Adsorption　of　phosphorus　by　Zr-based　materials　has　attracted　more　and　more　attention.　However,　the　use　of　these　materials　was　still　limited　due　to　the　influence　of　coexisting　ions　and　poor　regeneration　ability.　In　this　study,　hydrated　zirconia　was　loaded　into　anion　exchange　resin　(D280)　to　develop　phosphorus　adsorption　material　(D280-Zr).　As　a　contrast,　the　phosphorus　adsorption　material　HZO-201　was　prepared　by　hydrating　zirconia　with　large　pore　diameter　anion　resin　D201.　The　samples　were　characterized　by　scanning　electron　microscope　(SEM)　with　an　EDX　(energy　dispersive　X-ray),　X-ray　diffraction　(XRD)　and　Fourier　transform　infrared　spectro-scopy　(FT-IR).　Zirconium　was　successfully　loaded　onto　the　D280　and　surface　hydroxyl　groups　on　D280-Zr　played　a　significant　role.　Through　batch　adsorption　experiments,　the　maximum　adsorption　amount　of　D280-Zr　was　47.2198　mg　P/g　at　temperature　of　30　degrees　C　and　pH　6-7.　Adsorption　isotherms　could　be　described　by　the　Langmuir　model,　and　the　adsorption　kinetics　were　well　described　by　the　pseudo-first-order　and　pseudo-second-order　model.　Co-existing　ions　(Cl-,　NO3(-),　HCO3-)　had　minimum　effect　on　adsorption　performance　with　efficiency　above　80%.　Through　six　cycles　of　regeneration,　the　adsorption　efficiency　was　still　above　80%.　After　treatment　with　D280-Zr　packed　bed　column,　the　effluent　could　meet　the　A　discharge　standard　in　China　of　P　＜　0.5　mg/L　in　wastewater,　and　the　treated　water　volume　reached　about　3500　times　the　bad　volume　(3500　BV).　The　results　illustrated　that　D280-Zr　was　an　effective　phosphorus　adsorption　material.