摘要： 以福建泉州某工业集控区为例，对传统老化污水处理工艺进行提标改造，改造后出水满足《纺织染整工业水污染物排放标准》（GB 4287—2012）表2排放标准。工程实践表明，采用“混合调节-物化-生化-MBR-高级氧化”的工艺组合，对COD高达1 500 mg/L的印染行业混合废水处理至稳定达标具有明显优势。投资额度和运营成本也在可接受范围之内。
关键词:
提标改造,
印染废水,
设计与应用
Abstract: Taking a centralized control zone of industry in Quanzhou,Fujian Province,China,as the example,the traditional and aged wastewater treatment technologies have been upgraded and modified. After the modification,the effluent reaches Table 2 standard,specified in the Discharge Standards of Water Pollutants for Dyeing and Finishing of Textile Industry(GB 4287-2012). The engineering practice shows that the combined process,mixed regulation-physical chemistry-biochemistry-MBR-advanced oxidation,has significant superiority to stably reach the standards for the treatment of mixed wastewater(COD 1 500 mg/L) of printing and dyeing industries. In addition,the investigation limit and running costs are in the acceptable range.
Key words:
upgrading and modification,
printing and dyeing wastewater,
design and application
中图分类号:
常莎, 卢浩, 邴永鑫, 陈尧, 虢清伟, 陈思莉, 陈鼎豪, 冯立师, 易仲源, 曾圣科. 印染废水提标改造工艺设计与应用实例[J]. 工业水处理, 2018, 38(11): 99-102.
Chang Sha, Lu Hao, Bing Yongxin, Chen Yao, Guo Qingwei, Chen Sili, Chen Dinghao, Feng Lishi, Yi Zhongyuan, Zeng Shengke. Design and application examples of upgrading and modification technologies for printing and dyeing wastewater[J]. INDUSTRIAL WATER TREATMENT, 2018, 38(11): 99-102.