Four years behind schedule and nearly $ 80 million over the original budget, the nation's largest
sea water desalination facility finally supplies much - needed drinking water to 2.4 million people in the Tampa Bay region.
The electricity is purchased by Synergy Energy and some of it goes to
the sea water desalination plant at Kwinana.
«If Perth had not built
the sea water desalination plants Perth would be in a Capetown (Sth Africa) situation.
Further technologies for
sea water desalination to obtain potable water would also be undertaken.
Not exact matches
At Virgin, we've dipped a toe in the
water (excuse the pun) through our Green Fund, by backing Seven Seas Water, a desalination business that designs, constructs, installs and operates water plants across the Caribbean and the Amer
water (excuse the pun) through our Green Fund, by backing Seven
Seas Water, a desalination business that designs, constructs, installs and operates water plants across the Caribbean and the Amer
Water, a
desalination business that designs, constructs, installs and operates
water plants across the Caribbean and the Amer
water plants across the Caribbean and the Americas.
Enormous investments in
desalination of
sea water technology and systems are expected in the years ahead as current
desalination techniques are very energy demanding leading to significant CO2 emissions.
Enormous investments in
desalination of
sea water -LSB-...]
Carbon nanotube (CNT) membranes have a bright future in addressing the world's growing need to purify
water from the
sea, researchers say in a study published in the journal
Desalination.
The researchers separate six key strategy areas for reducing
water stress into «hard path» measures, involving building more reservoirs and increasing
desalination efforts of
sea water, and «soft path» measures that focus on reducing
water demand rather than increasing
water supply thanks to community - scale efforts and decision - making, combining efficient technology and environmental protection.
Even more ambitious is the US$ 900 million Red
Sea — Dead
Sea Canal, a joint venture between Israel and Jordan to build a large
desalination plant on the Red
Sea, where they share a border, and divide the
water among Israelis, Jordanians and the Palestinians.
Brine from the
desalination plant would be discharged into the already - saline Dead
Sea, replenishing
water that is evaporating from the lake at a rate of more than 1 meter per year.
With one - third of the planet's population lacking sufficient drinking
water, governments are increasingly looking to
desalination to produce fresh
water from
seas and estuaries.
Products needed by those vulnerable to rising
seas and stormier weather associated with climate change include: (1)
desalination capacities for drinking
water (2) soil washing and / or new crops to deal with salinization of soils from rising
seas flooding them and then receding (3) shelters from wind and storm surges that would not require people to abandon their possessions and animals to the forces of nature they are trying to escape
As
water flows downward from the Gulf of Aqaba to the Dead
Sea it will produce enough hydro - electricity to power the
desalination plants that are to be built near the Dead
Sea.
Water purification and desalination equipment can turn dirty water or sea water into clean drinkable water, but many of the existing water solutions, on top of being rather costly, also require additional inputs, from energy to materials, and other than passive solar stills (which tend to have low yields), there aren't a whole lot of other options, especially if portability and affordability are factored in to the equa
Water purification and
desalination equipment can turn dirty
water or sea water into clean drinkable water, but many of the existing water solutions, on top of being rather costly, also require additional inputs, from energy to materials, and other than passive solar stills (which tend to have low yields), there aren't a whole lot of other options, especially if portability and affordability are factored in to the equa
water or
sea water into clean drinkable water, but many of the existing water solutions, on top of being rather costly, also require additional inputs, from energy to materials, and other than passive solar stills (which tend to have low yields), there aren't a whole lot of other options, especially if portability and affordability are factored in to the equa
water into clean drinkable
water, but many of the existing water solutions, on top of being rather costly, also require additional inputs, from energy to materials, and other than passive solar stills (which tend to have low yields), there aren't a whole lot of other options, especially if portability and affordability are factored in to the equa
water, but many of the existing
water solutions, on top of being rather costly, also require additional inputs, from energy to materials, and other than passive solar stills (which tend to have low yields), there aren't a whole lot of other options, especially if portability and affordability are factored in to the equa
water solutions, on top of being rather costly, also require additional inputs, from energy to materials, and other than passive solar stills (which tend to have low yields), there aren't a whole lot of other options, especially if portability and affordability are factored in to the equation.
Marine birds, such as
sea gulls, are able to drink salt
water because their bodies have a sophisticated
desalination system that extracts excess salt from their blood via glands found near their eyes and excretes it from their nostrils where it runs down grooves in their bills.