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Geneticaly modified Algae.

A new company called Joule Unlimited has succeeded in growing genetically-altered organisms that sweat out usable fuel and live on to continue making more. The company broke ground recently on a Texas pilot plant that will house the single-cell plant organisms in flat structures resembling solar panels facing the sun.


Water flowing through the panels will carry off the hydrocarbon fuel for separation. Hydrocarbon oils such as diesel produced by the organisms separate from water and make the gathering easy, while distilling technology already exists for separating out the ethanol from water. Workers will regularly flush the system every eight weeks and start with fresh batches.

The modified organisms can convert sunlight and carbon dioxide into ethanol or diesel fuel, and are supposedly based on similar types found in nature.

Joule Unlimited hopes to eventually put its operation near a coal or natural gas power plant, so that it can use the carbon dioxide captured by said plant. The company has already raised $30 million in second-round financing, and predicts that it could create 25,000 gallons of ethanol per acre each year — much higher than production from other biomass sources.

Considering the debate over how corn-derived ethanol competes with growing corn to support livestock and humans, this approach sounds a good deal more promising. It’s also an intriguingly different approach from breaking down the tough cellulose walls of plants to create biofuels, which has represented the long-term goal for researchers. If Joule Unlimited can deliver on its promises, we envision that it should be able to carve out its own niche among the array of clean energy solutions jostling for position.

Source: Popular Science.

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SOME INSTITUTE FOR SUMMER TRAINING/FINAL YEAR DISSERTATION/INTERNSHIP..

Center For Cellular and Molecular Biology (CCMB)
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Central Drug Research Institute (CDRI) <http://www.cdriindia.org/>

Central Food Technological Research Institute (CFTRI)
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Central Institute of Medicinal and Aromatic Plants (CIMAP),
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