Ozone Generators & Equipment

Discover top‐quality ozone generators, accessories and complete system solutions designed for reliable performance in every application, backed by expert support.

Cutting‐Edge Ozone Machinery for Every Need

Whether you require a robust generator for large‐scale water treatment or a compact ozone machine for odour control, our equipment delivers precision, durability and ease of use. Browse our best‐selling units, advanced modules and essential accessories to build the perfect ozone system for your operation.

Ozone Generators

High efficiency corona discharge and UV generators deliver precise ozone outputs for air and water treatment, ensuring scalable performance and low upkeep.

Ozone Equipment

Ancillary modules, oxygen concentrators, chillers, sensors and portable systems ensure performance, reliability and easy integration for ozone setups.

Next-Gen Ozone Equipment

Complete Ozone Systems

Our comprehensive lineup of ozone generators, machinery and equipment covers every component you need for a complete ozone system, from the core generators that produce powerful, on-demand O₃ to the support modules that keep your setup running smoothly. We supply high-purity oxygen concentrators to feed your generator, precision chillers to maintain optimal performance and reliable sensors that monitor ozone levels in both air and water.

Our ozone generators use reliable corona discharge or ultraviolet methods to produce ozone on demand. They feature adjustable output, built-in safety controls and intuitive interfaces. Designed for water treatment, air disinfection and odour control, each unit delivers consistent performance with minimal maintenance, and can be scaled to suit operations of any size.

Our support modules enhance system uptime and reliability. This includes enclosure dryers to remove moisture, ozone destruct units for safe off-gas treatment, distribution manifolds for even ozone delivery, and back-flow protectors to prevent contamination. Each component is built to exacting standards, ensuring seamless integration and long-lasting performance in industrial settings.

Airsep oxygen concentrators provide the high-purity oxygen required for efficient ozone generation. Models such as Topaz, Onyx, Centrox and the Alpha series deliver 5–10 LPM of 90–95 % oxygen. Energy-efficient design, simple controls and low upkeep guarantee a steady, high-purity oxygen feed for optimal ozone production, day after day.

Our Lauda Ultracool chillers maintain the perfect temperature for ozone generation. Available in UC24, UC14, UC8, UC4 and UC2 models, each chiller offers precise, energy-efficient cooling. By preventing overheating of corona cells, these units extend equipment life, reduce service needs and ensure a stable ozone output for commercial applications.

Accurate monitoring is essential for safety and performance. We offer hand-held sensors for gas detection, including the Dräger PAC 8000 handheld monitors for ambient air and the ATI PortaSens for portable checks. We offer a range of fixed gas detectors on our installations from the following suppliers: Drager, ATI, Eco Sense and 2B Technologies for more accurate ozone analysis. For dissolved ozone, we use the portable Palin test kit photometer and the ATI Q46H probes for inline water measurements on fixed installations. Simple calibration and rugged construction provide continuous, dependable readings.

Compact portable ozone generators offer quick disinfection and odour control in small spaces. The AirMaid AM2300 targets washrooms, while AM5000 and AM6000 series deliver 0.25 g/h to 2 g/h for labs, hotel laundries and light industrial tasks. Their small footprint, low maintenance requirements and flexible operation make them ideal for diverse applications. We’ve also expanded our offering with the AIRsteril range, designed to improve air quality in enclosed or poorly ventilated areas. Where traditional cleaning falls short, AIRsteril tackles the root cause by controlling bacteria, viruses and mould, rather than just masking odours. This makes it especially effective in settings affected by incontinence, medical conditions, or persistent damp. The result is a cleaner, healthier environment for staff and visitors alike.

Why Choose Our Ozone Generators?

Choose our ozone generators for reliable, energy efficient and precise performance. Built with high grade materials and smart controls, they deliver consistent ozone output with minimal downtime. Easy to install and maintain, each unit is backed by our expert support team, ensuring rapid service response, custom engineering and lasting value.

Understanding Ozone Generators & Machinery

A Few Frequently Asked Questions…

We’re glad you asked, and we actually have answered this within a full article here. To give you a quickfire answer, ozone generators are designed to take a clean oxygen source (either filtered ambient air or pure oxygen) and expose it to a high‐energy field that splits O₂ molecules into individual oxygen atoms. In corona discharge systems, oxygen passes through a high-voltage electric field between plates, causing O₂ to break apart and recombine into O₃. UV ozone generators use 185 nm ultraviolet light to split some O₂ into single atoms, which then form ozone. The newly produced O₃ is immediately fed into air or water streams for disinfection or oxidation. Because ozone decays quickly, on‐site generation ensures fresh, potent ozone exactly when and where it’s needed.

Primozone generators are renowned for their robust build quality, high energy efficiency and precise output control. By combining industrial-grade components, such as thick ceramic discharge plates and premium transformers, with intelligent electronics and onboard sensors, Primozone delivers consistent ozone production with minimal energy consumption. Their modular designs allow users to scale capacity quickly and easily by adding or removing generator cells. Whether this is for small‐scale rinse systems or large‐capacity wastewater plants, Primozone units provide reliable service, low maintenance and long service lifespans, making them a top choice for businesses seeking performance, durability and strong return on investment.

This video is well worth a watch, but let’s summarise this process for you. When ozone gas is introduced into a space, such as a cold store or processing hall, it oxidises microorganisms and volatile organic compounds on contact. The third oxygen atom in O₃ readily splits off and attacks cell membranes of bacteria, viruses and mould spores, rupturing them and rendering pathogens inactive in seconds. Ozone also breaks down airborne odour molecules, converting them into harmless by-products like water and oxygen. By circulating treated air with built-in fans or integrating it into existing HVAC systems, ozone ensures thorough coverage of hard-to-reach areas, delivering a residue-free, chemical-free way to sanitise enclosed environments.

Ozone can be used safely in food-related environments, but only under tightly controlled conditions. It leaves no chemical residue, making it suitable for sanitising equipment, surfaces and enclosed air spaces. However, ozone gas should never be used in rooms containing exposed protein products such as meat or fish, as it can oxidise and degrade these items. Similarly, some fresh produce may be bleached or damaged if directly exposed to high concentrations of ozone gas.

That said, ozone is commonly used in sealed cold stores, storage areas where food is fully wrapped (such as waxed cheeses), or during non-operational hours, with systems in place to safely vent or neutralise residual ozone before re-entry. For direct food contact, ozonated water is a safer and approved method—for example, washing fruit and vegetables—offering strong disinfection without altering the product. While ozone is recognised by some authorities as “Generally Recognised As Safe” (GRAS) for specific food applications, usage must be aligned with regulatory guidance and best practice to ensure safety for both operators and food integrity.

This depends on the system, but it would be fair to say the majority of modern ozone generators are built for energy efficiency. For example, Primozone generators boast some of the best efficiency on the market:

  • Their anodised-aluminium cold plasma reactors produce ozone at up to 20 wt%, enabling up to 50% less oxygen usage and reducing energy needs across the system.
  • Case studies show that a Primozone GM system produced 3 kg/hour of ozone at just 34.8 kW, or ~0.012 kWh/g O₃, far better than traditional corona discharge systems.
  • Their modular, smart-controlled output allows power and oxygen use to scale precisely with demand, dropping to ~10% consumption at 10% output.