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Make seawater drinkable

Now, supplies better materials technology and pre-treatment techniques keep them working more efficiently for longer.
It will make 624 million litres bars of make drinkable water daily, and sell 1,000 litres - equivalent to a Brit's weekly consumption - for 45p.Wearable tech: This dress compost uses graphene to light up when you breathe "The selective separation of water molecules from brand ions seawater by physical restriction of interlayer spacing drinkable opens the door to the synthesis of inexpensive membranes for desalination wrote Ram board Devanathan of the Pacific Northwest National.This means common salt crystals could continue to be filtered out, while leaving behind uncontaminated, clean, drinkable drinking water.Graphene - a one-atom-thick, ultrastrong carbon material - might be touted as a supermaterial, but it's been relatively expensive to produce, which has been limiting its use drinkable in broader applications.Another potential method is capacitive deionisation - essentially a magnet for salt.Graphene - an ultra-thin sheet make of carbon atoms organized in a hexagonal lattice make - was first identified at the University of Manchester in 2002 and has since been hailed as a "wonder material with scientists racing to develop inexpensive graphene-based barriers for desalination.Researchers at the Massachusetts Institute chicken of Technology (MIT) in the US have drinkable make even experimented with semi-permeable membranes made from atom-thick graphene. But the free energy needed to cartoon achieve this seemingly simple process has been costly.
Afterwards you remove the diluted solutes, yielding pure water.
This is a free similar result to one found last year, where minuscule pores in a graphene filter were able to prevent salt from seawater from passing through - and allow water through faster.
One of cartoon those properties is hydrophobia - graphene repels water.
A linked power plant will yield.4 million watts of electricity.
The discovery is "a significant step forward and will open new possibilities for improving the efficiency of desalination technology Nair said in a statement business from the university.
"It can replace the complex, time consuming and multi-stage processes currently needed with a single step.".
This involves pushing salt water at high pressure through a polymer membrane containing holes about a fifth of a nanometre in size.We also demonstrate that there are realistic possibilities to scale up the described approach and mass produce graphene-based membranes with required sieve sizes he band added.Eventually, they believe that the technology could be used for household and even town-based water filtration, as well as seawater and industrial wastewater treatment).To turn it into a filter, the researchers developed a graphene film breadcrumbs with microscopic nanochannels; these allow the water through, android but stop larger pollutants with larger molecules."You have to make sure the very salty water is pushed away far enough into the sea that you don't have recirculation of the water, because otherwise it will be getting saltier and saltier says Floris van Straaten of Finnish engineering company Poyry, the firm.These should need a lot less pressure to work, thereby saving energy, although the technology is not ready for mass production yet.What water-stressed regions most need is a desalination device than android can supply winnen 100 to 200 people - the size of a village.And the United Nations predicts that in 10 years.9 billion people will live cards in water-scarce areas - struggling make on less than 1,000 cubic metres of water each.Alternative tech, forward osmosis, according to Professor Nick Hankins, chemical engineer at the University of Oxford, is an alternative way to remove the salt from seawater.