Showing posts sorted by date for query H2GS. Sort by relevance Show all posts
Showing posts sorted by date for query H2GS. Sort by relevance Show all posts

Tuesday, October 10, 2023

Swedish industrialists explore $6 billion green steel project in Canada

Bloomberg News | October 9, 2023 | 

H2GS executives also seek to benefit from access to the St. Lawrence River for shipments and the region’s iron ore reserves, in particular from Rio Tinto’s Iron Ore Co. of Canada. (Image of IOC operations courtesy of Rio Tinto)

Sweden’s H2 Green Steel is in talks with governments in Canada to build a factory in northern Quebec, as the young firm tries to deliver on a promise to customers — steel produced with minimal carbon emissions.


The company is just starting on construction of its first plant in Boden, Sweden, with an ambitious goal to begin production by late 2025. Supply agreements have been signed with automakers including Mercedes-Benz Group AG.

“We bring with us a portfolio of customers who want to have supply in North America,” H2GS Chief Executive Officer Henrik Henriksson said in an interview with Bloomberg News in Ottawa, where he was part of a Swedish delegation led by business mogul Marcus Wallenberg to meet officials including Prime Minister Justin Trudeau.

Stockholm-based H2GS was launched in 2021 by private equity veteran Harald Mix’s investment vehicle Vargas Holding AB, and includes backers such as Spotify Technology SA billionaire Daniel Ek.

Vargas is also behind Northvolt AB, which recently announced plans for a C$7 billion ($5.1 billion) electric vehicle battery plant near Montreal.

The potential Quebec green steel project would be located on a 500-acre site in the city of Sept-Iles, northeast of Montreal, and require an investment of between €3 billion ($3.2 billion) and €6 billion. One plan would see H2GS build a “green iron” plant and a giant electrolyzer powered by renewable energy that would supply the site with hydrogen, replacing the use of carbon-intensive coal. The iron would then be exported.

A more ambitious scenario would include a full steel mill requiring as many as 2,000 workers, similar to the Boden site.

“It will depend on the dialogue we have with authorities in Canada regarding power allocation,” explained Henriksson. The firm is looking for as much as 700 megawatts of electricity — about 1.5% of Quebec’s actual capacity. Peak demand can create bottlenecks on the grid during winter, and government-owned utility Hydro-Quebec has become more selective about projects as demand surges for its low-cost clean power.

H2GS executives also seek to benefit from access to the St. Lawrence River for shipments and the region’s iron ore reserves, in particular from Rio Tinto’s Iron Ore Co. of Canada and Champion Iron Ltd.

“Fairly early, we could see that Quebec has this perfect place with a combination of logistics ready and a certain quality of iron ore,” said Kajsa Ryttberg-Wallgren, an H2GS executive vice-president. Still, a single condition prevails before going further: “No green power, no project.”

Steel production, which has relied on many of the same production techniques for more than a century, accounts for about 8% of total energy system emissions, according to the International Energy Agency.

Aside from Quebec, H2GS is also doing a feasibility study on Texas, betting on rapid wind and solar development. “Canada is definitely ahead, but Texas has a very progressive view on creating business,” said Ryttberg-Wallgren. “They are not many places in the world where you actually have optimal conditions.”

Sites in Brazil and Portugal are also in the firm’s future pipeline with its partners Vale SA and Iberdrola SA.

H2GS’s management did not comment on the financial support expected from Canadian governments, stating only that it will be benchmarked with other states.

The steelmaker hopes to kick off the construction of a North American site by 2026, with production starting four years later. Executives say it will take about 18 months of permitting, similar to Sweden, but public support for major projects can be unpredictable in Quebec.

Still, governments in Canada have been willing to promise billions in subsidies to lure industrial projects that pledge lower emissions. At Northvolt’s announcement in September, Quebec government officials said the province had secured C$15 billion ($11 billion) worth of investments related to the electric vehicle industry over the past three years, an amount that should double in the near future.

