Schools

Keep your students, faculty, and the buildings they work in virus-free

Safety is of utmost necessity for every occupant and employee of your school buildings and administrative offices. It’s vital for school districts to have measures in place to prevent viral outbreaks and potential class and building closures. This need is exacerbated as students and teachers are often in close quarters, face growing classroom sizes, and share residences on campus.

Why OMG Hydroxyl

During outbreaks students, teachers, and staff are at risk, but also the friends and family they see after school and at home visits. Remote learning is not a sustainable solution for pathogen protection in schools. An air purification technology that can kill viruses in the air and on surfaces will significantly reduce the risk of transmission and infection.

In addition to managing the COVID-19 pandemic, schools should consider the longer-term risk of other pathogens that can lurk in the air and on surfaces, putting students at risk:

  • Norovirus and other gastrointestinal viruses
  • Seasonal Influenza outbreaks
  • Future pandemic

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Results You Can Expect

Safe

Titan Hydroxyl Generators use 100% green technology. This allows our units to operate 24/7 in occupied spaces. This groundbreaking technology offers patients and medical staff active protection around the clock.

Effective

Hydroxyls emitted from our units kill over 99.99% of aerosolized viruses, bacteria, and mold within two hours. They also kill these pathogens on porous and non-porous surfaces.

Flexible

Our units can treat a single room up to 4,000 sq feet in size with a portable device that plugs into an electrical socket. Maintenance and upkeep of these units involve a simple periodic cleaning of its air filter and replacement of the UV bulb every 80,000 hours. Our units can be used as a stand-alone solution or a cost-effective complement to your existing sanitizing program.

Innovation

Healthcare facilities need innovative solutions that enable round-the-clock sanitization, improve overall air quality, and reduce risks associated with airborne and surface pathogens

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