Aerosolized Hydrogen Peroxide vs. UV
Aerosolized Hydrogen Peroxide vs. UV Disinfection
Choosing the Right Supplemental Disinfection Approach
Hospitals evaluating automated room disinfection typically need to compare more than the underlying technology. Coverage, workflow, staff time, documentation, maintenance and total cost can all affect how well a system fits routine hospital operations.
Breezy Blue® uses aerosolized hydrogen peroxide, while UV systems use germicidal ultraviolet energy. The comparison below focuses on the practical differences hospitals should consider when evaluating Breezy Blue® versus UV for supplemental room disinfection.
Comparative Summary: Breezy Blue® vs. UV Disinfection Systems
| Feature | Breezy Blue® | UV Systems* |
| Treatment method | Disperses aerosolized hydrogen peroxide throughout the treatment space | Uses germicidal ultraviolet energy |
| Coverage considerations | Application depends on delivering the validated disinfectant exposure across the treatment area | Treatment depends on UV energy reaching the target surface; distance, room geometry and obstructions can affect delivered UV energy |
| Treatment workflow | One setup and one automated treatment; no repositioning during treatment | Depending on the system and protocol, treatment may require one or more device positions, cycles or emitters to address the room |
| Staff involvement | Staff position the system, select the treatment and start the automated process; no staff involvement during treatment | May require multiple device positions, cycles or emitters to address the room |
| Treatment consumables | Requires Breezy antimicrobial solution | Generally does not require a consumable |
| Maintenance | Periodic wipe-down and fill port filter check | May require periodic lamp replacement, calibration and other preventive maintenance |
| Documentation & verification | Breezy Cloud™ automatically records treatment activity and system utilization, with optional dosage data | Some systems provide treatment records, utilization data and cloud-based reporting |
| Total cost considerations | Available through purchase or subscription; consider equipment, disinfectant, labor and recurring program costs | Consider equipment, labor, service, maintenance, treatment throughput and future equipment replacement |
Learn more about evaluating UV disinfection systems for hospitals →
Where the Approaches Differ in Practice
Both UV and aerosolized hydrogen peroxide are used to supplement manual cleaning and disinfection, but they create different operational considerations.
UV treatment depends on germicidal energy reaching the target surface, so room geometry, distance, obstructions and required device positions can affect the treatment workflow. Breezy Blue® disperses aerosolized hydrogen peroxide throughout the treatment space and completes the automated treatment from a single position without repositioning.
For hospitals, the practical comparison extends beyond the disinfection technology itself. Coverage, staff time, equipment movement, documentation, maintenance and total cost all affect how well a system fits routine operations.
A Modern Approach to Aerosolized Hydrogen Peroxide Disinfection
Breezy Blue® is designed to simplify supplemental room disinfection in healthcare settings. Staff position the system, select the treatment, start the automated process and leave the room while the treatment completes—without repositioning the system.
Breezy Cloud™ automatically records disinfection activity, including where and when rooms were disinfected, system utilization and optional dosage data. Hospitals can use these records to monitor utilization, identify gaps and support protocol adherence.
Breezy is available through purchase or subscription, giving hospitals the option to evaluate the technology without relying solely on a traditional capital-equipment model.
References
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Otter JA et al. An Overview of Automated Room Disinfection Systems: When to Use Them and How to Choose Them. Elsevier, 2020.
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Truitt CL et al. Evaluation of an Aerosolized Hydrogen Peroxide Disinfection System for the Reduction of Clostridioides difficile Hospital Infection Rates Over a 10 Year Period. American Journal of Infection Control, 2021.
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Anderson DJ et al. Enhanced Terminal Room Disinfection and Acquisition and Infection Caused by Multidrug-Resistant Organisms and Clostridium difficile. The Lancet, 2017.
