• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    A cooling device for use in tubular hot gas conduits which are made up of a plurality of longitudinally arranged side by side abutting pipes includes a plurality of registers arranged in spaced relationship along the length of the pipe and extending into the pipe from one side thereof into closely spaced arrangement in respect to the opposite side. The registers each include a plurality of U-shaped pipes which are interconnected and arranged in the direction of flow and which are connected externally of the hot gas conduit through respective inlet and outlet headers.
    公开号:SU876072A3
    申请号:SU792788159
    申请日:1979-07-23
    公开日:1981-10-23
    发明作者:Кульманн Херберт
    申请人:Сидепал С.А., Сосьете Эндюстриель Де Партисипасьон Люксембуржуаз (Фирма)；
    IPC主号:
    专利说明:

    one
    The invention relates to a device for cooling furnace gases of industrial furnaces in gas pipelines.
    A known gas outlet is a device containing 5 interconnected pipes with a cooling liquid, forming its side surface.
    The furnace gases are cooled by means of water-cooled pipes, which are connected at the site of the primary air supply 10 in the system of exhaust lines.
    These water-cooled pipes should have a specific length of no more than 15 m, on the other hand, at this site-15 ke it is necessary to obtain gas cooling of at least 400 C.
    The cooling effect due to the water-cooled pipeline compared to the cooling effect due to the 20 additional air intake should be much greater, since the heating of the cooling water is recoverable energy, and a large proportion of the primary air contributes to the direct loss of this energy and In addition, efficient exhaust fans are required, which reduces the supply of primary air to the required minimum of 1.30
    2
    However, at present, relatively cold primary air is supplied at the periphery of the exhaust gas pipeline at the point of intake of gases into the connecting pipe. In this case, the mixing of air and gas occurs only partially and therefore disproportionately large amounts of air for the afterburning of gas are necessary and, in addition, the hot gases are separated by an air sleeve from the cooling walls of the tubes.
    But if appropriate measures were provided even for intensive mixing of the primary air and hot gases, even in this case not the entire volume of the mixture on its relatively short path through the connecting pipe would come into contact with the cooling walls.
    The purpose of the invention is to intensify the cooling of furnace gases by improving the mixing of gases and primary air.
    The goal is achieved by the fact that the gas exhaust device containing interconnected pipes with cooling liquid, forming its side surface, is provided with blocks of steam or water-cooled coils located on its outer surface perpendicular to the flow direction of the furnace gases. In addition, the individual coils of two blocks lying one after the other are arranged in a checkerboard pattern.
    Fig. 1 shows a gas discharge device, front view; Fig.2razree A-A in Fig.1.
    The gas outlet device is made of main 1 and sub-2 pipelines in the form of cooled pipes forming its side surface and steam 7 or water-cooled coil blocks 3-6, located on the outer surface of the gas outlet device perpendicular to the flow direction of furnace gases.
    The air gap 7 between the main and connecting pipes provides a constant inflow of additional air from the environment to the afterburning of gases. The flow of air is controlled by the organ 8. Each of the coil blocks has an inlet 9 and an outlet 10, between which cooling water repeatedly passes through the coil up and down and a circular circulation in it. Some coils are connected to each block parallel to a common inlet node 11.11 11, and outlet 12. It is advisable to place these coils for two blocks lying one after the other in the gas flow direction in a staggered order, as can be seen from symbols 5, b,. V separately derived serpentry block.
    Through such a displaced or staggered arrangement, an effective effect of the contact between the exhaust gases and the cooling tubes is established.
    Due to the presence of coil blocks placed perpendicular to the direction of the gas flow, the gases are swirled, which promotes their intensive mixing with air, increasing contact with the cooling walls of the gas exhaust device and intensifying their cooling.
    V-.
    权利要求:
    Claims (2)
    [1]
    1. A gas outlet w / device containing interconnected pipes with cooling liquid 1, forming its side surface, which is characterized by the fact that, in order to intensify the cooling of furnace gases, it is equipped with steam or water-cooled coils located on its outer the surface is perpendicular to the flow direction of the furnace gases.
    [2]
    2. A device according to claim 1, characterized in that the individual coils of two blocks lying one after the other are arranged in a checkerboard pattern.
