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作 者:郭学飞 Guo Xuefei(Shanxi Huayang Biodegradable New Materials Co.,Ltd.,Yangquan Shanxi 045200,China)
机构地区:[1]山西华阳生物降解新材料有限责任公司,山西阳泉045200
出 处:《山西化工》2024年第12期129-131,共3页Shanxi Chemical Industry
摘 要:在废水处理中,基于废水成分的复杂性影响,单一、传统的降解处理技术存在不足,需要进行处理技术的融合应用。为此,以某企业的废水处理为例,基于有机污染物的处理需求,提出了电Fenton+生物电化学的综合性处理技术,并从材料准备、测定方法选择等方面进行技术方案完善。其次,从废水降解中的三维荧光光谱变化、荧光区域积分标准体积变化出发,对废水降解中的溶解性有机物进行降解研究。最后,对生物电化学技术的综合性处理效果进行讨论,废水处理效果良好。In wastewater treatment,due to the complexity of wastewater components,single and traditional degradation treatment technologies have shortcomings and require the integration and application of treatment technologies.For this reason,taking the wastewater treatment of a certain enterprise as an example,based on the treatment needs of organic pollutants,a comprehensive treatment technology of electric Fenton+bioelectrochemical was proposed,and the technical scheme was improved from the aspects of material preparation and determination method selection.Secondly,starting from the changes in three-dimensional fluorescence spectra and fluorescence area integration standard volume in wastewater degradation,the degradation of dissolved organic compounds in wastewater degradation is studied.Finally,the comprehensive treatment effect of bioelectrochemical technology was discussed,and the wastewater treatment effect was good.
分 类 号:X703[环境科学与工程—环境工程]
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