The growth we’re reporting on in today’s News from Abroad installment is not just about expansions but also modernization and innovation. Read about a continuous galvanizing and annealing line for a Turkish automaker, a new 190-ton EAF set to be one of the largest installations in the world, a next-generation anode furnace to meet sustainability targets, and for reducing CO2 emissions, improving impurity removal capabilities and bringing flexibility in treating secondary materials, and the installation and commissioning of new hot edge inductors for its cold mill rolling line (S5) to address the tight edge issues in aluminum strip that occurred during high-speed rolling.
Heat Treat Today partners with two international publications to deliver the latest news, tech tips, and cutting-edge articles that will serve our audience — manufacturers with in-house heat treat. Furnaces International, a Quartz Business Media publication, primarily serves the English-speaking globe, and heat processing. a Vulkan-Verlag GmbHa publication, serves mostly the European and Asian heat treat markets.
Turkish Auto Maker Expands with Continuous Galvanizing/Annealing Line
“Turkish steel manufacturer Borçelik has selected international technology group ANDRITZ to supply a combi-line furnace for a new continuous galvanizing and annealing line to produce automotive material. The line will be part of a new cold strip mill complex to be built in Bursa, Gemlik, region. It will supply hot-dip galvanized strip for automotive exposed panels as well as uncoated strip. Start-up at Borçelik is scheduled for the third quarter of 2026. The ANDRITZ scope of supply includes a radiant-tube furnace with annealing and soaking sections and a mixed soaking/slow cooling section followed by ANDRITZ Differential Rapid Jet Cooling.”
READ MORE: “ANDRITZ To Supply Combi-line Furnace to Borçelik, Türkiye” – at heat-processing.com
Next-Gen Anode Furnace Targets Reduction in CO2 emissions
“Metso is launching a next-generation Anode Furnace for reducing CO2 emissions, improving impurity removal capabilities and bringing flexibility in treating secondary materials. The upgraded Anode Furnace features the latest design, advances in process safety, and ease of maintenance. Furthermore, it presents two exciting methods for reducing CO2 emissions. The Anode Furnace delivery scope consists of all key equipment required for operating the furnace. Metso’s holistic competence in smelter process optimization and integration of automation systems ensures that the furnace will be seamlessly integrated into the processing chain in both brownfield and greenfield applications. When combined with services and on-site support, a smooth commissioning and start-up is ensured.”
190-ton EAF Under Construction at SSAB
“Swedish steelmaker SSAB has chosen plant supplier SMS group for the construction of a new 190-ton EAF, which is set to be one of the largest installations in the world with an upper shell diameter of 9.3 metres. The new EAF, located in Oxelösund, has its first heat scheduled for the fourth quarter of 2026 and will lower total CO2 emissions in Sweden by 3%, say the companies. Powered by a 280 MVA transformer, the EAF will also utilize technology to meet the limitations imposed by the grid authority in terms of flicker, power factor, and harmonic distortion. SSAB has also entrusted SMS group with the integration of a direct feed (DF) system from GE Vernova to be fitted in the new furnace at Oxelösund. The technology aims to ensure the new EAF operates smoothly and efficiently without disrupting the grid, thereby contributing to the reduction of CO2 emissions.”
READ MORE: “SSAB contracts SMS group to build 190-ton EAF“ at furnaces-international.com
hot edge inductors for cold mill rolling line Installed
“Primetals Technologies have signed the final acceptance certificate (FAC) with aluminum producer Hulamin following the installation and commissioning of new hot edge inductors for its cold mill rolling line (S5) in Pietermaritzburg, South Africa. This upgrade aims to address the tight edge issues in aluminum strip that occurred during high-speed rolling, leading to improved product quality. The moving induction heating head assembly has been installed on the exit side of the mill, below the exit delivery table. These assemblies are positioned close to the roll surface, just outside of the strip width, effectively counteracting the thermal camber that causes tight edge issues during high-speed rolling. The hot edge inductors have resolved the tight edge issues by providing additional heat to the work roll at the strip edge, expanding the roll and alleviating tight edges. This has led to better control of the strip edge shape. The aluminum producer has observed noticeable improvements in the on-line strip shape performance and continue to further optimise and refine the use of these actuators in its rolling programme.”
READ MORE: “Implemented Hot-Edge Inductors at Hulamin” at furnaces-international.
