A whole set of wastewater treatment equipment, comprising a bracket (1), the reaction tank (2), the reaction tank (3), the reaction tank (4), the reaction tank (5), the reaction tank (6), (7), isolation cover overflow overflow isolation cover (8), isolation cover (overflow 9), isolation cover (10), the overflow sewage water inlet pipe (11), (12), tracheal drainage pipe (13) and a sludge pump (14), (15), drug dosing tube container (16), (17), drug pump sensor (18), (the 19 filter layer), water tank (20), the control system (21), sewage pump (22), fan (23), backwash pump (24), which is characterized in that the bracket (1) is arranged at the bottom of the reaction tank; by the different sizes of the tank are sleeved into the center The reaction tank (6) to remove the drop height of the cascade, a reaction tank (2) in each reaction tank outside in turn from outside to inside cover with an isolation cover (7), an isolation cover (8), an isolation cover (9), an isolation cover (10), the reaction overflow isolation cover the pool is divided into two parts with the center of the bottom; reaction tank (6) is arranged in the water inlet pipe (11); the reaction tank (2) than in the reaction tank is arranged on the side wall of the sewage pipe (13), drainage tube (13) is arranged on the bottom of the import reaction tank, sewage pipe (13) the upper part of each other on after sludge pump (14); in the reaction tank is equipped with a dosing pipe (15) and (12), trachea dosing tube (15) is connected to the other end of the medicine container (16), is arranged in the middle part of the drug pump (17), dosing The tube (15) lower ring pipe, circular tube are uniformly arranged on the opening, Chong (12) for the lower part of trachea ring pipe, ring pipe is provided with openings; each reactor are arranged in the detection device (18); removing the center reaction pool, Chong (12) and tracheal Dosing Pipe (15) arranged outside the overflow isolation cover in each reaction pool, export in the overflow isolation cover opening at the bottom; in the reaction tank (2) is arranged at the bottom of the appropriate position of the filter layer (19), in the upper overflow outlet is provided with a water tank (20); in the external control system with PLC (21), and a sewage inlet pump (22), fan (23), backwash pump (24).
【技术实现步骤摘要】
【国外来华专利技术】专利说明 一、
本技术涉及环保
,特别是一种污水处理设备二、
技术介绍
传统的工业废水处理设备中,罐、池,反应槽、床等大小容器众多,连接管路繁复,占地面积较大,通用性不强并且多需要专业人员管理。对于现今发展迅速的小企业来说,这类废水处理设备已不适用。小企业大多厂区小,没有废水处理方面的专业人员。所以急需一种占地很小,操作简便的小型工业废水处理设备。三
技术实现思路
本技术的目的就是提供一种以小流量,难处理的工业废水为主要处理对象的新型废水自动处理设备。本技术采取以下技术方案包括有支架1、反应池2、反应池3、反应池4、反应池5、反应池6、溢流隔罩7、溢流隔罩8、溢流隔罩9、溢流隔罩10、污水进水管11、冲气管12、排污管13、污泥泵14、加药管15、药品容器16、药品定量泵17、传感器18、滤料层19、集水槽20、控制系统21、污水进水泵22、风机23、反冲洗水泵24,支架1设置在底部;各反应池由尺寸不同的水箱套接而成,由中心反应池6向外高度梯级下降,除去最外一个反应池2在每个反应池外部由外向内依次罩有溢流隔罩7,溢流隔罩8,溢流隔罩9,溢流隔罩10,溢流隔罩将反应池分隔成底部相通的两部分;中心反应池6内设置有污水进水管11;除反应池2以外的反应池在侧壁上设置有排污管13,排污管13进口设置在反应池底部,排污管13上部互相接通后接污泥泵14;在各反应池内均装有加药管15和冲气管12,加药管15另一端接药品容器16,中部设置有药品定量泵17,加药管15下部为圆环管,圆环管上均匀设置有开口,冲气管12下部为圆环管,圆环管上设置有开口;各反应池内均设有检测装置 ...
【技术保护点】
【技术特征摘要】
【国外来华专利技术】
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