Tag Archives: HBI

Vale and Port of Açu sign HBI Mega Hub MoU

Vale says it has signed a MoU with the Port of Açu to study the development of a Mega Hub at the port located in São João da Barra in the state of Rio de Janeiro, Brazil, to produce HBI (hot briquetted iron) using the direct reduction route.

The Mega Hub will initially receive pellets from Vale and could, in the future, include an iron ore briquette plant at site to supply the direct reduction route at the industrial complex.

According to the agreement, both companies will seek to attract investors and clients to build and operate the direct reduction plant using natural gas which will be available at the port, with the possibility of eventually converting to green hydrogen, producing HBI with near-zero carbon emissions.

It is a pioneering initiative that considers a technical study coordinated by the Port of Açu and sectorial academics which proposes the use of HBI as partial burden in blast furnaces, reducing greenhouse gas emissions and increasing steelmaking productivity without needing to substitute existing assets, such as the blast-furnaces and steelworks. Currently, HBI is mostly used in electric arc furnaces. Using HBI in this type of furnace will enable a smoother decarbonisation process for the Brazilian steelmaking industry.

The agreement with the Port of Açu marks another step in the development of Mega Hubs in Brazil. Mega Hubs are industrial complexes designed to produce low-carbon steel products and Vale has already begun implanting such hubs in three countries in the Middle East (Saudi Arabia, UAE and Oman).

Marcello Spinelli, Executive VP of Iron Ore Solutions, said: “We believe that Brazil has great potential to be a hub for low-carbon steelmaking. We have high-quality iron ore, abundant natural gas reserves and the potential to develop green hydrogen. As a Brazilian company, Vale seeks to partner with ventures that contribute in this direction. We want to be the driving force behind Brazil’s ‘neo-industrialisation’, which will be based on green industry.”

José Firmo, CEO of the Port of Açu, said: “The signing of this partnership demonstrates the full industrialisation potential of the Port of Açu, confirming its vocation as the port of energy transition in Brazil. We believe that the Port of Açu, with its unique port infrastructure in the country, strategic location and potential for the most competitive Brazilian natural gas prices, brings together unique characteristics to, together with Vale, contribute to the decarbonisation of the domestic and international steel industry.”

Albano Vieira, Consultant for steel and mining issues at Prumo, the holding company that develops the Port of Açu, said: “Brazil is one of the most important iron ore and steel producers in the world and Vale is a leading player in this market. The use of HBI in blast furnaces can reduce greenhouse gas emissions by around 25%, with even greater potential reductions along the chain, which would put the industry in line with the goals of reducing emissions by 2030. With the Port of Açu as the gateway to zero-carbon industrialisation projects, all the conditions and analyses point to the country becoming a major producer of HBI, supplying steel mills all over the world.”

Vale gears up for low-carbon iron ore briquette production in Brazil

Vale has started load tests of its iron ore briquette plants at the Tubarão Unit in Vitória, Brazil, as part of a project it believes could eventually reduce steel industry CO2 emissions by up to 10%.

The load tests are part of the plant’s commissioning and are one of the last stages before production begins, it said.

Vale’s CEO, Eduardo Bartolomeo, said: “This is a historic moment for the steel industry. After several years of development in Brazil, we are offering an innovative product that will support our clients in the challenge of decarbonising their operations and we are meeting demands from society to fight climate change.”

The briquette is produced from the low-temperature agglomeration of high-quality iron ore using a binder technology solution, which gives the final product high mechanical strength.

Announced by Vale in 2021, the briquette has the capacity to reduce greenhouse gas emissions in steel production by up to 10% compared with the traditional blast furnace process by eliminating the carbon-intensive sintering stage. This reduction is significant when considering that the steel industry is responsible for around 8% of the world’s emissions.

The product also reduces the emission of particulates and gases such as sulphur dioxide and nitrogen oxide, as well as eliminating the use of water in its production. The briquette can also be used in the direct reduction route, replacing the pellet.

The first briquette plant in Tubarão (pictured, photo: Rafael Coelho) is scheduled to start up this year and the second plant at the beginning of 2024. They will have the capacity to produce 6 Mt/y of briquette. The two units were originally dedicated to the production of pellets and were converted for briquettes. Investment in the project amounted to $256 million and generated 2,300 jobs during construction.

