67 million euros in a new electric arc furnace at its Belval site, with the support of the Ministry of Economy

Luxembourg, 14 June 2023 -

As part of its decarbonisation process, ArcelorMittal Luxembourg has confirmed its plan to invest in a new electric arc furnace (EAF) at its Long Products Luxembourg site in Belval .

This investment is part of a series of projects that were the subject of a memorandum of understanding (MoU) signed last September between ArcelorMittal Luxembourg and the Ministry of the Economy. This MoU confirms the willingness of the Luxembourg government to financially support this type of strategic investment, through the various applicable aid mechanisms. For this project in particular, the subsidies made available by the Luxembourg State amount to approximately 15 million euros.

The new Belval electric arc furnace is one of the flagship projects of this Memorandum of Understanding. It will offer improved energy efficiency and an increase in steel production capacity in Luxembourg of almost 15%, reaching 2.5 million tonnes of steel per year. With this new facility replacing the current EAF operated since 1997, and with additional investments to be made in other areas of the Belval steel plant, ArcelorMittal Luxembourg plants will be self-sufficient in crude steel production capacity to cover the needs of finished rolled products in the Grand Duchy. In particular, the Mill A at the ArcelorMittal Rodange site will henceforth be supplied exclusively by this new installation, for the production of its numerous ranges of rails and niche products.

Electric furnaces produce steel from recycled scrap and can be operated using solely renewable energy. In addition to the advantages of recycling scrap, this process reduces CO2 emissions by a factor of six(1) compared with conventional steel production using blast furnaces. 

The installation of the new electric furnace in Belval will start this year, with commissioning in 2025.

Geert Van Poelvoorde

CEO ArcelorMittal Europe

This project is the first concrete expression of the memorandum of understanding that we signed last September, together with Minister of the Economy Mr. Fayot, to develop initiatives aimed at enabling ArcelorMittal's Luxembourg sites to embark on the road to carbon-neutral steel production. This is a major step forward in a project that has progressed quickly and demonstrates the Luxembourg government's support for our decarbonisation strategy.

Sanjay Samaddar

CEO ArcelorMittal Europe Long Products

Thanks to the support of the Government, we can make this progress in the modernisation of our installations, to improve our operational energy efficiency and to make progress in reducing our carbon footprint. It is also an illustration of the ArcelorMittal Group's desire to invest in the future of the Luxembourg steel industry, which has unique know-how in high value-added products.

Pierre Jacobs

CEO of ArcelorMittal Luxembourg Long Products

It is excellent news that we are now able to proceed with building a new electric arc furnace for Belval; this project will benefit all of our steelmaking operations in Luxembourg. It will be a challenge for our teams to have this facility operating by 2025 but I am confident that with our know-how and the motivation of our teams, we will be able to meet this challenge successfully.

Franz Fayot

Minister of Economy

The realisation of this project is tangible proof that we are capable, in Luxembourg, of sustaining and developing our industry, through a project that fits perfectly into the roadmap set by Europe to combat climate change, and is also in line with the work begun by the High Committee for Industry.

(1) One tonne of steel produced by the traditional route using blast furnaces generates about 2.2 tonnes of CO2. The same tonne of steel made from recycled scrap melted in an electric arc furnace emits only 600 kg of CO2. This figure drops to 300 kg when the electric furnace is operated with renewable energy. As an example, a sheet pile produced by this process has a CO2 balance of 370kg/ton.