Pierre Fitzgibbon, Quebec’s minister of economy and energy, is interested in a green steel project, spokesperson Mathieu Saint-Amand said by email. “The specific project from H2GS has not yet been analyzed by the ministry. We understand the importance of developing decarbonization technologies in the steel sector.” Laurie Bouchard, a spokeswoman for Canadian Industry Minister Francois-Philippe Champagne, said the Swedish company’s interest “speaks to our efforts and commitment to a greener future.”

So far, H2GS has secured €6 billion — €1.8 billion in equity and €4.2 billion in loans — for the construction of the Boden facility. Henriksson said the firm will close a small funding round in October. The next big round, estimated at €1.5 billion, will be linked to the North American project or Boden’s expansion, he said.

“We will be a company that is in constant funding mode,” said Henriksson, the former head of Swedish truck manufacturer Scania CV. “After 2026, when we’re up and running with positive cash flow, that would probably be a better timing to do an initial public offering.”

(By Mathieu Dion and Rafaela Lindeberg, with assistance from Lars Paulsson)

Friday, September 08, 2023

Vale, H2GS mull industrial hubs in Brazil, North America

Reuters | September 6, 2023

Credit: TeeVeeJim on Flickr

Brazilian miner Vale said on Wednesday it has signed an agreement with Sweden-based H2 Green Steel (H2GS) to study the joint development of industrial hubs in Brazil and North America as part of its decarbonization efforts.


The potential plants would be focused on producing low-carbon products for the steel industry, such as green hydrogen and hot briquetted iron (HBI), said the mining giant, which aims to reach net-zero carbon emissions by 2050.


The new agreement comes a day after the miner revealed it expects to start building “mega hubs” to produce HBI in the Middle East next year, with the first to go live in 2027.

“This initiative reinforces Vale’s role as an inducer of Brazil’s ‘neo-industrialization’ process,” chief executive Eduardo Bartolomeo said in a statement. “It also marks Vale’s first steps into the green hydrogen market.”

The number of hubs to be built, their location and output capacity will be decided after the studies by the companies, which had previously agreed on a deal for Vale to supply H2GS’s Boden steelmaking plant with iron ore pellets.

“We now want to explore other geographic regions where we can accelerate the decarbonization of the steel value chain,” said H2GS’s executive vice-president for hydrogen businesses, Kajsa Ryttberg-Wallgren.

“Both Brazil and parts of North America have great potential because of their access to renewable energy sources, high quality iron ore and political willingness to support the decarbonization projects,” Ryttberg-Wallgren added.

By Gabriel Araujo; Editing by Kylie M

Thursday, September 07, 2023

Sweden’s H2 Green Steel Raises €1.5 Billion For First Metals Plant

Lars Paulsson
Thu, September 7, 2023


(Bloomberg) -- Sweden’s H2 Green Steel AB raised €1.5 billion ($1.6 billion) of equity to help finance the world’s first large-scale green steel plant and a giga-scale electrolyzer that will supply the site with hydrogen.

The private placement, which the firm says is the largest this year in Europe, was co-led by French hydrogen investor Hy24, together with existing investors including Altor Equity Partners AB and Just Climate, H2GS said in a statement on Thursday. Kinnevik AB, Vargas Holding AB, the Wallenberg family were among those that also bought shares, as well as Swedish pension funds.

“This is one of the last pieces in the puzzle,” Chief Executive Officer Henrik Henriksson said in an interview. “There might be a few more investors coming in which need a little bit more time, but this is the backbone.”

The firm is among a new breed of steelmakers seeking to overhaul the way the alloy is manufactured in one of the most polluting industries in the world. The sector, which has relied largely on the same production techniques for more than a century, accounts for about 7% of global carbon emissions.

A final investment decision will be taken in the next two to three months after the final paperwork is filed with the banks who supply the debt funding, Henriksson said. Morgan Stanley & Co. International Plc was sole financial adviser in the equity funding.

Since launch in 2021, H2 Green Steel has raised more than €1.8 billion of equity in three financing rounds. The company closed its series A round of €86 million in May 2021 and announced the close of its series B1 round of €260 million in October 2022. On the debt side, H2 Green Steel announced in 2022 the structure for its debt financing of over €3.5 billion and renewed commitment letters in July this year.

