首页> 外国专利> Combustion chamber useful in a sewage combustion plant, comprises a combustion chamber container, a connection for the connection of a sewage supply arrangement, a combustion energy supply device, and an exhaust gas discharge device

Combustion chamber useful in a sewage combustion plant, comprises a combustion chamber container, a connection for the connection of a sewage supply arrangement, a combustion energy supply device, and an exhaust gas discharge device

机译:可用于污水燃烧厂的燃烧室,包括燃烧室容器,用于连接污水供应装置的连接装置,燃烧能量供应装置和废气排放装置

摘要

The combustion chamber for combusting sewage, comprises a combustion chamber container (101), a connection (103, 104, 105) for the connection of a sewage supply arrangement, a combustion energy supply device, an exhaust gas discharge device, and a container (102) that is arranged in the interior of the combustion chamber container. The container comprises two shells that are arranged one upon the other so that a fluid overflowing from an upper shell is received in a lower shell. The shell arranged above another shell comprises a shell edge with a lower area. The combustion chamber for combusting sewage, comprises a combustion chamber container (101), a connection (103, 104, 105) for the connection of a sewage supply arrangement, a combustion energy supply device, an exhaust gas discharge device, and a container (102) that is arranged in the interior of the combustion chamber container. The container comprises two shells that are arranged one upon the other so that a fluid overflowing from an upper shell is received in a lower shell. The shell arranged above another shell comprises a shell edge with a lower area on which the interval of the shell edge to the shell base is slighter than in other area of the shell edge. The lower area is arranged at the external edge of the shell. The shell edge geometry of the upper shell of the container is formed at the lower area towards the shell edge interior. The lower area of the upper shell is arranged horizontally transferred to the lower area of the shell present directly under the shell of the container. The shells of the container have same shape. The interval of the shells is smaller than the one-and-half times of the shell height. The shells of the container are distanced to each other so that the lower area of the shell base of the upper shell is arranged in the area between the upper cell edge and the lower area of the shell edge. The shells are secured at a bar-shaped holding element that is connected with combustion chamber container in form-locking manner. The shells of the container have a further support element that is mounted on the respective shell and puts on the other shell or on the base of the combustion chamber container. The connection is arranged above the container. The side wall of the combustion chamber container has openings that are arranged near the base of the combustion chamber container. The connection comprises a tube that extends itself in the upper area of the combustion chamber container until above the uppermost shell of the container. The combustion chamber comprises an external container in which the combustion chamber container is arranged so that an intermediate area is existed between the combustion chamber container and the external container. The external container has an opening whose interval along the intermediate area to an opening in a wall of the combustion chamber container corresponds to the width of the combustion chamber container. In the intermediate area, a screen (109) is arranged that surrounds the combustion chamber container in an interval. Between the external container and the combustion chamber container, a guide plate is arranged. Two guide plates horizontally arranged above one another are arranged in the intermediate area. The cross-section geometry of the two guide plates corresponds to the cross section geometry of the area enclosed between the combustion chamber container and/or screen and external container on the respective place of the corresponding guide plates. An opening (106) is intended in each of the guide plate and the openings of the two directly adjoining guide plates are arranged so that it exists itself not vertical above one another. The openings of two directly adjoining guide plates are arranged so that the openings have a maximum spatial interval. A coil shaped guide plate is arranged in the interval. The combustion chamber comprises a lockable access, over which the combustion chamber is externally accessible. Independent claims are included for: (1) a sewage combustion plant with combustion chamber; and (2) a method for operating a sewage combustion plant.
机译:用于燃烧污水的燃烧室包括:燃烧室容器(101),用于连接污水供应装置的连接件(103、104、105),燃烧能量供应装置,废气排放装置和容器( 102)布置在燃烧室容器的内部。所述容器包括彼此布置的两个壳体,使得从上壳体溢出的流体被容纳在下壳体中。布置在另一个壳体上方的壳体包括具有下部区域的壳体边缘。用于燃烧污水的燃烧室包括:燃烧室容器(101),用于连接污水供应装置的连接件(103、104、105),燃烧能量供应装置,废气排放装置和容器( 102)布置在燃烧室容器的内部。所述容器包括彼此布置的两个壳体,使得从上壳体溢出的流体被容纳在下壳体中。布置在另一个壳体上方的壳体包括具有较低区域的壳体边缘,在该下部区域上,壳体边缘到壳体底部的间隔比在壳体边缘的其他区域中的间隔小。下部区域布置在壳体的外部边缘处。容器的上壳的壳边缘几何形状在朝向壳边缘内部的下部区域处形成。上壳的下部区域水平地布置成直接位于容器的壳下面的壳的下部区域。容器的外壳具有相同的形状。弹壳的间隔小于弹壳高度的二分之一。容器的壳体彼此间隔开,使得上壳体的壳体底部的下部区域布置在上部电池边缘与壳体边缘的下部区域之间的区域中。壳体固定在棒状的保持元件上,该保持元件形状配合地与燃烧室容器连接。容器的壳体具有另外的支撑元件,该支撑元件安装在相应的壳体上并且放置在燃烧室容器的另一个壳体上或底部上。连接布置在容器上方。燃烧室容器的侧壁具有布置在燃烧室容器的底部附近的开口。该连接件包括一根管,该管在燃烧室容器的上部延伸,直到在容器的最上层壳体上方。燃烧室包括外部容器,燃烧室容器布置在外部容器中,使得在燃烧室容器和外部容器之间存在中间区域。外部容器具有开口,该开口沿着中间区域到燃烧室容器的壁中的开口的间隔对应于燃烧室容器的宽度。在中间区域中,布置有筛网(109),筛网(109)以一定间隔围绕燃烧室容器。在外部容器和燃烧室容器之间,布置有导向板。水平地彼此叠置的两个导向板布置在中间区域中。两个导向板的横截面几何形状对应于在相应的导向板的相应位置上在燃烧室容器和/或滤网与外部容器之间封闭的区域的横截面几何形状。在每个导向板上都设有一个开口(106),并且两个直接邻接的导向板的开口被布置成使得其自身不相互垂直。布置两个直接邻接的导向板的开口,使得这些开口具有最大的空间间隔。在该间隔内配置有线圈状的导向板。燃烧室包括可锁定的通道,通过该通道可从外部进入燃烧室。独立索赔包括:(1)具有燃烧室的污水燃烧厂; (2)一种污水处理厂的运行方法。

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