euskalforging  has taken part in the new mono bucket foundations at the Deutsche Bucht offshore wind farm off the coast of Germany. The foundations will consist of a single steel cylinder, known as a suction bucket, that uses its own weight and vacuum pressure to embed on the sea floor. This method eliminates the need for pile driving, and, consequently, for noise mitigation measures; this will mean a significantly reduced environmental impact in comparison to usually applied construction methodologies.

euskalforging  has supplied the flanges for the first tubes designed to move both people and freight at the highest speed recorded until now, within the Hyperloop system. Considered as the train of the future, it is estimated that the top speed could reach 1080 km/h. Passengers or cargo are loaded into the Hyperloop vehicle and accelerate gradually via electric propulsion through a low-pressure tube. The first tests will be held in Toulouse, France during 2018 and 2019.

euskalforging will produce 4 large coke drum skirt rings to the Japanese customer SUMITOMO.

The skirt rings will be part of coke drums to be installed in key FLUOR refinery in Texas-US. With this project, euskalforging is proud to keep developing the cooperation with one of our main Japanese customer, as well as developing the proven record as supplier of one of the main EPFCM companies in the world for Oil&Gas, FLUOR.

euskalforging has agreed cooperation with LARSEN&TOUBRO to manufacture 2 large coke drum skirt rings of ∅9414 mm and single weight of 60000 kg.The skirt rings will be part of coke drums to be installed in Gunvor Petroleum Rotterdam refinery in the Netherlands.


euskalforging a world leading manufacturer of seamless rolled rings up to ∅10.000mm and 80Tn of input weight, with  turning, drilling and gear cutting  capabilities and  three manufacturing plants in the North of Spain, has signed a contract with IDESA/WINDAR & STEELWIND for the 198 flanges for MERKUR wind park, and with WINDAR/IDESA 62 flanges for DEUTSCHE BUCHT wind farm.