We　report　a　novel　strategy　of　integrating　microbial　fuel　cell　(MFC)　with　microbial　immobilization　technology　(MIT)　in　a　sequencing　batch　reactor　(SBR)　to　test　the　performance　of　nitrate　removal　for　the　first　time.　Results　showed　that　MFC　could　enhance　nitrate　removal　in　the　novel　integrated　system,　especially　for　wastewater　with　low　carbon-to-nitrogen　ratios,　and　the　nitrate　removal　efficiency　reached　91.35%　in　the　lab-scale　integrated　system,　including　12.25%　nitrate　consumption　by　MFC　in　one　typical　cycle.　The　anode　of　MFC　recovered　energy　in　the　form　of　electricity,　floating　cathode　of　MFC　prevented　the　loss　of　immobilized　denitrifying　bacteria　particles　and　degraded　a　portion　of　nitrate,　and　the　maximum　voltage　production　of　MFC　was　0.246　V.　The　novel　integrated　system　in　this　paper　showed　excellent　nitrate　removal　performance　and　it　will　be　a　highly　potential　novel　setup　for　efficient　nitrate　removal　of　wastewater　treatment.