THE STERAMIST™ ENVIRONMENT SYSTEM IS A COMPLETE ROOM FOGGING DECONTAMINATION SYSTEM
Complete disinfection/decontamination solutions for airborne and surface contamination in all environments, including those that follow cGMP and cGLP specifications. SteraMist™ iHP® Service provides dedicated bio-decontamination solutions with a focus on use sites in Pharmaceutical, Biotechnology, Hospital, Pharmacy, Laboratory and Bio-safety industries. To meet specific customer and regulatory requirements, SteraMist™ iHP® Service is able to offer a range of disinfection/decontamination solutions suitable for regulatory controlled aseptic processing facilities from BSL-3 and BSL-4 laboratories through to large research establishments.
Why SteraMist™ iHP® Service? The SteraMist™ iHP® Service is designed to provide confidence that facilities have been efficiently and effectively decontaminated with a Six-Log reduction. With the advanced technology and reliance on the power of the hydroxyl radical and not the high percentage of hydrogen peroxide, iHP® Service returns a facility back to operations faster than any other competing technology, with no corrosive impact on sensitive and expensive equipment. Additionally, when using enzyme indicators to deliver immediate validation, there is the extra peace of mind that operations return after achieving expected results.
Application time: taking only 5 seconds per square foot to apply.
Contact time to disinfect: 7-minute.
Does not damage equipment so rooms do not need to be emptied. Even highly technical equipment can be left out.
Does not leave any toxic residue. There is no need to wipe or rinse surfaces.
Can reach the entire room, leaving no surface untreated by human error and is even effective on hard-to-clean surfaces..
Easy to integrate with cleaning procedures.
Is validated to comply with Good Manufacturing Practice (GMP) standards.
The SteraMist™ Environment System is transportable and provides complete room disinfection/decontamination, deodorization, and mold mitigation using multiple treatment applicators per unit.
Effective whole complete room treatment in just under 45 minutes* for a room (3,663.7 ft. 3/104 m3).
*Less time is typically needed for smaller sized rooms.
Six-Log Kill (99.9999%) on Clostridium difficile spores.
Kills pathogenic bacteria and Deodorizes by killing odour causing bacteria.
Automated/remote controlled system with downloadable data sets.
Less down time than competing technologies.
Precise measurement of H2O2 disbursement.
Fully validated to comply with GMP (Good Manufacturing Practice) Standards.
iHP fog kills and inactivates bacteria and viruses in even the most hard-to-reach areas.
Examples of iHP® Service Opportunities include some of the following:
Annual or routine bio-decontamination shutdowns.
De-commissioning of areas used for pathogen work.
Emergency bio-decontamination for accidental release or spillage of micro-organisms.
Isolator and pass through bio-decontamination.
Bio-safety cabinet bio-decontamination
Eradication of problem micro-organisms which may contaminate laboratory results and compromise results.
SteraMist™ Custom Build-In
For a facility with unique requirements, SteraMist BIT may be permanently incorporated to any volume of space to achieve area decontamination. Fully automated with downloadable data. Customized for unique spaces and areas. H2O2 converted by plasma science. Product performance supported by GLP efficacy data.
The SteraMist™ Permanent iHP™ Disinfection System is an automated disinfection/decontamination system that utilizes the facilities existing HVAC system. This involves installing remote SteraMist™ BIT™ applicators within the designated space to achieve maximum results. The SteraMist™ BIT™ generator and the Programmable Logic Control (PLC) will be housed in a NEMA enclosure in a central remote location.
The entire system can be developed for multiple rooms and various specifications; and controlled remotely through a NEMA interface. Once the area has reached its specific criteria for decontamination, monitors will test the air at required intervals until the H2O2 concentration is below 1 ppm. The status of the cycle is monitored with indicators and can be integrated into a supervisory control and data acquisition (SCADA) monitoring board.
Clean Rooms (including core areas)
Fixed Room/Cabinet Systems
Biosafety Cabinets (BSCs)
Pharmaceutical Mnfg Production Lines
Complete Sterile Mnfg Environments