The　abandoned　contaminated　site　remediation　has　been　recognized　valuable　for　their　redevelopment　bringing　social,　economic　and　environmental　benefits.　The　risk　assessment　is　a　key　step　in　the　process　of　contaminate　site　remediation.　However,　in　terms　of　experience　of　contaminated　site　risk　assessment,　China　is　in　the　early　stage.　A　challenge　for　decision　makers　responsible　for　clean-up　of　contaminated　sites　has　been　the　understanding　the　crucial　role　of　risk　assessment　in　the　process　of　contaminated　site　remediation.　In　this　study,　a　site-specific　human　health　risk　assessment　was　used　to　prioritize　the　high-risk　sites　contaminated　with　heavy　metals　(As,　Cd,　Hg,　Pb,　and　Zn)　in　Luoma　site,　located　in　Hechi　City,　China.　It　is　found　that,　for　As,　Cd,　Pb　and　Zn,　the　China＇s　soil　threshold　value　exceeded　in　96%,　78%,　35%,　and　43%　of　analyzed　soil　samples,　respectively.　Further　studies　conclusively　showed　the　soil　at　Luoma　site　in　its　present　condition　pose　non-cancer　and　cancer　risks　to　potential　future　receptors.　The　main　contribution　of　non-cancer　and　cancer　risks　was　through　oral　intake.　As　and　Pb　were　the　dominant　substances　responsible　for　cumulative　risk　and　sub-areas　which　require　to　remediate.　The　obtained　results　have　confirmed　the　environment　effects　and　high　human　health　risk　at　Luoma　site.　They　may　also　be　used　to　provide　scientific　basis　for　contaminated　remediation　and　redevelopment.