As　a　part　of　National　Major　Strategy,　the　integration　in　Beijing-Tianjin-Hebei　region　has　aroused　increasing　public　attention.　To　further　promote　the　pace　of　integration　process,　it　is　prior　to　solve　the　problems　of　environmental　degradation　and　resource　scarcity.　Beijing,　as　the　core　of　the　economic　circle　in　the　integration,　plays　a　more　crucial　role　in　further　solving　environmental　and　resource　problems,　while　there　is　still　a　long　way　to　go　to　improve　the　environmental　quality　and　enhance　living　conditions　of　people.　Economy-wide　material　flow　analysis　(EW-MFA)　could　be　adopted　to　explore　the　relationships　among　economic　development,　resource　consumption　and　environmental　degradation,　providing　scientific　instructions　for　solving　problems　related　to　environment.　In　this　paper,　the　metabolic　model　of　the　throughput　in　Beijing　was　established　by　applying　EW-MFA,　and　the　metabolic　flux,　metabolic　intensity　and　metabolic　trends　of　energy,　resources　and　pollutants　from　1992　to　2014　was　analyzed.　There　was　a　general　upward　trend　in　material　input　and　output　of　Beijing　from　1992　to　2014.　Minerals　and　fossil　fuels　were　the　major　parts　of　its　material　output.　Influenced　by　social　and　economic　development,　the　tendency　of　material　input　in　Beijing　showed　a　pattern　of　initial　rise　and　then　decline.　Meanwhile,　the　efficiency　of　Beijing＇s　material　metabolism　had　been　improved　continually.　In　order　to　tackle　the　resource　and　environment　problems　in　Beijing,　the　traditional　development　concept　of　solely　pursuing　material　wealth　while　ignoring　impacts　on　environment　needs　to　be　changed.　Continuous　promotion　of　technological　innovation　and　adjustment　of　industrial　structure　is　a　possible　way　to　achieve　sustainable　social　and　economic　development.　©　2017,　Science　Press.　All　right　reserved.