Amid　China＇s　rapid　economic　expansion,　the　country＇s　industrial　solid　waste　(ISW)　problem　is　escalating.　As　each　sector　generates　distinct　types　of　ISW,　a　multi-indicator　assessment　of　each　sector　is　essential　to　address　China＇s　New　Solid　Waste　Policy.　To　investigate　the　ISW　situation　of　each　sector　and　perform　a　comprehensive　assessment,　we　formulate　an　industrial　solid　waste　ecological　analysis　framework　based　on　ISW　generation　and　ISW　flow　in　the　sector.　Various　indicators　(i.e.,　solid　waste　utilization　coefficient,　solid　waste　threat　coefficient,　and　solid　waste　threat　intensity)　are　employed　to　assess　the　utilization　of　solid　waste　generated　for　each　sector,　as　well　as　the　threat　of　solid　waste　originating　in　each　sector　to　society.　Ecological　network　analysis　probes　the　interrelationships　between　diverse　sectors.　Taking　Shanghai　in　2017　as　an　example,　the　study　indicates　that　some　sectors　(e.g.,　production　and　supply　of　electric　power　and　heat　power　(EH)　and　metal　smelting　and　rolling　processing　sector　(MS))　exhibit　higher　direct　ISW　generation　and　the　direct　industrial　solid　waste　value-added　coefficient　(SVAC)　for　common　industrial　solid　waste　(CISW).　Specifically,　the　direct　CISW　generation　of　EH　and　MS　is　539.21Mt　and　277.00Mt　respectively.　The　direct　SVAC　of　EH　and　MS　is　157.06kg/103RMB　and　126.27kg/103RMB　respectively.　These　sectors　should　prioritize　reducing　emissions　at　the　source.　Additionally,　the　threats　to　society　from　various　sectors　are　relatively　insignificant　for　the　CISW,　while　for　the　hazardous　waste　(HW),　all　sectors　pose　a　considerable　threat　to　Shanghai＇s　society.　Moreover,　some　sectors　(e.g.,　mining　industry)　exhibit　the　highest　mutualism　relationships　in　the　CISW　and　the　HW.　Enhancing　mining　sector　technologies　is　a　vital　strategy　for　mitigating　ISW　sources.　Specifically,　MI　has　9　pairs　of　mutualism　relationships　in　the　CISW　and　8　pairs　in　the　HW.　These　insights　will　provide　empirical　evidence　for　tackling　the　ISW　problem　in　Shanghai.