MetCal軟件在沸騰爐處理硫化銅礦設計中的應用

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中圖分類號：TF811 文獻標志碼：B 文章編號：1004-4345（2025）03-0021-05

Abstract Thefludizedbedroastingofcoppersulfideconcentrateincludes threeforms：oxidationroasting，vulcanizationroasting， and semi-vulcanization roasting.Taking a copper sulfide concentrate with a copper grade of 60% and a sulfur grade of 17% in the DemocraticRepublicofCongoasthebject，afluidizedbedroastingsystem model wasconstructedusingMetCal softwarebasedon the parameters such as wind- ?to- ore ratio of 1.5m3/kg and oxygen excess coefficient of 1.2，to simulate the mass balance，heat balance， and gas composition under diffrent roasting conditions.The results indicate that the oxidation roasting （ S 750 A ） requires sulfur adding to maintain heat balance，the vulcanization roasting （650＼～670 C ）requires7.36 t/h cooling water to control overheating，The semi （20 vulcanization roasting （（700 C ） is the critical point of heat balance at 40% acidification rate（SO volume fraction of 0.719% ）. The calculation of furnacehearth area（ ?22m ），optimization of sulfur addition mode and design of the cooling system can provide data support for the engineering solution of the fluidized bed roaster.

Keywordscopper sulfideores;fluidized-bedroasting;MetCal;processsimulation;oxidationroastig;vulcanizationroasting; semi-vulcanization roasting

隨著濕法煉銅技術的發(fā)展，其在銅冶煉行業(yè)中的應用比例日益提高。（剩余4627字）