As　an　important　catalytic　material,　Beta　zeolite　is　widely　used　in　petrochemical,　coal　chemical　and　environmental　protection　fields,　but　its　conventional　hydrothermal　synthesis　process　has　problems　such　as　high　cost,　low　yield　per　kettle　and　large　waste　water　discharge.　This　article　presents　a　green　and　economic　strategy　to　synthesize　Beta　zeolite　from　natural　mineral　via　a　mesoscale　depolymerization-reorganization　approach.　The　proposed　methodology　results　in　a　Beta　zeolite　(denoted　as　Beta-Anhyd)　owning　abundant　meso-　and　macro-pores,　larger　specific　surface　area　and　lower　acid　amount　than　a　commercial　sample　(Beta-Ref).　The　Beta-Anhyd　derived　catalyst　(Beta-Anhyd-Deal)　that　was　prepared　by　a　two-step　post-synthesis　method　consisting　of　the　dealumination　of　Beta-Anhyd　and　the　incorporation　of　tin　shows　much　better　catalytic　performance　in　the　propane　dehydrogenation　reaction　than　the　reference　one　(Beta-Ref-Deal).　©　2022　Chemical　Industry　Press.　All　rights　reserved.