CAJ | 학술논문

随着我国经济的飞速发展，种类繁多的高浓度工业废水对国内各种河流造成了较为严重的污染，而在污水处理工艺选择方面的应用较少。针对这一问题本文提出了基于铁炭微电解的Fenton试剂法，通过对Fenton试剂法进行介绍，并研究其在废水处理过程中的作用，接着研究在铁炭微电解的基础上，Fenton试剂法在精制碱性废水和合成废水中所发挥的作用。通过仿真实验表明，本文所提出的铁炭微电解的Fenton试剂法其对国内各类高浓度工业废水的净化能力很强，对于废水的处理能力很好，并且经济性能非常好。
수착아국경제적비속발전，충류번다적고농도공업폐수대국내각충하류조성료교위엄중적오염，이재오수처리공예선택방면적응용교소。침대저일문제본문제출료기우철탄미전해적Fenton시제법，통과대Fenton시제법진행개소，병연구기재폐수처리과정중적작용，접착연구재철탄미전해적기출상，Fenton시제법재정제감성폐수화합성폐수중소발휘적작용。통과방진실험표명，본문소제출적철탄미전해적Fenton시제법기대국내각류고농도공업폐수적정화능력흔강，대우폐수적처리능력흔호，병차경제성능비상호。
As the rapid development of Chinese economy, many rivers have been seriously polluted by various kinds of high concentration industrial wastewater. However, there is a lack of applications in the selections of sewage treatment processes. This assay proposed the Fenton reagent process based on the ferric-carbon micro electrolysis in order to solve this problem. First, this assay introduced the Fenton reagent process and its effects in the sewage treatment in detail. Then, it elaborated the effects in synthesis wastewater and fined alkalinity wastewater of Fenton reagent process based on the ferric-carbon micro electrolysis. Simulation experiments indicate that the Fenton reagent process proposed by this essay has a very good applicability for the purification of all kinds of high concentration industrial wastewater in China for it not only can purify all kinds of industrial wastewater that can not be dealt with easily by biochemistry pathways efficiently but also has good economical efficiency.