The Centers for Disease Control (CDC) has emphasized the importance of ensuring the evaluation of medical devices for air contaminants in an attempt to improve the safety of both healthcare professionals and patients.
As homes and commercial buildings, hospitals and other healthcare facilities to seal and built to conserve energy. Because these energy-saving measures the air flow is reduced, leading to increased air pollution and even the airStagnation. Poor air quality in health care facilities is not only medical, but it is also harmful to the patient, especially in the post-operative environment, where pollution-free air is required.
Even if the central air purification systems in operational environments, patient rooms, waiting rooms, and the general hospital environment, there are still very vulnerable to air and biological contaminants such as viruses, bacteria and microorganisms. Even in the operationCan block rooms, such as waste paper fiber clothing and medical instruments, pollute the air. In addition, the holes are aerosols, abrasion powder and mercury vapors common air pollutants released during dental procedures. Promote poor air quality in medical circles, viral infections such as staphylococcus, complications during rehabilitation hospital can.
For example, from November 2002 to July 2003 was the severe acute respiratory syndrome (SARS) is an importantPandemic that has hit several Asian countries. This widespread respiratory illness highlighted the vulnerability of modern health facilities against contagious diseases and infections. Patient health care interactions at work and the proximity of infected patients increased significantly the transmission of SARS in hospitals.
The situation described above is just one example of how air quality is essential in medical environments, medical and air purifiers can improve both the airThe quality and reduce the amount of harmful air pollutants that cause infections and complications could. In the medical field are excellent air purifiers with HEPA filter technology to improve air quality because they filter out 99.97% of particles larger than 0.3 microns. In addition, these types of air purifiers do not emit ozone, which after prolonged exposure, can be harmful to patients and staff. In fact, shortly after the Sept. 11 approved the use of CDCHEPA filters in the post office address on the risk of anthrax. As well, the CDC also recommends the simultaneous use of HEPA filter with UV technology as the last line of defense against these diseases. Air purifiers use UV light are also important in medicine because they have enough energy to molecular bonds, which provides genetic and cellular damage of microorganisms such as viruses, bacteria, fungi and bacteria, rendering them harmless and take a break.
Since the qualityindoor air affects the health of patients and medical personnel, air purifiers doctor may be able to integrate and improve existing air purification systems in the healthcare facility.
