Hydrogen has been called ‘the energy carrier of the future’, and it can be produced in a clean manner using electrolysis. Unfortunately, electrolysis is highly inefficient. In 17-year old Shah’s study, inductive reactive voltage pulse were supplied to an electrolyzer in an effort to observe the behavior of the electric double layer interface and separate the faradic currents for the first time ever in electrolysis.
Dhrumil Shah
Hydrogen has been called ‘the energy carrier of the future’, and it can be produced in a clean manner using electrolysis. Unfortunately, electrolysis is highly inefficient. In 17-year old Shah’s study, inductive reactive voltage pulse were supplied to an electrolyzer in an effort to observe the behavior of the electric double layer interface and separate the faradic currents for the first time ever in electrolysis.