Vale began developing briquettes around 20 years ago at the Ferrous Technological Center in Nova Lima (Minas Gerais). It is part of the evolution of iron ore products offered by the company throughout its history, the result of significant investments in research and innovation. Until the 1960s, the basic product was high-iron lump. As the supply of lump fell, the first pelletising plants were set up in Brazil, which allowed the use of fine ore (pellet feed) and continue to be important for the steelmaking chain. The briquette, as well as pellets, are part of Vale’s portfolio of high-quality products. The company expects to expand its production capacity to 100 Mt/y of briquettes and pellets after 2030.

The briquette is also included in Vale’s strategy to reduce its Scope 3 emissions, related to the value chain, by 15% by 2035.

The company also aims to reduce its net direct and indirect carbon emissions (Scope 1 and 2) by 33% by 2030, as a first step towards becoming a zero-carbon company by 2050. Vale has already signed more than 50 agreements with clients to offer decarbonisation solutions, which account for 35% of the company’s Scope 3 emissions. Among the proposed solutions is the construction of briquette plants co-located on the premises of some customers.

Among the agreements signed, three aim to set up “Mega Hubs” in Middle Eastern countries (Saudi Arabia, the UAE and Oman) to produce “hot-briquetted iron” (HBI), in order to supply the local and transoceanic markets, with a significant reduction in CO2 emissions. It is expected Vale will build and operate iron ore concentration and briquetting plants at the hubs, supplying the raw material for the HBI plants, which will be built and operated by investors and/or clients. Vale is also studying the creation of similar hubs in Brazil, though no location has yet been defined.

Rio’s IOC to supply high-grade iron ore for low-carbon steel feedstock project

Rio Tinto, Paul Wurth SA and SHS-Stahl-Holding-Saar GmbH & Co (SHS) have signed a memorandum of understanding to explore the production of a low-carbon steel feedstock.

This partnership brings together a leading global miner, an international leader in the design and supply of engineering solutions for integrated steelmakers and one of Europe’s best-known steelmakers, Rio said.

The partnership will explore the viability of transforming iron ore pellets into low-carbon hot briquetted iron (HBI), a low-carbon steel feedstock, using green hydrogen generated from hydro electricity in Canada.

Iron Ore Company of Canada (IOC), in which Rio Tinto holds a majority interest, will supply high-grade iron ore and expertise in mining, processing and pelletising. Paul Wurth brings expertise in plant building and process knowledge in the field of highly efficient hydrogen generation and MIDREX® direct reduction plants. SHS brings iron- and steelmaking expertise.

Rio Tinto’s significant presence in the Canadian provinces of Quebec and Newfoundland and Labrador makes Canada a natural location for the project, it said.

“Canada provides access to cost competitive hydro electricity, and proximity to key markets in Europe and North America,” the company said. “Transforming high-grade iron ore pellets into a low-carbon steel feedstock using green hydrogen, when processed in an electric arc furnace with carbon free electricity, has the potential to reduce significantly the carbon emissions associated with steelmaking.”

The parties will conduct a feasibility study into the potential development of industrial-scale low-carbon iron production in Canada, using the combined expertise of the three partners across the entire steel value chain. The feasibility study is scheduled for completion in late 2021, with an investment decision on a hydrogen-based direct reduction plant at industrial scale expected to follow thereafter.

IOC President and CEO, Clayton Walker, said: “This partnership is part of Rio Tinto’s climate strategy to pursue proactive and action-oriented partnerships to support the development and deployment of low-carbon technologies for hard-to-abate processes like steelmaking.

“We are absolutely committed to being part of the solution on climate change and to support our customers and other stakeholders in the steel value chain as the industry transitions to a low-carbon future.”

Georges Rassel, CEO of Paul Wurth SA, said: “By associating the different players of the metal production chain, we are confident to develop the most appropriate and efficient solutions for this challenging transition towards a carbon-neutral industry.”

Martin Baues, Member of the Board of Directors for Technology at SHS-Stahl-Holding Saar, said: “Dillinger and Saarstahl adopted a future-focused strategy with the motto ‘proactive, carbon-free and efficient’. Within this strategy, we have defined various options for the transformation to carbon-neutral steel production. The use of hydrogen in steel production is a key factor in reducing carbon emissions. This partnership can further help us to reduce our carbon emissions on the basis of this technology, while gaining important experience in using hydrogen in steel production.”

