An air filtration system can be installed in firestation bay areas above the fire apparatus. They are also extremely effective in living quarters and kitchens. The system can use sensors that read vehicle movement or may use a carbon monoxide detector that activates the system. These systems can capture airborne particulates, contamination, and gaseous pollutants. They can be economical since they involve the least amount of work necessary to install. Only an electrical power source and ceiling mounting space are needed for an installation.
An additional, effective type of air engineering control is local tailpipe exhaust ventilation. This works by attaching a hose to the tailpipe and connecting it to a fan, which discharges the exhaust outside the station. Hoses can be purchased with an option to automatically disconnect the hose from the vehicle exhaust pipe as the vehicle pulls out of the garage. Various hose diameters are available for different sizes of exhaust pipes. Rail systems can be used to keep hoses safely out of the way.
"Smart Controls" continually monitor exhaust extraction and filtration equipment. They can communicate with and control multiple fans and air system units. Additionally, these types of controls can predict exactly how much life is left in your filters and when maintenance tasks should be performed, helping to eliminate most standard preventative maintenance routines and schedules. You will also cut maintenance supply costs by focusing only on what is actually needed. That means economy and savings for your fire station air systems and supplies.
Air filters remove a broad range of airborne contaminants, including fine dust, smoke, soot, pollen and radioactive particles. HEPA air filters are used in final filter applications. They can also be used as pre-filters in cleanroom environments and other critical applications. Filters must be monitored and replaced regularly for ensuring air quality in industrial and fire station applications. Filter preventive maintenance can be simplified and more easily regulated by installing intelligent air controls.