Air Process Systems L.L.C.

An air process systems evaporative cooling system is typically a cylindrical structure through which hot exhaust gases from any combustion process are passed before being discharged to a baghouse filter, electrostatic precipitator or the atmosphere. While passing through the tower, the gases are sprayed with a cooling liquid to reduce the temperature and volume of the gases so that they can be efficiently handled by a baghouse or an electrostatic precipitator. air process systems evaporative cooling systems are sized to handle the volume of hot gases passing through the tower, allowing enough time in the tower to provide sufficient heat transfer to achieve the desired discharge temperature. air process systems atomizing nozzles are used within the tower to spray cooling liquid (in most cases water) in the volume and droplet size required to efficiently absorb the heat from the gases. The fine droplet size of the liquid promotes complete evaporation and eliminates any liquid effluent. what are the benefits of using an air process systems evaporative cooling system the reduction in temperature of the exhaust gases decreases the volume of the gases thereby requiring a smaller baghouse or precipitator. a lower gas temperature allows for the use of less expensive filter bags. High temperature bags are 3 to 10 times more expensive than standard bags. the higher humidity level of the exhaust gas promotes a high degree of effective particle collection if an electrostatic precipitator is used as a final filter. the engineered designs and the use of high energy shock wave nozzles insures that the cooling liquid evaporates before discharge and leaves no effluent. air and water pressures can be regulated to vary the output of nozzles to meet varying conditions. reacting agents can be introduced in the spray liquid to condition the exhaust gas. typical applications: exhaust from- incinerators - municipal, hospitals, hazardous waste,