The　recently　published　IPCC　AR6　once　again　emphasized　the　importance　of　CH4　mitigation　in　global　warming　abatement.CH4　is　one　of　the　most　important　short-life　GHGs.　Since　many　countries　committed　to　the　new　C02　emission　reduction　targets　of　carbon　neutrality　either　by　2050　or　before　2060,　programs　focusing　on　CH4　e-mission　reduction　have　been　increasing,　and　consequently　CH4　emission　reduction　is　becoming　one　of　the　key　areas　for　national　and　global　GHG　mitigation　and　international　collaboration.This　paper　presents　CH4　emission　scenarios　for　China　based　on　the　energy　transition　with　the　carbon　neutrality　target,　together　with　mitigation　technology　options　in　other　non-energy　activities,　by　applying　the　IPAC　model.With　the　two　scenarios　used　in　the　modeling　analysis,　it　is　found　that,　with　the　energy　transition,　there　will　be　significant　CH4　emission　reduction　by　2050.　The　reason　for　this　is　the　reduced　use　of　fossil　fuels　in　the　transition,　with　67%　CH4　emission　reduction　compared　with　that　in　2015.compared　with　other　sectors,　CH4　emission　reduction　in　energy　sector　has　better　synergy.　If　more　CH4　mitigation　is　required,　then　reduced　demand　for　nature　gas　may　be　a　contributor.By　combining　this　with　O3　reduction,　and　since　NOt　is　a　precursor　of　O3,　by　2050　NOx　emission　will　mainly　originate　from　natural　gas　combustion　in　the　energy　transition.In　the　meantime,　CH4　emission　mitigation　from　non-energy　sectors　also　bears　great　potential.In　the　low-CH4　emission　scenario,　CH4　emission　could　be　reduced　by　14.　94　Mt　by　2050,　with　58%　reduction　compared　with　2015.　©　Journal　of　Army　Medical　University.