Electronic　waste　(e-waste)　is　one　of　the　fastest　growing　and　most　valuable　waste.　In　industry,　the　final　disposal　of　e-waste　is　usually　through　copper　smelting　and　followed　by　electro-refining.　Compared　to　the　conventional　copper　anode　slime,　the　anode　slime　from　e-waste　smelting　is　much　more　valuable　and　complicated.　The　major　components　are　gold,　silver,　tin,　lead　and　antimony.　In　this　paper,　an　integrated　process　has　been　put　forward　to　recycle　these　metals.　To　decrease　the　dissolution　of　impurities　and　enhance　gold　recovery　rate,　NaClO3-NaCl-H2SO4　solution　was　chosen　as　leaching　agent　for　gold　recovery.　The　concentration　of　Cl-　and　H+　can　be　controlled　by　the　leaching　system.　After　selective　extraction　of　gold　and　silver,　the　residue　mainly　consists　of　PbSO4,　SnO2　and　Sb2O5.　Then　PbSO4　was　dissolved　and　removed　in　HCl-NaCl-CaCl2　solution　at　95　degrees　C.　SnO2　and　Sb2O5　were　transformed　into　soluble　materials　via　alkali　smelting　with　NaOH.　The　Na2SnO3　was　recovered　by　washing,　evaporation　and　crystallization.　The　insoluble　matter,　mainly　containing　NaSbO3,　was　leached　by　the　HCl-NaCl　solution,　followed　by　hydrolysis　and　aging.　The　results　showed　that,　under　the　optimum　conditions,　the　direct　recovery　ratio　of　Au,　Pb,　Sn,　and　Sb　was　98.1%,　99.1%,　92.3%　and　97.1%,　respectively.　Moreover,　the　wastewater　was　reused　as　much　as　possible.　This　integrated　process　is　highly　efficient　and　environmental　conservation.　(C)　2017　Elsevier　Ltd.　All　rights　reserved.