Industry News

Thyssenkrupp Steel to connect to GET H2 German hydrogen pipeline in 2028

Views : 127
Update time : 2024-03-27 16:49:10

Thyssenkrupp has signed a realization agreement with gas transmission system operators Nowega, OGE and Thyssengas to connect its Duisburg steel plant in Germany to the GET H2 hydrogen pipeline network in 2028 as it seeks to decarbonize its operations.

The GET H2 pipeline project plans to connect green hydrogen production hubs with industrial consumers in the Lower Saxony and North Rhine-Westphalia regions.
 

"With this contract, the hydrogen economy in North Rhine-Westphalia and Germany continues to take shape," the companies said in a statement March 21.

The 135-km pipeline network between Lingen and Gelsenkirchen will be extended to the Duisburg steelworks via a 40-km link from Dorsten. GET H2 in turn will link to the planned national hydrogen pipeline network.

Related News
Read More >>
Aluminium sliding that looks like wood? Westlake Royal unveils new designs & colours for its Cedar Renditions™ range Aluminium sliding that looks like wood? Westlake Royal unveils new designs & colours for its Cedar Renditions™ range
Mar .06.2025
Aluminium sliding that looks like wood? Westlake Royal unveils new designs & colours for its Cedar Renditions™ range
Aluminium prices diverge as LME gains, SHFE declines amid rising inventories Aluminium prices diverge as LME gains, SHFE declines amid rising inventories
Mar .06.2025
Aluminium prices diverge as LME gains, SHFE declines amid rising inventories
Aluminium giant seeks 14% premium hike in Q2, a surging trend set owing to trade and supply concerns Aluminium giant seeks 14% premium hike in Q2, a surging trend set owing to trade and supply concerns
Mar .06.2025
Aluminium giant seeks 14% premium hike in Q2, a surging trend set owing to trade and supply concerns
Tariffs on Mexico finalised, SHFE aluminium weakens due to alumina drag Tariffs on Mexico finalised, SHFE aluminium weakens due to alumina drag
Mar .06.2025
Tariffs on Mexico finalised, SHFE aluminium weakens due to alumina drag