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The QUBE®

Revolutionizing ozone generation with efficiency and flexibility

The QUBE® is a groundbreaking ozone reactor that delivers high-concentration ozone with unparalleled energy efficiency.
The QUBE® at a glance:

At the core of The QUBE® is a groundbreaking ozone reactor that delivers high-concentration ozone with unparalleled energy efficiency compared to traditional technologies. This innovation not only reduces operational costs but also supports sustainable practices by optimizing energy consumption.

Customizable and scalable for your needs

The QUBE® features a scalable design concept that ensures seamless customization to match your specific ozone requirements. Unlike conventional systems, there’s no need to oversize and overpay for capacity you don’t immediately need. When your application demands increase, The QUBE® can be easily scaled up to meet the new requirements, offering a future-proof solution that adapts to your evolving needs.

Robust, Compact, and Easy to Integrate

Designed for versatility, The QUBE® is a robust and compact unit that integrates effortlessly into various applications. Its thoughtful engineering ensures reliable performance while maintaining a small footprint, making it ideal for even space-constrained setups.

The QUBE® is available in four frame sizes, offering the flexibility to scale freely depending on your ozone production needs. Whether you’re starting small or preparing for large-scale operations, The QUBE® delivers exceptional performance and adaptability, setting a new standard in ozone generation technology.

Scalability and Modularity

The scalable system builds up on a reactor with an integrated inverter that produces 88 gram of ozone per hour. Once the ozone demand increases, additional modules are installed to meet it.

The four frame sizes provide the following reactor configurations:

Frame size QUBE1-n QUBE2-n QUBE3-n QUBE4-n
Number of reactors 1 up to 5 6 up to 18 12 up to 36 24 up to 48
Capacity g/h* 88-440 528-1584 1056-3168 2112-4224

(*) at a concentration of 140 gr/Nm3 at 1-3 barg pressure and cooling water temperature of 12°C