MO2ONE
NANO
Integrated disinfection for equipment and small volumes
NANO1: 300 mL/h, up to 10 m³. NANO5: up to five independently controlled modules.
Operation and model details →CONTAMINATION CONTROL TECHNOLOGIES
Biological contamination control through technological innovation.
Airborne surface disinfection technologies, integrated and standalone equipment, and microbiological expertise for critical environments.
Microbiological expertiseTesting and validation
Controlled technologiesAirborne surface disinfection
Recognized standardsEN 17272 · IQ / OQ / PQ
Integrated ISO 7 laboratory · 45 m²Research and testing
ONE TECHNOLOGY FAMILY
The MO2ONE range
One range, two complementary architectures: modules built into installations and standalone equipment.
From contained volumes to industrial environmentsARCHITECTURE 01
Fixed integrationIntegrated systems
Modules installed in walls or ceilings, controlled by the site's HMI or PLC via RJ45 Ethernet (TCP/IP / Modbus TCP).
MO2ONE
MICRO
Integrated disinfection for larger volumes
MICRO1: 800 mL/h, for volumes above 80 m³. MICRO5: up to five modules.
Operation and model details →ONE OPERATING PRINCIPLE
NANO & MICRO: tailored integration for every treatment-area configuration.
01 · Priming and checks
Prepare and check the liquid circuit.
02 · Spraying
Diffusion controlled by the customer HMI or PLC.
03 · Drain
Drain the circuit after treatment.
ARCHITECTURE 02
Independent equipmentStandalone systems
Independent equipment designed for flexible operation according to the application and site constraints.
MO2ONE
XS
Orientable head · Android/Bluetooth
0.1–25 m³ · 6 ml/min · 500 ml reservoir. Ultra-compact rotating-disc equipment for BSCs, airlocks and laboratory enclosures; programmable treatment cycles and automatic reporting.
Explore MO2ONE XS →
MO2ONE
Standard model
Dual-head Venturi diffusion · USB traceability
20–1,000 m³ · 50 ml/min · 2 × 5 L. Two adjustable diffusion heads, automatic purge and liquid weighing; rotating or fixed operation depending on the treatment area.
Explore MO2ONE →NANO/MICRO flow rates and volume ranges come from the technical information. Final selection depends on installation layout, disinfectant and site-specific microbiological validation.
COMPLEMENTARY SOLUTIONS
Other AIRSURDIS technologies
POSS
Ultrasonic diffusion technologyUltrasonic systems for isolators, passboxes and cleanrooms: CA, LA, SA and PA series.
Compare POSS models →
PEGASE
Explore PEGASE equipment viewsMobile disinfection systemsPortable, programmable equipment for a variety of professional environments.
Explore PEGASE →
BIOCIDE FOR AIRBORNE SURFACE DISINFECTION
SPRAY OXY PAE® — The biocide used with our technologies
SPRAY OXY PAE® is a ready-to-use professional biocidal formulation containing 7.4% hydrogen peroxide. Intended in particular for airborne surface disinfection, it is used alongside MO2ONE and PEGASE technologies in tested configurations. EN 17272 process assessments apply to specific equipment–biocide combinations and defined cycle parameters: bacteria, mycobacteria, moulds, viruses and bacterial spores are covered only within the scope of the available validations. Hydrogen peroxide decomposes into water and oxygen; conditions of use, material compatibility and re-entry times must follow the product label and applicable authorisation.
Request a compatibility assessment →Find your AIRSURDIS solution
An initial technical orientation for your installation.
CRITICAL ENVIRONMENTS
Our application areas
Pharmaceutical industry
Cleanrooms, production areas and GMP environments.
Laboratories and biotechnology
BSCs, isolators, airlocks and research facilities.
Laboratory animal facilities & zootechnical units
Animal rooms, corridors, airlocks, racks and technical equipment.
Food industry
Processing areas, equipment and microbiological control.
Healthcare and sensitive environments
Technical rooms, equipment and biological-risk areas.
SCIENTIFIC VALIDATION
Performance is not merely claimed. It is demonstrated.
Characterized processes, repeatable protocols and documented microbiological results.
▤EN 17272Assessment of airborne surface disinfection procedures
⚙QI / QO / QPInstallation, operational and performance qualification
◉Biological indicatorsMicrobiological verification
▥TraceabilityCycle parameters and test reports
AIRSURDIS LAB
45 m² dedicated to disinfection process evaluation
A 45 m² integrated laboratory supporting AIRSURDIS technology development, microbiological test preparation and the evaluation of airborne surface disinfection (ASD) protocols.
Organised workspaces
Stainless-steel worktops, cleanable surfaces and clear circulation routes for preparing and monitoring laboratory operations.
Laminar-flow workstations
Laminar-flow workstations and technical equipment for operations requiring a controlled environment, according to each device's specifications.
Process development and evaluation
Support for ASD cycle optimisation, test preparation and microbiological evaluation under applicable protocols and standards.
AIRSURDIS LAB connects equipment design, protocol development and experimental evaluation.
Discuss your study →DOCUMENTATION AND KNOW-HOW
Scientific resources
Explore key topics in disinfection, qualification and contamination control.
TECHNICAL BRIEF
Airborne surface disinfection: principles and uses
TECHNICAL BRIEF
Qualification of a disinfection process
TECHNICAL BRIEF
Assessing microbiological effectiveness
TECHNICAL BRIEF
Prions: why conventional disinfection is not enough
TECHNICAL BRIEF
Prion laboratories: controlling biosafety cabinets and critical surfaces
TECHNICAL BRIEF
EN 17272 and NF T72-281: interpreting airborne surface disinfection data
TECHNICAL BRIEF
Fungal contamination: why moulds are difficult to control
Explore eleven resources: eight new articles and three existing briefs on airborne surface disinfection, qualification and microbiological efficacy.
The eight new articles are available online with links to scientific and regulatory sources.
A project, study or technical question?
Our specialists help define and validate your solution.