Good for Egypt. This is something California could use.
EGYPT HAS DEVELOPED A GAME-CHANGING LOW-POWER WATER DESALINATION TECHNIQUE
By Kelly Hodgkins — October 24, 2015

About 71 percent of the Earth’s surface is covered by water, but unfortunately most of that liquid nourishment isn’t suitable for drinking because it’s salt water found in the oceans. Removing salt from water is not an easy process, either. Current desalination technology requires a high amount of energy, making it prohibitively expensive — especially in developing nations. But don’t worry: a team of researchers at Alexandria University in Egypt have bypassed these power-hungry methods and created a simple filtration technique; the details of which are described in a research paper published last month in Water Science and Technology.
To remove salt from water with minimal power, the researchers use the process of pervaporation, in which salt water is first filtered though a membrane to remove larger particles. These filters contain cellulose acetate powder that, along with other components, will bind the salt particles as they pass through the membrane. Made from materials common to Egypt and surrounding countries, the filters are affordable and can easily be produced in a laboratory setting.
Read more:
Egypt has developed a game-changing low-power water desalination technique
EGYPT HAS DEVELOPED A GAME-CHANGING LOW-POWER WATER DESALINATION TECHNIQUE
By Kelly Hodgkins — October 24, 2015

About 71 percent of the Earth’s surface is covered by water, but unfortunately most of that liquid nourishment isn’t suitable for drinking because it’s salt water found in the oceans. Removing salt from water is not an easy process, either. Current desalination technology requires a high amount of energy, making it prohibitively expensive — especially in developing nations. But don’t worry: a team of researchers at Alexandria University in Egypt have bypassed these power-hungry methods and created a simple filtration technique; the details of which are described in a research paper published last month in Water Science and Technology.
To remove salt from water with minimal power, the researchers use the process of pervaporation, in which salt water is first filtered though a membrane to remove larger particles. These filters contain cellulose acetate powder that, along with other components, will bind the salt particles as they pass through the membrane. Made from materials common to Egypt and surrounding countries, the filters are affordable and can easily be produced in a laboratory setting.
Read more:
Egypt has developed a game-changing low-power water desalination technique