The invention provides a treatment method for water containing
vanadium,
chromium and iron and a
smelting process for high
chromium vanadium titanium magnetite concentrate. The treatment method for the water containing
vanadium,
chromium and iron comprises the following steps: filling the water containing vanadium, chromium and iron; controlling temperature of the water containing vanadium, chromium and iron to be higher than a theoretical
liquidus temperature of 65-120 DEG C, carrying out bottom blowing, and adding a desilicification agent into a steel
ladle in batches; removing
slag in the steel
ladle or dumping and discharging the
slag; blowing
oxygen into the water containing vanadium, chromium and iron under the condition that gas is introduced into the steel
ladle in a bottom blowing way, wherein
oxygen blowing amount is controlled to be 23-32Nm<3> per
ton iron, and controlling temperature of the water containing vanadium, chromium and iron in an
oxygen blowing process to be higher than the theoretical
liquidus temperature of 25-80 DEG C by adding a cooling agent into the vanadium, chromium and iron-containing water; removing
slag or replacing the steel ladle, so that vanadium chromium slag and molten iron are obtained. The treatment method for the water containing vanadium, chromium and ironhas the advantages that the requirement that a technology for comprehensively utilizing a high chromium vanadium
titanium magnetite concentrate resource by a non
blast furnace process is smoothly carried out can be met, a vanadium chromium resource is effectively recycled, and the molten iron with the carbon content according to the follow-up electric furnace steel making requirement can be obtained.