The unique method of nanoparticle generation, lends itself perfectly to a range of energy storage applications. 

• Due to the nature of nanoparticles, the surface area of any film produced has a far higher surface area and can therefore be up to 100 times more reactive.
• They are ideal for producing catalysts for water-splitting and the creation of hydrogen storage.
• Due to the reduction in mass loading,  the material consumption is vastly reduced, which is particularly useful when considering the rare earth metals that are employed in energy storage applications.
• The NanoStreamV, 5 head source, enables the creation of high-entropy-alloy nanoparticles and by using this method, you can employ a combination of lower cost materials to mimic the properties of noble metals.