Cleveland-Cliffs commits to new greenhouse gas emission goals

Iron ore miner and steelmaker Cleveland-Cliffs Inc has set a target to reduce its greenhouse gas emissions by 25% by 2030, with the use of carbon capture technologies and natural gas/hydrogen in the production of hot briquetted iron (HBI) just some of paths it is pursuing.

This goal represents combined Scope 1 (direct) and Scope 2 (indirect) greenhouse gas emission reductions on a mass basis (t/y) compared with 2017 baseline levels.

Prior to setting this goal with its newly acquired steel assets from AK Steel and ArcelorMittal USA, the company said it exceeded its previous 26% greenhouse gas reduction target at its mining and pelletising facilities six years ahead of its 2025 goal. In 2019, it reduced its combined Scope 1 and Scope 2 GHG emissions by 42% on a mass basis from 2005 baseline levels, it said.

Lourenco Goncalves, Chairman, President and Chief Executive Officer, said: “We at Cleveland-Cliffs acknowledge that one of the most important issues impacting our planet is climate change. The American steel industry is one of the cleanest and most energy efficient in the world, and therefore the utilisation of steel Made in the USA is a decisively positive move to protect the planet against massive pollution embedded in the steel produced in other countries.”

He added: “In the past year, Cleveland-Cliffs has transformed itself into the largest flat-rolled steel producer in North America. As a company currently employing more than 25,000 people, the vast majority of them in good paying middle-class union jobs, our commitment to operating our business in an environmentally and socially responsible manner remains our priority.

“As we continue to grow the company going forward, we will vigorously pursue the opportunities we have outlined in our Greenhouse Gas Reduction Commitment, and will be transparent with our stakeholders by regularly reporting on our progress.”

Cleveland-Cliffs’ plan is based on its execution of the following five strategic priorities:

  • Developing domestically sourced, high quality iron ore feedstock and utilising natural gas in the production of HBI;
  • Implementing energy efficiency and green energy projects;
  • Investing in the development of carbon capture technology;
  • Enhancing its greenhouse gas emissions transparency and sustainability focus; and
  • Supporting public policies that facilitate carbon reduction in the domestic steel industry.

Only last year, Cleveland-Cliffs completed the construction of its first Direct Reduction Plant (pictured) to make it the first HBI producer in the Great Lakes Region of North America.

The company said: “To further reduce our GHG footprint at the new Direct Reduction Plant, we will evaluate partnering with hydrogen producers to replace natural gas use with hydrogen when it becomes commercially available in significant quantities.”

Without any modifications to the plant’s configuration, the company says it can replace up to 30% of the plant’s natural gas consumption with hydrogen to reduce GHG emissions by approximately 450,000 t/y.

“With limited equipment modifications and investments, we could increase hydrogen usage up to 70% and reduce over 1 Mt of GHG emissions per year,” it added.

The company said it is also currently working to implement numerous energy efficiency projects, which include, but are not limited to: improving furnace fuel efficiency; upgrading mobile mining fleet and locomotive engines to high efficiency/low emission models; investing in electrical energy efficiency projects; replacing traditional lighting with LED lamps; and cogenerating electricity from by-product gases.

Cleveland-Cliffs nears Northshore Mining expansion milestone

Cleveland-Cliffs says it will host a ribbon cutting ceremony for the expansion at its Northshore Mining subsidiary, in Silver Bay, Minnesota, US, on August 7, as the $100 million upgrade nears completion.

The company will be celebrating the startup of the new production equipment, including supporting infrastructure, which will be completed on schedule and within the total investment budget of $100 million, it said. Cleveland-Cliffs invested in upgrading the concentrator building, a new scavenger building, new conveyor systems, a limestone tank and a steam generating plant to support large-scale commercial production of DR-grade pellets.

The company broke ground on the project in March 2018, with the execution of the project concluding after nearly 300,000 labour hours of work, it said. Construction jobs created for the project included 150 people employed at peak construction, which included management, craft and labour.

“With the conclusion of the project, Northshore Mining will be the only US-based iron ore processing facility to produce low silica DR (direct reduction)-grade pellets,” the company said.

The Northshore operation will immediately start to produce DR-grade pellet feedstock for Cliffs’ hot briquetted iron Plant in Toledo, Ohio, a $830 million investment that will be commissioned in mid-2020, as well as DR-grade pellets to be exported to “a new clientele of DRI (direct reduced iron) producers outside the US”, it said.