Historic Partnership Marks Sustainability Milestone

Pegasus Profiles has strengthened its 12-year relationship with Swedish steel manufacturer SSAB by becoming the first company within the UK Hardox Wearparts Network to take delivery of fossil-free steel plate. This groundbreaking development represents a significant step forward in the steel industry's journey toward decarbonization. The Thetford and Andover-based fabrication specialist will distribute this innovative material to progressive customers eager to incorporate environmentally responsible solutions into their manufacturing processes. The fossil-free steel utilizes SSAB's revolutionary HYBRIT technology, which replaces traditional carbon-intensive ironmaking with a hydrogen-based reduction process. This technological breakthrough eliminates carbon dioxide emissions from steel production by using fossil-free electricity and hydrogen to reduce iron ore, resulting in water as a byproduct instead of CO₂. Roy Denyer, Commercial Director at Pegasus Profiles, expressed pride in the company's selection as the inaugural UK distributor, noting that this achievement reflects their longstanding commitment to the Hardox Wearpart network and their reputation for delivering high-quality services consistently to customers.

Transformative Technology Reshapes Steel Production

The fossil-free steel being supplied to Pegasus Profiles represents a fundamental transformation in how steel is manufactured. Traditional steelmaking is one of the most carbon-intensive industrial processes, accounting for approximately 7% of global CO₂ emissions. SSAB's innovative HYBRIT technology addresses this environmental challenge by completely reimagining the ironmaking process. Instead of using coal-fired blast furnaces, the system employs fossil-free hydrogen as the reducing agent in direct reduction furnaces. This hydrogen reacts with iron ore to remove oxygen, producing metallic iron without carbon emissions. The hydrogen itself is produced using renewable electricity, ensuring the entire production chain remains fossil-free. The resulting steel maintains the same high-quality characteristics and performance properties as conventionally produced steel but with a dramatically reduced environmental footprint. This technological breakthrough demonstrates that heavy industry can achieve significant decarbonization without compromising on product quality or performance, setting a new standard for sustainable manufacturing across all industrial sectors.

Strategic Distribution to Forward-Thinking Customers

Pegasus Profiles has developed a strategic approach to distributing the limited initial supply of fossil-free steel, targeting customers who demonstrate a strong commitment to environmental innovation. These early adopters will have the opportunity to incorporate SSAB's Hardox® 450 Zero material into their products, gaining both sustainability credentials and practical experience with this next-generation material. For these pioneering customers, the adoption of fossil-free steel represents an important step toward reducing their scope 3 emissions, the indirect emissions that occur in a company's value chain. As regulatory pressures increase and consumer preferences shift toward more sustainable products, early access to fossil-free steel provides these companies with a competitive advantage. The collaboration creates a virtuous cycle where demand for sustainable materials drives further investment in green production technologies. David Want, Regional Sales Manager at SSAB, highlighted the significance of this distribution strategy, noting that it builds upon the decade-long partnership between the two companies and reflects their shared commitment to excellence and innovation in sustainable steel solutions.

Sustainability Meets Performance in Material Innovation

A key aspect of SSAB's fossil-free steel is that it maintains the exceptional performance characteristics that have made Hardox® wear plate renowned in demanding applications. The Hardox® 450 Zero grade being supplied to Pegasus Profiles offers the same hardness, toughness, and wear resistance as its conventional counterpart, ensuring that sustainability does not come at the expense of performance. This combination of environmental benefits and technical excellence makes the material particularly attractive for industries where equipment undergoes severe wear conditions, such as mining, construction, recycling, and agriculture. By incorporating this material into their operations, customers can extend the service life of their equipment while simultaneously reducing their carbon footprint. The material's durability contributes to sustainability in another important way: longer-lasting components require less frequent replacement, reducing the overall material consumption and associated environmental impacts throughout the product lifecycle. This alignment of performance and sustainability objectives represents a significant advancement in material science and industrial ecology, demonstrating that environmental responsibility and operational excellence can be complementary rather than competing priorities.

