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    • 2. 发明授权
    • Leveling door
    • 调平门
    • US5306396A
    • 1994-04-26
    • US885169
    • 1992-05-18
    • Rainer SchlosserPaul Greiwe
    • Rainer SchlosserPaul Greiwe
    • C10B25/06C10B25/16
    • C10B25/16C10B25/06
    • A leveling door for sealing a leveling opening of a coke oven door has a leveling door body, a diaphragm sheet mounted on the leveling door body at its side facing a leveling opening so as to cover the leveling opening, the diaphragm sheet having an edge and being provided on the edge with a circumferential sealing frame, a plurality of pressing elements acting on the sealing frame and distributed over a periphery of the sealing frame, a plurality of socket pins mounting the pressing element on the leveling door body, and an exchangeable heat protective screen arranged in front of the diaphragm sheet at a side facing the leveling opening.
    • 用于密封焦炉门的调平开口的调平门具有调平门体,隔膜片安装在调平门体的面向平整开口的一侧以覆盖调平开口,隔膜片具有边缘和 在边缘设置有周向密封框架,多个按压元​​件作用在密封框架上并分布在密封框架的周边上,多个插座销将按压元件安装在调平门主体上,并且可更换热量 保护屏布置在面向平整开口的一侧的隔膜片的前面。
    • 3. 发明授权
    • Method of separating an aromatic from a hydrocarbon mixture
    • 从烃混合物中分离芳族化合物的方法
    • US5252200A
    • 1993-10-12
    • US766445
    • 1991-09-26
    • Luzian SkatullaHans-Christoph SchneiderHans-Jurgen Vollmer
    • Luzian SkatullaHans-Christoph SchneiderHans-Jurgen Vollmer
    • C07C7/10C07C7/08C07C15/00C10G7/08C10G21/20C10G21/12
    • C10G7/08C07C7/08
    • The process for separating an aromatic from an entry hydrocarbon mixture also containing nonaromatics, by an extractive distillation method using an extractive distillation column with a selective solvent consisting essentially of an N-substituted Morpholine having substituents each of which contain no more than seven carbon atoms, includes distilling off the nonaromatics from the top of the extractive distillation column as a top product, drawing the aromatic and selective solvent from the extractive distillation column and subsequently separating the selective solvent from the aromatic in a separator column. The extractive distillation column is provided with an additional column portion for separation of a selective solvent residue from the separated nonaromatics without a separate top product distillation column. The hydrocarbon entry mixture is heated prior to admission to the extractive distillation column by an indirect heat exchange with selective solvent drawn from the separator column and heated to a temperature of from 130.degree. to 150.degree. C. to form a heated entry hydrocarbon mixture.
    • 通过采用萃取蒸馏方法从萃取蒸馏法中分离含有非芳族化合物的进料烃混合物的方法,所述萃取蒸馏塔具有基本上由具有不超过7个碳原子的取代基的N-取代的吗啉组成的选择性溶剂, 包括将萃取蒸馏塔顶部的非芳族化合物作为顶部产物蒸馏,从萃取蒸馏塔中抽出芳族和选择性溶剂,随后在分离塔中将选择性溶剂与芳族化合物分离。 提取蒸馏塔具有另外的柱部分,用于在没有单独的顶部产物蒸馏塔的情况下将选择性溶剂残余物与分离的非芳族化合物分离。 烃入口混合物在进入萃取蒸馏塔之前通过与从分离塔中抽出的选择性溶剂进行间接热交换而被加热,并加热到130℃至150℃的温度以形成加热的入口烃混合物。
    • 5. 发明授权
    • Column for distillation of charge products having a tendency for
two-phase formation in sump
    • 具有在贮槽中形成两相趋势的电荷产物的蒸馏塔
    • US5034102A
    • 1991-07-23
    • US411101
    • 1989-09-22
    • Ulrich Rudel
    • Ulrich Rudel
    • B01D3/02B01D3/32
    • B01D3/322Y10S203/20Y10T137/3006
    • The column for distillation of charge products which form a heavier liquid phase and a lighter liquid phase and connected sump circulating boiler are provided with a liquid impermeable collecting bottom plate located in a lower part of the column. The bottom plate has a discharge passage and the column is provided with a liquid withdrawal outlet arranged closely underneath the collecting bottom plate but above the lower end of the discharge passage so that the heavier phase can be prevented from reaching the liquid withdrawal outlet by gravity. One pipe connects the sump circulating boiler with the liquid withdrawal outlet to provide a free flow of liquid from the column to the sump circulating boiler for heating and another pipe connects the column with the sump circulating boiler above the collecting bottom plate so that the reheated liquid can flow from the sump circulating boiler to the column without a circulating pump. The column also has a column sump arranged so that the lower part of the column opens into the column sump, which has a cross-section which is smaller than the cross-section of the remaining portion of the column; and a separating layer regulator for regulating a separating layer between the lighter and the heavier phase of the charge product and connected with the column sump having the smaller cross-section for greater sensitivity and reliability.
    • 用于蒸馏形成较重液相的电荷产物柱和较轻液相以及连接的贮槽循环锅炉的塔设有位于塔下部的不透液的收集底板。 底板具有排出通道,并且柱设置有紧靠在收集底板下方但排出通道下端的排液出口,从而可以通过重力防止较重的相到达排液口。 一个管道将贮槽循环锅炉与液体排出口连接,以提供液体从塔到池底循环锅炉的加热自由流动,另一个管道将塔与收集底板上方的集水循环锅炉连接,使得再加热液体 可以从贮槽循环锅炉流出,而不用循环泵。 该柱还具有排出的柱状沉积物,使得柱的下部通向柱状沉积物,其具有比柱的剩余部分的横截面小的横截面; 以及分离层调节器,用于调节电荷产物的较轻和较重相之间的分离层,并与具有较小横截面的柱槽连接,以提高灵敏度和可靠性。