Abstract: The compressed air foam and high pressure liquid dispersal system provides a compressed air foam product in addition to concurrently producing a liquid under pressure for decontamination, general cleaning, vapor suppression, Hazmat remediation, fuel spills, and fire suppression support for durable equipment, vehicles, terrain, facilities, and aircraft. The system includes a power plant for powering the compressed air foam and high pressure liquid sub-systems of the system. The high pressure sub-system further includes a boiler for heating the liquid to a temperature above ambient temperature. The boiler and power plant may use the same type of fuel for decreasing the number of fuel supplies to the system. In addition, the power plant drives an air compressor for providing compressed air for powering the compressed air foam sub-system. The power plant further drives a high pressure water pump for pressurizing the water for the high pressure sub-system.

Abstract: The fire suppressant foam generation and application apparatus comprises a backpack mounted unit that produces a low moisture content fire suppressant foam for use in fire fighting applications. This apparatus draws fire suppressant foam concentrate from a reservoir mounted on the backpack and injects pressurized gas into the flow of the fire fighting foam concentrate to create the fire suppressant foam. The pressurized gas drives the fire suppressant foam through a delivery apparatus where the fire suppressant foam is agitated as it passes through the delivery apparatus to expand the foam and reduce the moisture content. A pressurized gas operated pump can be used to actively draw the water/foam mixture from a supply tank and supply it under pressure to the delivery apparatus, which can be a hose that is equipped with a nozzle.

Abstract: The foam based product solution delivery apparatus is simple in structure and operation and makes use of pressurized gas to power a pressure operated pump to draw the water/foam-concentrate/product(s) from supply tank(s) and propel the resultant solution (foam fluid), with pressurized gas injected therein, through an agitation apparatus that mechanically agitates the water/foam/product(s) solution to create the foam based product solution for transmission to the foam delivery apparatus. Interposed in the delivery apparatus between the pump and the outlet end of the hose, the agitation apparatus functions to significantly increase the foam expansion prior to delivery of the foam through the delivery apparatus. The agitation apparatus comprises an exterior housing inside of which is mounted a set of motionless mixing blades that function to mix and expand the foam.