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Two of today’s most important environmental problems are decrease in drinking water supplies and because of CO2 emissions global warming. Researchers from NYU Tandon School of Engineering can
Two of today’s most important environmental problems are decrease in drinking water supplies and because of CO2 emissions global warming. Researchers from NYU Tandon School of Engineering can make an important contribution to solving these problems with the new method they have developed.
dr. In the method developed by Andre Taylor, seawater Redox Flow Desalination It is separated by called reduction-oxidation methods. This separates the salt in the water and makes the seawater drinkable. The new method, unlike the previous one, envisages using the resulting sea salt to store renewable energy.
According to the researchers, the new method is more effective in the desalination process compared to existing RFD methods. 20% better performance shows. It also significantly reduces the amount of energy required to operate these systems.
Dr. Taylor, “By fluidly combining energy storage and sustainable and efficient solutions, we can not only meet the growing demand for fresh water, but also environmental protection and in the field of renewable energy integration We can be leaders.” he said.
Redox Flow Desalination, RDF for short, is a very versatile system It can be scaled as needed it’s noticable. It can be combined with solar or wind energy. On the other hand, it plays an important role in solving the existing drinking water crisis. Dr. to Taylor This method will reduce dependence on traditional energy systems and simplify the transition from carbon fossil fuels to renewable energy.
In the developed system, seawater enters the system from salinization and purification streams will be passed on. These channels will be separated by several membranes, and the reactions that take place on these membranes will both produce positively charged sodium ions and purify the water. When the collected materials and clean water are put back into the system, renewable electricity is produced.
Research, Reports Physical SciencesIt was published in .
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Ashley Johnson is a science writer for “Div Bracket”. With a background in the natural sciences and a passion for exploring the mysteries of the universe, she provides in-depth coverage of the latest scientific developments.
