科创水医生——电镀废水处理方案

科创水医生——电镀废水处理方案

isresponsibleforOrganizationtraining,andimplementation,andcheck;12,masterworkshopsannualeconomicindicatorsofimplementation,reportingtofinancialhealthonaregularbasis;13,isresponsibleforthedailyoversightintheallocationanduseoffunds;14,responsibleforallDepartmentstatistics,collecting,sorting,reportingofaccountingreports;15,thecompanyresponsibleforthesupervisionoftheTreasury,includingthe"thirdgrade"library,alibraryofmaterials,productsforregularinventoryhandling,sampling,storagemonitoring,thepickingwork,andprovidetheinventoryreport,andmaketheappropriateaccountingtreatment;16,responsibleforwasteandrecycling,transportationandsettlement;17,isresponsibleforallproductsalesaccountingfunctions;18,responsibleforthecompany'srawmaterials,auxiliarymaterials,accountmanagement;19,isresponsiblefortheflowofcontrolofallassetsofthecompany,accordingtothechangesinaccountingtreatmentoffixedassetsandassetstothedepartmentsresponsibleforclearing,settlementandassetmonthlyreportsubmittedtotheassetmanagementsectionoftheFinanceDepartmentofthecompanyorganizedonacompany-widespecialinspectionofassetmanagement;20,accordingtothecompany'sbusinessactivities,monthlyprojectsinvolvedinthebusinessactivitiesofthecompany(includingexpenses,businessmanagement,costcontrol,cashflow,revenue,etc)financialanalysis,provideabasisfordecisionsforthecompany,thebusinessofthecompanyresponsibleformonitoring,forecastingandriskanalysis;21,responsibleforthesettlementoftransactionswiththeBank;22,is行业污水处理——电镀污水处理目录一、电镀废水2二．电镀废水治理技术21.传统方法22.传统方法存在的问题3三、“科创水医生”——电镀废水解决方案41、概念42、核心技术42.1PCBR——多孔陶瓷生物反应器4电镀废水处理工艺实例63.“科创水医生”电镀废水处理工艺93.1原理93.2作用机理93.3主要优势104．结论10科创水医生——电镀废水处理方案摘要：科创水医生经过多年对行业污水的处理，通过与北京大学环境工程研究所经过多次的污水处理实验，共同研发出的科创高效复合净水剂在电镀污水行业的应用。科创水医生特整理出这样一份电镀污水处理方案，愿文章中的方法和观点能对有这方面需求的人起到一个抛砖引玉的效果。一、电镀废水电镀是利用化学和电化学方法在金属或在其它材料表面镀上各种金属。电镀技术广泛应用于机器制造、轻工、电子等行业。电镀废水的成分非常复杂，除含氰(CN-)废水和酸碱废水外，重金属废水是电镀业潜在危害性极大的废水类别。根据重金属废水中所含重金属元素进行分类，一般可以分为含铬(Cr)9/9nisresponsibleforOrganizationtraining,andimplementation,andcheck;12,masterworkshopsannualeconomicindicatorsofimplementation,reportingtofinancialhealthonaregularbasis;13,isresponsibleforthedailyoversightintheallocationanduseoffunds;14,responsibleforallDepartmentstatistics,collecting,sorting,reportingofaccountingreports;15,thecompanyresponsibleforthesupervisionoftheTreasury,includingthe"thirdgrade"library,alibraryofmaterials,productsforregularinventoryhandling,sampling,storagemonitoring,thepickingwork,andprovidetheinventoryreport,andmaketheappropriateaccountingtreatment;16,responsibleforwasteandrecycling,transportationandsettlement;17,isresponsibleforallproductsalesaccountingfunctions;18,responsibleforthecompany'srawmaterials,auxiliarymaterials,accountmanagement;19,isresponsiblefortheflowofcontrolofallassetsofthecompany,accordingtothechangesinaccountingtreatmentoffixedassetsandassetstothedepartmentsresponsibleforclearing,settlementandassetmonthlyreportsubmittedtotheassetmanagementsectionoftheFinanceDepartmentofthecompanyorganizedonacompany-widespecialinspectionofassetmanagement;20,accordingtothecompany'sbusinessactivities,monthlyprojectsinvolvedinthebusinessactivitiesofthecompany(includingexpenses,businessmanagement,costcontrol,cashflow,revenue,etc)financialanalysis,provideabasisfordecisionsforthecompany,thebusinessofthecompanyresponsibleformonitoring,forecastingandriskanalysis;21,responsibleforthesettlementoftransactionswiththeBank;22,is行业污水处理——电镀污水处理废水、含镍(Ni)废水、含镉(Cd)废水、含铜(Cu)废水、含锌(Zn)废水、含金(Au)废水、含银(Ag)废水等。电镀废水的治理在国内外普遍受到重视，研制出多种治理技术，通过将有毒治理为无毒、有害转化为无害、回收贵重金属、水循环使用等措施消除和减少重金属的排放量。随着电镀工业的快速发展和环保要求的日益提高，目前，电镀废水治理已开始进入清洁生产工艺、总量控制和循环经济整合阶段，资源回收利用和闭路循环是发展的主流方向。二．电镀废水治理技术1.传统方法针对我国家目前电镀行业废水的处理现状的统计和调查，广泛采用的主要有7不同分类的方法：1）化学沉淀法，又分为中和沉淀法和硫化物沉淀法；2）氧化还原处理，分为化学还原法、铁氧体法和电解法；3）溶剂萃取分离法；4）吸附法；5）膜分离技术；6）离子交换法；7）生物处理技术，包括生物絮凝法、生物吸附法、生物化学法、植物修复法。目前电镀废水的处理方法一般采用物化法之分流——综合两段处理。前段处理多分三支水：铬水、氰水和综合水（铜镍锌水）。铬水用还原剂使之变价还原，氰水用两级氧化破氰，铜镍锌水直接与前两股水汇合而成为综合水。后段处理综合水，基本上是用碱（烧碱或9/9nisresponsibleforOrganizationtraining,andimplementation,andcheck;12,masterworkshopsannualeconomicindicatorsofimplementation,reportingtofinancialhealthonaregularbasis;13,isresponsibleforthedailyoversightintheallocationanduseoffunds;14,responsibleforallDepartmentstatistics,collecting,sorting,reportingofaccountingreports;15,thecompanyresponsibleforthesupervisionoftheTreasury,includingthe"thirdgrade"library,alibraryofmaterials,productsforregularinventoryhandling,sampling,storagemonitoring,thepickingwork,andprovidetheinventoryreport,andmaketheappropriateaccountingtreatment;16,responsibleforwasteandrecycling,transportationandsettlement;17,isresponsibleforallproductsalesaccountingfunctions;18,responsibleforthecompany'srawmaterials,auxiliarymaterials,accountmanagement;19,isresponsiblefortheflowofcontrolofallassetsofthecompany,accordingtothechangesinaccountingtreatmentoffixedassetsandassetstothedepartmentsresponsibleforclearing,settlementandassetmonthlyreportsubmittedtotheassetmanagementsectionoftheFinanceDepartmentofthecompanyorganizedonacompany-widespecialinspectionofassetmanagement;20,accordingtothecompany'sbusinessactivities,monthlyprojectsinvolvedinthebusinessactivitiesofthecompany(includingexpenses,businessmanagement,costcontrol,cashflow,revenue,etc)financialanalysis,provideabasisfordecisionsforthecompany,thebusinessofthecompanyresponsibleformonitoring,forecastingandriskanalysis;21,responsibleforthesettlementoftransactionswiththeBank;22,is行业污水处理——电镀污水处理石灰）、聚合氯化铝（PAC）和有机絮凝剂（PAM），具体操作是：把综合水的pH值提到10~13，碱浓度大而迫使碱与重金属的反应向生成氢氧化物的方向进行。由于pH>9,排放口又得用酸中和使pH值降到9以下。2.传统方法存在的问题1）前处理三支污水的划分不符合生产实际，因为污水是以混合态存在的，彼此渗透、彼此融合，只不过铬水以铬为主、氰水以氰为主、铜镍锌三合水中三价元素居多。2）理论上讲，氰水要分开处理是因为氰在酸液中会生成毒性极强的HCN（氰酸），它的挥发势必造成人的中毒。但是，多数氰水本身就是pH<6的液体，如果要挥发就可能在车间,而不会流到污水池再挥发。再说氰酸本身是液体，只不过是挥发温度低（26℃），那么外界温度<26℃时就不存在挥发问题了。