Ozone and ion generators
At INFINITIA, we offer comprehensive technical services for the evaluation of environmental disinfection systems using ozone and ion generators. Our approach ranges from validating their microbiological effectiveness to developing customized prototypes tailored to each industrial environment.
In a sector saturated with commercial solutions without independent technical support, our laboratory acts as an objective and expert ally for companies seeking to confirm the real performance of their equipment.
Thanks to a multidisciplinary team of specialists and the application of advanced testing, characterization, and analysis methodologies, at INFINITIA we validate ozone disinfection, verify the controlled release of ions, and measure the effective reduction of bacteria, viruses, and volatile organic compounds (VOCs).
What does INFINITIA's ozone and ionizer service consist of?
The service is based on the scientific verification of the behavior and effectiveness of devices that use ozone or ionization to purify the air, eliminate odors, or disinfect surfaces. In our laboratories, we analyze both industrial ozone generators and air ionizers, evaluating their performance through standardized or custom-designed tests.
This process may include studies on the elimination of microorganisms (bacteria, fungi, viruses), quantification of residual ozone emissions, and comparative analyses of ozone vs. ionizers for informed decision-making. In addition, we carry out specific tests according to the customer’s actual conditions of use, providing a clear diagnosis of the effectiveness and safety of the systems analyzed.
Advantages of the service: technical rigor, customization, and applicable results
One of the great benefits of this service is that it allows decisions to be made based on real data and not on commercial arguments. This is especially relevant in healthcare, industrial, or research environments, where environmental disinfection must meet validated efficacy and safety criteria.
At INFINITIA, we have helped companies verify the effective elimination of bacteria using ozone, and technology manufacturers optimize their ozonator prototypes to comply with specific regulations.
The customization of the test according to the use case, together with the capacity for functional prototyping and comparative testing, make this service a strategic tool for development and innovation.
Ozone and ionization at INFINITIA: validation, testing, and development under scientific control
At INFINITIA, we approach each project from a scientific and independent perspective. We have a laboratory specializing in air quality analysis and purification system validation, equipped with particle measurement technologies, ozone sensors, climatic chambers, and microbiological detection systems.
Our services range from ozone disinfection testing in accordance with regulations to performance studies under simulated conditions. In addition, we develop customized prototypes, compare disinfection technologies, and apply forensic engineering and material characterization methodologies to evaluate the functionality and safety of these devices. All with one goal in mind: to provide real and verifiable value to companies that are committed to sustainable, effective, and evidence-based solutions.
Types of Tests with Ozone and Ion Generators
At INFINITIA, we carry out various technical tests to evaluate the effectiveness, safety, and functionality of ozone-based disinfection systems and ion generators. Our goal is to provide scientific evidence and quantifiable data to validate the use of these technologies in industrial, healthcare, and environmental applications.
Microbiological efficacy tests
These tests determine the level of microorganism reduction after applying ozone or ionization in a controlled environment. Standardized test chambers and quantitative microbiological methods such as colony-forming unit (CFU) counts are used to measure efficacy against bacteria, fungi, or viruses.
At INFINITIA, we have validated the effectiveness of ozone generators in eliminating Staphylococcus aureus in clean rooms, comparing exposure times and ozone concentrations.
Ozone concentration and release tests
We measure the ozone concentrations generated by different devices using specific sensors (UV, electrochemical) to verify that they comply with the limits established by safety regulations (for example, 0.1 ppm in work environments according to OSHA). These tests also allow us to analyze the emission stability over time.
In a project for a purifier manufacturer, we evaluated the uncontrolled release of ozone in enclosed spaces over 24 hours, thereby optimizing the design of the device.
In this type of test, we directly compare the effectiveness, energy consumption, and emission of by-products between technologies based on ozone and ionization. Equivalent protocols are designed under similar conditions, and parameters such as VOC reduction, odor elimination, and microbial load are evaluated.
For example, in a case for an industrial component manufacturer, INFINITIA developed a functional comparison between a portable air ionizer and an ozone generator integrated into the air conditioning system, identifying the advantages and risks of each.
