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Synopsis : Dephosphorization of molten carbon saturated iron with CaO-FeCl2 flux was investigated in a laboratory scale test. By using CaO-FeCl2 flux of 100 kg/t, 90% dephosphorization is possible together with desulphurization of 80-90% when the molten carbon saturated iron has silicon, manganese and chromium content less than 0.05 %, respectively. In a graphite crucible test, dephosphorization of 60% is achieved even when molten carbon saturated iron has 16-18% chromium content. The dephosphorization with CaO-FeCl2 flux is considered to be due to oxidation with (FeO) which is formed by the reaction between CaO and FeCl2. This is similar to the results obtained using CaO-CaCl2FeO flux.

Dephosphorization of Molten Carbon Saturated Iron with CaO-FeCl<SUB>2</SUB> Flux