Constrained　by　technical　problems　such　as　ice　barrier,the　production　method　of　ice　slurry　is　currently　difficult　to　guarantee　the　large　scale　steady　production.　In　order　to　improve　the　current　method　and　apparatus,a　new　dynamic　ice　slurry　making　apparatus　named　spiral　scraping　ice　slurry　generation　was　developed.　It　combines　the　supercooled　ice-making　method　and　scraping　ice-making　method.　Taking　glycol　solution　as　the　ice-making　solution,the　performance　of　the　new　apparatus　was　analyzed　both　theoretically　and　experimentally.　The　results　showed　that　the　new　apparatus　runs　steadily　and　can　be　easily　operated.　The　ice　slurry　as　product　has　good　flowability,with　the　maximum　ice　packing　factor　of　13.684%.　The　ice　crystal　particles　in　ice　slurry　distributes　uniformly,and　generally　present　as　strip　or　oblate,with　an　average　area　of　between　10-9m2　and　10-8m2.　The　IPF　of　the　ice　slurry　would　increase　over　time　firstly　and　then　decrease,and　finally　it　would　keep　stable　at　a　constant　value.　Decreasing　the　flow　of　ice-making　solution　or　reducing　the　initial　inlet　temperature　of　the　coolant　would　shorten　the　initiation　time　of　apparatus　producing　ice　slurry　and　increase　the　IPF　of　ice　slurry.　While　increasing　the　flow　of　ice-making　solution　or　accelerating　the　rotary　speed　of　spiral　slicker　would　make　the　ice　crystal　particles　in　ice　slurry　smaller.　©　2017,　Chemical　Industry　Press.　All　right　reserved.