H2O2 Automated Decontamination Systems
PRECISION H2O2 AUTOMATED AEROSOL GENERATOR FOR ENCLOSED SPACES
Micronice® converts liquid hydrogen peroxide into a calibrated dry-fog aerosol of micro-droplets – no pressure, no heat, under 3 W per nozzle.
Electronically controlled via PWM, it integrates directly into isolators,
biological safety cabinets, airlocks and automated pharma equipment.
Validated and Used by 100+ customers across 30+ countries for pharma equipment and processes – Isolators, BSCs, Airlocks…
OUR SOLUTIONS
Electronically Controlled Decontamination - Ready for PLC Integration
Bring Decontamination To The Edge
Micronice® decontamination nozzles use aerosolized hydrogen peroxide (H2O2) to generate a fine micro-droplet mist that fills an enclosed volume and decontaminates every surface — including those inaccessible to manual disinfection.
This technology is effective against viruses, bacteria, spores and other pathogens, making it a validated solution for pharmaceutical facilities, laboratories and controlled environments.
Validated to EN 17272 for airborne disinfection.
Our H2O2 nozzles are electronically controlled via PWM signal, enabling seamless integration with any standard PLC (12 V or 24 V input).
H2O2 Aerosol Decontamination: How Micronice® Works
The Micronice® piezoelectric atomizer generates a precisely calibrated H2O2 aerosol through ultrasonic vibration of a micro-perforated mesh – a cold atomization process that requires no pressure and no temperature rise. The resulting micro-droplets – set according to the specific droplet size of your choice – fill enclosed volumes uniformly, reaching every surface including those inaccessible to manual disinfection.
Our Technology is totally automated and electronically controlled, resulting in a response time under 100 ms and possibility to set a precise flowrate. Our deisng is compatible with H2O2, peracetic acid (PAA) and most disinfectants.
Highlights of our Technology for Automated Decontamination
Advanced Aerosol Generation technology for precise H2O2 decontamination
Modular Design for easy installation and Customization
Dedicated Engineering support for easy integration and technical assistance
Compatibility with a large range of Decontamination agents (hydrogen peroxide, peracetic acid...)
Electronically Controlled - High level of automation possible
High Efficiency : very low power consumption (<2W), little to no dead volume of biocide
Low Maintenance and high lifespan, minimizing downtime and expenses
No pressure nor temperature rise, adapted for very small volumes and sensible materials
Very small footprint and compact, making it easy to integrate in every environment
Get Started with our Evaluation and Integration Kits
Tekceleo’s sell directly a standalone Kit featuring its P&S360 technology. Our Kit contains all components required to get a standalone system to operate our Micronice aerosol generation technology.
For Decontamination Purpose the P&S 360 Kit can be used for :
- Evaluate, Develop and Prototype a new product for Automated Decontamination using H2O2 Aerosol
- Retrofit existing volumes (Isolators, BSC, Hatch, Gloveboxes, etc.) with an automated H2O2 decontamination system
- Create a new environment control feature for your process or application
Kits can be cusomized or directly integrated in sub-systems or complete systems by Tekceleo’s Engineering team. Just click on the Kit if you’re interested, or contact us directly !
Trusted by Pharma, Biotech and Laboratory Equipment Manufacturers
200+ customers in 30+ countries rely on Micronice® technology for aerosol generation, humidification and H2O2 decontamination applications.
Our nozzles have been integrated into BSCs, Isolators and Airlocks by various equipment manufacturers, validated to EN 17272, and referenced in 44 peer-reviewed scientific publications. Our engineering team supports integration from specification
to production launch.
Micronice® Technology: Piezoelectric Atomization for H2O2 Aerosol Generation
How Amplified Vibrating Mesh Technology Works
Tekceleo’s Amplified Vibrating Mesh Technology relies on a piezoelectric transducer to make a micro-perforated mesh vibrates at ultrasonic frequency. When a liquid comes into contact with the membrane, it’s transformed into a cloud of precisely calibrated micro-droplets, with a monodispersed nebulization. This technology generates aerosols or sprays with very low power consumption, making it ideal for integration into modular devices, mobile equipment, miniature instruments, and handheld devices. The use of piezoelectric technology allows for very low response times, and the electronic control provides great flexibility of use. This gives our customers a competitive advantage in terms of reliability, precision, and energy efficiency.
TEKCELEO offers two main design of nebulizers, all of which allow precise, efficient and monodispersed atomization:
P&S 360 nebulizer systems, using a circulating fluidic system for easy integration in automatized processes.
P&S T45 nebulizer systems, using a gravity-fed mode for easy and handeld uses.
All of our systems use the same patented Micronice amplified vibrating mesh technology.
Technical Characteristics
Range of Droplet Sizes
Amplified Vibrating Mesh technology allows to play on different droplet sizes
05 µm droplet size
Nominal flowrate : 0,8 ml/min
08 µm droplet size
Nominal flowrate : 3 ml/min
12 µm droplet size
Nominal flowrate : 4,5 ml/min
20 µm droplet size
Nominal flowrate : 8 ml/min
50 µm droplet size
Nominal flowrate : 35 ml/min
Mechanical Characteristics
Our nozzles are compact and easy to integrate in any devices
Light Weight : 40 grams
Materials
Metallic parts : SS316L and SS304 / Others: HDPE, pharma grade silicon
Diameter : 20 mm
Length
P&S T45 : 70 mm / P&S 360 : 56,5 mm
Long lifespan
Tested lifespan with RO water : >10 000 hours
Electronics and control
Our technology is electronically native and easy to control
Between 2 to 3 W per Nozzles
One Electronic controller can control up to 10 nebulizers
ECU available from x1 control to x10 control
Flowrate control by 1% increment with PWM signals
PWM interface 3.3V on BNC connector of ECU
Easy to integrate with your own PLC
12V or 24 V entry, contact us to know more about integration with PLC
Fluidic
Systems
Circulating Fluidic System or directly on the tap with a drain
P&S T45 Design : 10 ml integrated tank
10 ml integrated tank / Gravity-fed design that can only sustain nebulization up to 45° from the ground
P&S 360 Design
External reservoir > 500 mL Circulating fluidic system with peristaltic pump Compatible tube : 3mmx5mm
Pressure characteristics
No pressure in the fluidic system Max pressure to be put on the mesh : 0,1 bar
Temperature range
No need to heat the system. Temperature range from -20°C to 80°C for standard version. High temperature version on demand.
Ready to Integrate H2O2 Decontamination into Your Equipment?
Whether you are evaluating a decontamination solution for a new equipment line, retrofitting an existing isolator or BSC, or developing a custom H2O2 aerosol system, our engineering team provides technical support from specification through integration.
Contact us to discuss your application.