Volatile organic compound (VOC) removal tests
Using chromatographic techniques (GC-FID or GC-MS), the reduction of volatile organic compounds present in the environment after applying ozone or ionization is analyzed. These compounds, such as formaldehyde or benzene, are common in industrial or urban environments. At INFINITIA, we use this type of test to evaluate the ability of an industrial ozonator to eliminate persistent odors in waste treatment plants.
Ozone-induced aging and corrosion tests
Ozone is a powerful oxidant and can damage sensitive materials over time. At INFINITIA, we carry out accelerated and prolonged exposure to ozone tests to study the compatibility of construction materials, sealants, and electronic components with this type of technology.
For example, in one case for a company, rubber gaskets exposed to ozone for 1,000 hours were analyzed, detecting premature cracks that led to the replacement of the material.
Electrical and functional safety testing of devices
We validate that ozone generators and ionizers comply with electrical and continuous operation requirements under real environmental conditions. This includes thermal cycle testing, insulation verification, dielectric strength, and operational stability.
In a prototyping project, INFINITIA collaborated in the development of a smart ionizer integrating sensors, verifying its electrical reliability prior to mass production.
Applications of Ozone and Ion Generator Testing
The tests developed by INFINITIA have critical applications in sectors where air quality, microbiological safety, or the validation of emerging technologies are strategic factors. Some of the key sectors are detailed below.
Healthcare Sector: Environmental disinfection in hospitals and clinics
Air and surface disinfection using ozone or ionization is an emerging solution in hospitals, clinics, and laboratories. Testing allows microbial load reduction to be validated and safety for patients and staff to be guaranteed.
- Verification of effectiveness against bacteria (E. coli) using controlled test chambers.
- Analysis of residual ozone concentration in areas of prolonged occupancy to validate non-toxicity.
- Comparison between surface ionizers and air purifiers
Food Industry: Sanitization of chambers and processing lines
Ozone is used in the cleaning of handling or storage areas to prevent cross-contamination. INFINITIA develops tests to verify its effectiveness in real conditions and validate its compatibility with materials.
- Testing of microorganism reduction in storage rooms with nebulized ozone.
- Evaluation of the impact of ozone on food plastics through microcrack and migration analysis.
- Deodorization testing of cheese ripening rooms using VOC and sensory analysis.
Industrial Sector: Environmental control and process deodorization
In industrial processes, ozone can be used to treat odors, volatile organic compounds, or biological loads in technical rooms or ventilation systems.
- Testing of toluene and xylene reduction in paint factories through continuous ozone application.
- Validation of ionization systems in paint booths against particle accumulation.
- Analysis of the deterioration of plastic components after exposure to ozone in assembly environments.
Engineering and R&D: Prototyping and validation of new technologies
Many manufacturers develop new purification systems but lack the means to scientifically verify their effectiveness. At INFINITIA, we offer technical support during the design and testing phases.
- Development of portable ozonator prototypes with validation of antimicrobial efficacy and energy consumption.
- Performance testing under extreme conditions for mobile devices with active ionization.
- Optimization of operating parameters in connected prototypes for air quality monitoring.
Engineering and R&D: Prototyping and validation of new technologies
The validation of disinfection technologies using ozone and ion generators is a growing need in sectors where air quality, environmental hygiene, and microbiological safety are critical factors. However, the market is saturated with devices that promise effectiveness without providing technical evidence or regulatory support. INFINITIA’s approach offers a clear competitive advantage: a service based on applied science, verifiable data, and tests adapted to real-world conditions.
Throughout this service, at INFINITIA we carry out microbiological efficacy tests, ozone emission analyses, technology comparisons, material degradation studies, and functional validation of devices, generating objective results that help manufacturers, healthcare centers, and industries make informed decisions.
Thanks to our specialized laboratory and multidisciplinary team, we can tackle both the evaluation of systems already on the market and the development and validation of new prototypes.
The future of environmental disinfection lies in safe, sustainable solutions with technical guarantees. In this vein, trends point toward integrating smart sensors, IoT connectivity, and automatic control systems into purification devices, opening up new opportunities for innovation.
Having INFINITIA as a technical partner allows you to transform these ideas into validated, effective solutions that are adapted to the real demands of the market. Choosing our knowledge means choosing rigor, customization, and excellence at every stage of development.
