The　human　risk　assessment　model　can　serve　as　a　tool　for　regional　contaminated　site　comprehensive　management.　However,　site-specific　risk　assessment　is　still　seldom　applied　in　China　as　a　basis　for　making　decisions　on　risk　management　actions.　In　this　study,　a　total　of　112　soil　samples　were　collected　from　ten　polluted　sites　in　Southwest　China.　The　human　health　risk　assessment　method　was　used　to　assess　the　risk　of　Cd,　As,　Cu,　Pb,　Cr,　Zn,　and　Hg　pollution.　According　to　the　findings,　the　average　concentrations　of　As,　Zn,　and　Pb　in　contaminated　sites　are　substantially　higher　than　those　of　Cu,　Cd,　Cr,　and　Hg.　Further　studies　conclusively　showed　the　soil　at　contaminated　site　in　its　present　condition　pose　risk　to　human　health　to　potential　future　receptors.　The　main　contribution　of　non-cancer　and　cancer　risks　was　through　incidental　soil　and　dust　ingestion.　The　priority　control　site　remediation　order　is　Region　VI　＞　Region　V　＞　Region　IV　＞　Region　III　＞　Region　VII　＞　Region　X　＞　Region　IX　＞　Region　VIII　＞　Region　I　＞　Region　II.　Finally,　management　recommendations　are　made,　including　reducing　pollutant　intake,　implementing　a　stringent　monitoring　scheme,　utilizing　bioremediation,　and　strengthening　the　implementation　of　relevant　laws.　This　study　provides　a　case　for　the　comprehensive　evaluation　of　soil　pollution　at　contaminated　sites　in　China.