The utility model relates to a concrete pump pipe washing wastewater treatment and reuse system, which belongs to the technical field of concrete pump pipe washing, and solves the problems of environmental pollution and waste of water resources caused by the direct discharge of concrete pump pipe washing wastewater after high-rise or super high-rise concrete pumping. The technical scheme includes: a drainage riser for collecting pump pipe washing wastewater, the drainage riser is connected with the inclined water pipe, and the outlet of the inclined water pipe is connected with the solid waste pool, The middle and upper part of the inclined water pipe is opened, and a water collecting pipe is set at the opening, and a filter screen is set at the connection between the water collecting pipe and the inclined water pipe; The outlet of the water collecting pipe is connected with the primary sedimentation tank. The right side of the primary sedimentation tank is followed by the secondary sedimentation tank and the clarifier. The primary sedimentation tank and the secondary sedimentation tank are separated by baffles. The upper part of the baffles is provided with an overflow port to connect with the secondary sedimentation tank. Between the secondary sedimentation tank and the clarifier, there are left and right diaphragms. The clarifier is provided with a water pump and a floating ball level switch. The water pump and float level switch are set in the clarifier. The water pump and float level switch are set in the clarifier< br/>
【技术实现步骤摘要】
混凝土泵管冲洗废水处理再利用系统
[0001]本技术涉及混凝土泵管冲洗
,尤其涉及一种混凝土泵管冲洗废水处理再利用系统。
技术介绍
[0002]浇筑过程中不可避免的要用到混凝土泵管。现有混凝土泵管在使用过程中会造成水资源的巨大浪费。本工程结合工程特点和现场条件,拟设置混凝土泵管冲洗废水处理再利用系统。
技术实现思路
[0003]本技术的目的是为了解决高层或超高层混凝土泵送后混凝土泵管清洗废水直接排放造成环境污染及水资源浪费的问题,本系统能够对泵管冲洗废水循环使用,内部处理、消耗污水,到污水零排放的目的。
[0004]为了实现上述目的,本技术采用了如下技术方案:混凝土泵管冲洗废水处理再利用系统,包括用于汇集泵管冲洗废水的排水立管,所述排水立管与倾斜水管相连通,倾斜水管的出口与固体垃圾池连通,倾斜水管的中上部开口且在开口处设置集水管,集水管与倾斜水管的连接处设置过滤网;
[0005]所述集水管的出口与一级沉淀池相连通,一级沉淀池位于固体垃圾池的右侧,一级沉淀池的右侧依次为二级沉淀池和澄清池,一级沉淀池与二级沉淀池之间通过挡板隔开,挡板的上部开设溢流口与二级沉淀池相通,二级沉淀池与澄清池之间设置有左隔板和右隔板,左隔板的上部与二级沉淀池的顶部连接且下部与二级沉淀池的底部之间设有开口,右隔板的下部与二级沉淀池的底部连接且上部与二级沉淀池的顶部之间设有开口,右隔板的高度低于溢流口的高度,所述澄清池内设置水泵和浮球液位开关。
[0006]所述右隔板的长度为二级沉淀池高度的一半。
...
【技术保护点】
【技术特征摘要】
1.混凝土泵管冲洗废水处理再利用系统,包括用于汇集泵管冲洗废水的排水立管(1),其特征在于:所述排水立管(1)与倾斜水管(2)相连通,倾斜水管(2)的出口与固体垃圾池(5)连通,倾斜水管(2)的中上部开口且在开口处设置集水管(4),集水管(4)与倾斜水管(2)的连接处设置过滤网(3);所述集水管(4)的出口与一级沉淀池(6)相连通,一级沉淀池(6)位于固体垃圾池(5)的右侧,一级沉淀池(6)的右侧依次为二级沉淀池(7)和澄清池(8),一级沉淀池(6)与二级沉淀池(7)之间通过挡板(10)隔开,挡板(10)的上部开设溢流口(9)与二级沉淀池(7)相通,二级沉淀池(7)与澄清池(8)之间设置有左隔板(11)和右隔板(12),左隔板(11)的上部与二级沉淀池...
【专利技术属性】
技术研发人员:白瑞华,李重阳,杜金龙,张瑞原,陈树林,王中华,张舒婷,梁青山,
申请(专利权)人:山西建筑工程集团有限公司,
类型:新型
国别省市:
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