commercial swimming pools?

Can HyperOx™ replace chlorine completely?

Most recreational and potable water applications still require a small residual disinfectant to comply with local regulations. However, HyperOx™ dramatically reduces chlorine consumption while providing far superior oxidation performance.

Is HyperOx™ safe?

Yes. Hydroxyl radicals exist for only fractions of a second before converting back into water and oxygen-based compounds. No hazardous chemicals are stored or transported, making HyperOx™ one of the safest advanced oxidation technologies available.

What industries use HyperOx™?

HyperOx™ is suitable for:

Municipal water treatment
Wastewater treatment
Industrial process water
Mining
Food & beverage manufacturing
Commercial swimming pools
Water parks
Aquaculture
Pharmaceutical manufacturing
Chemical processing
Environmental remediation

Can HyperOx™ be installed into existing water treatment systems?

Yes. HyperOx™ is designed for easy integration with existing filtration systems, tanks, pumps and automation equipment, making it suitable for both new installations and retrofit projects.

How much maintenance does the system require?

HyperOx™ uses patented self-cleaning electrolysis technology with durable coated titanium electrodes. Routine maintenance is minimal and typically consists of periodic inspections, cleaning filters and standard system servicing.

Is HyperOx™ environmentally friendly?

Absolutely. HyperOx™ reduces chemical consumption, minimises hazardous by-products, lowers transport and storage of treatment chemicals and converts contaminants into harmless compounds, making it an environmentally sustainable solution.

Can HyperOx™ treat industrial wastewater?

Yes. HyperOx™ has been engineered to treat complex industrial waste streams containing organic compounds, oils, solvents, dyes, pharmaceutical residues, PFAS, ammonia, colour and other difficult contaminants.

How energy efficient is HyperOx™?

HyperOx™ has been designed to maximise oxidation performance while minimising power consumption, providing an excellent balance between treatment efficiency and operating cost.

Is HyperOx™ an Australian-developed technology?

Yes. HyperOx™ has been developed through years of research and development by Water Engineers Australia in collaboration with our international engineering partners, resulting in patented Advanced Oxidation Process technology designed for demanding water treatment applications worldwide.

Why choose HyperOx™?

HyperOx™ combines patented engineering, powerful Hydroxyl Radical technology and proven electrochemical oxidation to deliver:

Superior oxidation performance
Reduced chlorine consumption
Lower operating costs
Sustainable water treatment
Minimal maintenance
Safe operation
Broad contaminant removal
Easy integration with existing systems
Australian engineering backed by global expertise