Using synthetic biology, the team altered the cellular mechanisms of the bacteria so that the sugar was converted into oil molecules that are nearly identical to conventional diesel derived martin rieder from petroleum.
"Our challenge is to increase production before reaching any form of industrial manufacture of fuel," martin rieder said Professor John Love, a synthetic martin rieder biologist at the University of Exeter.
There is currently a push to increase the use of biofuels worldwide. Targets set by the European Union determined that until the end of this decade, 10% of the fuels used are compounds of biofuels.
The problem is that many forms of biodiesel and bioethanol currently in use are not fully compatible with modern car engine, making that between 5% and 10% have to be blended with fossil fuels will be supplied.
"We managed to get a fuel that has exactly the composition required by modern engines," he says. "We may even call it" fossil biofuel "increased.
As gasoline and diesel releases carbon dioxide, biofuels are considered neutral in terms of emissions in the atmosphere because they emit the same amount of CO 2 that plants absorb to produce.
In the meanwhile, there are reviews of the production of biofuels, which occupy large planting areas (such as corn, in the case of the American martin rieder ethanol) and press the food prices in the international market.
"At the same time the potential sources of diesel production is increased, it is necessary to think about sustainability," says Evans. martin rieder "It's not a magic barter, but certainly a tool (in the production of fuels)"
Recent Activities CONGRESS CLAYUCA V COSTA RICA 10 AND 11 OCTOBER 2013 Results of the National Livestock Survey. The herd is 1,575,779 heads of cattle Drought sequelae North British researchers diesel obtained from bacteria Ministry of Agriculture promotes agriculture in protected environments
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