Green Car Congress
MAY 8, 2023
A team of international researchers led by Professor Cafer T. Yavuz of King Abdullah University of Science and Technology (KAUST), Prof. Bo Liu from University of Science and Technology of China (USTC), and Prof.
Green Car Congress
NOVEMBER 3, 2020
In contrast, the LSP method not only saves energy but uses aluminum, a cheap and abundant metal. Previous methods of removing carbon dioxide have had limited success because the techniques have required high temperature or pressure, employed costly precious metals, or had poor efficiency.
Green Car Reports
JULY 20, 2022
Hyundai is working on a cheap electric small car. Volkswagen shifts its top U.S. executive over to Scout. Solid-state batteries could help give EVs a lighter carbon footprint. And GM confirms electric police vehicles. This and more, here at Green Car Reports.
Green Car Congress
MARCH 2, 2018
One reason is that it performs HER very well, and brings down the CO2 reduction selectivity dramatically. To apply this technology to real applications in the future, we are currently aimed at producing this single atom catalyst in a cheap and large-scale way, while improving its performance and maintaining its efficiency.
Green Car Congress
APRIL 11, 2014
We have a solution to this problem that’s made of copper, which is cheap and abundant. Prior to our study, there was a sense that no catalyst could efficiently reduce carbon monoxide to a liquid. We hope our results inspire other people to work on our system or develop a new catalyst that converts carbon monoxide to fuel.
Green Car Congress
AUGUST 13, 2023
The hierarchical self-assembly of the system offers a promising bottom-up strategy to create a precisely controlled, high-performance artificial photocatalytic system based on cheap, Earth-abundant elements, like zinc and cobalt porphyrin complexes. 2023) “Artificial spherical chromatophore nanomicelles for selective CO2 reduction in water.”
Green Car Congress
JUNE 26, 2019
It has high commercial potential because it’s very cheap and easy to synthesize. This allowed the scientists to make images in atomic detail while minimizing the electron beam exposure. The MOF they studied is called ZIF-8. It came in particles just 100 billionths of a meter in diameter. —Stanford postdoc Kecheng Wang.
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