Adaptive　use　of　local　resources　of　remote　islands　as　well　as　reducing　carbon　emissions　and　neutralizing　heavy　metal　ions　in　the　road　construction　and　operation　of　the　islands　are　important　for　protecting　island　ecosystems　and　human　health.　This　study　innovatively　developed　a　novel　zeolite　modified　cement　stabilized　calcareous　sand　(Z-CSCS)　material.　The　physicochemical　properties　of　the　Z-CSCS　material　were　investigated　using　electrochemical　impedance　spectroscopy　(EIS),　unconfined　compressive　strength　(UCS)　and　computer　tomography　(CT)　tests.　Furthermore,　the　environmental　impact　of　the　Z-CSCS　material　was　evaluated　in　terms　of　both　Pb2+　adsorption　performance　and　a　prospective　life　cycle　assessment　(LCA).　The　results　demonstrated　that　zeolite　could　maintain　its　activity　in　Z-CSCS　material　under　the　designed　mixing　ratios　of　raw　materials.　The　strength　and　porosity　of　Z-CSCS　at　56　days　decreased　by　40.51　%　and　82.75　%,　while　Pb2+　removal　increased　by　91.74　%　at　50　%　dosage　of　activated　zeolite　powder.　X-ray　diffraction　(XRD),　scanning　electron　microscopy　(SEM)　and　energy　dispersive　X-ray　spectroscopy　(EDS)　analyses　indicated　the　exchange　of　Ca2+　by　zeolite　inhibited　the　generation　of　calcium　silicate　hydrate　(C-S-H),　which　weakened　the　connections　between　the　components.　The　adsorption　mechanisms　of　Z-CSCS　on　Pb2+　included　cation　exchange　effect　of　zeolite　and　physical　adsorption　and　chemical　binding　of　C-S-H.　Additionally,　applying　Z-CSCS　to　island　pavement　subgrade　could　significantly　reduce　carbon　emission　and　energy　consumption　up　to　54.87　%　and　66.67　%,　respectively.　Overall,　the　results　demonstrated　the　potential　of　applying　the　Z-CSCS　material　in　the　eco-construction　of　islands.　©　2024