CN116351836A - 发动机缸盖铸造车间废气处理系统 - Google Patents
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Abstract
本发明公开了一种发动机缸盖铸造车间废气处理系统,包括废气收集罩、与废气收集罩连接的洗气机、与洗气机连接的废气处理设备、与废气处理设备连接的风机和与风机连接的排放管。本发明的发动机缸盖铸造车间废气处理系统,可以提高废气收集和处理效果。
Description
技术领域
本发明属于废气处理技术领域,具体地说,本发明涉及一种发动机缸盖铸造车间废气处理系统。
背景技术
发动机缸盖在铸造生产过程中会产生大量的工业废气,废气主要集中在铸造车间,主要污染物为铸造加热中产生的树脂废气-三苯、总烃等废气及铸造本身废气酸气、氨气等污染物。因车间废气量较大,现有的废气收集系统因收集气体量较小,而无法将车间内产生的废气进行全部收集,收集和处理效果较差,收集效率低。
发明内容
本发明旨在至少解决现有技术中存在的技术问题之一。为此,本发明提供一种发动机缸盖铸造车间废气处理系统,目的是提高废气收集和处理效果。
为了实现上述目的,本发明采取的技术方案为:发动机缸盖铸造车间废气处理系统,包括废气收集罩、与废气收集罩连接的洗气机、与洗气机连接的废气处理设备、与废气处理设备连接的风机和与风机连接的排放管。
所述废气收集罩设置多个。
所述废气收集罩通过废气输送管路与所述洗气机连接。
所述废气处理设备为光氧化废气处理设备。
所述废气处理设备具有四个依次布置的光氧化处理区和一个活性炭吸附区,来自所述洗气机废气依次流经四个光氧化处理区和活性炭吸附区。
所述风机为节能环保离心风机。
本发明的发动机缸盖铸造车间废气处理系统,可以提高废气收集和处理效果。
附图说明
本说明书包括以下附图,所示内容分别是:
图1是本发明发动机缸盖铸造车间废气处理系统的结构示意图;
图中标记为:
1、废气收集罩;2、洗气机;3、废气处理设备;4、风机;5、排放管。
具体实施方式
下面对照附图,通过对实施例的描述,对本发明的具体实施方式作进一步详细的说明,目的是帮助本领域的技术人员对本发明的构思、技术方案有更完整、准确和深入的理解,并有助于其实施。
如图1所示,本发明提供了一种发动机缸盖铸造车间废气处理系统,包括废气收集罩1、与废气收集罩1连接的洗气机2、与洗气机2连接的废气处理设备3、与废气处理设备3连接的风机4和与风机4连接的排放管5。
具体地说,如图1所示,废气收集罩1通过废气输送管路与洗气机2的进气口连接,废气输送管路内设置百叶吸风口,洗气机2的出气口与废气处理设备3的进气口连接,废气处理设备3的出气口与风机4的进气口连接,风机4的出气口与排放管5的下端连接,排放管5为竖直设置,排放管5的上端设置排气口,处理后的废气经排放管5向外排出。废气收集罩1位于铸造车间内,废气收集罩1设置多个,各个废气收集罩1分别位于一个铸造设备的上方,铸造设备包括射芯机、铸造机、壳芯机、投料机和保温炉等,可以实现铸造车内内废气的有效收集,提高废气收集效率和收集效果。
作为优选的,废气处理设备3为光氧化废气处理设备,对废气的处理效果更好。洗气机2、废气处理设备3和风机4位于铸造车间的外部,铸造车间内的废气为无机气体,洗气机2的雾化效果好,可以更有效的去除溶于水的无机气体,稀释废气浓度,降低安全隐患,酸碱中和,降低废气温度及去除粉尘和粘附物。
光氧化废气处理设备采用高能C波段(仅次于切割不锈钢的激光,强于氩弧焊光源的数十倍强度)在设备内,强裂解恶臭物质分子链,改变物质结构,将高分子污染物质,裂解、氧化成为低分子无害物质,如水和二氧化碳等。光氧化废气处理设备内利用催化氧化剂进行废气催化氧化,可有效地杀灭细菌,将有毒有害物质破坏且改变成为低分子无害物质。在分解过程中产生高能高臭氧UV紫外线光束分解空气中的氧分子产生游离氧,即活性氧,因游离氧所携正负电子不平衡所以需与氧分子结合,进而产生臭氧。UV+O2→O-+O*(活性氧)O+O2→O3(臭氧),众所周知臭氧对有机物具有极强的氧化作用,对恶臭气体及其它刺激性异味有极强的清除效果。O3也为强催化氧化剂进行废气催化氧化,裂解恶臭气体中细菌的分子键,破坏细菌的核酸(DNA),再通过臭氧进行氧化反应,彻底达到脱臭及杀灭菌的目的。
而且,光氧化废气处理设备占地小、质量轻,方便布置。可适应高浓度,大气量,不同恶臭气体物质的脱臭净化处理,可每天24小时连续工作,运行稳定可靠,安全性高,不会产生二次污染。
作为优选的,废气处理设备3具有四个依次布置的光氧化处理区和一个活性炭吸附区,来自洗气机2废气依次流经四个光氧化处理区和活性炭吸附区。活性炭吸附区处设置有活性炭箱,活性炭箱布置三层,可以有效地改善设备处理能力,提高废气处理效果。
作为优选的,风机4为节能环保离心风机。风机4设置两台,两台风机4为并联设置,风机4的最大风量为130000m3/h,增大废气的收集量。风机4配套变频器,可根据铸造车间相应情况对风机4的风量进行调节,同时设备功率相应减小。
如图1所示,排放管5为竖直设置,排放管5的高度为15米,确保排放达标。
以上结合附图对本发明进行了示例性描述。显然,本发明具体实现并不受上述方式的限制。只要是采用了本发明的方法构思和技术方案进行的各种非实质性的改进;或未经改进,将本发明的上述构思和技术方案直接应用于其它场合的,均在本发明的保护范围之内。
Claims (6)
1.发动机缸盖铸造车间废气处理系统,其特征在于,包括废气收集罩、与废气收集罩连接的洗气机、与洗气机连接的废气处理设备、与废气处理设备连接的风机和与风机连接的排放管。
2.根据权利要求1所述的发动机缸盖铸造车间废气处理系统,其特征在于,所述废气收集罩设置多个。
3.根据权利要求1或2所述的发动机缸盖铸造车间废气处理系统,其特征在于,所述废气收集罩通过废气输送管路与所述洗气机连接。
4.根据权利要求1或2所述的发动机缸盖铸造车间废气处理系统,其特征在于,所述废气处理设备为光氧化废气处理设备。
5.根据权利要求4所述的发动机缸盖铸造车间废气处理系统,其特征在于,所述废气处理设备具有四个依次布置的光氧化处理区和一个活性炭吸附区,来自所述洗气机废气依次流经四个光氧化处理区和活性炭吸附区。
6.根据权利要求1或2所述的发动机缸盖铸造车间废气处理系统,其特征在于,所述风机为节能环保离心风机。
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