The　synthesis　of　graphene　supported　TiO2(b)　nanosheets　by　a　double　hydrothermal　method　for　lithium　storage　was　reported.　The　titanate　nanosheets　synthesized　by　the　first　hydrothermal　progress　and　the　graphene　oxide　obtained　by　the　oxidation　of　graphite　were　hydrothermally　treated　together　to　fabricate　the　TiO2(b)/graphene　composite.　The　electrochemical　measurements　illustrate　that　the　graphene　supporter　obviously　improves　the　cyclic　performance　of　TiO2(b),　which　can　be　attributed　to　the　better　dispersion　and　the　decrease　of　resistance　for　the　TiO2(b)　nanosheets　in　the　composite.