Organic-inorganic　composite　material　is　a　kind　of　functional　material　with　certain　characteristics　that　combines　polymer　materials　and　other　inorganic　substances　in　a　specific　way.　It　has　been　widely　used　in　industry,　construction,　electronics,　transportation　and　other　fields.　However,　organic-inorganic　composite　materials　will　face　periodic　scrapping　problems　due　to　their　own　material　life　and　performance　degradation.　Traditional　processing　technologies　such　as　accumulation,　landfill,　mechanical　separation,　hydrometallurgy　and　incineration　power　generation　not　only　have　a　negative　impact　on　the　environment,　but　also　cannot　make　full　use　of　the　residual　value　of　the　composite　material.　Therefore,　how　to　realize　the　environmental　protection　and　high-value　recycling　of　organic-inorganic　composite　materials　has　become　one　of　the　current　research　hotspots.　Compared　with　the　existing　conventional　technology,　the　pyrolysis　is　both　environmentally　friendly　and　economical　in　the　recycling　of　waste　organic-inorganic　composite　materials　and　has　received　continuous　attention　in　recent　years.　This　article　focuses　on　four　types　of　typical　organic-inorganic　composite　materials,　respectively　are　waste　enameled　wires,　waste　circuit　boards,　waste　tires　and　waste　fan　blades,　which　have　a　large　amount　of　waste,　high　difficulty　in　being　recycled　and　potential　of　resource　utilization.　This　article　also　summarizes　the　latest　research　results　of　pyrolysis　recovery　technology,　and　then　puts　forward　the　main　problems　that　need　to　be　solved　urgently　in　the　current　studies.　In　the　end,　this　article　looks　forward　to　the　future　work　and　hopes　to　provide　references　for　further　research　in　this　field.　©　2021,　Materials　Review　Magazine.　All　right　reserved.