New Lightweight Steel Technologies Help Automakers Meet Fuel and Emissions Standards
North American steel industry provides automakers with affordable mass reduction solutions with new advanced high-strength steels
“The use of advanced high-strength steels reduces a vehicle’s structural weight by as much as 25 percent and is the cleanest environmentally friendly solution for future vehicles compared to other automotive structural materials,” said David C. Jeanes, P.E., president of SMDI. “North American steel companies are committed to collaborating with automakers to develop vehicles that are safe and meet all environmental requirements with cost-effective, lightweight steel technologies.”
“When it comes to reducing emissions, steel is the obvious material of choice for lightweighting, as it can reduce total life cycle CO2 emissions by up to 15 percent more than any other automotive material,” said
“Life cycle assessment (LCA), an established method of accounting for total greenhouse gas emissions associated with products like automobiles, has become an effective tool in determining the carbon footprint of products,” said Krupitzer. “LCA demonstrates steel’s contribution to lower vehicle emissions through the use of highly energy-efficient AHSS coupled with steel’s full recyclability at the end of the vehicle’s useful life.”
A recent study by Ducker Worldwide shows that AHSS are the fastest-growing material in today’s new vehicles, which indicates that automakers already see the benefits of these new steels in terms of cost, mass reduction, fuel efficiency and safety.
The Automotive Applications Council is a part of AISI’s Steel Market Development Institute. The council focuses on advancing the use of steel in the highly competitive automotive market. For more news or information, visit www.autosteel.org.
Automotive Applications Council investors are:
- ArcelorMittal Dofasco
- ArcelorMittal USA
- Nucor Corporation
- Severstal North America Inc.
- United States Steel Corporation
SOURCE American Iron and Steel Institute