Blastr Green Steel Chooses Primetals Technologies as Technological Partner for Low-Carbon-Emissions Plant

• Blastr Green Steel set to become leading producer of green steel with annual capacity of 2.5 million tons
• Primetals Technologies selected as technological partner for DRI plant, electric steelmaking meltshop, Arvedi ESP line, and continuous pickling and galvanizing line
• DRI plant to be provided via collaboration between Midrex Technologies and Primetals Technologies 
• Innovative digital and AI-based solutions from Primetals Technologies ensure autonomous operations, allowing for optimized productivity and high end-product quality
• Project will create 1,000 direct and 4,600 indirect jobs in Finland

Blastr Green Steel is an Oslo-based company founded in 2021 with the mission to set new standards in green steel production. Recently, Blastr Green Steel has chosen Primetals Technologies as its technological partner for the development of a new 2.5 million tons-per-year steel production complex to be implemented in Inkoo, close to the city of Helsinki, Finland. When in operation, the steel plant and an integrated hydrogen production facility will provide approximately 1,000 direct and 4,600 indirect jobs in Finland.

As the market leader in environmental and energy-efficiency solutions for the metals industry with numerous highly innovative solutions in its portfolio, Primetals Technologies will ensure that the new facilities meet the latest industry standards.

DRI Plant and 300-Ton EAF Ultimate

The MIDREX H₂ plant, powered by up to 100 percent green hydrogen, will be provided by a consortium of Midrex and Primetals Technologies. The plant will produce hot DRI for direct charging to the steel mill, as well as hot briquetted iron (HBI), enabling Blastr to decarbonize other value chains by providing ultra-low-carbon iron feedstock for customers.

“We are pleased and excited by the selection of MIDREX H₂ as the DR technology by Blastr,” Midrex President and CEO K.C. Woody said. “The combination of up to 100 percent hydrogen-based HDRI and HBI production positions Blastr to be a key player in the decarbonization of European iron and steelmaking.”

Primetals Technologies will also supply an electric arc furnace based meltshop with a 300-ton EAF Ultimate designed for the direct charging of hot DRI and characterized by short tap-to-tap times, fully automated operation, and advanced control systems. A comprehensive secondary metallurgy scope is planned as well, comprising of a ladle furnace and an RH plant. The secondary metallurgy equipment will allow Blastr to produce top-quality steel grades for the highly demanding automotive sector. 

In addition, Primetals Technologies will supply an off-gas treatment system and a waste heat recovery plant for the electric steelmaking plant, ensuring the most efficient reuse of energy. 

"The production process will be augmented by digital technologies, feature the enhanced use of robot technology, and employ advanced solutions for remote control to enable the highest possible level of autonomous operations enhancing occupational safety, a top priority for the project," said Andreas Viehböck, Head of Upstream Technologies at Primetals Technologies.

Arvedi ESP – the Most Energy-Efficient Process 

The partnership also includes an Arvedi ESP thin slab casting and hot-rolling line as well as a state-of-the-art continuous pickling and galvanizing line to produce a variety of hot-rolled steel products including coated steel sheets for various industrial applications. 

A Special Emphasis on Digitalization

Primetals Technologies is also responsible for the full electrics and automation scope including the complete process automation systems as well as digitalization solutions for optimized production and energy management and comprehensive quality-control systems. Implementing a greenfield, state-of-the-art, integrated green steel production facility is a process that puts great expectations on the supplier. This also applies to the automation solutions, for which the need for quick learnings and evaluations will be particularly high. 

During the conceptual development of the plant, a special emphasis has been placed on digitalization as well as on the enhanced use of robot technology, AI, and advanced solutions for remote control to allow for the highest possible level of autonomous operations. This will result in a high level of occupational safety and in an optimization of the production process, enabling a swift scaleup to full production capacity and a streamlined process from the get-go. Moreover, numerous AI-based digital assistant systems integrated into a Central Operation Cockpit (COC) provide operators with all the information needed to operate the plant efficiently.