Greenh2 team – Page 10

Hydrogen’s Key Role in Sweden’s Green Transition Faces Challenges

December 3, 2024 Greenh2 team

The green transition is essential for strengthening Sweden’s competitiveness, and hydrogen is poised to play a critical role in this transformation. However, several obstacles are

Energy news

SwitcH2 and CorPower Ocean Pioneer Floating Green Ammonia Facility Powered by Wave Energy

December 2, 2024 Greenh2 team

SwitcH2 has joined forces with CorPower Ocean to develop an industrial-scale floating green ammonia production facility that integrates wave energy as a key power source.

Energy news

INNIO Group Wins COGEN Europe Award for Pioneering Hydrogen CHP Plant

November 28, 2024 Greenh2 team

INNIO Group has been awarded the prestigious COGEN Europe Recognition Award 2024 in the Technology and Innovation category for its groundbreaking 1 MW-class hydrogen combined

Energy news

Stegra and Uniper Sign Landmark 6 TWh Electricity Agreement to Power Green Steel Production

November 27, 2024 Greenh2 team

Stegra and Uniper have entered a long-term power purchase agreement (PPA) for the supply of 6 TWh of electricity to Stegra’s groundbreaking green steel production

SSAB has entered a groundbreaking collaboration with Amazon Web Services (AWS) to supply fossil-free steel, produced using its innovative HYBRIT® technology, for the construction of one of AWS’s three new data centers in Mälardalen, Sweden. This partnership marks a significant step in advancing sustainable building practices for data center infrastructure. A New Standard in Sustainable Construction AWS is prioritizing low-carbon materials for its data centers, utilizing steel made primarily from recycled scrap, which significantly reduces carbon emissions compared to traditional blast furnace production. To further enhance sustainability, AWS will pilot virgin steel made with SSAB’s HYBRIT technology, which eliminates most CO₂ emissions by replacing coking coal with hydrogen produced from fossil-free electricity. Thomas Hörnfeldt, VP of Sustainable Business at SSAB, emphasized the significance of this collaboration: “We are thrilled to welcome AWS as a new partner. By choosing steel made with the HYBRIT technology, AWS demonstrates that it’s possible to reduce the carbon footprint of data center construction, whether using recycled scrap or virgin iron ore.” HYBRIT Technology: Transforming Steel Production Developed by SSAB in partnership with LKAB and Vattenfall, HYBRIT technology represents a breakthrough in steel production. The process replaces carbon-intensive blast furnaces with hydrogen-based methods, emitting only water vapor instead of CO₂. The resulting fossil-free steel will be used in Ruukki sandwich panels, which will form part of the new AWS data center in Västerås, Sweden. Driving Net-Zero Goals AWS’s collaboration with SSAB aligns with its broader mission to achieve net-zero carbon operations by 2040. Kellen O’Connor, Managing Director Europe North at AWS, highlighted the importance of the initiative: “Reducing the embodied carbon of our data centers is a key priority as we work toward net-zero carbon. Partnering with innovative companies like SSAB and Ruukki allows us to decarbonize construction materials and set a new benchmark for sustainable infrastructure.” Pioneering Sustainable Infrastructure This partnership underscores the role of fossil-free steel in decarbonizing industrial processes and supporting sustainable infrastructure. By integrating HYBRIT technology into the construction of its Swedish data centers, AWS is not only advancing its sustainability commitments but also setting an example for the global technology and construction industries. The collaboration between SSAB and AWS highlights the transformative potential of fossil-free steel and reinforces the commitment of both companies to building a more sustainable future.

Energy news

SSAB and AWS Partner to Deliver Fossil-Free Steel for Data Center Construction in Sweden

November 27, 2024 Greenh2 team

SSAB has entered a groundbreaking collaboration with Amazon Web Services (AWS) to supply fossil-free steel, produced using its innovative HYBRIT® technology, for the construction of

Energy news

PowerCell Secures €1.15 Million Order for Next-Generation Aviation Fuel Cell Technology

November 26, 2024 Greenh2 team

PowerCell has been awarded a €1.15 million project order from a leading Japanese company to provide engineering expertise and deliver its cutting-edge HDS300 fuel cell

TotalEnergies is taking a significant step toward its 2030 goal of decarbonizing hydrogen use in its European refineries by partnering with Air Liquide to produce renewable hydrogen at its La Mède biorefinery in southeast France. This project complements the ongoing Masshylia green hydrogen initiative led by TotalEnergies in collaboration with ENGIE. Together, these projects will reduce annual CO₂ emissions at La Mède by 130,000 tons, advancing regional and corporate decarbonization goals. A Renewable Hydrogen Hub at La Mède Air Liquide will construct and operate a renewable hydrogen production unit at La Mède with an annual capacity of 25,000 tons. The facility will utilize coproducts from TotalEnergies’ biorefinery to produce hydrogen, which will then fuel the production of biodiesel and sustainable aviation fuel (SAF). The project represents a €150 million investment shared between TotalEnergies and Air Liquide and is expected to commence operations in 2028. Vincent Stoquart, President, Refining & Chemicals at TotalEnergies, highlighted the project's significance: “This new renewable hydrogen production project with Air Liquide accelerates the decarbonization of our La Mède platform. Nearly a decade after its conversion, La Mède is evolving into a low-carbon hydrogen production hub, contributing to the sustainability goals of the Provence-Alpes-Côte d’Azur region.” The Masshylia Green Hydrogen Project In parallel, TotalEnergies and ENGIE are advancing the Masshylia green hydrogen project, which will utilize water electrolysis to produce 10,000 tons of green hydrogen annually. This hydrogen will support decarbonization efforts at both La Mède and the Fos-Berre industrial-port zone. The first phase of the project, involving a 20 MW electrolyzer, is expected to start by 2029, contingent on the approval of subsidies and public authorizations from European and French authorities. TotalEnergies’ Commitment to Decarbonizing European Refineries As part of its broader sustainability strategy, TotalEnergies is committed to reducing the carbon footprint of its energy production and refining processes. By scaling the use of low-carbon hydrogen, the company aims to cut CO₂ emissions from its European refineries by approximately three million tons annually by 2030. These initiatives underline TotalEnergies’ leadership in the global energy transition and its commitment to supporting regional decarbonization and sustainable fuel production.

