基于CiteSpace的生物膜法污水处理技术文献计量研究

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文章编号：1674-6139（2025）05-0060-05

中图分类号：X703.1文献标志码：A

Bibliometric Analysis of Biofilm Wastewater Treatment Technology Based on CiteSpace Zhang Kaiyuan1，Chen Jian²，Li Guijie³，Liu Hanhu1，Zhang Shuangsheng

（1.SchoolofEnvironmentand Spatial Informatics，ChinaUniversityof Miningand Technology，Xuzhou2116，China； 2.Huaibei City Drainage Co.，Ltd.，Huaibei 23500o，China； 3.Zhaoyuan Municipal Construction Engineering Quality Supervision Station. Zhaoyuan 265199，China； 4.Environmental Engineering College，Xuzhou Institute of Technology，Xuzhou 221018，China）

Abstract：Inordertograsptheresearchtrendinthefieldofbiofilmwastewatertreatment，CiteSpacesoftwarewasusedtomakea bibliometricnalysisof23O3researchpaperseatedtobiofilmwastewatertreatmentinWOScoredatabasefrom20l3toO23.Theresults showthatChinaisattheoreoftecooperationnetworkinthefeldofiofl，andthereseachistitutionswittehighestberf papersareallfromhina.Theesearchadutilizationofanaerobicammonaoxidationprocess，dentrificationofswage，treamentof petrochemicalwastewaterbyiofilmmethodandpreventionandtreatmentofmembraneplltionaretheresearchstatusinthiseld.Bio filmtreatmentect，ewagedeitrfatiodiofiprossareeesechotspotsintseldesarchndlaiofr latedprocessesofnaerobicammoiaoidationtemovalofoganicmicropolutatsandtheesearchofmovingbedbiofilractor （MBBR）are theresearch frontiersinthe fieldof biofilm.

Keywords：biofilm；anammox；CiteSpace；MBBR；sewage treatment

前言

随着经济社会的快速发展和工业化进程的不断推进，水体污染问题愈加严重，因此，人们对水净化技术的需求也日益提高，迫切需要寻找成本效益高、可持续发展的水处理方法。（剩余5163字）