Fine　particles　pose　a　dangerous　threat　to　our　environment　and　human　health.　Although　a　series　of　air　filters　have　been　developed,　to　achieve　high　removal　efficiency　while　maintaining　a　low　pressure　drop　is　still　a　challenging　task.　Herein,　we　introduce　an　additional　force　into　action　-　the　space　charge　when　designing　the　filter　to　capture　the　particulate　matters　(PMs).　The　corona　discharge　drives　the　PMs　toward　graphene　aerogel　filter　under　the　imposed　electrostatic　force.　The　prepared　filter　displays　a　very　high　PM　removal　efficiency　and　low　pressure　drop　under　an　extremely　high　concentration　(＞　10000　mu　g/m(3))　of　both　non-oily　particles　(＞　99.9%)　and　oily　particles　(＞　99.6%).　In　addition,　the　filter　also　has　the　advantages　of　being　active,　reusable,　and　flame-retardant.　This　charged　graphene　aerogel　filter　(CGAF)　is　very　stable　and　can　withstand　10　times　washing　and　5-min　burning.