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    • 1. 发明授权
    • Heating system for regenerative coke ovens
    • 再生焦炉加热系统
    • US5259932A
    • 1993-11-09
    • US776278
    • 1991-11-22
    • Manfred BlaseUlrich KochanskiDietrich WagenerGunther MeyerHeinz DurselenDieter StalhermJoachim HoitzLudwig OffermannJurgen Tietze
    • Manfred BlaseUlrich KochanskiDietrich WagenerGunther MeyerHeinz DurselenDieter StalhermJoachim HoitzLudwig OffermannJurgen Tietze
    • C10B21/10C10B21/20C10B21/22C10B5/16C10B21/18
    • C10B21/22Y02P20/129
    • According to the invention the heating system for regenerative coke oven batteries that can be heated with rich gas and/or lean gas or mixed gas is provided comprising vertical flues cooperating in pairs, each vertical flue being connected to a regenerator for preheating the air and, in the case of lean gas operation, for preheating the lean gas or mixed gas. High and low combustion stages, as well as structure defining an internal flue gas return at levels above a flue base are provided. Discharge openings are provided at at least three levels for supplying each flue. A base discharge opening is provided at the flue base directly connected to regenerators. Hollow communicating channels are defined for connecting the regenerators to discharge openings located above the flue base. The hollow communicating channels are preferably formed in each communicating wall connected to a discharge opening leading only to one adjacent flue. The regenerators for preheating air are subdivided in a longitudinal direction of the oven with one part being connected to the base openings at the flue base and another part being connected to the hollow communicating channels. A regulating system is provided for setting the amount of air for the two parts separately. Pressure blocks are provided for setting the air distribution at the discharge openings provided above the flue base. The circulating flow openings are arranged at the foot of each flue in a hollow communicating wall between adjacent flues to provide ascending and descending flow.
    • PCT No.PCT / EP90 / 00838 Sec。 371日期1991年11月22日 102(e)1991年11月22日PCT PCT 1990年5月23日PCT公布。 出版物WO90 / 14408 日本1990年11月29日。根据本发明,提供可用富气体和/或贫气或混合气体加热的再生焦炉电池的加热系统,其包括成对配合的垂直烟道,每个垂直烟道连接到 用于预热空气的再生器,并且在贫气操作的情况下,用于预热贫气或混合气体。 提供高和低燃烧阶段,以及限定在烟道底部上方的内部烟气返回的结构。 在至少三个级别提供排放开口以供应每个烟道。 在与再生器直接连接的烟道底座处设置基座排出口。 定义了空心连通通道,用于将再生器连接到位于烟道底部上方的排放口。 中空连通通道优选地形成在连接到仅引导到相邻烟道的排放口的每个连通壁中。 用于预热空气的再生器在炉的纵向方向上分为一部分,其连接到烟道底部的基部开口,另一部分连接到中空连通通道。 提供了用于分别设置两个部件的空气量的调节系统。 提供压力块,用于设置在烟道底部上方的排放口处的空气分布。 循环流动开口布置在每个烟道的脚下相邻烟道之间的中空连通壁中,以提供上升和下降的流动。
    • 2. 发明授权
    • Method of reducing the nitrogen dioxide content of flue gas from a coke
oven with dual heating flues by a combination of external flue gas feed
back and internal flue gas recirculation
    • 通过外部气体回流和内部气体回收的组合减少具有双重加热液的焦炉中的烟气的氮氧化物含量的方法
    • US5062925A
    • 1991-11-05
    • US445748
    • 1989-12-04
    • Heinz DurselenArnulf SchufflerGunter Meyer
    • Heinz DurselenArnulf SchufflerGunter Meyer
    • C10B21/04C10B21/18C10B21/20
    • C10B21/18Y02P20/129
    • The method of reducing a nitrogen oxides content of a flue gas generated on firing of a rich gas or combination coke oven having a plurality of heating walls forming dual heating flues, in which a single stage or multistage combustion takes place, and also having a plurality of regenerators for recovery of flue gas heat and preheating of an underfiring medium, includes the steps of mixing one portion of the flue gas drawn from one flue of the dual heating flues with the underfiring medium, gas and/or air, prior to or on admission to the other flue of the dual heating flues, or a regenerator connected with it, and circulating another portion of the flue gas additionally inside the dual heating flues. The method advantageously also may include recirculating externally at a predetermined flow rate the one portion of the flue gas considering the recirculating of the other portion of the flue gas inside the dual heating flues and controlling the recirculating so that a flame temperature in the heating flues is kept constant based on a heat balance in the heating flues, and feeding, during rich gas firing of the combination coke oven, the one portion of the flue gas recirculated externally only to those of the regenerators, which receive the underfiring media during lean gas operation, and, during rich gas operation, only to every second one of the regenerators.
    • 减少在具有形成双重加热烟道的多个加热壁的富气体或组合焦炉燃烧时产生的烟道气的氮氧化物含量的方法,其中发生单级或多级燃烧,并且还具有多个 用于回收烟道气热量和预烧入燃料的介质的再生器包括以下步骤:将一部分从双加热烟道的一个烟道中抽出的烟气与燃烧过程中的燃气和/或空气在一起或之前混合 进入双重加热烟道的另一烟道,或与其连接的再生器,并且再次将另一部分烟道气再循环在双加热烟道内。 该方法有利地还可以包括以预定的流速向外循环,烟道气的一部分考虑到双重加热烟道内的烟道气的另一部分的再循环并控制再循环,使得加热烟道中的火焰温度为 基于加热烟道中的热平衡而保持恒定,并且在组合焦炉的富气燃烧期间,将一部分烟道气从外部再循环到在稀气运行期间接收欠烧介质的再生器的一部分 ,而在富气运行期间,只有每隔一个再生器。
    • 7. 发明授权
    • Device for drying and preheating coking coal
    • 干燥预热焦煤装置
    • US4481724A
    • 1984-11-13
    • US370124
    • 1982-04-20
    • Vladan PetrovicHeinz Durselen
    • Vladan PetrovicHeinz Durselen
    • C10B57/10F28D7/00F28D13/00F26B17/14
    • F28D7/0091C10B57/10F28D13/00F28D7/0066
    • In order to preserve the quality of treated coking coal, the drying and preheating operation is performed in consecutive stages. For this purpose, a set of superimposed containers is provided with vertically oriented pipes for a heating medium, the pipes in each container having separate inlets and outlets. The bottom region of each container is further provided with horizontally directed pipes having separate inlet and outlet for receiving a pressure medium which is discharged into the bottom region of each container to produce a whirling bed of the coal. In this manner, the coal is preliminarily dried in the uppermost container, then additionally dried and preheated in the intermediate container, and heated to the desired final temperature in the lowermost container.
    • 为了保持处理焦煤的质量,干燥和预热操作连续进行。 为此,一组叠置的容器设置有用于加热介质的垂直取向的管道,每个容器中的管道具有分离的入口和出口。 每个容器的底部区域还设置有具有分开的入口和出口的水平定向管道,用于接收压力介质,该压力介质被排放到每个容器的底部区域中以产生煤的旋转床。 以这种方式,将煤在最上面的容器中预先干燥,然后另外在中间容器中干燥并预热,并在最下面的容器中加热至所需的最终温度。