Flood　disasters　have　appeared　more　frequently　in　recent　years　because　of　climate　change　and　urbanization,　and　Integrated　Flood　Risk　Management　(IFRM)　has　emerged　as　an　effective　method　to　reduce　damage　from　these　floods.　This　research　studies　IFRM　methods　in　three　aspects:　flood　risk　identification　of　high-risk　areas,　flood　risk　assessment　to　quantify　economic　losses,　and　flood　risk　management　to　identify　structural　measures　with　the　greatest　engineering　benefits.　These　methods　were　applied　to　Beijing　as　a　case　study,　and　the　results　showed　that　the　Zuoan-Road　area　was　a　high-risk　area　with　economic　losses　ranging　from　0.7　million　to　35.9　million　euros　over　different　return　periods.　There　are　five　structural　measures　in　Zuoan-Road　area,　with　engineering　benefits　ranging　from　0.97　to　1.60　over　different　return　periods,　and　the　one　with　the　greatest　engineering　benefits　had　a　fifty-year　return　period.　The　results　of　this　research　can　be　used　to　support　urban　flood　risk　management　in　Beijing.