HIGHLIGHTS
SUMMARY
In high-speed steels vanadium is alloyed between 1 and 4 mass pct to increase wear resistance.[1] During the production of vanadium-alloyed steels, the VOx content in the slag can also increase to up to 5 mass pct.[2] More environmentally friendly iron- and steelmaking, like the direct reduction process with hydrogen, can also increase the VOx content in the slags. The aim of this work is to investigate the phosphorus partition between the crude steel and high basic BOF slag as a function of V2O5 content. To check the possible achievability . . .
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