I already love to eat Kettle brand chips. Ironically, I never even enjoyed potato chips until earlier this year when I absentmindedly snacked on a bag of Kettle Tuscan Three Cheese chips at a media event I was attending: From that moment on I was hooked. Since then, I’ve sampled many of the flavors in their line, always delighted by their wonderful crunch and delicious flavors.

Only recently, I happened to notice verbage on the packaging that drew my attention to the company’s sustainability efforts and was pleased to discover the company supports a variety of eco-friendly practices. In fact, green building, renewable energy, habitat restoration, recycling, and reuse make up the pillars of Kettle Foods’ environmental initiative! Awesome practices contribute to their awesome chips!

The new 73,000-square-foot Kettle Foods factory in Beloit, Wisconsin, is the first food manufacturing facility in the U.S. to receive Leadership in Energy and Environmental Design (LEED)  Gold-level certification for green building. On top, the building features 18 wind turbines that generate enough energy to produce 56,000 bags of Kettle Brand Potato Chips every year – or approximately 28,000 kilowatt hours.

The Kettle Foods headquarters in Salem, Oregon, is home to one of the largest commercial solar power arrays in the Pacific Northwest. As a producer of renewable energy, Kettle Foods’ 616 solar panels generate 120,000 kWh of electricity annually – enough to make 250,000 bags of Kettle Brand Potato Chips each year, and reduce Kettle Foods’ annual CO2 emissions by 65 tons.

When Kettle Foods’ headquarters moved to Oregon in 1999, the company set out to restore a federally designated natural wetlands on the company grounds.  Invasive non-native species including Himalayan blackberry bushes and Scotch Broom were removed and the grounds were replanted with native plants such as Aster, Camas, Red Alder, Lupine, and Sword Fern in addition to aquatic plant species such as Wapato and Marsh Pennywort which enhance biological diversity in the wetland pond. » Read more

Our emphasis here at eCycleGroup is to share different perspectives on all kinds of sustainable and  eco-friendly subjects; this is the second of two stories intended to identify some pros and cons of the alternative engine choices available now and promised to come to market in the future. (Click here to read part one,  which focused on emerging automotive technologies, such as hydrogen, electric, and hybrid electric/gasoline powerplants.) Part two focuses on the variety of alternative fuels currently in production. You can find a list of that operate on these fuels by searchng at fueleconomy.gov

Diesel
Diesel is produced as a byproduct of the distillation procedure that produces gasoline. Both gasoline and diesel are produced from the same crude oil. As part of the production process, crude oil is heated, releasing different hydrocarbon compounds at different boiling temperatures. The lightest components — such as ethane and propane — evaporate first. The next components, called naphtha, are used for making gasoline. Finally, the heaviest portion of crude oil is used to make diesel fuel.

Diesel engines are known for their high strength and durability, and today’s modern diesels are typically much cleaner and more fuel efficient than their predecessors. Thanks to today’s high-tech direct injection diesel engines, the days of smelly, sooty diesel discharge are long gone.

Some diesel engines have been modified to burn biodiesel,  which is a domestically produced, renewable fuel derived from natural oils like soybean oil. Biodiesel is produced without petroleum, though it can be blended  with petroleum diesel to create a biodiesel blend. Biodiesel blends of up to 20 percent can be used in any diesel engine without requiring any modifications to the engine or the fuel system. Some specially prepped vehicles are even able to use post-consumer oil products recycled from restaurants — like old french fry cooking oil! You can find out much more at www.biodiesel.org » Read more

Be Green with AskPatty.com

As a female friendly business, AskPatty.com trains automotive dealerships and retailers to create a safe and comfortable environment where women feel welcome; these businesses are then held to a high level of customer satisfaction for their women consumers. However, AskPatty.com is also an automotive website that recognizes its responsibility to the world around us, encouraging its employees and affiliated dealers and retail businesses to continually strive to reduce their environmental impact.

AskPatty.com’s President and CEO Jody DeVere launched the BE GREEN initiative last year to help affiliated automotive dealerships and retail locations become more environmentally friendly.  As part of their training, AskPatty provides business with the information and tools they need to utilize green marketing and to highlight earth friendly vehicles in their inventory.

AskPatty developed an Earth Friendly Logo that dealers can place on any vehicles in stock that are earth friendly, allowing consumers to easily identify vehicles that qualify for the program.  How are vehicles defined as “Earth Friendly”? Under the Be Green program any vehicles that utilize hybrid gasoline/electric power plants, are powered by clean-burning natural gas, produce the lowest emissions possible thanks to PZEV and ULEV engines, or promise more than 28 miles per gallon qualify as Earth Friendly. The AskPatty BeGreen program also helps dealerships highlight vehicles that they sell that are Earth Friendly.

AskPatty.com also educates its Certified Female Friendly dealers and retail businesses on things they can do to become more environmentally friendly in their day-to-day operations, such as: » Read more

According to a press release we found at Business Wire, Biotech companies are poised to rapidly commercialize advanced biofuel technology, which has been shown to reduce both U.S. reliance on petroleum and associated greenhouse gas emissions. Brent Erickson, executive vice president of the Biotechnology Industry Organization’s (BIO) Industrial and Environmental Section, recently released the following statement at a media briefing held at the 2009 BIO International Convention held at the Georgia World Congress Center in Atlanta.

“Advanced biofuel companies are ready to deploy their technology and begin meeting the requirements of the National Renewable Fuel Standard. Now that the rules of the program are finally moving forward and the Obama administration has demonstrated a firm commitment to the industry, companies are prepared to build the next generation of biorefineries.

“The recent analysis by the Environmental Protection Agency shows that biofuels produced with biotech tools will dramatically reduce U.S. greenhouse gas emissions from transportation – more than 100 percent compared to gasoline, in some cases. In addition to enabling production of cellulosic biofuels, biotechnology can continue to help biofuel producers reduce carbon emissions by increasing yields of fuel per ton of raw material and decreasing energy use in production of biofuels. Biotechnology can also help farmers increase yields per acre and reduce petroleum inputs in agriculture. » Read more