In　order　to　assess　energy　saving,　CO2　and　conventional　pollutants　abatement　potential　in　the　Beijing-Tianjin-Hebei　(BTH)　region,　the　LEAP　models　were　developed　and　applied　to　analyze　the　energy　consumption,　CO2　and　conventional　pollutants　from　2011　to　2030.　The　BAU　(Business　As　Usual)　scenario　and　four　policy　scenarios　were　designed　to　describe　the　possible　situations　in　the　future.　The　policies　include　clean　energy　consumption　(CEC),　industry　structure　transformation(IST),　energy　efficiency　program(EEP).　The　integrated　scenario　referred　to　the　implementation　of　the　above　three　control　measures.　The　result　show　that　under　the　BAU　scenario　the　total　energy　demand　in　BTH　is　expected　to　reach　2118.25　Mtce　by　2030,　nearly　5　times　of　2011.　The　total　carbon　emissions　in　2030　will　be　3637.96　million　tons,　which　is　about　4　times　of　2011.　And　the　emissions　of　SO2,　NOX,　PM10　and　CO　would　be　approximately　3　times　of　the　value　in　2011.　In　terms　of　different　effects　on　energy-saving　and　pollutants　emission　reduction,　EEP　option　can　cause　more　impacts　on　energy-saving,　reduction　of　CO2,　NOX　and　CO,　that　is,　it　can　reduce　17.48%,　16.48%,　15.90%　and　15.56%　in　2030.　CEC　solution　showed　the　significant　effects　to　reduce　19.16%　and　18.19%　of　SO2　and　PM10　in　2030,　respectively.　IST　policy　has　no　significant　effect　on　the　energy-saving　and　emissions　reduction.　The　integrated　scenario　considered　all　the　above　three　control　measures,　which　can　reduce　more　than　50%　of　energy　consumption　and　pollutants　emissions　in　year　2030.