We all know Washington, D.C. is full of hot air. Some of it now powers the city's most famous historic hotel, the Willard InterContinental.
A growing number of hotels in resort areas have switched to wind power, but the Willard claims to be the first 'downtown' luxury hotel in the United States to be powered 100% by wind power. All 332 rooms and suites in this landmark hotel in a landmark city.
Wind power for the Willard is being supplied by Pepco Energy Services, which also provides 100% renewable resources to the Statue of Liberty and the Ellis Island Immigration Museum in New York City, and also to the headquarters of the U.S. Environmental Protection Agency headquarters in Washington, D.C.
If the EPA can switch to wind power, why can't more U. S. Government buildings do the same? Like the White House and Congress.
That would demonstrate a serious commitment to improving the environment and reducing carbon emissions -- more than all that hot air from all those government officials who populate those two buildings. The ones who seem more interested in talking than taking action.
Wind power reduces the amount of carbon dioxide (CO2), which we all know by now is the key component of greenhouse gas. Wind generators don't emit any.
The Willard is on Pennsylvania Avenue in the heart of the nation's capital, just two blocks from the White House and Congress, and has been hosting presidents and foreign heads of state since the 1850s. A chunk of American history has been written here --
It was at the Willard that Julia Ward Howe wrote The Battle Hymn of the Republic.
This hotel also is where Rev. Dr. Martin Luther King wrote his renowned "I Have A Dream" speech.
President Ulysses S. Grant popularized the term "Lobbyist" here for all the guys hanging out in the lobby bar, waiting to talk to elected officials. Lobbyists and elected officials still hang out and chat here, and you have to wonder how many deals are made over a glass or three.
My vote is for reducing hot air in Washington -- the talking kind -- and increasing the electricity generating kind.