Industry-Wide Implications for Decarbonization

The partnership between Pegasus Profiles and SSAB signals a pivotal moment in the steel industry's decarbonization journey. As the first commercial-scale implementation of fossil-free steelmaking technology in the UK supply chain, this initiative establishes an important precedent for how traditional heavy industries can transform their operations to meet climate objectives. The steel sector has been particularly challenging to decarbonize due to its reliance on coal for both energy and as a reducing agent in the ironmaking process. By demonstrating a viable alternative production pathway, SSAB and Pegasus Profiles are helping to accelerate the industry's transition toward carbon neutrality. This development comes at a critical time, as governments worldwide are implementing increasingly stringent carbon regulations and major industrial customers are setting ambitious scope 3 emission reduction targets. The success of this partnership provides a practical example for other steel producers and fabricators to follow, potentially catalyzing broader adoption of hydrogen-based steelmaking technologies throughout the global steel industry. Industry analysts suggest that early movers in green steel production will likely secure competitive advantages as carbon pricing mechanisms expand and corporate sustainability commitments deepen in coming years.

Environmental Benefits Beyond Carbon Reduction

While the elimination of carbon emissions represents the most significant environmental benefit of fossil-free steel, the technology delivers additional ecological advantages that contribute to its sustainability profile. Traditional steelmaking generates various air pollutants, including sulfur dioxide, nitrogen oxides, and particulate matter, which can have detrimental effects on local air quality and public health. The hydrogen-based reduction process substantially reduces these emissions, creating healthier conditions for workers and surrounding communities. Additionally, the process requires less water and generates less waste than conventional steelmaking methods, further reducing its environmental footprint. The renewable electricity used throughout the production chain also helps to stimulate investment in clean energy infrastructure, creating positive spillover effects for the broader energy transition. When considered holistically, these multiple environmental benefits make fossil-free steel an attractive option for companies seeking to minimize their ecological impact across multiple dimensions. The comprehensive sustainability advantages of this innovative material align with the growing corporate focus on environmental, social, and governance performance, which increasingly influences investment decisions, customer preferences, and regulatory compliance requirements.

Future Outlook for Green Steel Adoption

The pioneering partnership between Pegasus Profiles and SSAB represents an early stage in what industry experts anticipate will be a transformative journey for the global steel sector. While current production volumes of fossil-free steel remain limited, SSAB has announced plans to convert its entire production to fossil-free processes by 2045, with its Oxelösund plant transitioning as early as 2026. This gradual scaling of production capacity will make the material increasingly available to a broader range of customers and applications. Market analysts project that demand for green steel will grow significantly in the coming decade, driven by automotive manufacturers, construction companies, and consumer goods producers seeking to decarbonize their supply chains. The premium currently associated with fossil-free steel is expected to decrease as production scales and as carbon pricing mechanisms make conventional steel relatively more expensive. For Pegasus Profiles, this early adoption positions the company advantageously in a market that is increasingly prioritizing sustainable materials. By establishing expertise in working with fossil-free steel now, the company is building capabilities that will become increasingly valuable as the market evolves. This forward-looking approach exemplifies how companies can align business strategy with environmental leadership to create sustainable competitive advantages in a rapidly changing industrial landscape.

Collaborative Innovation Driving Industrial Transformation

The successful introduction of fossil-free steel to the UK market through Pegasus Profiles highlights the importance of collaborative innovation in addressing complex sustainability challenges. The development of HYBRIT technology itself resulted from a joint venture between SSAB, mining company LKAB, and energy provider Vattenfall, demonstrating how cross-sector partnerships can accelerate breakthrough technologies. Similarly, the partnership between SSAB and Pegasus Profiles bridges the gap between innovative production and practical market applications, ensuring that technological advances translate into real-world sustainability benefits. This collaborative approach extends to customers who are willing to pioneer the use of fossil-free steel in their products, contributing valuable feedback and use cases that will inform future development. The entire value chain, from raw material suppliers to end users, plays a crucial role in driving the transition to more sustainable industrial practices. By fostering these collaborative relationships, companies like Pegasus Profiles and SSAB are not only advancing their own business objectives but also contributing to the broader societal goal of industrial decarbonization. This model of partnership-driven innovation provides a template for how other industries might approach their own sustainability transformations, emphasizing the importance of shared commitment and coordinated action across entire value chains.

Key Takeaways:

• Pegasus Profiles has become the first company in the UK Hardox Wearparts Network to receive SSAB's fossil-free steel plate, produced using revolutionary HYBRIT technology that uses hydrogen instead of coal to reduce iron ore, resulting in water rather than CO₂ as a byproduct.

• The fossil-free Hardox® 450 Zero steel maintains the same high-quality characteristics and performance properties as conventional steel while dramatically reducing environmental impact, offering customers a way to reduce their scope 3 emissions without compromising on product quality.

• This partnership represents a pivotal moment in the steel industry's decarbonization journey, establishing an important precedent for how traditional heavy industries can transform their operations to meet climate objectives while maintaining competitive performance standards.