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Reactor for catalytic conversion of reaction media, specifically gaseous reaction media.

机译:用于催化转化反应介质,特别是气态反应介质的反应器。

摘要

Reactor (1) for media conversion reaction, particularly gaseous media reaction, with heat exchanger plates (2) for cooling a reaction in a reactor tank (4), wherein the reservoir the reactor (4) are arranged adjacent to each other plates heat exchange (5) to predetermined distance from each other and between the plates of heat exchanger (5) is the reaction space which is traversed by the medium stream respective reaction with a feed of cooling medium (6) and a discharge cooling medium (8), wherein the plate heat exchanger (5) are designed as thermal plates (5) traversed by the stream cooling medium plates essentially straight surface which are connected by spot welding are arranged with configurations (13) of the type of cushion and elliptical flow channels (14) and are linearly arranged vertical orientation on a sieve plate and are provided a supply of reaction medium (11) and an outlet of reaction medium (12), characterized by a) a modular structure with formation reactor (15 ) individual in the reactor tank (4) with separating walls (16) between the reactors (15) individual, wherein the partition walls (16) are connected by application of force to the outer wall of the reservoir (17) surrounding the reactors (15) individual and form tie rods, b) wherein the plates of heat exchanger (5) are inserted with their edges of plates (18) in mounting grooves (19) of the walls of separation (16) and the outer wall of the tank (17), c) wherein the plates of heat exchanger (5) are connected together at their flat regions (20) at predetermined distances over the height of the plates and the width of the plates by bu lones clamp (21).
机译:用于介质转化反应,特别是气态介质反应的反应器(1)和用于冷却反应罐(4)中反应的热交换器板(2),其中反应器(4)的储存器彼此相邻布置,板进行热交换(5)彼此隔开预定距离并且在热交换器(5)的板之间是反应空间,该反应空间通过与冷却介质(6)的进料和排出冷却介质(8)的各自的反应而被介质流横穿,其中板式换热器(5)被设计为由流冷却介质穿过的热板(5),通过点焊连接的基本平直的表面布置成具有缓冲和椭圆形流动通道(14)类型的构造(13) )并垂直排列在筛板上,并提供反应介质(11)的供应和反应介质(12)的出口,其特征在于a)具有形成反应器(15)的模块化结构通常在反应器罐(4)中具有单独的反应器(15)之间的分隔壁(16),其中,分隔壁(16)通过施加力而连接到围绕反应器(15)的容器(17)的外壁(b)其中热交换器板(5)的板及其板(18)的边缘插入分隔壁(16)的壁和槽(11)的外壁的安装槽(19)中。 17),c),其中,热交换器(5)的板在它们的平坦区域(20)上通过燃烧夹具(21)在板的高度和板的宽度上以预定距离连接在一起。

著录项

  • 公开/公告号ES2287051T3

    专利类型

  • 公开/公告日2007-12-16

    原文格式PDF

  • 申请/专利权人 MAROLD FREIMUT JOACHIM;

    申请/专利号ES20010106003T

  • 发明设计人 DAUN KLAUS-DIETER;

    申请日2001-03-10

  • 分类号B01J8/02;B01J19/24;B01J19/32;F28D9;

  • 国家 ES

  • 入库时间 2022-08-21 20:04:26

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