Discover the latest insights from a cutting-edge discussion featuring AMS and SSAB on the key challenges faced by automotive OEMs, tier suppliers and other stakeholders in transitioning to sustainable steel.
Within automotive manufacturing, steel remains the dominant material used in vehicle production for a multitude of vehicle components, typically comprising 800 ~ 900kg (around 60%) of the vehicle’s weight. Therefore, clearly the single biggest issue in making vehicle production meet net zero targets is by utilizing renewable energy sources within the steel production process. Sustainably produced steel could bring many positive opportunities for the automotive industry, reducing the carbon footprint of vehicle production and in particular by improving the perception of what is currently a highly carbon intensive industry.
However, pivoting to more sustainably produced steel isn’t a simple straightforward process and poses many challenges for automotive OEMs, tier suppliers, steel providers, and many other stakeholders within the automotive supply chain. There are a plethora of specific technical and economic challenges relating to cost, recycling, and validation. But there are also more intangible hurdles to overcome around industry perception. For example, industry leaders will need to better grasp and clarify the confusing array of sustainability terminology, and ultimately need to simplify the messaging around sustainable steel.
In February 2024, Automotive Manufacturing Solutions carried out a survey in partnership with SSAB, leveraging on its global audience of leading manufacturing experts to explore these challenges.
The survey results were discussed in the “Sustainable Steel Automotive Manufacturing Survey 2024 Webinar”, providing cutting-edge insights on the key manufacturing and other challenges faced by automotive OEMs, tier suppliers and other stakeholders across the automotive value chain.
Key takeaways
Understand what is the level of awareness and interest in sustainable steel and if this is being prioritised when selecting steel products
Learn how these sustainability objectives are being pursued, and what challenges this creates
Understand in what way the perception and terminology around sustainable steel hinder the industry transition, and how this can be improved
Gain insights into how recycling agreements and targets influence the wider migration towards sustainable steel, and how validation fits within the equation
Explore how cost impacts the business-critical aspects of the transition to sustainable steel processes and technologies, and how this can be better communicated to the industry
Interested in the full survey results? Check out the Sustainable Steel Automotive Manufacturing Survey 2024 results. By doing so you will gain critical insights that can shape your approach to sustainability, from selecting steel suppliers to implementing new regulations and standards.
SSAB is one of the world’s most carbon emission-efficient steel companies. SSAB Fossil-free™ steel is produced using the revolutionary HYBRIT® technology, which replaces coal in the iron ore reduction process with hydrogen. The result is a removal of the fossil carbon emissions. Learn more about how the groundbreaking technology was developed, how it works, the benefits of SSAB Fossil-free steel and why it is a sustainable steel.
![Asahi Kasei Canada groundbreaking ceremony[48]](https://d2oevnekjqgao9.cloudfront.net/Pictures/380x253/1/5/6/326156_asahikaseicanadagroundbreakingceremony48_273505.jpg)
Watch our webinar in partnership with ArcelorMittal as they demonstrate how the properties of 2nd generation press-hardened steels can bring robust solutions to cope with the severe conditions of the side pole test from the EuroNCAP protocol.
Learn about the future of automotive manufacturing technology and the role that SaaS is playing now and will play in the years to come.
Watch this webinar with Siemens Digital Industries Software to learn how their solutions transform quality management and how leading companies streamline quality across different domains.
