Solar Cell Breakthrough: “Artificial Leaf” Beats Photosynthesis At Its Own Game
In the latest solar cell breakthrough, a new “artificial leaf”mimics the electron transfer of photosynthesis, at a much faster rate than observed in nature.
In the latest solar cell breakthrough, a new “artificial leaf”mimics the electron transfer of photosynthesis, at a much faster rate than observed in nature.
Researchers from Lawrence Berkeley National Laboratory are developing a new bionic leaf that can convert energy from sunlight into an energy-dense fuel, imitating the photosynthetic process of plants. We’ve covered the artificial leaf concept before but aside from using a cool new name (bionic leaf sounds much cooler than artificial … [continued]
The technology of artificial photosynthesis has cleared a major hurdle in its development — researchers from Arizona State University and Argonne National Laboratory have identified and addressed one of the primary limitations in their design of a functional artificial leaf. The creation of a functional artificial leaf — one capable … [continued]
A team of researchers at Argonne National Laboratory has figured out an efficient way to split hydrogen gas from water, using a low cost cobalt-based catalyst instead of pricey platinum. Hmmm, well, we were just wondering when hydrogen fuel cell electric vehicles would start nudging ahead of plug-in EVs in … [continued]
Hydrogen fuel cells are emerging as key players in the clean energy landscape of the future, except for one problem: it takes a lot of energy to make hydrogen, and here in the US, the preferred source of that energy appears to be natural gas. That’s hardly a sustainable solution. … [continued]
Don’t go running for the medicine cabinet just yet when your car runs out of gas, but a research team at the University of Delaware is working on a low cost, high efficiency carbon capture system that uses an active ingredient in Pepto-Bismol to convert carbon dioxide into carbon monoxide. … [continued]
The idea of an “artificial leaf” sounds simple enough: Take a small, cheap, light-collecting device the size of a typical leaf, dunk it in a quart of water, and use solar energy to generate enough hydrogen gas for powering a small fuel cell. Scaled up, these solar-derived fuel cells would … [continued]
What’s all this fuss about silly federal research projects? If one day in the not too distant future you can go to the dollar store, buy a thin, flat device the size of a playing card, dunk it in a quart of dirty bath water and use it to generate … [continued]
Bringing the concept of an “artificial leaf” closer to reality, a team of researchers at MIT has published a detailed analysis of all the factors that could limit the efficiency of such a system. The new analysis lays out a roadmap for a research program to improve the efficiency of … [continued]
Last year the solar company HyperSolar, Inc. filed a patent application for a solar powered system that creates renewable methane gas from water, which it has been testing out at California’s Salton Sea. Just last week, the company announced that it has completed a proof-of-concept prototype for a solar-powered hydrogen … [continued]