RE:Generation of HydrogenThen this will be 100 times benefit than the EV sector to HPQ.
TrueCanuck1 wrote: "I believe the greatest significance of this work is the demonstration that silicon can react with water rapidly enough to be of practical use for on-demand hydrogen generation," coauthor Mark Swihart, Professor of Chemical and Biological Engineering at the University of Buffalo, told Phys.org. "
Nano-Silicon generated hydrogen 150 times faster than 100-nm silicon and 1,000 times faster than bulk silicon.