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    • 1. 发明公开
    • Vessel for enabling a uniform gravity driven flow of particulate bulk material therethrough, and direct reduction reactor incorporating same
    • 容器用于使得散装材料和含有该直接还原反应器的gleichmassigem重力流出
    • EP1264784A1
    • 2002-12-11
    • EP01112862.6
    • 2001-05-31
    • HYLSA S.A. de C.V.
    • Quintero-Flores, Raul GerardoBecerra-Novoa, Jorge OctavioCelada-Gonzalez, JuanGuerra-Reyes, Maria TeresaLopez-Gomez, Ronald Victor Manuel
    • B65D88/26B65D88/28
    • B65D88/28
    • So as to provide a container that is inexpensive to manufacture and that promotes a uniform flow of particulate bulk materials therethrough, a vessel (10) is suggested comprising at least two wall segments (12, 14) having a generally downwardly converging wall defining a vertical axis for said vessel, a first upper segment (12) being vertically arranged above a second lower segment (14), each one of said wall segments having an upper edge and a lower edge, the perimeter of the upper edge of said second lower wall segment (14) being larger than the perimeter of the lower edge of said first upper wall segment (12); said lower edge of said first upper wall segment (12) and said upper edge of said second lower wall segment (14) being positioned proximate to each other and cooperating to provide an enlargement (34) of the cross-sectional area of the volume occupied by said particulate solid material; and the lower edge of said first upper segment (12) defining a plane forming an angle with respect to the vertical axis of the vessel.
    • 以便提供一个容器那样制造成本低和没有促进粒状散料的均匀流动那里通过,一个容器(10),建议包括具有基因反弹向下会聚的壁限定垂直的至少两个壁段(12,14) 轴为所述容器,第一上段(12)的第二下部段(14),具有在上边缘与所述壁节段中的每一个和下边缘,所述的上边缘的周边第二下壁的上方垂直地布置 段(14)比所述第一上壁段的下边缘(12)的周界大; 所述第一上壁段的下边缘(12)和所述的所述上边缘的第二下壁部分(14)被定位成紧邻海誓山盟和所占据的体积的横截面面积的配合以提供肿大(34) 由所述颗粒固体材料; 和所述第一上段的形成下部边缘(12)的平面限定在角相对于该容器的垂直轴线。
    • 7. 发明公开
    • Method for reducing iron ore
    • Verfahren zur Direktreduktion von Eisenerzen。
    • EP0128347A2
    • 1984-12-19
    • EP84105128.7
    • 1984-05-07
    • HYLSA, S.A. de C.V.
    • Martinez-Vera, Enrique RamonBecerra-Novoa, Jorge Octavio
    • C21B13/02
    • C21B13/02C21B2100/22C21B2100/282Y02P10/122Y02P10/126Y02P10/136Y02P10/143
    • A method for the gaseous reduction of iron ore to sponge iron in a vertical shaft moving bed reactor (10) wherein a hot gaseous mixture of hydrogen and a carbon monoxide is used to reduce the ore. It has been found unnecessary to use the external catalytic reformer of prior art processes to reform the methane and other hydrocarbon constituents of the natural gas commonly used as a source of gaseous reductants. By establishing a reducing gas recycle loop to which make-up natural gas and steam are fed in the proper proportions, the product sponge iron in the reactor (10) can be used to catalyze hydrocarbon reformation, provided that the carbon content of the recycled gas is maintained low by removing carbon dioxide therefrom. When pure methane is employed, steam/methane molar ratios within the preferred range of 1,4: 1 to 2.2: 1 are used.
    • 在垂直轴移动床反应器(10)中将铁矿石气态还原成海绵铁的方法,其中使用氢气和一氧化碳的热气体混合物来还原矿石。 已经发现不需要使用现有技术方法的外部催化重整器来改造通常用作气态还原剂源的天然气的甲烷和其它烃组分。 通过建立一种还原气体循环回路,补充天然气和蒸汽以适当的比例进料,反应器(10)中的产品海绵铁可用于催化烃改性,条件是循环气体的碳含量 通过从其中除去二氧化碳来保持低温。 当使用纯甲烷时,使用在优选范围为1,4:1至2.2:1的蒸汽/甲烷摩尔比。