H2GS plans to start operations in late 2025 at the plant in Boden in northern Sweden. The ground works is already done and the firm will start to build vertically now, Henriksson said.

While acknowledging that the cost of the project has gone up because of soaring inflation and the cost of construction materials, Henriksson said that 70% of the capex was locked in earlier. About three quarters of the funding will go toward the whole project, he said, but declined to provide a more exact estimate.

The green production technology replaces coal in the production process with hydrogen, produced on-site with Europe’s largest electrolyzer, powered by electricity from renewable sources.

The project is one of several major green technology projects in northern Sweden that will require huge amounts of electricity over the coming decades. There is increasing concern over energy supplies at a time when the whole economy will get electrified. Overall, demand is expected to double by 2045 compared with today.

H2GS this summer signed contracts to buy iron ore pellets from Rio Tinto Plc and Vale SA’s mines in Brazil and Canada after failing to secure supply from the world’s largest underground iron ore mine near its plant.

Sweden’s state-owned miner LKAB argues that capacity limitations on railroads used to ship ore from its Kiruna mine prevents it from supplying the startup.


Still, Henriksson is hopeful that the spat can be resolved. The firm plans to have three to four suppliers overall and there is flexibility in the contracts.

“It’s a little bit embarrassing if we can’t find a solution on this in Sweden as well,” the CEO said.

Wednesday, July 05, 2023

'Green' Steel Maker Signs €1.5 Billion Deal With German Auto-Industry Supplier

Lars Paulsson
Tue, July 4, 2023 



(Bloomberg) -- H2 Green Steel AB signed a seven-year steel delivery deal with one of the biggest suppliers to the automotive industry worth €1.5 billion ($1.64 billion).

The agreement, one of H2GS’s largest yet, covers a “significant share” of ZF Friedrichshafen AG’s annual steel demand of about 2.5 million tons, according to a statement Tuesday. Deliveries of near zero-emissions steel are due to start in 2026.

The Swedish company is among a new breed of steelmakers seeking to overhaul the way the alloy is manufactured in one of the most polluting industries in the world, replacing coal with green hydrogen made using renewable power. The sector, which has relied largely on the same production techniques for more than a century, accounts for about 7% of global carbon dioxide emissions.

Read more: What It Would Take to Make Steelmaking Greener: QuickTake

The deal is expected to reduce ZF’s CO2 emissions by close to 2.3 million tons compared with traditional steelmaking processes, according to the statement. H2GS will also work together with ZF’s sub-suppliers.

The company last month received a full environmental permit to start building a plant in Boden in northern Sweden. The facility is poised to produce 5 million tons of so-called green steel annually by the end of the decade.

The founder and largest shareholder of H2GS is Vargas Holding AB, which is also co-founder and one of the larger stakeholders in Swedish battery maker Northvolt AB.

Monday, July 03, 2023

 

Two New Partnerships Show Promise of Hydrogen Power in Europe

Gotland
Courtesy H2GS

PUBLISHED JUN 26, 2023 11:47 PM BY THE MARITIME EXECUTIVE

 

Two newly-announced projects add to a growing list of hydrogen-propulsion partnerships in Northern Europe. In Boden, Sweden and Duisburg, Germany, H2 suppliers and shipping companies have announced additional initiatives to bring this green fuel to the maritime market. 

Swedish ferry operator Gotland Company announced Monday that it has reached an offtake agreement with hydrogen producer H2 Green Steel (H2GS). H2GS is the developer of a massive electrolyzer plant in Boden, a town in northern Sweden. The 700 MW plant will be among the largest in the world, and it will primarily supply a carbon-neutral steel mill. 

Leveraging H2GS' experience in green H2 project development, the two companies are conducting a feasibility study to evaluate how to supply green H2 to power Gotland's future fleet. The ferry operator is currently developing two newbuilds designed to run on hydrogen, with an objective of having at least one ship operational by 2030. About 20,000 tonnes of hydrogen per year will be required to operate the company's route between the island of Gotland and the mainland. 

