Sep 25, 2024 · STEP 2: Hydrogen-based Direct Reduction – using green hydrogen instead of coal or natural gas to react with oxygen in iron oxide pellets to produce highly metallized direct reduced iron (DRI) for steelmaking with steam as the …

Scania places first green steel order from Stegra. The initial contract with Stegra will provide Scania with sustainably produced steel for building its trucks, allowing the company to take another big step towards reducing the climate footprint of its vehicle manufacturing.

The Stegra project is an exciting step in the transition of the European steel sector towards carbon neutrality. Based near Boden, in northern Sweden, Stegra will be the world’s first renewable hydrogen-based integrated steel mill.

Feb 22, 2024 · Our giga-scale electrolyzer, powered by renewable electricity, will be the largest green hydrogen production plant in Europe. By swapping coal for green hydrogen, we refine iron ore into green iron, emitting steam – just plain water.

Das Stegra-Projekt ist ein wichtiger Schritt auf dem Weg zur Kohlenstoffneutralität des europäischen Stahlsektors. Das in der Nähe von Boden in Nordschweden gelegene Werk von Stegra wird das weltweit erste integrierte Stahlwerk …

Dec 19, 2024 · H2 Green Steel Boden steel plant is a direct reduced iron-electric arc furnace (DRI-EAF) steel plant under construction in Boden, Norrbotten, Sweden.

Expected to start green steel production in 2026, the Boden facility will boast 690MW of electrolysis capacity, a direct reduced iron (DRI) plant, two electric arc furnaces and cold rolling and finishing facilities, to deliver five million tonnes of steel per year by 2030.

The world’s first commercial 100 percent hydrogen direct reduced iron (DRI) plant. Stegra will produce green steel, reducing CO₂ emissions by up to 95 percent compared to traditional steelmaking. By replacing coal with green hydrogen powered by renewable electricity, water and heat become the primary emissions.

Nov 27, 2024 · Stegra — formerly known as H2 Green Steel — has been working to procure vast quantities of power for the first phase of the Boden plant, which will produce 2.5 million tonnes of steel from direct-reduced iron (DRI), which will be made with green hydrogen produced at the site.

Direct reduced iron (or DRI) is made by utilising reformed natural gas, instead of coal, whereby carbon monoxide and hydrogen react together with iron oxide in a reduction tower. The carbon intensity of the DRI process is approximately half that of the traditional blast furnace route.