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    • 2. 发明专利
    • Catalytic denitration apparatus
    • 催化脱水装置
    • JPS596927A
    • 1984-01-14
    • JP11554482
    • 1982-07-05
    • Mitsubishi Heavy Ind Ltd
    • KUNIMOTO TAKESHIKUDOME MASATOSHI
    • B01D53/94F23J15/00
    • PURPOSE: To reduce NO
      x , by a method wherein a combustion assist air supply port and a heating burner are provided in an inlet side exhaust gas dust and controlled by the oxygen concn. in a post-stream gas and the temp. in the duct.
      CONSTITUTION: Fuel and air are thrown into a fire furnace 3 to be burnt. The combustion gas is subjected to endothermic cooling in the fire furnace and passed through a rear part flue 9 to be sent to a denitration apparatus 25. A bypass gas and combustion assist air are mixed in a mixer 16 and the mixed gas is burnt and heated by a heating burner 24 provided to the downstream side. The amount of combustion assist air is controlled by a control damper 32 so as to adjust the oxygen concn. in a coal economizer outlet flue 14 to a predetermined amount. The fuel of the heating burner 24 is controlled so as to hold the inlet gas temp. of the denitration apparatus 25 to a predetermined temp. NH
      3 is injected form a nozzle 20 in such a manner that the injection amount thereof is controlled so as to adjust NO
      x , NH
      3 at the outlet of the denitration apparatus to a predetermined amount.
      COPYRIGHT: (C)1984,JPO&Japio
    • 目的:为了减少NOx,通过在入口侧废气灰尘中设置燃烧辅助空气供给口和加热燃烧器并由氧浓度控制的方法。 在后期气体和温度 在管道中。 构成:将燃料和空气投入火炉3中燃烧。 燃烧气体在消防炉中进行吸热冷却,并通过后部烟道9送入脱硝装置25.旁路气体和助燃空气在混合器16中混合,混合气体被燃烧和加热 通过设置在下游侧的加热燃烧器24。 燃烧辅助空气的量由控制阻尼器32控制,以调节氧气浓度。 在煤炭经济器出口烟道14中达到预定量。 控制加热燃烧器24的燃料以保持入口气体温度。 的脱硝装置25。 NH 3以喷射量20被注入,从而将其喷射量控制为将脱硝装置出口处的NOx,NH 3调节到预定量。
    • 3. 发明专利
    • ROLLER MILL
    • JPH04235755A
    • 1992-08-24
    • JP533091
    • 1991-01-21
    • MITSUBISHI HEAVY IND LTD
    • YOSHIDA HIROHISAYAMAMOTO TSUGIOKINOSHITA MASAAKISAKAMOTO HIDENORIKUNIMOTO TAKESHI
    • B02C15/00B02C15/04B02C23/32B07B7/083
    • PURPOSE:To obtain a roller mill capable of high classification efficiency and minimum possible cost reduction and pressure loss reduction by providing a auxiliary classification reversed cone around a rotary classifier, with a rotating blade of the classifier inclined downward, and changing an air current wgich ascends along the outer side of the auxiliary classification cone to a turning lateral air current using a deflector. CONSTITUTION:Material coal 1 is allowed to drop to a table 3 from a coal feed pipe 2 and is crushed using a roller. next, finely crushed coal 5 and roughly crushed coal 6 are caused to ascend between an auxiliary classification cone 7 and a mill casing 19 using a hot blast 4 from below the mill casing 189. Further, the coal are allowed to flow into the lifting open part 8 of a deflector 9, passing through a space with a triangular cross section between the reversed cone top of the auxiliary classification cone 7 and the upper end part of the mill casing 19. Next, the flow of the coals changes to a turning lateral current toward a rotary classifier 11, then this turning lateral current hits a downward- inclined rotating blade 10, and the roughly crushed coal 6 is sent to the bottom of the auxiliary classification cone 7, while the finely crushed coal 6 is discharged to an area outside the roller mill together with an ascending current.
    • 8. 发明专利
    • ROTARY REGENERATION TYPE AIR PREHEATER
    • JPS6488024A
    • 1989-04-03
    • JP24281387
    • 1987-09-29
    • MITSUBISHI HEAVY IND LTD
    • KUNIMOTO TAKESHIKOBAYASHI YOSHINORI
    • F23L15/02F22B31/08
    • PURPOSE:To decrease an amount of air for combustion leaking in exhaust gas, by providing a casing the interior of which is partitioned into four vent passages of a pass region on the high temperature gas side, an intermediate region on the gas side, a pass region on the low temperature air side, and an intermediate region on the air side, and a rotor which is rotated in the order of the four vent passages. CONSTITUTION:A casing 1 is provided with two intermediate regions between a pass region (a) on the gas side and a pass region (b) on the air side, and is connected to low pressure air through a duct by means of an intermediate region (c) on the gas side and an intermediate region (d) on the air side of the outlet of a ventilator. With a rotor 2 rotated, gas conveyed from the pass region (a) on the gas side to the region (c) on the gas side is pushed out by means of high pressure air, and the rotor is rotated to the pass region (b) on the air side in a state to fill the element of the rotor 2 with air. Meanwhile, air conveyed from the pass region (b) on the air side to the intermediate region (d) on the air side along with rotation of the rotor 2 is pushed out to the outlet side of an air preheater, and instead the element of the rotor 2 is filled with gas, and the rotor is rotated to the outlet side of the pass region (a) on the gas side. Along with rotation of the rotor 2, the above process is continued in succession, and an amount of input conveyance leak can be decreased.