The FCEV Of The Future Will Drive On Sustainable Hydrogen From Sunlight Someday
Hydrogen fuel cells are slipping into EVs, logistics, aircraft, and other niche markets, and the search is on for sustainable hydrogen to fuel them.
Hydrogen fuel cells are slipping into EVs, logistics, aircraft, and other niche markets, and the search is on for sustainable hydrogen to fuel them.
Titanium dioxide, better known as a key ingredient in white paint, is beginning to carve out an all-purpose spot for itself in the field of air pollution control. While not yet up to the ShamWow standard for range of applicability, this common substance could be on the verge of playing … [continued]
The aluminum giant Alcoa is launching a new self-cleaning building material that can help decompose airborne pollutants that stick to surfaces, much the same as trees and other plants do. The new material, a pre-coated architechtural panel called “Reynobond with EcoClean,” is the result of a collaboration between Alcoa and the
Scientists at Stanford University have given the vision of cheap solar power another nudge along the path to reality. They are working with tiny particles called quantum dots, which can be adjusted or “tuned” to absorb different wavelengths of light. Quantum dots are relatively cheap because they can be churned … [continued]
When President Obama recently called for a “Sputnik moment” to inspire a new generation of American innovation, he probably did not expect researchers at Stanford University to answer with a waffle iron. However, that pretty much summed up what happened, at least in the nanoscale world of plasmonics. It could … [continued]
Hydrogen fuel cells offer a zero-emission way to power vehicles, but until now there’s been at least one obvious catch: getting the hydrogen requires energy, and lots of it. Now researchers at Lawrence Berkeley National Laboratory have found a way around it, by developing a pollution-free way to extract hydrogen … [continued]