Driving Toward Greener Autos (NAPSA)—If you’re like most Americans, you have a number of objectives when thinking about a new car—safety and fuel economy are probably at the top of thelist, not to mention price. There is, however, a new concern growing in importance: the environmental “footprint” of the vehicle. In response, carmakers are learning that by making vehicles lighter— without making them smaller— they can deliver on all of these fronts. Enter aluminum. Automotive aluminum is lightweight to help increase gas mileage. In fact, a 5 to 7 percent fuel savings can be realized for every 10 percent weight reduction by substituting aluminum for heaviersteel. To curb greenhouse gas emissions, each pound of aluminum replacing two poundsof iron orsteel in a car or truck can save 20 pounds of CO, equivalent emissions over the typical life of a vehicle. For example, the Chevrolet Tahoe Hybrid provides both improved fuel economy and strength compared to the conventional version of this vehicle. Its efficiency is highlighted compared to the conventional version of this vehicle by aerodynamic enhancements and significant use of aluminum. The vehicle weighs 400 pounds less than the standard model and consumes roughly 30 percent less GM Corp. Your next car may have a more environmentally friendly footprint than previous models and help you save money. gasoline on average than its conventional version. Automotive aluminum is also highly recyclable, which signifi- cantly saves on the emissions associated with primary aluminum production. Nearly 90 percent of automotive aluminum is recovered and recycled and never needsto be takento thelandfill. Automotive aluminum helps create a vehicle that is both big and safe. Studies confirm that size, not weight, is more important for automotive safety; meaning automotive aluminum can make the Chevrolet Tahoe Hybrid safer by making it larger, while still boosting gas mileage. Learn more To learn more about auto aluminum and sustainability, visit The Aluminum Association’s Aluminum Transportation Group at www.autoaluminum.org.
