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The PYURE Air and Surface Sanitization system treats airborne contaminants during active surgery at the most critical time for patients and staff. Airborne particles such as skin cells may carry bacterial loads and settle directly on a wound or be transferred to a wound after from a surgeon’s hands or the surgical instruments themselves. Since the primary cause of surgical site infections is chiefly attributable to airborne contamination, air quality in the operating room (OR) should be of utmost importance in promoting patient and staff safety. The system can run continuously and year-round, providing the potential for maximum surgical uptime. There is no need to reposition a device or exit the OR during treatment. An added benefit is that hydroxyls help mitigate odors caused by surgical smoke and cauterized tissues.
PYURE uses UV energy to transform water vapor in the air into Hydroxyls, which rapidly destroy harmful pathogens and other volatile organic compounds (VOC) and create helpful organic oxidants. While the fast-acting Hydroxyls are consumed within milliseconds, the longer-lasting oxidants remain and react, keeping the air safe to breathe.
OR with Mobile UV Device
OR with Ceiling-mounted Systems
OR with In-Duct UV Systems
OR with In-Duct Hydroxyl Generator System
PYURE Technology is designed to bring the sun's cleansing power indoors. The PYURE In-Duct Unit (IDU) can protect against airborne pathogens in the operating room (OR) environment, where cleaner air is desired.
PYURE Benefits and Sanitization Areas
PYURE offers dynamic protection and air quality improvement by using hydroxyl generation to mimic how sunlight sanitizes our outdoor environment. The PYURE In-Duct Unit has two hydroxyl-generating optics designed for continuous operation.
Purifies and sanitizes air
Sanitizes surfaces and porous materials
Neutralizes odors
Nature’s Process Outdoors
Indoor Process via PYURE
12 to 4 million molecules/cm3 hydroxyl production similar to nature: 3 to 10 million molecules/cm3. (David R. Crosley, Connie J. Araps, Melanie Doyle-Eisele & Jacob D. McDonald (2017) Gas-phase photolytic production of hydroxyl radicals in an ultraviolet purifier for air and surfaces, Journal of the Air & Waste Management Association, 67:2, 231-240, DOI: 10.1080/10962247.2016.1229236.)
Browse a complete Item Number List and easily order PYURE In-duct Units on Shop STERIS.
Product Number | Description | |
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IDS02 | PYURE In-Duct Unit sterile field for 300 ft2 - 500 ft2 treatment area | |
IDB02 | PYURE In-Duct Unit sterile field for 500 ft2 - 900 ft2 treatment area |
BROCHURE
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Document # | Document Title |
PYURE AIR AND SURFACE SANITIZATION BROCHURE | |
PYURE AIR AND SURFACE SANITIZATION BROCHURE | |
PYURE AIR AND SURFACE SANITIZATION BROCHURE |
SELL SHEET
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Document # | Document Title |
PYURE AIR AND SURFACE SANITIZATION DATA SHEET | |
PYURE AIR AND SURFACE SANITIZATION DATA SHEET | |
PYURE AIR AND SURFACE SANITIZATION DATA SHEET | |
PYURE SPECIFICATION SHEET FOR THE OR | |
PYURE SPECIFICATION SHEET FOR THE OR (CANADA) | |
PYURE SPECIFICATION SHEET FOR THE OR (CANADA) |