3）人工强制以超碱使重金属生成氢氧化物沉淀在污泥中，具有不科学之处：i从化学反应原理上说，在任何酸碱度条件下，都存在反应平衡，水中不存在任何重金属的情况是不存在的；ii不同的重金属形成氢氧化物的最佳酸碱度（pH值）不同，对某种重金属最适合的pH值范围，对另一些金属可能已是重新溶解的pH值条件，难以同时达到所有金属的最佳pH；由于二段处理是超碱除重金属，最后的排放水也必然超碱，这就势必要在排放口向水中加酸，以求pH值达到排放标准。加酸的结果，那些尚未沉淀的微细的氢氧化物迅速发生分解，重金属又回到水中。iii由于分流——综合两道污水处理，工程装置自然就比较复杂，从而造成工程建设投资大、时间长。9/9nisresponsibleforOrganizationtraining,andimplementation,andcheck;12,masterworkshopsannualeconomicindicatorsofimplementation,reportingtofinancialhealthonaregularbasis;13,isresponsibleforthedailyoversightintheallocationanduseoffunds;14,responsibleforallDepartmentstatistics,collecting,sorting,reportingofaccountingreports;15,thecompanyresponsibleforthesupervisionoftheTreasury,includingthe"thirdgrade"library,alibraryofmaterials,productsforregularinventoryhandling,sampling,storagemonitoring,thepickingwork,andprovidetheinventoryreport,andmaketheappropriateaccountingtreatment;16,responsibleforwasteandrecycling,transportationandsettlement;17,isresponsibleforallproductsalesaccountingfunctions;18,responsibleforthecompany'srawmaterials,auxiliarymaterials,accountmanagement;19,isresponsiblefortheflowofcontrolofallassetsofthecompany,accordingtothechangesinaccountingtreatmentoffixedassetsandassetstothedepartmentsresponsibleforclearing,settlementandassetmonthlyreportsubmittedtotheassetmanagementsectionoftheFinanceDepartmentofthecompanyorganizedonacompany-widespecialinspectionofassetmanagement;20,accordingtothecompany'sbusinessactivities,monthlyprojectsinvolvedinthebusinessactivitiesofthecompany(includingexpenses,businessmanagement,costcontrol,cashflow,revenue,etc)financialanalysis,provideabasisfordecisionsforthecompany,thebusinessofthecompanyresponsibleformonitoring,forecastingandriskanalysis;21,responsibleforthesettlementoftransactionswiththeBank;22,is行业污水处理——电镀污水处理三、“科创水医生”——电镀废水解决方案1、概念“科创水医生”致力于为您提供专属的废水解决方案。“科创水医生”是超越科创投资（北京）有限公司与北京大学环境科学与工程学院等单位共同合作创立的治水品牌。“科创水医生”拥有开拓性、进取性的节能环保理念，具有创新、独特的产品和技术，致力于解决市政污水、垃圾渗滤液、电镀废水、造纸废水、印染废水以及电子、医药、化工、发电、食品加工及涂装等行业的复杂水污染处理问题。2、核心技术2.1PCBR——多孔陶瓷生物反应器PCBR（PorousCeramicsBio-Reactor，多孔陶瓷生物反应器），是台湾全盛兴资源科技股份有限公司经多年技术合作研发出多孔性生物陶瓷反应器系统，适用于市政污水、化工废水、垃圾渗滤液浓缩液等一系列高浓度有机、重金属污（废）水处理系统。膜生物反应器（MBR）是一种将膜分离技术与生物处理单元相结合的污水处理工艺，近年来倍受关注。常规好氧MBR工艺能耗较大，运行费用较高，在工程应用上受到了一定程度的制约。PCBR在传统的膜生物反应器（MBR）的基础上进行了改良，反应器全由环保材质所构成，可重复再生利用，无二次污染。滤材是大量颗粒状材质所组成之开放型多孔柱状体，具有多孔性，表面具有离子交换以及吸附截留功能，有利于微生物附着生长。其最大的优势是能同时提供好氧性及兼氧性微生物良好生长环境，取代了传统生物法处理污水时需要同时设置好氧池、兼氧池和厌氧池的弊端，大大节省设备和运营费用。对于BOD、COD、SS以及氨氮等污染物质去除具有显著的效果。9/9nisresponsibleforOrganizationtraining,andimplementation,andcheck;12,masterworkshopsannualeconomicindicatorsofimplementation,reportingtofinancialhealthonaregularbasis;13,isresponsibleforthedailyoversightintheallocationanduseoffunds;14,responsibleforallDepartmentstatistics,collecting,sorting,reportingofaccountingreports;15,thecompanyresponsibleforthesupervisionoftheTreasury,includingthe"thirdgrade"library,alibraryofmaterials,productsforregularinventoryhandling,sampling,storagemonitoring,thepickingwork,andprovidetheinventoryreport,andmaketheappropriateaccountingtreatment;16,responsibleforwasteandrecycling,transportationandsettlement;17,isresponsibleforallproductsalesaccountingfunctions;18,responsibleforthecompany'srawmaterials,auxiliarymaterials,accountmanagement;19,isresponsiblefortheflowofcontrolofallassetsofthecompany,accordingtothechangesinaccountingtreatmentoffixedassetsandassetstothedepartmentsresponsibleforclearing,settlementandassetmonthlyreportsubmittedtotheassetmanagementsectionoftheFinanceDepartmentofthecompanyorganizedonacompany-widespecialinspectionofassetmanagement;20,accordingtothecompany'sbusinessactivities,monthlyprojectsinvolvedinthebusinessactivitiesofthecompany(includingexpenses,businessmanagement,costcontrol,cashflow,revenue,etc)financialanalysis,provideabasisfordecisionsforthecompany,thebusinessofthecompanyresponsibleformonitoring,forecastingandriskanalysis;21,responsibleforthesettlementoftransactionswiththeBank;22,is行业污水处理——电镀污水处理图3.1.1PCBR-生物反应器PCBR生物反应器具有保养维修方便，COD负荷率高，可增加废水处理量，移转方便，节省成本，氧气传效率高、节省电能，可与活性污泥法并用（直接装设于曝气池），并且适用于生物难分解废水处理单元。在台湾地区污水处理行业应用广泛，已应用的行业有生活污水、工业废水、高浓度氨氮废水等行业的应用，在台湾地区积累了大量的应用案例，目前该技术专利在国内获得以下专利：专利（1）——多孔性的陶瓷体的制法及其产品，专利号CNA。专利（2）——多孔性的陶瓷体，专利号CNY。专利（3）——微生物载体模组，专利号CNY。PCBR同时在台湾地区获得了专利，新型专利号为第二一五九〇五号和发明专利第I号，在日本地区获得了新案专利登录第号。表3.1.2生物填料产品对照表序号PCBR绳状滤料蜂巢式滤料材质天然陶石人工石化产品人工石化产品施工法悬挂式固定式固定式9/9nisresponsibleforOrganizationtraining,andimplementation,andcheck;12,masterworkshopsannualeconomicindicatorsofimplementation,reportingtofinancialhealthonaregularbasis;13,isresponsibleforthedailyoversightintheallocationanduseoffunds;14,responsibleforallDepartmentstatistics,collecting,sorting,reportingofaccountingreports;15,thecompanyresponsibleforthesupervisionoftheTreasury,includingthe"thirdgrade"library,alibraryofmaterials,productsforregularinventoryhandling,sampling,storagemonitoring,thepickingwork,andprovidetheinventoryreport,andmaketheappropriateaccountingtreatment;16,responsibleforwasteandrecycling,transportationandsettlement;17,isresponsibleforallproductsalesaccountingfunctions;18,responsibleforthecompany'srawmaterials,auxiliarymaterials,accountmanagement;19,isresponsiblefortheflowofcontrolofallassetsofthecompany,accordingtothechangesinaccountingtreatmentoffixedassetsandassetstothedepartmentsresponsibleforclearing,settlementandassetmonthlyreportsubmittedtotheassetmanagementsectionoftheFinanceDepartmentofthecompanyorganizedonacompany-widespecialinspectionofassetmanagement;20,accordingtothecompany'sbusinessactivities,monthlyprojectsinvolvedinthebusinessactivitiesofthecompany(includingexpenses,businessmanagement,costcontrol,cashflow,revenue,etc)financialanalysis,provideabasisfordecisionsforthecompany,thebusinessofthecompanyresponsibleformonitoring,forecastingandriskanalysis;21,responsibleforthesettlementoftransactionswiththeBank;22,is行业污水处理——电镀污水处理维修、更换不需要停水停工需要停水停工需要停水停工与活性污泥池合用效果好不可不可去氨氮能力高差差反冲洗不需要需要需要曝氧耗能小中大污泥产生量低中中原始比表面积35000m2/m3217m2/m3105m2/m3比表面积25000m2/m3200m2/m3105m2/m3电镀废水处理工艺实例2.2科创高效复合净水剂科创高效复合净水剂是我公司与北京大学环境工程研究所合作开发的新型净水剂。