For hundreds of school buses, refuse haulers, dump trucks, and other fleet vehicles in Long Island, N.Y., gasoline and diesel are visible only through the rearview mirror. With the help of Clean Cities Coordinator Rita Ebert, public and private fleets throughout the region are transitioning to run on compressed natural gas (CNG) and other alternative fuels.
Ebert has led the work of the Greater Long Island Clean Cities Coalition (GLICCC) since 2007. GLICCC counts more than 400 stakeholders in its membership, making it one of the largest Clean Cities coalitions in the nation. Under Ebert’s leadership, GLICCC projects saved 11 million gallons of petroleum in 2010 alone.
“Moving the transportation sector away from gasoline and diesel fuel is obviously an enormous undertaking,” Ebert said. “But when you consider all the public health benefits and the economic payoffs, it’s well worth our effort.”
The Middle Country School District in Selden, Long Island, is just one of the organizations benefiting from Ebert’s dedication to alternative fuels. She helped secure more than $2 million in state and federal funding so the district could build a CNG fueling station and convert its fleet of more than 70 diesel buses to run on natural gas. The project is on pace to be completed by 2014, eliminating the need for 165,000 gallons of diesel per year.
“We just had the fueling station’s grand opening, and the district is very happy with the project. They’re saving money on fuel and reducing their students’ exposure to diesel exhaust. It’s a win-win,” Ebert said.
Get Involved With Clean Cities
For more information about GLICCC, e-mail Ebert at [email protected]
Through the work of nearly 100 local coalitions, Clean Cities advances the nation’s economic, environmental, and energy security by reducing petroleum use in transportation. Clean Cities is an initiative of the U.S. Department of Energy. Find out more at www.cleancities.energy.gov.
About the Author
Julie Sutor is a writer and editor for the National Renewable Energy Laboratory (NREL).