目前国内外都存在疫情情况，这也导致国内外的医院工作繁忙，医院所产生的污水量也非常大，由于很多国家目前没有大的污水处理设备厂家，所以需要从我国购买出口医院污水处理设备帮助他们解决医院污水，下面中侨启迪小编带您了解一下此设备。
 
        出口医院污水处理设备采用生物处理工艺，在总结国内外生活废水处理装置的运行经验的基础上，结合自己的科研成果和工程实践，设计出集去除BOD5、COD、NH3-N于一身，具有技术性能稳定可靠、处理效果好、投资省、自动化运行、维护操作方便、不占地表面积、不需盖房、不需采暖保温等优点。以A/O工艺为主，将设备主体埋在地下，减少节约占地面积，经济全部设置于地下，运行经济，抗冲击浓度能力强，处理效率高，管理维修方便。
 
        出口医院污水处理设备的工作流程为：医院污水经格栅进入调节池后经提升泵进入生物反应器，通过PLC控制器开启曝气机充氧，生物反应器出水经循环泵进入膜分离处理单元，浓水返回调节池，膜分离的水经过快速混合法氯化消毒后，进入中水贮水池池。反冲洗泵利用清洗池中处理水对膜处理设备进行反冲洗，反冲污水返回调节池。
 

        通过生物反应器内的水位控制提升泵的启闭。膜单元的过滤操作与反冲洗操作可自动或手动控制。当膜单元需要化学清洗操作时，关闭进水阀和污水循环阀，打开药洗阀和药剂循环阀，启动药液循环泵，进行化学清洗操作。
 
        出口医院污水处理设备使用高性能玻纤增强PPH复合材料经挤出缠绕制造工艺打造而成，集成预消毒池、脱氯池，并可根据需求增设自动格栅、调节池及污泥池。化粪池或收集管网内的污水通过预处理单元可去除水中较大的漂浮物和一些有害有毒物质。预处理单元选用氯化法消毒工艺，高效安全可靠。为消除余氯对后续生化工序的影响，预处理单元中设脱氯池，去除污水中残留的余氯后进入调节池，在调节池中调节水质、水量。
 
        以上就是中侨启迪小编为您整理的关于出口医院污水处理设备相关的资料了，如果您想要购买出口污水处理设备可以联系我们的客服工作人员或者是到我们公司进行实地考察，我们十分欢迎您的到来！
 
        At present, there is an epidemic situation at home and abroad, which also leads to the busy work of hospitals at home and abroad, and the amount of sewage produced by hospitals is also very large. Because many countries do not have large sewage treatment equipment manufacturers at present, they need to buy export hospital sewage treatment equipment from China to help them solve hospital sewage. The following overseas Chinese enlightenment editor will take you to know about this equipment.
 
        The sewage treatment equipment of export hospital adopts biological treatment process. On the basis of summarizing the operation experience of domestic wastewater treatment devices at home and abroad, combined with their own scientific research achievements and engineering practice, it is designed to remove BOD5, COD and NH3-N. it has the advantages of stable and reliable technical performance, good treatment effect, low investment, automatic operation, convenient maintenance and operation, no surface area, no building, no heating and insulation, etc. The A / O process is mainly used, and the main body of the equipment is buried underground to reduce the floor area. The economy is all set underground, with economic operation, strong impact concentration resistance, high treatment efficiency and convenient management and maintenance.
 
        The work flow of the exported hospital sewage treatment equipment is as follows: the hospital sewage enters the regulating tank through the grid, enters the bioreactor through the lifting pump, starts the aerator for oxygenation through the PLC controller, the effluent from the bioreactor enters the membrane separation treatment unit through the circulating pump, the concentrated water returns to the regulating tank, and the membrane separated water enters the reclaimed water storage tank after chlorination and disinfection by the rapid mixing method. The backwash pump uses the treated water in the cleaning tank to backwash the membrane treatment equipment, and the backwash sewage returns to the regulating tank.
 
        The opening and closing of the lift pump is controlled by the water level in the bioreactor. The filtration operation and backwashing operation of the membrane unit can be controlled automatically or manually. When the membrane unit needs chemical cleaning operation, close the water inlet valve and sewage circulating valve, open the chemical cleaning valve and reagent circulating valve, and start the liquid medicine circulating pump for chemical cleaning operation.
 
        The sewage treatment equipment of export hospital is made of high-performance glass fiber reinforced PPH composite through extrusion winding manufacturing process. It integrates pre disinfection tank and dechlorination tank, and can add automatic grid, regulating tank and sludge tank according to demand. The sewage in the septic tank or collection pipe network can remove large floating objects and some harmful and toxic substances in the water through the pretreatment unit. The pretreatment unit adopts chlorination disinfection process, which is efficient, safe and reliable. In order to eliminate the impact of residual chlorine on subsequent biochemical processes, a dechlorination tank is set in the pretreatment unit. After removing the residual chlorine in the sewage, it enters the regulating tank, where the water quality and quantity are regulated.