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    • 6. 发明专利
    • Steam accumulation method in steam accumulative power generating installation and device thereof
    • 蒸汽累积发电装置中的蒸汽累积方法及其装置
    • JPS59134306A
    • 1984-08-02
    • JP866883
    • 1983-01-24
    • Toshiba Corp
    • KATAYAMA AKIRA
    • F01K3/02F01K3/04F01K7/24F01K7/38
    • F01K3/04
    • PURPOSE:To make efficient use of steam accumulative power generation, by controlling an intercept valve with both of a turbine load setter and an intercept valve oscillator as well as controlling a steam extraction control valve with both a reheat line pressure oscillator and a storage tank inner pressure oscillator. CONSTITUTION:An intercept valve 16 and a steam extraction control valve 206 feeding storage tank 5 with bleed air of reheat steam are installed in a reheat steam line for a steam turbine. The intercept valve 16 is controlled by a turbine load setter 35 and an intercept valve oscillator 36 in combination, while the steam extraction control valve 206 is controlled by both of a reheat line pressure oscillator 43 and a storage tank inner pressure oscillator 42. In time of an accumulative operation mode at night, with the opening of the intercept valve 16 throttled, reheat steam line pressure is thus boosted. In this manner, not only accumulation energy can be secured in a state of high density but also steam accumulative power generation can be employed efficiently.
    • 目的:为了有效利用蒸汽累积发电,通过控制与涡轮负载设定器和截流阀振荡器两者的截流阀,以及控制具有再热管压力振荡器和储罐内部的蒸汽提取控制阀 压力振荡器。 构成:在蒸汽涡轮机的再热蒸汽管路中安装截流阀16和向储罐5供给再热蒸汽的排气的蒸汽抽出控制阀206。 截流阀16由涡轮机负载调节器35和截流阀振荡器36组合控制,而蒸汽提取控制阀206由再热管压力振荡器43和储罐内压力振荡器42两者控制。在时间 在夜间累积操作模式,截流阀16的打开节流,从而提高了再热蒸汽管路压力。 以这种方式,不仅可以在高密度的状态下确保积聚能量,而且可以有效地利用蒸汽累积发电。
    • 9. 发明专利
    • WASTE-HEAT RECOVERY POWER PLANT
    • JPS5813112A
    • 1983-01-25
    • JP11072281
    • 1981-07-17
    • HITACHI LTD
    • ANZAI SHIYUNICHI
    • F01K3/02F01K3/04F01K25/10
    • PURPOSE:To increase wate-heat recovery power efficiency in such a way that a pressure accumulator is installed for accumulating excessive steam as pressure fluid, bypass fluid in a preheater is brought to be under decompression flush in the pressure accumulator so that it can increase power generating output. CONSTITUTION:A waste-heat recovery power generating plant provides a mixed- pressure turbine 30, and a pressure accumulator 31. When waste-gas temperatures go up, and evaporating amount in an evaporator 1 is increased, its increment is conducted through a steam pipe 33 into the pressur accumulator 31, and it is accumulated as pressure fluid 32. Then, when the waste-gas temperatures go down, the pressure accumulator 31 is decompressed, and the pressure fluid 32 inside is self-evaporated. Further, in order that medium may not be boiled up, supplying rate of the medium is increased, and its increment is conducted through a bypass fluid pipe 12 into the pressure accumulator 31 so that it is brought to be under decompression flush. Those generated steams are fed through a steam pipe 34 into the mixed-pressure turbine 30 so as to obtain electrical power. Thus, power generating output can be increased.
    • 10. 发明专利
    • CIRCULATING METHOD OF STEAM GENERATED FROM REFUSE COMBUSTION FURNACE BOILER
    • JPS5666410A
    • 1981-06-04
    • JP14185479
    • 1979-10-31
    • HITACHI SHIPBUILDING ENG CO
    • YUDASAKA TAKASHIENDOU KAZUHIKO
    • F22B1/18F01K3/04F01K7/18F01K27/02F23G5/00F23G5/46
    • PURPOSE:To conserve energy by a method wherein all of the surplus steam being generated in a refuse combustion furnace is accumulated in an accumulator, the accumulated heat is utilized as a heat energy for preventing the generation of white smoke contained in the exhaust gas of combustion, while it is utilized as an operating fluid at the low pressure side of a dual pressure turbine. CONSTITUTION:Steam V2 generated at a boiler 21 of a refuse combustion furnace 20 is directly fed to a high pressure side of the dual pressure turbine 24, and a surplus steam V1 from the boiler 21 is guided to the accumulator 22 through a high pressure steam accumulator 23. The steam in the accumulator 22 is guided to a low pressure side of the dual pressure turbine 24, to the second heat exchanger 31, and then heats the combustion waste gas G3 passing through a cleaning part 29 to such a degree as a white smoke is not generated. The discharged gas V4 from the dual pressure turbine 24 is air cooled by a condensor 26, thereafter passed through the steam scavenger 27 and water supply tank 28, then fed to the boiler 21. Combustion waste gas G1 from the combustion furnace 20 is heat exchanged at the first heat exchanger 30 with hot water W1 fed from the accumulator 22 as a heat accumulator liquid, then guided into the cleaning tower 29.