To　solve　the　problem　of　lower　hydration　activities　of　ground　iron　and　steel　slag　(GISS)　caused　by　its　lower　solubility,　the　dissolution　properties　of　ground　iron　and　steel　slag　influenced　by　triethanolamine　(TEA),　triisopropanolamine　(TIPA)　and　diethanol-isopropanolamine　(DEIPA)　in　the　alkaline　environment　were　investigated.　Conductivity　meter,　pH　meter,　inductively　coupled　plasma　atomic　emission　spectroscopy　(ICP-AES)　and　eight-channel　isothermal　calorimetry　meter　were　used　to　perform　the　dissolution　properties　of　ground　iron　and　steel　slag.　Results　show　that　three　types　of　alkanolamines　enhanced　the　conductivity　in　the　aqueous　phase　of　ground　iron　and　steel　slag　and　reduced　the　pH.　The　main　performance　concludes　that　the　main　concentration　of　Fe,　Ca,　Al　elements　in　the　aqueous　phase　are　promoted　by　alkanolamines,　the　impact　of　TEA　and　DEIPA　are　more　effective　than　that　of　TIPA;　alkanolamines　accelerated　the　heat　of　dissolution　and　the　maximum　exothermic　peak　of　hydration,　which　farther　confirms　that　the　dissolution　of　ground　iron　and　steel　slag　is　accelerated　by　alkanolamines.　©　2016,　Editorial　Department　of　Journal　of　Beijing　University　of　Technology.　All　right　reserved.