水解反应沉淀器制造技术

技术编号:18443488 阅读:35 留言:0更新日期:2018-07-14 09:43
本实用新型专利技术涉及水解反应沉淀器,整个设备自上而下依次设置集水区和配水器、水解反应区、预沉区和集泥区,配水器由多个配水格组成,配水格内设置有配水管,配水管垂直通入到设备底部的集泥区,废水依次流经预沉区、水解反应区和集水区,预淀区内设置有污泥收集管,水解反应区内设有反应器填料,设备上部的集水区内设置至少两个集水堰槽。本实用新型专利技术配水器设置在设备顶部,配水器内设有多个布水格,每个布水格内设有布水管,每根布水管垂直通到设备底部,从而杜绝了布水管堵塞,配水不均匀的现象,在已运行的多个项目中没有发生过堵塞现象。

Hydrolytic reaction precipitator

The utility model relates to a hydrolytic reaction precipitator. The whole equipment is arranged from top to bottom in order of water distribution area and water distribution device, hydrolysis reaction zone, presedimentation area and mud collecting area. The water distribution device is composed of a plurality of water distribution grids, a water distribution pipe is arranged in the water distribution grid, and the water distribution pipe is vertically integrated into the mud collecting area at the bottom of the equipment, and the wastewater flows through the presedimentation area in turn, In the hydrolysis reaction zone and the catchment area, the sludge collection tube is set up in the pre Lake area, and the reactor filling is set in the hydrolysis reaction zone, and at least two water collecting weir grooves are set in the water catchment area on the upper part of the equipment. The water distributor in the utility model is set at the top of the equipment, and there are a plurality of water grids in the water distribution device, and each water grid is provided with a cloth pipe, and each cloth pipe is vertically connected to the bottom of the equipment, thereby preventing the clogging of the water pipe and the uneven distribution of water, and there is no blocking phenomenon in a number of running projects.

【技术实现步骤摘要】
水解反应沉淀器
本技术涉及污水处理设备领域,具体为一种水解反应沉淀器。
技术介绍
我国还是一个水污染严重的国家,每年水污染造成的损失约占GDP的2%,水污染情况逐渐加剧,使得污水处理和再生行业受到空前关注,现在常用的RHS水解反应沉淀器大多为自由沉淀、絮凝沉淀和压缩沉淀,每一种沉淀方法都有各自的缺点,沉淀时间长、泥水分离不彻底、沉降性不好等缺陷,废水中的污染物BOD5、CODcr、SS等难以处理的问题。
技术实现思路
为了弥补上述缺陷,本技术提供了一种水解反应沉淀器,集水解反应(兼氧)、沉淀沉淀于一体。本技术的技术方案是:水解反应沉淀器,其特征在于:整个设备自上而下依次设置集水区和配水器、水解反应区、预沉区和集泥区,配水器由多个配水格组成,配水格内设置有配水管,配水管垂直通入到设备底部的集泥区,废水依次流经预沉区、水解反应区和集水区,预淀区内设置有污泥收集管,水解反应区内设有反应器填料,设备上部的集水区内设置至少两个集水堰槽。本技术堰槽由倒U形堰板和挡渣板组成,倒U形堰板和挡渣板通过角钢连接为一体,倒U形堰板的两端设置挡渣板,倒U形堰板的中部设有通水孔。本技术所述的配水格的截面为圆形,配本文档来自技高网...

【技术保护点】
1.水解反应沉淀器,其特征在于:整个设备自上而下依次设置集水区和配水器、水解反应区、预沉区和集泥区,配水器由多个配水格组成,配水格内设置有配水管,配水管垂直通入到设备底部的集泥区,废水依次流经预沉区、水解反应区和集水区,预淀区内设置有污泥收集管,水解反应区内设有反应器填料,设备上部的集水区内设置至少两个集水堰槽。

【技术特征摘要】
1.水解反应沉淀器,其特征在于:整个设备自上而下依次设置集水区和配水器、水解反应区、预沉区和集泥区,配水器由多个配水格组成,配水格内设置有配水管,配水管垂直通入到设备底部的集泥区,废水依次流经预沉区、水解反应区和集水区,预淀区内设置有污泥收集管,水解反应区内设有反应器填料,设备上部的集水区内设置至少两个集水堰槽。2....

【专利技术属性】
技术研发人员:赵勇
申请(专利权)人:山东融汇环境工程有限公司
类型:新型
国别省市:山东,37

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