1
Air is drawn through the system
Air from the building moves through an enclosed air-handling arrangement.
How it works
A practical way
to treat hospital air.
UVC air treatment, designed around your
existing air-handling and ventilation systems.
Air passes through. Microorganisms are exposed. Treated air continues.
2
Air enters the PRS optical cavity
Air passes through a chamber using high-intensity UVC light.
3
Microorganisms are exposed to UVC
UVC energy is used to inactivate susceptible airborne microorganisms.
4
Treated air continues through the system
The airflow continues through the building’s air pathway.
A practical option for
complex healthcare estates.
Hospital estates face a difficult balance: improving clinical environments while managing existing infrastructure, disruption and operational continuity.
PRS describes options for integration with existing systems. Suitability and performance need a site-specific assessment.
Discuss your hospital’s requirements →- Review existing air-handling systems
- Identify priority clinical areas
- Assess airflow and operating conditions
- Support the wider infection prevention strategy
- Agree commissioning and maintenance needs
Performance depends on the system design and operating conditions. Air treatment supports a wider ventilation and infection prevention strategy.
The secondary benefit
Explore the energy opportunity.
Where appropriate and permitted for the clinical setting, optimising ventilation and recirculation may reduce the energy used to heat or cool incoming air. Infection prevention and ventilation requirements remain the starting point.
From reduced bills to ongoing net savings.
Assess the potential savings against installation, system operation and maintenance costs. That establishes the likely payback period and what could be returned to the operating budget afterwards.
Explore the financial assumptions →