"Collaborating with Gotland Company signifies expanding our competence in large scale hydrogen production beyond iron and steel. Joining forces with a Swedish partner sharing our passion for climate change matters and acting as the front runner to reduce emissions in the important ecosystem in the waters around Sweden, naturally feels especially strong and relevant," said Kajsa Ryttberg-Wallgren, Head of Hydrogen Business at H2 Green Steel. 

The scope of the feasibility study includes the evaluation of infrastructure required to produce and transport the hydrogen for Gotland's operations. About 30 MW of electrolyzer capacity will be required, a small fraction of H2GS' total installed base. 

Inland hydrogen power

Meanwhile, in the inland hub of Duisburg, Germany, port operator Duisport is in talks with H2 producer Lhyfe on the possibility of building a midsize green hydrogen production plant. 

The proposal envisions a 20 MW electrolyzer complex located in Duisburg-Hochfeld's outer harbor, a few miles to the south of the main terminal area on the Rhine. This site currently handles coal, and the transformation would be pragmatic as well as symbolic: coal volumes are in decline. 

Three local businesses have declared an intent to offtake H2 from the plant if it is built, including the future Duisburg Gateway Terminal, a carbon neutral container facility that will be built on the site of a former coal pier. Hydrogen is an integral part of the new container terminal's development plan, and its success is key for Duisport's transition away from coal cargoes. 

All that is needed is a better grid connection to carry enough green electricity to the development site, and two utilities have agreed to take care of the power supply. 

Duisport and Lhyfe have announced the launch of a feasibility study for the project, and it could be in operation as early as 2025. 

"The construction of the first large-scale electrolyser in the Port of Duisburg would be a milestone on the way to decarbonising the domestic economy and industry," said Duisport CEO Markus Bangen. "At the same time, we are fulfilling our promise not only to build the largest container terminal in the European hinterland with the Duisburg Gateway Terminal, but also to operate it in a completely climate-neutral manner."

Lhyfe Produces First Green Hydrogen from Floating Offshore Platform

hydrogen produced offshore
Floating hydrogen platform has begun producing the first green hydrogen in a critical demonstration project (Lhyfe)

PUBLISHED JUN 27, 2023 7:48 PM BY THE MARITIME EXECUTIVE

 

French renewable energy company Lhyfe reports that its pilot project Sealhyfe has produced the first kilos of green hydrogen from the first offshore hydrogen production platform. Sealhyfe is now connected to the subsea hub off Le Croisic, France in the Atlantic powered by a floating wind turbine, designed to demonstrate the potential and provide critical experience as the company works to scale up to large-scale offshore green hydrogen production.

The pilot hydrogen production platform was towed to the test site just over 12 miles offshore on May 19 to begin the second phase of its testing. It was then connected to the subsea hub at the SEM-REV offshore testing site using a dedicated umbilical cable that was specially designed for the hydrogen application. The hub is linked with a wind turbine, FLOATGEN, a 2 MW floating turbine engineered and operated by BW Ideol.

The platform began producing its first kilos of offshore hydrogen as of June 20, marking what Lhyfe is calling “a decisive milestone for the future of the sector.” It is the first of several projects that seeks to use power generated from offshore wind farms to develop a supply of green hydrogen that can be used as a decarbonizing fuel for industrial applications, including possibly in the maritime sector. 

In launching the world’s first offshore hydrogen production pilot, Lhyfe says it wanted to prove the technical feasibility of such a project and acquire the operational experience needed to quickly scale up. Lhyfe and its partners designed, built and assembled all the technology necessary for producing hydrogen offshore, including the 1 MW electrolyzer supplied by Plug, in just 16 months. The Sealhyfe platform, which is less than 200 sq. meters in area, is capable of producing up to 400 kilograms of hydrogen a day.

From September 2022 to May 2023, Sealhyfe was moored at the Quai des Frégates, in the Port of Saint-Nazaire, France for a series of start-up tests. This included benchmarking the platform to provide comparison data for the second phase trial offshore. Systems were also optimized including the development of the software and algorithm building blocks necessary to manage the site remotely.

