Porous　materials　are　emerging　recyclable　electrocatalysts　that　exhibit　many　advantages　such　as　rich　pore　environments,　tunable　structures　and　functionalities,　and　large　specific　surface　areas.　However,　the　research　of　these　materials　in　organic　electrocatalysis　is　promising　but　only　emerged　recently.　In　this　review,　we　summarized　the　latest　research　progress　of　porous　carbon　materials,　metal-organic　frameworks　(MOFs),　and　covalent-organic　frameworks　(COFs)　in　organic　electrocatalysis,　focusing　on　their　structural　optimization,　electrochemical　performance,　and　reaction　mechanisms.　In　addition,　the　main　challenges　and　future　directions　in　this　field　were　also　discussed.　We　hope　that　this　review　can　inspire　more　research　interest　of　synthetic　organic　chemists　in　the　development　of　porous　electrocatalysts　in　organic　electrocatalysis.