The paper used integrated Anammox-SAnMBR (submerged anaerobic MBR) reactor to culture anammox bacteria. At the same time the MBR fouling was effectively alleviated through cyclic aeration using nitrogen generated from the oxidation of anommox bacteria. The reactor has been successfully operated for 69 days through choosing anammox floc sludge. Through experiments, the nitrogen load of the reactor is up to 1.8 kg /m3·d and the nitrogen removal rate is up to 83%. The aeration has no significant effect on bacterial activity and particle size of anammox. Moreover, the system of recycle gas sparging was used to wash membrane surface. Compared to the condition without, the aeration is 0.2 m3/h, the use cycle of membrane last from 4 days to 28 days. used. The paper used Lawrence-McCarty model to study the kinetic characteristics of Anammox bacteria. The real yield coefficient (（YT) of Anammox sludge is 0.17 mg/mg NO-2-N and the decay coefficient (Kd) is 0.01 d-1. The increase rate of anammox is improved. The culture of anammox in membrane bioreactor has better advantage than other reactors.