Resource　utilization　of　ever-increasing　waste　plastics,　identified　as　the　most　effective　avenue　for　achieving　value　recovery　and　reducing　the　environmental　impact,　has　received　extensive　concerns　worldwide.　This　review　critically　summarizes　the　recent　advancements　in　the　catalytic　pyrolysis　of　polyolefin　plastics　over　various　zeolite-based　materials,　i.e.　metal-loaded　zeolites,　hierarchical　zeolites　and　nanocrystalline　zeolites.　Much　emphasis　is　placed　on　the　topic　of　aromatic　hydrocarbons　production　from　zeolites　catalyzed　polyolefin　plastics　pyrolysis,　with　a　focus　on　the　applied　zeolite-based　materials　as　well　as　the　pyrolysis　characteristics　and　product　distribution.　In　addition,　some　related　aspects　involved　in　polyolefin　plastics　pyrolysis,　such　as　deactivation　mechanism　of　zeolites,　coking　inhibition,　catalyst　regeneration　and　influence　of　impurities,　were　also　system-atically　discussed.　And　finally,　the　challenge　and　outlook　in　the　sustainable　development　for　catalytic　pyrolysis　of　polyolefin　plastics　into　high-value　products　are　put　forward.