该净水剂中无机组分和有机组分以共价键结合，兼具无机絮凝剂和有机高分子絮凝剂的优点，具有良好的稳定性，不仅能去除水中胶体颗粒物（如水源水和污水中的浊度、有机物、细菌、病毒等）、磷、氟、砷等，还可以高效去除传统物化处理难以去除的分子量小于500的溶解性污染物（如双氯芬酸、尼氟灭酸、PFOA等）。9/9nisresponsibleforOrganizationtraining,andimplementation,andcheck;12,masterworkshopsannualeconomicindicatorsofimplementation,reportingtofinancialhealthonaregularbasis;13,isresponsibleforthedailyoversightintheallocationanduseoffunds;14,responsibleforallDepartmentstatistics,collecting,sorting,reportingofaccountingreports;15,thecompanyresponsibleforthesupervisionoftheTreasury,includingthe"thirdgrade"library,alibraryofmaterials,productsforregularinventoryhandling,sampling,storagemonitoring,thepickingwork,andprovidetheinventoryreport,andmaketheappropriateaccountingtreatment;16,responsibleforwasteandrecycling,transportationandsettlement;17,isresponsibleforallproductsalesaccountingfunctions;18,responsibleforthecompany'srawmaterials,auxiliarymaterials,accountmanagement;19,isresponsiblefortheflowofcontrolofallassetsofthecompany,accordingtothechangesinaccountingtreatmentoffixedassetsandassetstothedepartmentsresponsibleforclearing,settlementandassetmonthlyreportsubmittedtotheassetmanagementsectionoftheFinanceDepartmentofthecompanyorganizedonacompany-widespecialinspectionofassetmanagement;20,accordingtothecompany'sbusinessactivities,monthlyprojectsinvolvedinthebusinessactivitiesofthecompany(includingexpenses,businessmanagement,costcontrol,cashflow,revenue,etc)financialanalysis,provideabasisfordecisionsforthecompany,thebusinessofthecompanyresponsibleformonitoring,forecastingandriskanalysis;21,responsibleforthesettlementoftransactionswiththeBank;22,is行业污水处理——电镀污水处理该净水剂最佳投药范围较宽，除浊脱色效果良好，可广泛应用于给水净化、废水处理中的除浊、脱色、固液分离等过程，尤其对高浓度COD废水具有很强的去除作用。高效复合净水剂图片：科创高效复合净水剂具有较强的电中和能力，有利于吸附水中带有电荷的粒子，使粒子凝聚成大的颗粒而沉淀。科创复合净水剂的长链特性有利于胶体颗粒架桥吸附从而实现颗粒的凝聚，大大提高了净水能力，具有快速、高效的絮凝效果。主要优势：9/9nisresponsibleforOrganizationtraining,andimplementation,andcheck;12,masterworkshopsannualeconomicindicatorsofimplementation,reportingtofinancialhealthonaregularbasis;13,isresponsibleforthedailyoversightintheallocationanduseoffunds;14,responsibleforallDepartmentstatistics,collecting,sorting,reportingofaccountingreports;15,thecompanyresponsibleforthesupervisionoftheTreasury,includingthe"thirdgrade"library,alibraryofmaterials,productsforregularinventoryhandling,sampling,storagemonitoring,thepickingwork,andprovidetheinventoryreport,andmaketheappropriateaccountingtreatment;16,responsibleforwasteandrecycling,transportationandsettlement;17,isresponsibleforallproductsalesaccountingfunctions;18,responsibleforthecompany'srawmaterials,auxiliarymaterials,accountmanagement;19,isresponsiblefortheflowofcontrolofallassetsofthecompany,accordingtothechangesinaccountingtreatmentoffixedassetsandassetstothedepartmentsresponsibleforclearing,settlementandassetmonthlyreportsubmittedtotheassetmanagementsectionoftheFinanceDepartmentofthecompanyorganizedonacompany-widespecialinspectionofassetmanagement;20,accordingtothecompany'sbusinessactivities,monthlyprojectsinvolvedinthebusinessactivitiesofthecompany(includingexpenses,businessmanagement,costcontrol,cashflow,revenue,etc)financialanalysis,provideabasisfordecisionsforthecompany,thebusinessofthecompanyresponsibleformonitoring,forecastingandriskanalysis;21,responsibleforthesettlementoftransactionswiththeBank;22,is行业污水处理——电镀污水处理科创净水剂对去除污水中高cod，高bod，硫化物，氰化物，高磷，氨氮的去除效果显著。图3.1.3目前该技术在国内获得以下专利：专利（1）：一种共价键型无机有机复合絮凝剂、制备工艺及其应用.授权号：CNB，ZL专利号：0.8专利（2）：一种聚硅铝絮凝剂、制备工艺及其应用.授权号：CNB，ZL专利号：9.53.“科创水医生”电镀废水处理工艺3.1原理科创水医生采用“PCBR生物反应器+科创高效复合净水剂”的方法处理电镀废水，实现生化处理工艺和物化处理工艺的完美结合，能够高效去除水体中的复杂污染物质。针对电镀废水，采用PCBR生物反应器采用PCBR生物反应器作为主要构筑物，进行生化预处理，然后按照废水排放要求投加定量的科创高效复合净水剂并辅加某些助剂强化对电镀废水的处理效果。3.2作用机理多孔介质PCBR在污水的作用下迅速挂膜，微生物在膜上迅速生成，其所具有的特性有离子交换性、吸附性、化学转化性、催化性等加速污染物与其反应，科创高效复合净水剂与已经和污染物作用过的衰老、死亡的微生物以及污染物胶体作用形成大的絮凝体，絮凝体在重力作用下沉淀。最后使用固液分离技术将水与底泥分离。底泥可以使用科创高效重金属稳固剂进行处理。9/9nisresponsibleforOrganizationtraining,andimplementation,andcheck;12,masterworkshopsannualeconomicindicatorsofimplementation,reportingtofinancialhealthonaregularbasis;13,isresponsibleforthedailyoversightintheallocationanduseoffunds;14,responsibleforallDepartmentstatistics,collecting,sorting,reportingofaccountingreports;15,thecompanyresponsibleforthesupervisionoftheTreasury,includingthe"thirdgrade"library,alibraryofmaterials,productsforregularinventoryhandling,sampling,storagemonitoring,thepickingwork,andprovidetheinventoryreport,andmaketheappropriateaccountingtreatment;16,responsibleforwasteandrecycling,transportationandsettlement;17,isresponsibleforallproductsalesaccountingfunctions;18,responsibleforthecompany'srawmaterials,auxiliarymaterials,accountmanagement;19,isresponsiblefortheflowofcontrolofallassetsofthecompany,accordingtothechangesinaccountingtreatmentoffixedassetsandassetstothedepartmentsresponsibleforclearing,settlementandassetmonthlyreportsubmittedtotheassetmanagementsectionoftheFinanceDepartmentofthecompanyorganizedonacompany-widespecialinspectionofassetmanagement;20,accordingtothecompany'sbusinessactivities,monthlyprojectsinvolvedinthebusinessactivitiesofthecompany(includingexpenses,businessmanagement,costcontrol,cashflow,revenue,etc)financialanalysis,provideabasisfordecisionsforthecompany,thebusinessofthecompanyresponsibleformonitoring,forecastingandriskanalysis;21,responsibleforthesettlementoftransactionswiththeBank;22,is行业污水处理——电镀污水处理3.3主要优势1）彻底改变长期以来分流处理的传统工艺，把铬水、氰水、综合水等混合起来进行处理，纠正了分流处理所存在的某些严重错误，弥补了传统工艺所存在的弊端。2）经一段处理即可完全解决问题，改变了传统的两段处理模式。3）由于上述两点，污水处理的工程装置大大简化，基建投资和工程建设时间大幅度减少。4）传统的处理方法，从理论上分析是不可能达标的，大量的实践也证明了该工艺的确不能达到排放标准。采用本法可以实现废水稳定地达标排放。4．结论经过长时间来的研究和实践，以及对理论上的探讨，结合目前的实际，我们在对各种工艺进行完全的比较（包括药剂的性价比、工程建设的投资、运营及管理等）之后，认为采用“科创水医生”处理电镀可以保证出水的水质达到电镀污染物排放标准（GB21900-2008）.该工艺目前已在多家电镀厂实施和稳定运行，还在研究和不断的完善之中。如果您有难处理的污水需要处理，可以将您的排污量、污水水质以及排放要求告诉“科创水医生”，我们在获知您的污水处理需求后，会主动与您沟通并免费为您提供针对性的解决方案。9/9