摘要
针对传统制革污水处理方法中NH3-N去除率低、步骤复杂、处理效果不稳定、较难达到排放标准等问题,以河北东明皮革污水处理站为依托,引进原菌种利用自制培养活化的菌液,进行了工程应用试验,并对皮革污水的处理工艺进行了优化改进。结果表明,该优化改进的皮革污水处理工艺具有在高泥高氧条件下进行高消化率的特点:制革污水产生污泥量大幅降低,达≤0.6 kg/m^3;且NH3-N、COD均有明显下降,分别达≤6 mg/L和≤200 mg/L,为制革企业污水处理方式提供了参考。
The traditional tannery wastewater treatment methods appeared many problems,such as low NH3-N removal rate,complex process,unstable processing,which are difficult to meet emission standards.In this paper,using a self-made activated bacterial solution,engineering test was carried out to optimize the traditional treatment process of leather sewage.The results showed that the optimized leather sewage treatment process displayed the characteristics with high digestibility under high mud and high oxygen conditions.The amount of sludge produced per cubic meter of sewage was greatly reduced,reaching ≤0.6 kg/m^3;and NH3-N and COD were significantly reduced,reaching ≤6 mg/L and ≤200 mg/L,respectively.This provides a reference for the sewage treatment methods of tanneries.
作者
范闪
丁绍兰
谢胜虎
银德海
FAN Shan;DING Shaolan;XIE Shenghu;YIN Dehai(College of Bioresources Chemical and Materials Engineering,Shaanxi University of Science&Technology,Xi’an 710021,China;School of Environmental Science and Engineering,Shaanxi University of Science&Technology,Xi’an 710021,China;Hebei Dongming Industrial Group Co.,Ltd.,Xinji 052360,China;Leather Research Institute of Hebei,Xinji 052360,China)
出处
《皮革科学与工程》
CAS
北大核心
2020年第1期13-16,22,共5页
Leather Science and Engineering
基金
河北省重点研发计划项目（编号：18273606D）“制革废水的生物增效耦合吸附技术研发与工程示范”
关键词
制革污水
菌种
污泥减量化
tannery wastewater
strain
sludge volume
