Linked from

The 13 pages that link to Basic oxygen steelmaking, each with the reason it gives.

• SteelRelated: It is a principal modern route for converting blast-furnace iron into steel.

• SteelmakingBroader topic: This dominant route refines hot metal by oxidizing excess carbon and impurities.

• Blast furnaceRelated: It converts blast-furnace hot metal into steel at integrated works.

• Magnesium oxideRelated: Magnesia-bearing refractories line vessels exposed to basic slags in steel production.

• RefractoryRelated: Its basic, lime-rich slag requires chemically compatible converter refractories.

• Carbon steelRelated: It produces much of the steel used for carbon-steel products at industrial scale.

• Bessemer processCompared with: It retains converter refining while replacing air with oxygen and improving control.

• Steel industryRelated: Integrated mills use this route to turn blast-furnace iron into crude steel.

• Pig ironRelated: It removes much of pig iron's carbon and impurities to produce steel.

• Iron(II) oxideRelated: Iron oxides formed during oxygen blowing participate in oxidation and slag reactions.

• IronmakingRelated: Its adoption made blast-furnace hot metal the central feed for mass steel production.

• Steel recyclingCompared with: It contrasts with scrap-centered electric-furnace production, though it also consumes scrap.

• MagnitogorskRelated: This process converts blast-furnace iron into steel at the works.