Wednesday, November 3, 2010

Best Grey Nicolls Bat

DESALINATION desalinate desalination with wind energy


wind power to desalinate water

With over two billion people without access to safe drinking water, researchers around the world try to find solutions such as desalination.

Although desalinated water is an energy intensive process that requires reverse osmosis, many designers have devised systems that achieved by using renewable energy

to first generate electricity and then use this to purify the water.

But the company system Aeolus U.S. is different because it uses the wind

not to produce electricity, but to produce mechanical power from the wind. This mechanical energy pumps water from its original source and passed through a series of filters including a reverse osmosis membrane to produce drinking water.

Source: Spread this article
freely SEE, THINK, WRITE. Greetings Rodrigo González Fernández
Diploma in Corporate Social Responsibility "UN Diploma in Knowledge Management" UN
www.consultajuridica.blogspot.com Www.el-

observatory politico.blogspot.com


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Tuesday, November 2, 2010

Monica Rossaforte Pictur

DESALINATION: MIT presents the portable water desalination with solar energy water desalination

01 November 2010



MIT
presents the portable water desalination with solar energy






via
inhabitat.com
A team from the Massachusetts Institute of Technology (MIT) has designed a water desalination system new solar energy to provide drinking water to disaster areas and disadvantaged regions of the planet. The desalination system can be easily be carried in suitcases for delivery in emergency areas and is completely powered by solar energy, making it able to function in arid and remote regions of the world. systems desalination often require large amounts of energy and a great infrastructure to support them, but this compact system of MIT is able to work due to its ingenious design. The photovoltaic panel system is capable of generating power for the pump, which in turn pushes the undrinkable sea water through a permeable membrane. Once the salt and other minerals are extracted, then the water is drinkable. The system even has sensors that allow the purification of water, even without high levels of sunlight.
Source: Spread this article freely SEE, THINK, WRITE. Greetings

Rodrigo González Fernández
Diploma in Corporate Social Responsibility "UN
Diploma in Knowledge Management" UN
www.el-observatory

www.respsoem.blogspot.com

CEL: 93934521 Santiago-Chile