Solid　waste　disposal　and　management　have　become　a　global　problem,　which　is　particularly　tricky　in　China　with　its　large　population　and　rapid　urbanization.　This　study　focused　on　the　disposal　status　of　multi-source　solid　waste　as　well　as　the　park　management　of　some　typical　cities　of　China.　Firstly,　the　main　technical　methods　for　solid　waste　disposal　were　summarized　as　follows:　landfill,　incineration,　anaerobic　digestion　and　aerobic　compost.　Secondly,　the　network　analysis　method　was　applied　to　seek　an　optimized　method　for　solid　waste　disposal　and　management.　Thirdly,　typical　demonstration　parks　for　solid　waste　disposal　and　management　were　analyzed　to　study　their　respective　operating　modes　and　strategies　for　synergistic　development　in　terms　of　resources,　environment　and　economy　and　to　explore　the　sustainable　development　potential　of　the　Guangdong-Hong　Kong-Macao　operating　mode.　The　results　showed　that　the　collaborative　disposal　and　recycling　of　solid　waste　are　important　for　cities　(especially　megacities)　to　achieve　resource　conservation　and　environmental　protection.　The　NIMBY　effect　and　environmental　pollution　risks　caused　by　decentralized　construction　could　be　reduced　through　the　construction　of　circular　industrial　parks.　Advanced　technologies　and　the　national　policy　for　solid　waste　disposal　and　recycling　in　industrial　parks　of　small-medium　cities,　large-medium　cities　and　megacities　were　systematically　analyzed　so　as　to　explore　a　self-operating　management　mode　of　industrial　parks.　Finally,　reasonable　suggestions,　such　as　sharing,　saving　and　cycling　and　propaganda　education,　as　well　as　green　and　low-carbon　solutions　were　put　forward　for　solid　waste　disposal　and　management　in　typical　industrial　parks,　effectively　resolving　the　contradiction　between　economic　development　and　environmental　protection　so　as　to　help　urban　sustainable　development.