Advanced UVC Disinfection
Chemical-free disinfection for air, water, and surfaces
Harness the proven germicidal power of UVC light to eliminate pathogens and create safer environments.
How UVC Light Destroys Pathogens
Understanding the molecular mechanism behind UVC disinfection
DNA/RNA Structure
Pathogens contain genetic material (DNA/RNA) essential for reproduction
UVC Penetration
254nm UVC wavelength penetrates cell walls and reaches genetic material
Molecular Damage
UV photons break chemical bonds, creating thymine dimers that disrupt DNA
Inactivation
Damaged genetic material prevents replication, effectively inactivating the pathogen
Proven Effectiveness Against
Viruses
- SARS-CoV-2 (COVID-19): >99.9%
- Influenza A/B: >99.99%
- Norovirus: >99.9%
- Adenovirus: >99.99%
Bacteria
- E. coli: >99.99%
- Salmonella: >99.99%
- Legionella: >99.9%
- MRSA: >99.9%
Spores & Fungi
- C. difficile spores: >99.9%
- Aspergillus: >99.99%
- Candida: >99.99%
- Mold spores: >99.9%
UVC Disinfection Applications
Comprehensive solutions for critical hygiene challenges
Healthcare Facilities
Critical infection control for patient safety and staff protection in medical environments.
Operating Room Disinfection
Rapid terminal cleaning between surgeries. UV robots achieve 6-log pathogen reduction in 15-30 minutes.
HVAC Air Disinfection
In-duct UV systems continuously sterilize circulated air, reducing nosocomial infections by up to 70%.
Surface & Equipment Sterilization
Automated UV chambers for medical instruments, PPE, and high-touch surfaces.
Food & Beverage
Ensuring food safety and extending shelf life through advanced UVC treatment systems.
Water Treatment
Point-of-use and process water disinfection. Eliminates Cryptosporidium and Giardia without chemical residuals.
Fresh Produce Treatment
Surface decontamination of fruits and vegetables. Reduces pathogenic bacteria while maintaining nutritional quality.
Processing Environment
Air and surface disinfection in production areas, packaging zones, and cold storage facilities.
Commercial Buildings
Creating healthier indoor environments for offices, schools, and public spaces.
HVAC Integration
Upper-room air disinfection and in-duct UV systems for continuous air quality improvement.
High-Traffic Areas
Automated disinfection for elevators, restrooms, and common areas during off-hours.
Educational Facilities
Classroom air purification and surface disinfection systems designed for student safety.
Transportation
Mobile disinfection solutions for vehicles, aircraft, and transit systems.
Aircraft Cabin Disinfection
Rapid turnaround disinfection systems for commercial aircraft. Complete cabin treatment in under 10 minutes.
Public Transit
Automated UV systems for buses, trains, and subway cars during overnight maintenance windows.
Emergency Vehicles
Portable UV disinfection units for ambulances and emergency response vehicles.
Critical Design Parameters
Key factors for effective UVC disinfection system implementation
UV Dose Calculation
Precise dose delivery based on pathogen type, exposure time, and distance. Typical requirements range from 10-100 mJ/cm² for most pathogens.
Safety Integration
Human safety systems including motion sensors, emergency stops, and UV-blocking enclosures to prevent accidental exposure.
Environmental Factors
Temperature, humidity, and air circulation affect UVC effectiveness. Systems must account for shadowing and reflective surfaces.
Lamp Life & Maintenance
UV lamp output degrades over time. Systems include monitoring and maintenance scheduling to ensure consistent performance.
UV Technology Comparison
Understanding the differences between mercury and LED-based UVC systems
Mercury UV: High-Power Applications
Ideal for large-scale water treatment, HVAC systems, and applications requiring maximum UV intensity.
UVC LED: Precision & Control
Perfect for targeted applications, portable devices, and systems requiring precise dosing control.
Ready to Implement UVC Disinfection?
Our experts will help you design the optimal UVC system for your specific application and safety requirements.