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A poultry roaster for use on top of a gas-fired cooker includes a barrel-shaped cover that designed to resemble a beer keg and a carrying handle which resembles a pair of oppositely facing beer taps. An open bottom of the cover closely fits to a bottom pan having a plurality of upwardly punched lowe

A poultry roaster for use on top of a gas-fired cooker includes a barrel-shaped cover that designed to resemble a beer keg and a carrying handle which resembles a pair of oppositely facing beer taps. An open bottom of the cover closely fits to a bottom pan having a plurality of upwardly punched lower heat distribution holes. The cover is retained to the bottom pan by a pair of latch hooks and mating headed pins. A heat deflector includes a circular plate for supporting a basting adapter, and a downwardly dependent annular rim which closely engages the bottom pan. The circular plate includes a plurality of upper heat distribution holes. A heat diffuser chamber formed between the bottom pan and the heat deflector provides even heat flow to an inner cooking chamber of the cover. A single basting adapter for supporting a single larger sized fowl, such as a turkey, in an upright position during cooking includes a horizontally disposed circular base plate securable to the circular plate, and a plurality of upwardly dependent can retainer rods supporting a centrally located upper ring sized to receive a can of beer to be inserted into the body cavity of the whole fowl prior to cooking the fowl. A tri-basting adapter allows three smaller sized whole fowl such as whole chickens, pheasants, and the like to be cooked in the same manner simultaneously.

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A poultry roaster for use on top of a gas-fired cooker includes a barrel-shaped cover that designed to resemble a beer keg and a carrying handle which resembles a pair of oppositely facing beer taps. An open bottom of the cover closely fits to a bottom pan having a plurality of upwardly punched lowe

A poultry roaster for use on top of a gas-fired cooker includes a barrel-shaped cover that designed to resemble a beer keg and a carrying handle which resembles a pair of oppositely facing beer taps. An open bottom of the cover closely fits to a bottom pan having a plurality of upwardly punched lower heat distribution holes. The cover is retained to the bottom pan by a pair of latch hooks and mating headed pins. A heat deflector includes a circular plate for supporting a basting adapter, and a downwardly dependent annular rim which closely engages the bottom pan. The circular plate includes a plurality of upper heat distribution holes. A heat diffuser chamber formed between the bottom pan and the heat deflector provides even heat flow to an inner cooking chamber of the cover. A single basting adapter for supporting a single larger sized fowl, such as a turkey, in an upright position during cooking includes a horizontally disposed circular base plate securable to the circular plate, and a plurality of upwardly dependent can retainer rods supporting a centrally located upper ring sized to receive a can of beer to be inserted into the body cavity of the whole fowl prior to cooking the fowl. A tri-basting adapter allows three smaller sized whole fowl such as whole chickens, pheasants, and the like to be cooked in the same manner simultaneously. et al., "FlexPunch Machine", IBM Technical Disclosure Bulletin, vol. 31, No. 9, pps. 140-141, Feb. 1989. Cochran et al., "Automated Punch Apparatus For Forming Via Holes In A Ceramic Green Sheet", IBM Technical Disclosure Bulletin, vol. 20, No. 4, pps. 1379-1380, Sep. 1977. Coneski et al., "Punch Programming Mechanism", IBM Technical Disclosure Bulletin, vol. 26, No. 10A, pps. 5100-5102, Mar. 1984. Long et al., "Oscillating Punching Mechanism", IBM Technical Disclosure Bulletin, vol. 30., No. 6, pps. 355-358, Nov. 1987. U.S. Patent Application Ser. No. 08/660,611, by Ferdinand D. DiMaria, entitled Precision Punch and Die Design and Construction, filed Jun. 6, 1996. dle River, New Jersey. Bannister, R. L. et al.; Development of a Hydrogen-Fueled Combustion Turbine Cycle for Power Generation; Transactions of the ASME; Apr. 1998; pp. 276-283; vol. 120. Mathieu, P. et al.; Zero-Emission MATIANTt Cycle; Transactions of the ASME; Jan. 1999; pp. 116-120; vol. 121. Norwegian Idea for CO2-Free Power Generation; Greenhouse Issues; Mar. 1999. Turkenburg, W. C. et al.; Fossil Fuels in a Sustainable Energy Supply: The Significance of CO2 Removal; A Memorandum at the Request of the Ministry of Economic Affairs the Hague; Jun. 1999; pp. 1-26; Utrecht. Bilger, R. W.; Zero Release Combustion Technologies and the Oxygen Economy; Fifth Int'l Conference on Technologies and Combustion fo