Steelmaking

Steel made with hydrogen instead of coal. The only by-product is water.

Luleå · Gävle

5.0 Mt

Steel a year

0.34 t

CO₂ per tonne

1,900

People

Molten steel poured from a ladle at the melt shop

From pellet to plate.

Most steel is still made with coal. We replaced it with hydrogen at every step that matters.

Most steel is still made with coal. We replaced it with hydrogen at every step that matters.

  1. Iron ore pellets travel 300 km from our mine on our own railway.

    Wagons per train

  2. In the shaft furnace, hydrogen strips oxygen from the ore. What is left is sponge iron and water vapour.

    Sponge iron a year

  3. Sponge iron and scrap are melted in an electric arc furnace on fossil-free electricity.

    In the furnace

  4. Slabs are rolled into coil, plate and rebar in Gävle, then leave by ship.

    Steel a year

Scroll to continue02 / 04
  1. Iron ore pellets travel 300 km from our mine on our own railway.

    Wagons per train

  2. In the shaft furnace, hydrogen strips oxygen from the ore. What is left is sponge iron and water vapour.

    Sponge iron a year

  3. Sponge iron and scrap are melted in an electric arc furnace on fossil-free electricity.

    In the furnace

  4. Slabs are rolled into coil, plate and rebar in Gävle, then leave by ship.

    Steel a year

Scroll to continue02 / 04
  1. Iron ore pellets travel 300 km from our mine on our own railway.

    Wagons per train

  2. In the shaft furnace, hydrogen strips oxygen from the ore. What is left is sponge iron and water vapour.

    Sponge iron a year

  3. Sponge iron and scrap are melted in an electric arc furnace on fossil-free electricity.

    In the furnace

  4. Slabs are rolled into coil, plate and rebar in Gävle, then leave by ship.

    Steel a year

Scroll to continue02 / 04

Where we work.

Two works on the Gulf of Bothnia, linked by rail and sea.

Two works on the Gulf of Bothnia, linked by rail and sea.

Inside a steel plant hall with overhead cranes
01Hydrogen steelworks

Luleå

Hydrogen reduction and electric arc furnaces, side by side.

3.2 Mt

Steel a year

1,100

People

1940

Since

Rows of rolled steel coils
02Rolling mill

Gävle

1.8 Mt

Rolled a year

Inside a steel plant hall with overhead cranes
01Hydrogen steelworks

Luleå

Hydrogen reduction and electric arc furnaces, side by side.

3.2 Mt

Steel a year

1,100

People

1940

Since

Rows of rolled steel coils
02Rolling mill

Gävle

1.8 Mt

Rolled a year

Inside a steel plant hall with overhead cranes
01Hydrogen steelworks

Luleå

Hydrogen reduction and electric arc furnaces, side by side.

3.2 Mt

Steel a year

1,100

People

1940

Since

Rows of rolled steel coils
02Rolling mill

Gävle

1.8 Mt

Rolled a year

Our impact.

Same steel, a fraction of the carbon. Every figure here is audited each year.

2030 target

Coal blast furnace, per tonne

Our hydrogen route today

2030 target

Coal blast furnace, per tonne

Our hydrogen route today

2030 target

Coal blast furnace, per tonne

Our hydrogen route today

Each circle's area is the CO₂ from making one tonne of steel.

Fossil-free electricity

Process water reused

What we make.

What we make.

Six products, all made with hydrogen. Every order ships with its own carbon receipt.

Six products, all made with hydrogen. Every order ships with its own carbon receipt.

Hot-rolled coil

Strip steel rolled to order in Gävle, delivered as coil or cut to length.

1.5–25 mm

Thickness

900–2,100 mm

Width

Up to 32 t

Coil weight

0.34 t

CO₂ per tonne

Hot-rolled coil

Strip steel rolled to order in Gävle, delivered as coil or cut to length.

1.5–25 mm

Thickness

900–2,100 mm

Width

Up to 32 t

Coil weight

0.34 t

CO₂ per tonne

Pickled coil

Hot-rolled coil cleaned in acid for a smooth, paint-ready surface.

1.5–8 mm

Thickness

900–1,850 mm

Width

Up to 30 t

Coil weight

0.36 t

CO₂ per tonne

Pickled coil

Hot-rolled coil cleaned in acid for a smooth, paint-ready surface.

1.5–8 mm

Thickness

900–1,850 mm

Width

Up to 30 t

Coil weight

0.36 t

CO₂ per tonne

Heavy plate

Thick plate for structures that carry real loads, cut and bevelled to drawing.

8–150 mm

Thickness

Up to 4,000 mm

Width

Up to 24 m

Length

0.38 t

CO₂ per tonne

Heavy plate

Thick plate for structures that carry real loads, cut and bevelled to drawing.

8–150 mm

Thickness

Up to 4,000 mm

Width

Up to 24 m

Length

0.38 t

CO₂ per tonne

Beams and sections

H-beams, I-beams and angles for buildings, halls and bridges.

80–600 mm

Height

Up to 24 m

Length

S355, S460

Grades

0.31 t

CO₂ per tonne

Beams and sections

H-beams, I-beams and angles for buildings, halls and bridges.

80–600 mm

Height

Up to 24 m

Length

S355, S460

Grades

0.31 t

CO₂ per tonne

Rebar

Ribbed bar that reinforces concrete, supplied straight or bent to schedule.

8–40 mm

Diameter

6–18 m

Length

B500B, B500C

Grades

0.29 t

CO₂ per tonne

Rebar

Ribbed bar that reinforces concrete, supplied straight or bent to schedule.

8–40 mm

Diameter

6–18 m

Length

B500B, B500C

Grades

0.29 t

CO₂ per tonne

Wire rod

Hot-rolled rod in coils, drawn into wire by our customers.

5.5–16 mm

Diameter

Up to 2.2 t

Coil weight

SAE 1006–1080

Grades

0.30 t

CO₂ per tonne

Wire rod

Hot-rolled rod in coils, drawn into wire by our customers.

5.5–16 mm

Diameter

Up to 2.2 t

Coil weight

SAE 1006–1080

Grades

0.30 t

CO₂ per tonne

Hot-rolled coil

FL-01 · Flat steel · Cars, pipes, appliances

Strip steel rolled to order in Gävle, delivered as coil or cut to length.

Thickness
1.5–25 mm
Width
900–2,100 mm
Coil weight
Up to 32 t
CO₂ per tonne
0.34 t

Let’s build something.

Tell us what you’re making. Our sales engineers will help you pick the grade, size and delivery.

KL

Karin Lund

Head of steel sales

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