    Sources of information taken into account in the examination
    1. Patent of Germany No. 1408919, cl. 18 b 5/40, publ. 1972.
    //
    And I
    .P
    类似技术:
    公开号 | 公开日 | 专利标题
    SU876072A3|1981-10-23|Gas removal device
    SU942609A3|1982-07-07|Device for cooling gas removal pipe
    EP0213792A2|1987-03-11|Heat exchangers
    JPS5610694A|1981-02-03|Hot-water boiler
    GB2416827A|2006-02-08|Condensing unit
    RU2244215C2|2005-01-10|Mazut preheater
    US2058324A|1936-10-20|Heat exchanger
    SU808789A1|1981-02-28|Central heating system
    SU565191A2|1977-07-15|Air-gas-heater
    SU1015194A1|1983-04-30|Recuperator
    SU992918A1|1983-01-30|Convective air preheater
    SU775528A1|1980-10-30|Air heater
    SU731172A1|1980-04-30|Boiler
    SU941781A1|1982-07-07|Convective heat-exchange surface
    RU2062396C1|1996-06-20|Combination boiler
    SU777345A1|1980-11-07|Boiler waste gas heat utilizer
    SU370416A1|1973-02-15|RECAPERATIVE HEAT EXCHANGER
    SU909411A1|1982-02-28|Apparatus for protecting boiler coil tubes from wear
    RU5640U1|1997-12-16|NATURAL GAS HEATER
    SU916901A2|1982-03-30|Air-and-gas preheater
    SU1601461A2|1990-10-23|Boiler
    RU2015455C1|1994-06-30|Furnace air feeding device
    GB1093591A|1967-12-06|Sectional boiler
    SU1112183A1|1984-09-07|Recuperator
    SU928133A1|1982-05-15|Recuperator
    同族专利:
    公开号 | 公开日
    CH641552A5|1984-02-29|
    AT369156B|1982-12-10|
    DD144953A5|1980-11-12|
    US4273074A|1981-06-16|
    BR7904747A|1980-04-22|
    BE877853A|1979-11-16|
    PL217221A2|1980-05-19|
    AR220208A1|1980-10-15|
    NL7905513A|1980-01-28|
    DE7919461U1|1980-03-27|
    IT1122279B|1986-04-23|
    GB2027535A|1980-02-20|
    ATA506679A|1982-04-15|
    LU80033A1|1978-12-12|
    FR2432151A1|1980-02-22|
    DE2927434C2|1982-11-11|
    ES482678A1|1980-03-01|
    FR2432151B1|1985-01-25|
    NO792425L|1980-01-25|
    ZA793326B|1980-07-30|
    NO146151C|1982-08-04|
    RO78689A|1982-03-24|
    DE2927434A1|1980-02-07|
    GB2027535B|1983-06-15|
    SE438202B|1985-04-01|
    JPS5549694A|1980-04-10|
    NO146151B|1982-04-26|
    IT7924578D0|1979-07-23|
    DK308979A|1980-01-25|
    CA1118758A|1982-02-23|
    SE7906219L|1980-01-26|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US1015145A|1908-01-27|1912-01-16|Daniel E Knowlton|Ammonia-still.|
    US1148832A|1908-11-25|1915-08-03|Thomas A Edison|Means for utilizing the waste heat in kilns.|
    US1674442A|1922-04-07|1928-06-19|Alexis C Mcnulty|Boiler|
    US1752673A|1926-03-26|1930-04-01|Ladd Water Tube Boiler Company|Waste-heat boiler|
    US1853684A|1927-09-10|1932-04-12|Babcock & Wilcox Co|Air heater|
    US2143287A|1936-02-29|1939-01-10|Earl B Smith|Heat exchange coil|
    US3134430A|1960-03-21|1964-05-26|Ind Cie Kleinewefers Konstrukt|Metallic recuperator for high waste gas temperatures|
    BE626883A|1963-01-07|1900-01-01|
    DE1433607A1|1964-03-07|1968-11-28|Thyssen Roehrenwerke Ag|Device for cooling and coarse dedusting of converter exhaust gases|
    US3963222A|1975-02-28|1976-06-15|Pennsylvania Engineering Corporation|Gas collecting hood for metallurgical vessel|
    US3991823A|1975-05-29|1976-11-16|Curtiss-Wright Corporation|Multi-pass heat exchanger having finned conduits of polygonal configuration in cross-section|
    DE2629612A1|1976-07-01|1978-01-12|Basf Ag|Waste heat recuperator - has heat transfer elements closed up by square tube plates and semi circular caps|
    US4188916A|1978-05-15|1980-02-19|Deltak Corporation|Waste heat boiler for abstraction of heat energy from gaseous effluent containing corrosive chemical contaminants|
    LU80034A1|1978-07-24|1978-12-12|FR2476823B1|1980-02-22|1985-06-28|Clesid Sa|IMPROVED VOUTE FOR ELECTRIC ARC OVEN|
    DE3440351A1|1983-12-12|1985-06-20|Voest-Alpine Ag, Linz|Humidity sensor and method of producing it|
    DE3428417C2|1984-08-01|1988-07-28|Belgorodskij Zavod Energeticeskogo Masinostroenija Imeni 60-Letija Sojuza Ssr, Belgorod, Su|
    FI86578C|1990-07-04|1992-09-10|Ahlstroem Oy|Method and apparatus for cooling hot gases|
    US6394042B1|1999-09-08|2002-05-28|Callabresi Combustion Systems, Inc|Gas fired tube and shell heat exchanger|
    IT1317190B1|2000-04-07|2003-05-27|Danieli Off Mecc|DEVICE AND COOLING METHOD FOR SMOKE COLLECTORS|
    US7582253B2|2001-09-19|2009-09-01|Amerifab, Inc.|Heat exchanger system used in steel making|
    US7337835B2|2005-01-25|2008-03-04|Indian Institute Of Technology Delhi|Baffle and tube for a heat exchanger|
    US20190024980A1|2017-07-18|2019-01-24|Amerifab, Inc.|Duct system with integrated working platforms|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    LU80033A|LU80033A1|1978-07-24|1978-07-24|
    [返回顶部]