News & Press Releases

Active Power Feeder is a key technology for green electric steelmaking. It utilizes a patented and proven medium voltage modular multilevel converter (MMC) technology in a ground-breaking power control system developed by experts at Primetals Technologies. BGH Edelstahl in Siegen, Germany, has signed an agreement with Primetals Technologies to test the Active Power Feeder solution at its 50-ton electric arc furnace (EAF).

In August 2023, Primetals Technologies acquired the cutting technology assets from Spanish company TCT Torch-Cutting Technologies and signed key personnel to a long-term service contract in order to expand its competences with inhouse torch-cutting expertise. The acquirement of the TCT assets allows Primetals Technologies to fully integrate torch-cutting technologies into not only the continuous casting segment but also into the wider range of automation solutions for casting and a comprehensive scope of metallurgical services.

ArcelorMittal has recently contracted Primetals Technologies for the revamping of two LD converters (BOFs) at its steel plant in Jõao Monlevade, Brazil. The order encompasses two new 135-ton converters, an upgrade of the primary dedusting systems, and complete electrics and automation packages. In addition to the new equipment’s technological advantages, the main influencing factors for ArcelorMittal’s decision were other recently completed projects and the fact that ArcelorMittal, over time, had built a strong partnership with Primetals Technologies in Brazil.

China Steel Corporation (CSC) has signed a contract with Primetals Technologies for a pickling line and tandem cold mill upgrade at its plant in Kaohsiung, Taiwan. Startup is scheduled for September 2025.

In May 2023, Primetals Technologies received an order from Baowu Aluminium Technology for an additional finishing mill stand for their aluminum hot rolling mill line in Sanmenxia, located in the Henan province of China. The upgrade will change the layout of the current aluminum hot mill finishing line from a 3-stand to a 4-stand design, allowing the plant to achieve excellent product quality and increase production capacity.