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Sustainable Energy Farm At Destiny Plants New Alternative Fuel Crops

The Sustainable Energy Farm serves as a learning center where sustainable farming techniques and practices are showcased and taught to residents of Florida and people throughout the world. The Sustainable Energy Farm is also developing and testing carbon-free harvesting techniques, to find the methods that will offer the smallest environmental impact.
by Staff Writers
Destiny FL (SPX) Apr 23, 2009
The Sustainable Energy Farm at Destiny, Florida has planted new biomass crops including jatropha, camelina, and new hybrids of sweet sorghum, which will be studied for future renewable energy and alternative fuel sources, announced Anthony V. Pugliese, III, Founder of Destiny and President and CEO of The Pugliese Company.

The Sustainable Energy Farm is the result of a cooperative effort between Destiny and a growing list of companies and organizations including the University of Florida; Global Renewable Energy; GreenTechnologies, LLC; Southern Farms; Energy Structures and Systems, Inc.; Everglades Farm Equipment; Bio Greens Oil USA, LLC; Treasure Coast Irrigation and Landscape, LLC; William Spreader Service, Inc.; and Aglime Sales.

Several varieties of sweet sorghum were donated by Global Renewable Energy, and planted by Everglades Farm Equipment with the self-steering, precision guidance Autotrac system, which enables crops to be planted more efficiently, waste less seed, and fertilize more accurately.

A new drip fertigation system, designed to reduce water waste, will be overseen by Treasure Coast Irrigation. The camelina, a new potential candidate in the biofuel market, and jatropha were planted by Bio Greens Oils USA.

The Sustainable Energy Farm is also planning to grow arundo donax this spring for testing; arundo donax is a perennial grass, with potential yields of 30 to 35 tons of biomass per acre.

To determine the validity of these crops as future fuels, scientists at the University of Florida will research yields per acre, water and fertilizer consumption, different harvesting techniques, and suitability to the Central Florida climate.

"Sustainable agriculture is a key component in our country's transition from fossil fuels to alternative fuels and renewable energy," Pugliese stated. "Fortunately, Destiny is located in the nation's 'sweet spot' for biomass production. Our long growing seasons, large tracks of open land and ideal weather are the perfect combination for producing the needed solutions to the energy crisis."

The Sustainable Energy Farm serves as a learning center where sustainable farming techniques and practices are showcased and taught to residents of Florida and people throughout the world. The Sustainable Energy Farm is also developing and testing carbon-free harvesting techniques, to find the methods that will offer the smallest environmental impact.

Destiny is America's First Eco Sustainable City and spans 64 square miles, or 41,300-acres, and includes more than 25,000 acres of preserved, open space in southern Osceola County. Less than one hour from Orlando, Destiny is strategically located at one of Central Florida's main intersections; consisting of the Florida Turnpike, U.S. Route 441 and State Road 60. Destiny will provide a variety of industries with a new regional commerce hub located within a day's drive of 30 million consumers.

As the future home to scientists, engineers, clean-tech innovators and university research centers, Destiny will be a well-balanced mix of new technology, educational excellence, longevity-based lifestyles, and social and cultural centers. Destiny plans to feature NextGEN aviation, a multi-modal transportation system and a master plan for sustainability by ARUP.

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Plant Gene Mapping May Lead To Better Biofuel Production
Upton NY (SPX) Apr 20, 2009
By creating a "family tree" of genes expressed in one form of woody plant and a less woody, herbaceous species, scientists at the U.S. Department of Energy's Brookhaven National Laboratory have uncovered clues that may help them engineer plants more amenable to biofuel production.







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