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An aerial firefighting system for increasing the amount of firefighting foam available during an aerial application. The aerial firefighting system includes a turbo motor, a catalytic converter connected to the turbo motor for creating carbon dioxide, a first reservoir for storing a volume of foam a

An aerial firefighting system for increasing the amount of firefighting foam available during an aerial application. The aerial firefighting system includes a turbo motor, a catalytic converter connected to the turbo motor for creating carbon dioxide, a first reservoir for storing a volume of foam agent, a bucket having a second reservoir for storing a volume of water, a plurality of fluid valves within a reservoir floor of the second reservoir, a partition member below the partition member having a plurality of first apertures, a dispensing member fluidly connected to the first reservoir for dispensing the foam agent within a mixing chamber, and a foam screen attached to a lower portion of the bucket above a lower opening within the bucket. The carbon dioxide is fed into the screen area where the water and foam agent enter in a mixed solution from the mixing chamber thereby creating CO2 foam.

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An aerial firefighting system for increasing the amount of firefighting foam available during an aerial application. The aerial firefighting system includes a turbo motor, a catalytic converter connected to the turbo motor for creating carbon dioxide, a first reservoir for storing a volume of foam a

An aerial firefighting system for increasing the amount of firefighting foam available during an aerial application. The aerial firefighting system includes a turbo motor, a catalytic converter connected to the turbo motor for creating carbon dioxide, a first reservoir for storing a volume of foam agent, a bucket having a second reservoir for storing a volume of water, a plurality of fluid valves within a reservoir floor of the second reservoir, a partition member below the partition member having a plurality of first apertures, a dispensing member fluidly connected to the first reservoir for dispensing the foam agent within a mixing chamber, and a foam screen attached to a lower portion of the bucket above a lower opening within the bucket. The carbon dioxide is fed into the screen area where the water and foam agent enter in a mixed solution from the mixing chamber thereby creating CO2 foam. Sep. 27, 2001. Gopal Ramaswamy, "Advances Key For Coalbed Methane," The American Oil & Gas Reporter, pp. 71 & 73, Oct. 2001. Pend Pat App, Joseph A. Zupanick et al., "Method and System for Management of By-Products From Subterranean Zones," SN 10/046,001 (067083.0134), Oct. 19, 2001. Pend Pat App, Joseph A. Zupanick, "Slant Entry Well System and Method," SN 10/004,316 (067083.0162), filed Oct. 30, 2001. Pend Pat App, Joseph A. Zupanick et al., "Method and System for Surface Production of Gas from a Subterranean Zone," SN 10/003,917 (067083.0161), filed Nov. 1, 2001. Pend Pat App, Joseph A. Zupanick, "Method and System for Accessing Subterranean Deposits from the Surface," SN (067083.0184), filed Mar. 2002.