| 摘要 |
PROBLEM TO BE SOLVED: To prevent global warming as an urgent matter by a combination engine, in which the exhaust temperature of a gas turbine is brought nearly to -273°C, water and steam are aggregated with cryogenic exhaust combination gas as nucleus, and the aggregates are separately collected by converting the turbine into the internal engine drive of zero-exhaust- combustion gas reduced at 1/10 electricity rate. SOLUTION: The temperature of exhaust combustion gas is brought nearly to -273°C by conducting endlessly combustion heat-exchange by a combustor-cum-heat-exchanger of the gas-turbine combination engine. Almost the total heat quantity of compressed air at least -273°C is collected to make a heat-collection amount of about twice the amount of an existing boiler. The increase process of (amount of combustion-gas heat quantity power- generation)+(amount of combustion-gas mass power-generation)=(amount of idea power generation of 220-530 times the existing gas turbine) is run by the combination engine, in which friction loss between the gravitational power of 1700 times water and turbine is greatly reduced by electromagnetic heating turbine blades ring-molded in each stage. The combination engine is simply structured having minimum heat-quantity consumption, and a water content is aggregated with the cryogenic combustion gas as nucleus and separated into hailstones and waterdrops. Thus, zero-combustion-gaseous exhaust such as CO2 is accomplished by this combustion engine. COPYRIGHT: (C)2004,JPO
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