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Carbohydrates and weed killers may someday power gadgets, cars and homes.


Byline: ANI

Washington, September 30 (ANI): If scientists have their way, then carbohydrates, the human body's preferred energy source, along with a weed killer weed killer: see herbicide. , could someday power our gadgets, cars or homes.

Researchers at Brigham Young University Brigham Young University, at Provo, Utah; Latter-Day Saints; coeducational; opened as an academy in 1875 and became a university in 1903. It is noted for its law and business schools.  (BYU BYU Brigham Young University
BYU Bayou
BYU Bob's Your Uncle
BYU Bayreuth, Germany - Bindlacher Berg (Airport Code)
BYU Beyond Your Understanding
) in the US have developed a fuel cell - basically a battery with a gas tank - that harvests electricity from glucose and other sugars known as carbohydrates.

"Carbohydrates are very energy rich," said BYU chemistry professor Gerald Watt. "What we needed was a catalyst that would extract the electrons from glucose and transfer them to an electrode," he added.

The surprising solution turned out to be a common weed killer.

The effectiveness of this cheap and abundant herbicide herbicide (hr`bəsīd'), chemical compound that kills plants or inhibits their normal growth. A herbicide in a particular formulation and application can be described as selective or nonselective.  is a boon to carbohydrate-based fuel cells.

By contrast, hydrogen-based fuel cells like those developed by General Motors require costly platinum as a catalyst.

The next step for the BYU team is to ramp up Ramp Up

To increase a company's operations in anticipation of increased demand.

Notes:
A company might 'ramp up' operations if they just signed a contract creating substantially more demand for their product.
See also: Demand, Economies of Scale
 the power through design improvements.

The study reported experiments that yielded a 29 percent conversion rate, or the transfer of 7 of the 24 available electrons per glucose molecule.

"We showed you can get a lot more out of glucose than other people have done before," said Dean Wheeler, lead faculty author of the paper and a chemical engineering professor in BYU's Fulton College of Engineering and Technology.

"Now, we're trying to get the power density higher so the technology will be more commercially attractive," he added. (ANI)

Copyright 2009 Asian News International The Asian News International (ANI) agency provides multimedia news to China and 50 bureaus in India. It covers virtually all of South Asia since its foundation and presently claims, on its official website, to be the leading South Asia-wide news agency.  (ANI) - All Rights Reserved.

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Publication:Asian News International
Date:Sep 30, 2009
Words:255
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