Medical Air System in San Jose, Ca
Medical Air Compressors
Unless you are work in hospital maintenance, you might never guess the extent to which hospitals rely on compressed air. These air systems are imperative for a large number of critical end-uses, so much so that any problems with the delivery or quality of compressed air in a hospital can jeopardize patient health and safety. If youâre curious about how hospitals rely on compressed air, here is a brief look at some of the specific places and functions within a hospital that demand compressed air. If you work in a medical setting and are researching air compressors, contact an air compressor supplier in San Jose that specializes in medical-grade compressed air systems.
The Operating Room
There is perhaps no more critical end-use of compressed air within a hospital than the operating room. Compressed air is used to help keep the patient comfortable and breathing, and can also prove critical in the operation and performance of certain handheld medical tools and devices. Because compressed air in situations when contamination can lead to infection, illness, and even death, it is essential that hospitals have good compressed air filtration systems and testing procedures in place.
The Air Filtration Duct System
For the health of patients, healthcare providers, and hospital guests alike, the air filtration system inside of a hospital requires the purest, driest air possible. High-quality, medical-grade air compressors provide that, ensuring clean and sanitary air for everyone within the hospital.
The Maintenance Department
In any setting, nothing cleans dusty spaces better than compressed air. This is true in hospitals as well, in addition to the fact that compressed air is used for many tools that aid in the repair, replacement, and maintenance of hospital equipment. Hospital maintenance departments, like any other, use compressed air for impact hammers, nail guns, and many other air-driven hand tools. Compressed air is also used to inflate emergency mattresses and wheels on service carts and wheelchairs.
How Hospitals Run on Compressed Air
Facts About Air Compressors in Hospital Settings
Hospitals of all sizes use compressed air for lots of important ends uses relating to day-to-day operational functions. In addition to functions related to primary care, compressed air is also used for everything from laundry and air conditioning to general hospital maintenance. Considering the important role compressed air plays inside a hospital setting, it’s important that you understand some of the important points regarding medical air compressor systems. Whether you’re a hospital manager, a building planner, or an operations contractor, here are some things to know about air compressors in hospital settings.
Compressed Air Quality
One of the first and most important concerns for air compressors in hospital settings is the quality of the compressed air available at the end-users within the hospital. For those users that are directly involved with patient care, clean and sanitary air is absolutely necessary. Contaminated air can put patients at risk, and may also open up your hospital to malpractice claims if an injury or death is attributed to contaminated air.
Type of Air Compressor
There are many different types of commercial- and industrial-grade air compressors that make sense for hospital settings. The selection of air compressors depends on multiple factors, including point of use, full load air capacity, and the frequency of use. The worst-case scenario must also be taken into account when designing an air compressor system to safeguard against the loss of compressed air during a power loss. Standby compressor capacity is most important for highly critical compressed air end uses.
Air Compressor Inefficiencies
Because of the widespread use of air compressors in hospital settings, it’s vital for facilities managers to address air compressor inefficiencies that can end up costing thousands of dollars or more annually in wasted air usage. Air compressor inefficiencies can also put additional wear and stress on compressed air systems, which can lower the compressor’s lifespan.