The platform will now replicate the previous tests of producing hydrogen offshore, under the toughest conditions. The company says it voluntarily chose to confront Sealhyfe with the toughest conditions offshore to test operations under real conditions. The floating platform was re-engineered to stabilize the production unit at sea.

Lhyfe is also preparing to move to the next stage of the demonstrations working with a consortium of nine partners to proceed to a large-scale project (10 MW) that will be able to produce up to four tonnes a day of green hydrogen at sea. The concept calls for exporting the hydrogen ashore by pipeline, and then compressed and delivered to commercial customers. Known as Project Hope, Lhyfe and its partners have been selected by the European Commission under the European Clean Hydrogen Partnership and are being awarded a €20 million grant as part of the goal to gear up to commercial scale.

Through these two pioneering projects in offshore hydrogen production, Lhyfe aims to validate industrial solutions for the production of green hydrogen. Their goal is to contribute to achieving the target set by the European Commission as part of the REPowerEU plan which calls for 10 million tonnes of clean hydrogen produced in the European Union by 2030.

Sunday, December 26, 2021

Sweden could take global lead in green steel production – report

MINING.COM Staff Writer | December 22, 2021

H2 Green Steel plans to build a large-scale CO2-free steel production facility at this site in Sweden’s Boden-LuleÃ¥ region. (Image courtesy of H2GS).

A new report by Wood Mackenzie states that Sweden could become a pioneer in green steel production as at least two initiatives by HYBRIT and H2 Green Steel, separately, have been launched with a target to manufacture 10 million tonnes (mt) of fossil fuel-free crude steel annually by 2030.


HYBRIT is a joint venture between Swedish steelmaker SSAB, iron-ore miner LKAB and utility Vattenfall, while H2 Green Steel is a company backed by Vargas Holding – the same investment firm that co-founded Northvolt.

According to the market researcher, the nordic country could take the lead when it comes to the environmentally friendlier version of the alloy, despite the fact that its current production is not particularly large. Sweden’s steel industry manufactured 4.4mt of crude steel (3.4mt of finished steel) in 2020, representing 3.2% of crude steel production (2.5% of total finished steel production) across EU-27 and the UK.

“Sweden’s decarbonization drive in the steel industry signals substantial cost reduction potential for green steel over the coming decades, due primarily to the declining cost of renewables and green hydrogen and increasing carbon prices,” Wood Mackenzie’s principal analyst, Sohaib Malik, wrote in the report.

“The country boasts Europe’s largest iron ore reserves and excellent renewable energy resources – two primary prerequisites for the production of green hydrogen and decarbonized crude steel.”

According to Malik, at a levelled cost of electricity at $30 per megawatt-hour, wind power is a highly economical source of power generation in Sweden today. Meanwhile, further cost reductions are expected with better financing structures for onshore wind, lower capex for onshore and offshore installations, technological optimization for asset management and state support for offshore grid infrastructure.

The analyst also said that alkaline electrolysis technology is most likely to play a key role in green hydrogen production which he emphasized is crucial for Sweden’s green steel production.

The WoodMac expert also pointed out that compared to proton exchange membrane electrolysis, alkaline electrolysis has a lower capex of $925 per kilowatt today and it is expected to halve by 2030, enabling a levelled cost of $1 per kilogram of green hydrogen using onshore wind power.

For Malik and report co-author Mingming Zhang, alkaline electrolysis and renewable energy from onshore wind will produce the most cost-effective green crude steel in Sweden.

“Assuming a carbon price of $100/t, green steel producers could benefit from $85/t of carbon credits. Better financing models for onshore wind and 48% lower capex for alkaline technology in 2025 yield steel cost of $360-390/t in carbon price scenarios ranging between $50/t and $150/t,” they estimated in the report.

In Zhang’s view, producing green steel with cost parity to conventional steel in the 2020s is quite possible if natural gas-based direct reduction iron and electric arc furnace steelmaking processes are used as a baseline.

“Global steel demand will reach 1,872mt a year by 2030, 6.4% higher than in 2020. The case for green steel will grow stronger as its cost reduces. In addition, the success of green hydrogen to produce green steel at a commercial scale will justify the enthusiasm around its ability to accelerate decarbonization,” the analysts concluded.