3-in-1 system – efficient vapour distribution, process verification and aeration in one unit
The Halton Vita VDU-750 ensures bio-decontamination thanks to efficient H2O2 vapour production and its complete distribution throughout the space up to 750 m3.
The process is carefully monitored and verified with integrated H2O2 sensor technology. The aeration process with an integrated catalyser removes residual hydrogen peroxide, leaving the space clean, safe, and ready for immediate use.
The Halton Vita VDU-750 is the result of a collaboration between Halton Oy and Cleamix Oy, the leader in the decontamination process.
Typical challenges
Decontaminating a space presents several key challenges. These include reaching hard-to-reach areas and managing the compatibility of decontamination methods with different materials to avoid damage. Decontamination methods should be effective but safe for those using the space. Environmental factors such as humidity and ventilation, along with ensuring staff safety and preventing cross-contamination, are crucial. Compliance with regulatory standards and accurate documentation are essential for liability.
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Why choose Halton?
The Halton Vita VDU-750 uses efficient air circulation for the application of hydrogen peroxide gas, which allows the concentration to be quickly raised and maintained at the desired level for the entire room and then quickly returned to working condition.
Competitive advantages
- High-capacity unit can decontaminate large spaces efficiently due to high airflow, well-designed air distribution and concentration surveillance.
- Decontamination process time is short due to high vaporising capacity and integrated catalyser.
- High user safety with remote operation and easiness with programmable decontamination process.
3-in-1 Process
Halton Vita VDU-750 uses predefined decontamination programs for different types of areas. In the first stage of the process, air is drawn through filters on both sides of the unit and the vH2O2 is distributed through the adjustable diffuser at the top of the unit.
Halton Vita VDU-750 is equipped with an integral sensor and facilitates up to four external sensors, allowing verification of complete hydrogen peroxide distribution throughout space.
When the level of vH2O2 in the air reaches a certain threshold for a specific duration, the aeration phase is triggered. The air drawn in flows then through a catalyser, shortening the total decontamination process.
Effective and safe
Halton Vita VDU-750 is capable of destroying even the most resistant microorganisms, such as bacterial spores, at room temperatures and low concentrations, the system ensures thorough decontamination. Its automated operation eliminates the risk of human error, providing consistent and reliable results. Additionally, the system is material-friendly and safe for even the most sensitive materials, including electronics. To further enhance effectiveness, a validation service is available to optimize the decontamination process.
Easy to use and automated
The unit is easy to use, featuring a fully automated system that ensures seamless operation. It offers the possibility for tailor-made integrations with building automation, production machinery, and other systems. Additionally, it collects data for documentation and verification purposes, enhancing transparency and reliability.
*Documentation according to the CFR 21 part 11
Cost effective
The unit offers significant cost advantages by reducing cycle costs and potentially eliminating the need for outsourcing, leading to substantial savings. Additionally, it saves time, as the space becomes ready for use immediately after the process cycle, minimizing downtime and enhancing productivity.
Validated
The Halton Vita VDU-750 has been validated in a range of critical environments, proving its effectiveness and versatility. At HUS Meilahti Hospital, it has been tested in operating theatres, isolation rooms, and patient rooms. Additionally, it has been validated in the BSL-3 laboratory at the Department of Virology, University of Helsinki, demonstrating its capability to handle high-containment areas. Furthermore, it has shown its efficacy in a food production industry premises, ensuring safe and clean air in food processing environments.
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