Tag: Primetals Technologies

In the journey toward sustainability, the steel industry is undergoing a fundamental transformation. At the heart of this evolution is digitalization, a pivotal force enabling the transition to greener operational practices. As steel producers navigate the complexities of optimizing existing processes, redefining metal production along new production routes, and embracing circularity, digital solutions are emerging as indispensable companions. Primetals Technologies is leading this digital revolution, pioneering innovations that not only improve operational efficiency, but also foster a sustainable future for the industry.

Primetals Technologies, Mitsubishi Corporation, Rio Tinto, and voestalpine have signed a cooperation agreement to fast-track the development of fluidized bed and smelter technologies.

A research project to establish decarbonization technologies for the steelmaking industry has been awarded a €1.8 million research grant from the European Union (EU) via the Research Fund for Coal and Steel.

ABB ArcSave® electromagnetic stirrer will be integrated into the world’s largest Primetals electric arc furnace (EAF) at Çolakoğlu Metalurji.

Recycling services provider Konepeikko orders scrap cutting machine from Primetals Technologies to enhance scrapyard efficiency.

U.S. steel producer has awarded Primetals Technologies a contract for the engineering, supply, and startup of a 68-ton EAF Ultimate electric arc furnace integrated with Active Power Feeder power supply technology.

Substation from Primetals Technologies is to function as link between the power grid and the electric arc furnace (EAF) plant.

Primetals Technologies wins Upper Austrian innovation award for companies that fuel progress through ground-breaking technologies.

Tata Steel Nederland has ordered an advanced pellet test installation from Primetals Technologies.

Blastr Green Steel chooses Primetals Technologies as its technological partner for the ultra-low CO2 emissions steel plant in Inkoo, Finland. MIDREX H2™ was chosen for the direct reduction plant.