New Window Label Shows Just How Green The Chevy Malibu Really Is
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For many car shoppers, the eco-friendly appeal of a car may determine whether or not they decide to take a second glance at a vehicle. For the record, these people probably don’t own a Cadillac CTS-V. But while the Caddy may not have an ecological scorecard worth talking about, the Chevy Malibu is a different story: 63 percent of Malibu buyers, of which there were nearly 15,000 in February of 2013, state that “environmental friendliness” is an “extremely” or “very” important reason behind their purchase. For Malibu Eco buyers, this percentage jumps to 78.
But the environmental friendliness of the Malibu extends well beyond its fuel economy marks. For instance, its assembly is a relatively green process: believe it or not, 85 percent of the Malibu is recyclable. On top of this, GM’s landfill-free plant in Toledo, Ohio manufactures the most common transmission for the Malibu, and all waste from daily operations at the facility is reused, recycled, or converted to energy in some way. In addition, the plant is powered 17 percent by renewable landfill gas and a 1.2MW rooftop set of solar panels. In addition, the Malibu’s highest-volume engine is produced at GM’s Tonawanda plant in New York — another landfill-free facility. A local Chamber of Commerce recently recognized the Tonawanda plant for implementing and operating a ‘green’ and sustainable fashion. Tonawanda’s environment efforts include wildlife habitat development, and installing electric-vehicle charging stations in the employee parking lots. Reinforcing the midsize sedan’s environmentally-friendly story is the fact that most Malibus are assembled in Fairfax, Kansas, a plant that was a a 2012 Pollution-Prevention Award winner, recognized by the Kansas Department of Health and Environment for its energy-reduction and recycling efforts. The facility recycles 91 percent of its daily waste.
Moreover, each of the three plants most involved in the production of the Malibu recently surpassed the U.S. EPA’s Energy Star For Industry standard, which required them to cut energy intensity by more than 10 percent. Their CO2-equivalent reduction of 103,000 metric tons of greenhouse gases combined is comparable to the annual energy use of about 5,000 average U.S. homes.
The Malibu also makes use of recycled material, such as shredded tires from vehicle testing at GM’s Milford Proving Ground. These are combined with recycled plastics to make baffles that reflect air and water under the hood; material that can’t be reused in some way in vehicle manufacturing doesn’t go to waste, either: scrap from the production of sound absorbers used to make the car very quiet is reprocessed to insulate coats that also double as sleeping bags for the homeless.
The end result is clear: less material and non-reusable energy goes into the making of the Malibu, less material will end up in landfills once individual Malibus reach their respective end-of-life, and the scrap from the manufacturing process goes to help society. How’s that for green?
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Though I have to applaud GM’s effort in reducing the demand for landfill from its manufacturing operations, the critical environmental issue today is carbon emissions from fuel combustion, and dwindling oil resources as the world’s population grows. That is what poses the biggest threat to global stability. On this I would say that GM’s Volt technology is a much bigger accomplishment, but like everything else that would reduce fossil fuel use, it just isn’t cost effective yet.
So I place a much bigger priority on fuel economy than most of the “car enthusiasts” that roam this site. When I read of sports cars, SUVs, and trucks with big gas guzzling engines, and how these are still the mainstays of GM’s plan and profit machine, well it either tells a different story about priorities within the company, or it says GM is still behind in terms of cost-effective fuel saving technology. The Volt is about 10 K$ from hitting the target range. Meanwhile, everything else is lagging seriously behind.
Alex,
GM should adopt Peugeot’s Hybrid Air system across all GM markets. Have you covered the Hybrid Air (is going public in Geneva)
Add this sticker to the enlarged Munroney/EPA sticker and the Onstar sticker and there is not much glass space left on todays smaller cars, or a high beltline Camaro!! Makes test drives a bit dangerous.
Yupp, great point. The stickers are becoming bigger and more frequent on the windows; I roll the windows down most of the time… need a digital solution to eliminate the paper.