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    • 2. 发明专利
    • COLLECTOR FOR SPRAY PARTICLE
    • JPS5535279A
    • 1980-03-12
    • JP10897378
    • 1978-09-05
    • MITSUBISHI HEAVY IND LTD
    • OOGURI MASAHARUKAI SHIYOUICHIHAYATA YASUO
    • G01N1/02B05B1/00G01N1/22
    • PURPOSE:To enable an untrained person to collect spray particles easily without a difference by spraying compressed air from one side of a spray-particle induction chamber, by taking particles in from an upper collection intake by an air flow, and by dropping particles from lower supply intake on a receptacle of the collection chamber by cutting off the air flow. CONSTITUTION:Over spray particle collection chamber 23, spray particle induction chamber 22 is horizontally arranged, and compressed air 30 is sprayed through straightening vane 23 from one terminal and discharged from the other terminal. Spray particles sprayed from various atomizers are sucked from collection intake 25 provided to induction chamber 22 into induction chamber 22 by air flow and discharge from the open terminal side together with compressed air 30. When solenoid valve 27 is momentarily closed by timer 28 to stop the flow of compressed air, spray particles flowing from collection intake 25 drops from supply intake 32 provided to induction chamber 22 on spray particle receptacle 26 in collection chamber 23, where they are collected. The compressed air flow is cut off by solenoid valve 27 and timer 28, so that conventional training will not be unneeded without a difference in collection result.
    • 3. 发明专利
    • Low nox and low sox combustion
    • 低NOX和低SOX燃烧
    • JPS59195015A
    • 1984-11-06
    • JP6912783
    • 1983-04-21
    • Mitsubishi Heavy Ind Ltd
    • KOMORI AKITOKAI SHIYOUICHITOKUDA KIMIYOOKADA MASAMI
    • B01D53/60B01D53/34B01D53/74F23C99/00
    • Y02A50/2344Y02A50/2348
    • PURPOSE: To improve a coefficient of desulfurization and to reduce production of NOX, by a method wherein secondary air, charged in a combustion chamber at the rear part of a combustion range, is mixed with a desulfurizing agent carried by a part of a primary air to charge the mixture.
      CONSTITUTION: Coal 1 is pulverized into fine particle by a coal crusher 7, and the pulverized coal, carried by a primary air fed in the coal crusher 7 through primary air passage 11 and 11a, passes through a pulverized coal feed pipe 8 and is blown in a furnace 13 through a burner 9 to ignite it for burning. Limestone 4, serving as a desulfurizing agent, is crushed into fine particle by a limestone crusher 7b and passes through primary air passages 11 and 11b to carry it by means of a primary air fed in the limestone crusher 7b. The pulverized coal, passing through a pulverized coal feed pipe 8b, is mixed with OFA passing through a combustion air OFA passage 14, and the mixture is blown in a rear part 20 in a furnace 13 through an OFA port 15. This permits improvement of a coefficient of desulfurization and enables reduction in production of SOX and NOX.
      COPYRIGHT: (C)1984,JPO&Japio
    • 目的:为了提高脱硫系数并减少NOX的产生,通过将燃烧范围后部的燃烧室内的二次空气与由一次空气的一部分携带的脱硫剂混合的方法 给混合物充电。 构成:用煤粉碎机7将煤1粉碎成细颗粒,通过一次空气通道11和11a在煤粉破碎机7中供给的一次空气携带的粉煤通过粉煤供给管8吹出 在炉13中通过燃烧器9点火燃烧。 作为脱硫剂的石灰石4由石灰石破碎机7b粉碎成细颗粒,并通过一次空气通道11和11b,以通过在石灰石破碎机7b中供给的一次空气进行运送。 通过粉煤供给管8b的粉煤与通过燃烧用空气OFA通路14的OFA混合,通过OFA口15将混合物吹入炉13的后部20。 脱硫系数,减少SOX和NOX的生产。