The utility model relates to a water network desulfurizer, which consists of an upper section (3), a lower section (13) and a machine cover (7). Next section, not sealed submergence, function except coarse grains. A distributor (6) is arranged on the top of the mouth, a netting group (5) is arranged on the top, and an upper port of the next section is arranged on the top, and a flange is arranged on the mouth. The upper section has a flange at the lower end, a sprinkler (8) at the upper end, and an upper port with a flange at the upper end. The main chamber of desulfurization (10) is in the chamber. Secondly, the function of the Internet access group (2) is the separation of water and gas. The cover section consists of a flange and a tail gas discharge nozzle (1) in the top. The frame of the desulfurization main chamber is perforated with a support rod (4), and the distribution network (9) is fixed into a folding passage around the support rod. A large number of water droplets were sprayed in the passage to make the netting into a water distribution network. Principle: The tail gas enters the folding passage, and the inertia makes part of the tail gas go straight through the cloth net. The airflow is crushed and spray is scattered. Part of the tail gas is diverted by the resistance of the distribution network, and the diversion is repeated when it bumps against the foam.
【技术实现步骤摘要】
水网除硫器
技术介绍
现有除尘塔,是由捕捉空间配喷头数量,及高温气化水珠进行捕捉的。这种方式有下列不足:1.高压喷头特多耗电特高。2.在运行中,相当量的水珠被吹到塔壁,失去了捕捉的作用,无功耗电高。3.蒸气是靠高温产生,蒸气大说明锅炉的热损大,相对二氧化碳排放高。4.蒸气是吸收液转变,为此排放蒸气要带走大量的钠,钠损大。5.被水珠吸收的微尘粒,包括碳。蒸发后随蒸气排出,蒸气越大排出越多,尽管尾气已扩散了几千倍,但还能看清黑的存在,成污染源。本专利技术推出一种水网除硫器,方案如下:除硫器由上节下节及机壳盖,腔内是除硫主室组成。所述的下节,由下边往上,横穿一根气流分配器分配器再上设有下网组,下网组由角铁托件支撑。下网组再上,是下节的上端口,口部设有与上节连接的法兰。所述的上节,下端口设有与下节连接的法兰。法兰再上,设有一圈喷头。喷头再上是上端口,上端口用角铁做成法兰与盖连接。法兰再上是上网组。上网组再上是盖,盖与上节由法兰连接。所述的盖,盖顶比上网组的上平高100-1000mm。盖顶的中部设有尾气排出嘴。所述除硫主室的框架穿有撑杆,布网绕撑杆固定。除硫主室稳在上节下法兰的里楣上,中间衬有软垫。所述除硫主室的框架,框架的上下口用角铁做成。立柱用扁铁做成。所有的横撑用扁铁做成。在框架的前后横撑上,排列有穿撑杆的口。在框架上下口的前后角铁上,排列有穿撑杆的孔。在框架外设有护垫布,护垫布内夹有软封垫,护垫布用压条配合螺拴固定。除尘过程:尾气先进下节,由分流器向下吹出,靠惯性使大部分粗粒落入水中。尾气再折返往上穿网,使集中气流扩散。尾气穿网后入除硫主室进行了强力脱硫。尾气出主 ...
【技术保护点】
1.水网除硫器,其特征是:由上节(3)下节(13)及机壳盖(7)组成;所述的下节(13),由下边往上,横穿一根气流分配器(6),分配器再上设有下网组(5),下网组由角铁托件(12)支撑;下网组再上,是下节的上端口,口部设有与上节连接的法兰;下节的第二方案是下节设有底,由底再上设有排液口,该口配管插入液池的液面下;排液口上部是气流分配器;所述的上节(3),下端口设有与下节连接的法兰;法兰再上,设有一圈喷头(8);喷头再上是上端口,上端口用角铁做成法兰与盖连接;法兰再上是上网组(2);上网组再上是盖(7),盖与上节由法兰连接;所述的盖(7),盖顶比上网组的上平高100‑1000mm;盖顶的中部设有尾气排出嘴(1);上节的腔内是除硫主室(10),主室的框架穿有撑杆(4),布网(9)绕撑杆固定;除硫主室稳在上节下法兰的里楣上,中间衬有软垫(11)。
【技术特征摘要】
1.水网除硫器,其特征是:由上节(3)下节(13)及机壳盖(7)组成;所述的下节(13),由下边往上,横穿一根气流分配器(6),分配器再上设有下网组(5),下网组由角铁托件(12)支撑;下网组再上,是下节的上端口,口部设有与上节连接的法兰;下节的第二方案是下节设有底,由底再上设有排液口,该口配管插入液池的液面下;排液口上部是气流分配器;所述的上节(3),下端口设有与下节连接的法兰;法兰再上,设有一圈喷头(8);喷头再上是上端口,上端口用角铁做成法兰与盖连接;法兰再上是上网组(2);上网组再上是盖(7),盖与上节由法兰连接;所述的盖(7),盖顶比上网组的上平高100-1000mm;盖顶的中部设有尾气排出嘴(1);上节的腔内是除硫主室(10),主室的框架穿有撑杆(4),布网(9)绕撑杆固定;除硫主室稳在上节下法兰的里楣上,中间衬有软垫(11)。2.根据权利要求1所述的水网除硫器,其特征是:所述除硫主室(10)的框架,框架的上下口用角铁做成;立柱(14)用扁铁做成;前后横撑(16),左右横撑(22)用扁铁做成;在框架的前后横撑...
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