Three　SBR　reactors　were　used　to　inoculate　activated　sludge　from　sewage　treatment　plants　in　this　experiment.　R1was　used　high　SGV　continuous　aeration,　R2　was　used　low　SGV　continuous　aeration,　and　R3　was　used　low　SGV　intermittent　aeration　to　cultivate　aerobic　granular　sludge　in　actual　domestic　sewage,　and　explore　the　effect　of　different　SGV　aeration　conditions　on　the　formation　of　aerobic　granular　sludge　and　the　effect　of　system　processing.　After　120　days　of　incubation,　the　particle　sizes　of　R1,　R2　and　R3　were　(754±78)μm,　(812±86)μm　and　(1183±93)μm,　respectively.　The　denitrification　and　phosphorus　removal　effect　of　R3　was　better　than　that　of　R1　and　R2.　The　results　show　that　the　application　of　low　SGV　intermittent　aeration　strategy　can　realize　the　cultivation　of　aerobic　granular　sludge　in　actual　domestic　sewage,　and　the　system　had　good　denitrification　and　phosphorus　removal　performance.　The　proportion　of　denitrifying　phosphorus-removing　organisms　(DPAO)　to　phosphorous　accumulating　organisms　(PAO)　was　24.75%.　©　2021,　Editorial　Board　of　China　Environmental　Science.　All　right　reserved.