基于CiteSpace的生物膜法污水處理技術(shù)文獻計量研究

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文章編號：1674-6139（2025）05-0060-05

中圖分類號：X703.1文獻標志碼：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

隨著經(jīng)濟社會的快速發(fā)展和工業(yè)化進程的不斷推進，水體污染問題愈加嚴重，因此，人們對水凈化技術(shù)的需求也日益提高，迫切需要尋找成本效益高、可持續(xù)發(fā)展的水處理方法。（剩余5163字）