Energy conversion using metal nanolayers

Energy conversion using metal nanolayers.

 

 

Scientists the effect of converting the kinetic energy of the flow of salt water in the ultra-thin layer (approximately 10-30 nm) of metal oxide formed on the surface of metals (iron, vanadium and Nickel), into electrical energy.

 

Energy conversion using metal nanolayers

References

 


Energy conversion using metal nanolayers:

Scientists have discovered the electrokinetic effect – the effect of converting the kinetic energy of the flow of salt water in the ultra-thin layer (approximately 10-30 nm) of metal oxideformed on the surface of metal (iron, vanadium and Nickel), into electrical energy. Earlier, a similar effect was observed in films of graphene at course on it of salt water.

The conversion efficiency of energy is about 30 %.

One square centimeter of a thin layer of metal oxide is able to generate several tens of millivolts and a few microamperes of electrical energy. Accordingly, the sheet of metalcoated with a thin layer of oxide, an area of 10 m2 can generate several kilowatts of electricity per hour.

 

Links to sources:

Here are the links to the sources:

https://www.caltech.edu/about/news/ultra-thin-layers-rust-generate-electricity-flowing-water ; https://authors.library.caltech.edu/97490/ ; https://www.pnas.org/content/early/2019/07/26/1906601116 ; https://bitcryptonews.ru/news/tech/uchenyie-obnaruzhili-chto-tonkie-sloi-rzhavchinyi-generiruyut-elektrichestvo-ot-tekushhej-vodyi .

 

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