Energy news

TotalEnergies and Air Liquide Partner to Accelerate Hydrogen Decarbonization in France

November 25, 2024 Greenh2 team

TotalEnergies is taking a significant step toward its 2030 goal of decarbonizing hydrogen use in its European refineries by partnering with Air Liquide to produce

As part of President Biden’s Investing in America agenda, the U.S. Department of Energy (DOE) has announced up to $2.2 billion in funding for the Gulf Coast Hydrogen Hub (HyVelocity) and Midwest Hydrogen Hub (MachH2). These initiatives are critical components of DOE’s Hydrogen Hubs (H2Hubs) program, a cornerstone of the Bipartisan Infrastructure Law, designed to establish a national network of clean hydrogen production, storage, and distribution. This transformative investment underscores the administration’s commitment to bolstering energy security, driving economic growth, creating high-quality jobs, and advancing decarbonization to combat climate change. Key Objectives of the Hydrogen Hubs Program Clean hydrogen is a versatile energy carrier that can be produced from diverse domestic resources, including renewables, nuclear, and fossil fuels with carbon capture. Its ability to decarbonize energy-intensive sectors such as chemicals, steel, and transportation makes it a linchpin of the clean energy transition. The seven awarded H2Hubs are projected to collectively: Produce millions of metric tons of hydrogen annually. Eliminate tens of millions of metric tons of CO₂ emissions, equivalent to taking millions of gas-powered cars off the road. Create and sustain tens of thousands of good-paying jobs across the country. Gulf Coast Hydrogen Hub (HyVelocity) Location: Texas. Focus: Leverages abundant renewable energy and natural gas resources to produce clean hydrogen via electrolysis and natural gas reforming with carbon capture and storage. Impact: Supports regional decarbonization while driving down hydrogen production costs. Job Creation: Approximately 45,000 direct jobs over the project’s lifetime. Midwest Hydrogen Hub (MachH2) Location: Illinois, Indiana, Iowa, and Michigan. Focus: Uses wind, natural gas, and nuclear energy to produce hydrogen for key industries, including steel, manufacturing, and transportation. Impact: Facilitates decarbonization of heavy industries in a vital U.S. industrial corridor. Job Creation: Approximately 12,000 direct jobs over the project’s lifetime. A Milestone for Clean Energy and Job Creation “These hydrogen hubs mark a major milestone in the DOE’s efforts to kickstart a domestic hydrogen industry that strengthens America’s energy security and global competitiveness while tackling the climate crisis,” said U.S. Secretary of Energy Jennifer M. Granholm. “This investment aligns with our commitment to secure, affordable, and cleaner energy for all Americans.” The H2Hubs program is among the largest federal investments in clean manufacturing, with DOE funding matched by recipient contributions to unlock billions in private sector investment. Benefits Beyond Energy The program emphasizes delivering economic, environmental, and social benefits: Community Engagement: Hubs are required to implement community benefits plans informed by early and ongoing local input. Environmental Justice: Projects prioritize reducing emissions in disadvantaged communities. Training Opportunities: Workforce development initiatives will ensure high-quality job creation in clean energy industries. Building the Future of Energy Managed by DOE’s Office of Clean Energy Demonstrations, the H2Hubs program represents a phased, collaborative approach to creating a sustainable hydrogen economy. By integrating clean hydrogen into America’s energy mix, the program positions the U.S. as a global leader in hydrogen innovation, driving progress toward long-term climate and energy goals. A Nation United for Decarbonization With these investments, the Gulf Coast and Midwest H2Hubs are poised to transform industrial energy use, transportation, and regional economies—making the hydrogen economy a reality and contributing to a sustainable, secure future for all Americans.

Energy news

DOE Awards $2.2 Billion for Gulf Coast and Midwest Hydrogen Hubs to Accelerate Clean Energy Revolution

November 22, 2024 Greenh2 team

As part of President Biden’s Investing in America agenda, the U.S. Department of Energy (DOE) has announced up to $2.2 billion in funding for the

Energy news

Ren-Gas Partners with Sunfire to Power Finland’s Pioneering Tampere Power-to-Gas Project

November 21, 2024 Greenh2 team

Ren-Gas has selected Sunfire, a leading German electrolyzer manufacturer, as a key technology provider for its groundbreaking Tampere Power-to-Gas project. Sunfire’s advanced pressurized alkaline electrolyzer

Energy news

Uniper and Electric Hydrogen Partner to Develop 200 MW Electrolyzer for Green Wilhelmshaven Project

November 20, 2024 Greenh2 team

Uniper has selected Electric Hydrogen as its exclusive partner to design a cutting-edge 200 MW electrolyzer plant, a cornerstone of Uniper’s Green Wilhelmshaven project in

Author: Greenh2 team