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Stanford Advanced Materials Launches Graphene For Water Filtration

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Stanford Advanced Materials (SAM), the leading manufacture of materials, announced today the release of graphene - a new two-dimensional wonder material, which has paved the way for possibilities, such as water filtration.

Irvine, California (PRWEB) June 26, 2014

Stanford Advanced Materials (SAM), the leading manufacture of materials, announced today the release of graphene - a new two-dimensional wonder material, which has paved the way for possibilities, such as water filtration. Considering the strains on the current water resources, this is a triumph.

According to world aid, 748 million people live without access to safe water. This is roughly one in ten of the worlds population. Among the most affected are children, where water related deaths amount to 500,000 a year - more than 1,400 children per day. These statics are disturbing. Researchers have been relentlessly trying to find a sustainable solution to improve access to fresh water- a basic human right. As the worlds population is set to increase, further strains on the already limited water resources are set to worsen. Graphene commonly dubbed the wonder material could make water filtration and desalination applications a reality.

Danny Burns, expert from Stanford Advanced Materials (SAM) said, We have started to manufacture graphene because we truly believe it is the most remarkable material of the 21st century. Membranes made from graphene oxide could act as flawless molecular filter when deep in water, obstructing all molecules or ions including impurities such as salt. Essentially the graphene-oxide sheets can be layered to make a tremendously thin but mechanically robust membrane. Tests have shown that this material is impermeable to everything but water. He adds, Given that the earth has 97 per cent of untapped sea water resources, the invention of such a device will end the international water crisis. Although purification of sea water is quite common now, graphene will provide a more robust device and could replace activated carbon- which is the technique currently used. Although extensive research is still needed, this is an impressive and promising start.

About Stanford Advanced Materials

Established in 1994, Stanford Advanced Materials (SAM) is a global supplier of a series of pure metals, alloys, ceramics and minerals. SAM specializes in both high-purity chemicals for research institutes and technical grade materials for advanced industries. They frequently offer the latest available materials at competitive prices to a range of industries including pharmacy, capacitor, metallurgy, semiconductor and aviation. For further information, please visit Stanford Advanced Materials website: http://www.samaterials.com/.

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