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    • 6. 发明公开
    • Stepped grate beam for a combustion grate
    • Roststabfüreinen Verbrennungsrost
    • EP2034243A1
    • 2009-03-11
    • EP07017632.6
    • 2007-09-10
    • Babcock & Wilcox Vølund A/S
    • Olsen, John KennethSchmidt, Søren
    • F23H7/06F23H3/02
    • F23H7/06F23G2203/101F23H3/02
    • In a stepped grate beam (1) for a combustion grate for an incineration or combustion plant, said plant comprising one or more grate sections having a plurality of grate beams (1) extending obliquely downwards in the direction of movement of the fuel on top of the grate, the grate beams (1) have a grate top (2) stepped downwardly in said direction and are placed with lateral surfaces (3) closely adjacent to each other across the width of the combustion grate. Mutually adjacent grate beams (1) are relatively reciprocable in the longitudinal direction and the grate beams (1) are adapted for the passage therethrough of a heat transmission medium: The confinement (4) of the heat transmission medium is provided by one or more in U-form bent plate elements (5), the sides of which are cut in steps corresponding to the stepped grate top (2) and welded to the underside of the grate top (2). In this way the number of individual components to be welded together to produce the stepped grate beam (1) is substantially reduced.
    • 在用于焚烧或燃烧设备的燃烧炉排的篦式篦梁(1)中,所述设备包括一个或多个炉篦部分,其具有多个炉篦梁(1),其沿着燃料的运动方向向下倾斜延伸, 炉篦梁(1)具有在所述方向上向下台阶的炉篦顶部(2),并且沿着燃烧炉排的宽度彼此紧密相邻的侧面(3)放置。 相互相邻的格栅梁(1)在纵向方向上相对往复运动,并且格栅梁(1)适合于通过其传热介质:传热介质的约束(4)由一个或多个 U形弯板元件(5),其侧面与台阶式格栅顶部(2)相对应地切割并焊接到炉篦顶部(2)的下侧。 以这种方式,要焊接在一起以产生台阶式格栅梁(1)的单个部件的数量大大减少。
    • 8. 发明公开
    • HEAT EXCHANGER HAVING ENHANCED CORROSION RESISTANCE
    • WÄRMETAUSCHERMIT VERBESSERTEM KORROSIONSSCHUTZ
    • EP2850379A1
    • 2015-03-25
    • EP12726227.7
    • 2012-05-16
    • Babcock & Wilcox Vølund A/S
    • MIKKELSEN, Lars
    • F28F19/02F28F19/06F22B31/04
    • F28F19/06B23P15/26F22B1/18F22B37/107F22G7/12F27D7/06F27D2007/063F28D7/082F28D21/001F28F19/02F28F2265/00Y02E20/12Y10T29/49393
    • The present invention provides a heat exchanger (32) for heating a fluid (26) in an incineration plant (2), the incineration plant (2) in operation producing a flue gas (34), the heat exchanger comprising at least one heat exchanger component (40) comprising a wall having a first side (46) in contact with the fluid (26), and a second side (48) in contact with the flue gas (34), the second side (48) being provided with a protective oxide (50) for protecting the heat exchanger component (40) against corrosion caused by corrosive compounds entrained or comprised by the flue gas (34), wherein the protective oxide (50) comprises α-Al2O3. A method of forming a scale (50) for protecting a heat exchanger component (40) against corrosion caused by corrosive compounds entrained or comprised by a flue gas (34) is also provided.
    • 本发明提供了一种用于加热焚烧设备(2)中的流体(26)的热交换器(32),所述焚烧设备(2)在运行中产生烟道气(34),所述热交换器包括至少一个热交换器 组件(40)包括具有与流体(26)接触的第一侧(46)的壁和与废气(34)接触的第二侧(48),第二侧(48)设置有 保护氧化物(50),用于保护热交换器部件(40)免受由烟道气(34)夹带或包含的腐蚀性化合物引起的腐蚀,其中保护性氧化物(50)包括α-Al 2 O 3。 还提供了形成用于保护热交换器部件(40)以防止由烟道气(34)夹带或包含的腐蚀性化合物引起的腐蚀的垢(50)的方法。