In　this　study,　an　economic　loss　assessment　framework　was　proposed　to　evaluate　the　economic　losses　of　urban　waterlogging　based　on　the　integrated　catchment　management　(ICM)　model　and　information-based　network　environ　analysis　(NEA).　First,　the　urban　waterlogging　model　was　constructed　based　on　the　ICM　model　to　simulate　the　submerged　depth,　inundated　area　and　duration　of　waterlogging.　Second,　the　initial　waterlogging　risk　of　different　economic　sectors　was　combined　with　the　submerged　depth-disaster　loss　rate　curve.　Last,　the　information-based　NEA　was　employed　to　quantify　the　distributed　control　relationships　among　different　economic　sectors.　The　results　of　a　case　study　of　Beijing　showed　that　direct　economic　loss　can　reach　16.3　billion　yuan　in　a　recurrence　period　of　once　in　50　years.　Forty　percent　of　the　waterlogging　risk　was　transferred　to　the　downstream　regions　or　sectors　via　the　national　supply　chain.　The　proposed　economic　loss　assessment　framework　may　help　promote　waterlogging　prevention　strategies.　©　2023　Elsevier　B.V.