In　this　study,　a　kinetic　model　was　developed　based　on　Hom-Haas　model　to　describe　the　total　membrane　fouling　resistance　(R-tf　(t))　during　the　chemical　cleaning　process　of　0.1　Am　PAN　microfiltration　(MF)　membrane　fouled　with　activated　sludge　suspension　from　submerged　membrane　bioreactors　(SBR).　The　quantitative　effects　of　different　chemical　cleaning　conditions　(temperature,　TMP　and　stirring　speed)　on　model　parameters　were　determined.　Results　showed　that　the　cleaning　efficiency　of　NaOCl　was　superior　compared　to　SDS　and　NaOH.　Furthermore,　the　chemical　cleaning　activation　energy　and　the　surface　free　energy　between　the　foulants　and　the　membrane　for　NaOCl　cleaning　process　was　maximum.　Meanwhile,　the　model　played　an　excellent　agreement　(R-2＞0.90)　with　NaOCl/NaOH/SDS　cleaning　process　under　different　conditions　for　0.1　pm　PAN　membrane　fouled　with　activated　sludge　suspension.　Moreover,　the　model　was　also　possessed　higher　accuracy　with　other　suspension　(yeast　suspension)　and　membrane　(0.1　Am　PVDF).　(C)　2017　Institution　of　Chemical　Engineers.　Published　by　Elsevier　B.V.　All　rights　reserved.