296Vol.29NO.6JChongqingTechnolBusinessUniv.NatSciEd20126Jun.20121672-058X201206-0063-04*11121.4000672.4007152011-10-202011-11-18.*———2008182009119.1987-.。、。X52A《》“”。“”。。1。、、、。20501988SvenHoeger《Schwimmkampen-Germany’sartificialfloatingislands》、、、、。20901995ILEC、、90。11.1。、、、、、、、、、、、2。3。4。1.25。、。。。、、、、6。22.1471。2。3。4。5。18146292.21。9-11。、、、、PVC。。2。、。。。12。2.3。。413-181。2。3。。4。5。6。19。3。。1。2。3、。。4。5665。1.J.2010448-502.J.200425589-93.J.20062548-94.J.2007585-875.J.2007263-656.J.2008219-207.J.2007331049-518AFIJ.SetupmanualsymposiumdataM.JapanWaterresourcesenvironmenttechnologycenter20019.J.200631613-1610.J.2005113214-2111.J.200320618-2112.D.200813.J.200834523-2514.J.200825421-2415.J.200830193-9616.J.201137234-3617.J.19978188-9218.J.20034236-3919.J.20086201-202ApplicationofArtificialFloatingIslandtoWaterIn-situRemediationWANGTao1ZHOUXiao-qin1SUXiang1GUOXiang21.SchoolofEnvironmentandBioengineeringChongqingTechnologyandBusinessUniversityChongqing400067China2.SchoolofChemistryandChemicalEngineeringSouthwestUniversityChongqing400715ChinaAbstractArtificialfloatingislandiswetlandonwaterandartificialfloatingislandtechnologyisaneffectivewayforthetreatmentofwatereutrophication.Thispaperbrieflydiscussesthestatusquoprincipleanddesignofartificialfloatingislandandproposestheproblemsinartificialfloatingislandsuchaslowcleaningefficiencyun-standardflootingislandtechnologynorelatedcriteriaforchoosingfloatingislandplantsandcarriersandweakanti-windandanti-wavecapacitywhichhead-offthepopularizationofthetechnologyandwhicharethekeyproblemsneedingtobefocusedonandsolved.Keywordsartificialfloatingislandcarrierinsituremediationwetland6629