New Seawater Filtration System Makes Ocean Water Drinkable
Katie Cordrey — July 12, 2010 — Eco
References: amazonfilters & edie.net
In a world pitting declining fresh water supplies against increasing fresh water needs, the UK’s Amazon Filters Ltd has come up with a new seawater filtration system that uses a specially designed housing fit with a salt-removing cartridge.
A seawater filtration system of this type generally uses a matrix of nanoparticle-embedded porous polymer sheets that attract water molecules but repel other particles. When seawater passes through the porous membranes, salt and other undesirable particles are filtered out. The process is much less expensive than other ocean water desalinization methods.
A seawater filtration system of this type generally uses a matrix of nanoparticle-embedded porous polymer sheets that attract water molecules but repel other particles. When seawater passes through the porous membranes, salt and other undesirable particles are filtered out. The process is much less expensive than other ocean water desalinization methods.
Trend Themes
1. Seawater Filtration Systems - The trend of developing advanced filtration systems for converting seawater into drinkable water is disrupting the traditional desalinization methods and offering a more cost-effective solution.
2. Nanoparticle-embedded Polymer Sheets - The trend of incorporating nanoparticle-embedded porous polymer sheets in filtration systems is revolutionizing water filtration technology, allowing for efficient removal of salt and other undesirable particles.
3. Cost-effective Desalination - The trend of developing affordable seawater desalination systems is disrupting the water purification industry, making it more accessible and feasible to meet the increasing fresh water needs.
Industry Implications
1. Water Filtration Systems - The water filtration industry can capitalize on the technology advancements in seawater filtration systems to offer more efficient and cost-effective solutions for water purification and desalination.
2. Nanotechnology - The incorporation of nanoparticle-embedded polymer sheets in filtration systems presents opportunities for the nanotechnology industry to develop innovative products for various applications, including water purification.
3. Renewable Energy - The renewable energy industry can explore disruptive innovation opportunities by integrating cost-effective desalination methods with renewable energy sources, creating sustainable solutions for water scarcity challenges.
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