In　recent　years,　Beijing　has　been　more　often　confronted　with　serious　haze　pollution,　especially　in　autumn　and　winter.　The　People＇s　Government　of　Beijing　Municipality　has　adopted　a　package　of　measures　to　control　the　haze　pollution　with　its　best　efforts.　To　objectively　evaluate　how　effective　these　haze　pollution　control　measures　are　from　different　perspectives　and　in　an　all-round　way,　it　is　necessary　to　adopt　a　scientific　and　reasonable　approach.　Based　on　the　Balanced　Scorecard　(BSC)　idea,　we　establish　a　system　of　indexes　to　evaluate　the　government　performance　of　Beijing　in　haze　pollution　control　from　the　four　perspectives　of　development　quality,　public　services,　government　management　and　development　potential,　and　use　a　combination　of　analytic　hierarchy　process　(AHP)　and　entropy　weight　method　(EWM)　to　determine　the　index　weights,　and　objectively　evaluate　Beijing＇s　performance　in　haze　pollution　control　from　2010　to　2016.　The　results　show　that　the　scores　for　the　four　perspectives　are　all　on　the　rise,　and　since　the　implementation　of　the　Air　Pollution　Prevention　and　Control　Action　Plan　in　2013,　the　government＇s　haze　pollution　control　measures　have　achieved　significant　results,　and　made　a　much　higher　overall　score.　On　that　basis,　we　propose　the　optimized　path　for　Beijing＇s　haze　pollution　control,　namely,　accelerating　the　upgrading　of　development　quality,　improving　the　public　services　level,　strengthening　the　government　management,　tapping　the　development　potential　of　haze　pollution　control　and　increasing　the　linkage　and　cooperation　between　the　governments　of　Beijing,　Tianjin　and　Hebei.