Healthcare facilities and hospitals have to pay particular care to indoor air concerns. With outdoor air pollution becoming worse every year, maintaining good indoor air quality at hospitals has become even more challenging but no less important. Indoor air quality (IAQ) encompasses a wide variety of factors such as humidity, temperature, quantity, the presence of chemicals and other contaminants, and the quality of outdoor air brought inside. These are typical metrics used to define IAQ.
To add to this, hospitals are normally served by a centralized HVAC system, with ducts distributing cooled air to various compartments, wards, rooms etc. The presence of microorganisms in the air, especially those from sick patients circulate freely from one area to another and result in cross contamination which poses a grave risk to patients with compromised immunity, along with doctors, nurses, visitors, and staff.
Hospitals with poor or ineffective HVAC systems are at a higher risk of incubating illnesses caused by airborne contaminants, and these illnesses will have a debilitating effect on the productivity of hospital staff as they will either have to work at reduced capacity or miss work entirely due to respiratory illnesses. Patients who suffer from diseases may be a source of contaminants that can settle on surfaces or clothing and become airborne, thus affecting other people in the facility
Poor air quality may also affect patients at the hospital. Hospital cleaning staffs often use high-grade chemicals to clean rooms and surfaces. These chemicals may create toxic gases that become airborne and can affect the well-being of patients, especially those with compromised immune systems.
Ultraviolet Germicidal Irradiation (UVGI) is a proven method for removing volatile organic compounds(VOCs), and for killing or deactivating bacteria, viruses, mold spores and other pathogenic microorganisms that may be present in room air.
Ultraviolet light is electromagnetic radiation with a wavelength of 254 nanometer which is capable of breaking molecular bonds within microorganismal DNA. UV technology is superior to traditional disinfection in many ways. However, proper validation is a prerequisite for the success of UV technology in air disinfection .
Infections acquired in Hospitals (HAI) can be a significant cost for the healthcare industry and is considered a preventable injury. Alfaa Ultra IAQ UVGI air disinfection systems are the ideal tool to help reduce nosocomial infections.
Alfaa UVGI air disinfection systems have been awarded the ASHRAE ACREX Award of Excellence in the category of Indoor Air Quality (IAQ) both in 2016 and 2017.
Ultraviolet UV water purification systems for drinking water disinfection...Read More
Ultraviolet UV water purification systems for process Water Disinfection...Read More
Ultraviolet UV water purification systems for waster water tertiary treatment...Read More
Ultraviolet UV water purification systems for Swimming pool and spas...Read More
Ultraviolet UV water purification systems for the Reduction of Total Oxidizable Carbons ( TOC )...Read More
Ultraviolet UV water purification systems for Ozone destruction...Read More
Ultravoilet UV air purification systems for...Read More
Being a limited resource, the importance of water conservati... Read More
Filtration, ion exchange, separation, and disinfection are f... Read More
Ultraviolet (UV) light is a potent technology that has been ... Read More
The market is flooded with different types of water treatme... Read More
Water is a basic necessity for life. With water bodies being... Read More