Spurred by the looming energy crisis, Nathan Lewis and Sossina Haile are working to invent a new kind of fuel that uses the sun to power the planet. They are attempting to produce a prototype for a truly alternative fuel source — an artificial leaf that emulates natural photosynthesis, converting solar energy into a usable, clean chemical fuel. They hope their pioneering solar cell and fuel cell technologies will eventually end our dependence on petroleum and provide an energy source that won’t pollute our planet.
Special Thanks
Footage of real leaves seen in CURIOUS was shot at New York Botanical Garden.
Founded in 1891 and located just 20 minutes from Grand Central Terminal in New York City, the New York Botanical Garden is home to one of the world’s great collections of real, living plants — the inspiration for Caltech scientists working on innovative energy solutions.
Visitors will find an “ecotour” of the world in the Enid A. Haupt Conservatory, an indoor/outdoor science museum for kids, and more — all on this 250-acre National Historic Landmark site in New York City’s Bronx borough.
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Wow…. I am shocked with it. Its a … really great.
I was wondering where the oxygen goes when you split H2O witht the catalists. The Hydrogen is used in fuel cells, but the oxygen then goes into the fuel cells as well to create water? is that it, or does this product put oxygen into the enviroment much like a tree.
Where does the hydrogen come from? What are the proton conducting materials, their price range, and suppliers for them? What does NASA use?
Is there any way I can order these episodes on DVD?? I teach Chemistry and Biology and would love to show this WHOLE episode in class. Great work!!
Daniel: the oxygen atom meets up with another oxygen right away to make O2, and into the atmosphere. When you then want the energy back from the hydrogen, pump it into a fuel cell, out comes the electricity, then the hydrogen meets up with that oxygen in the atmosphere (they’ve been wanting to combine again) and when they do, you have water again…to go back to be split by the sun’s energy into hydrogen and oxygen….
I thought that by running electricity from a solar panel to a fuel cell and supplying water to the FC, it would split the H2O, you store the H until you need electricity again, run it back to the FC and you then have electricity. What are these scientists trying to do differently?
Thanks for sharing
I’d prefer reading in my native language, because my knowledge of your languange is no so well. But it was interesting! Look for some my links:
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I’d prefer reading in my native language, because my knowledge of your languange is no so well.
I’m not sure who Nathan Lewis and Sossina Haile are or where they work or what they are doing. It’s all very vague ‘we’re trying to make an artificial leaf…’ Well, duh, isn’t everyone? What have they accomplished, where is the evidence? This is poor reporting.
That was pretty interesting.
but isnt everyone trying to create the “Artificial Leaf”
Plus its to expensive to Create!
25 years ago, when I was in college, I attended a talk by two Nobel Laureates on the future of energy. One of them (I don’t remember their names) said that “Photolysis” was going to be the future of energy. Needless to say, the other speaker practically laughed. Who’s laughing now?
[...] In order to create artificial photosynthesis scientists have built a mechanical version of the leaf. Using the leaf, water and sunlight to strip H2 out of H2O they can make hydrogen fuel, all by using only the materials that make up solar cells. Using a silk screen and solar paint they make a white film on a glass slide and die it in order to capture the energy from sunlight and then to produce cheap electricity. Watch a short video HERE [...]
[...] In order to create artificial photosynthesis scientists have built a mechanical version of the leaf. Using the leaf, water and sunlight to strip H2 out of H2O they can make hydrogen fuel, all by using only the materials that make up solar cells. Using a silk screen and solar paint they make a white film on a glass slide and die it in order to capture the energy from sunlight and then to produce cheap electricity. Watch a short video HERE [...]
[...] In order to create artificial photosynthesis scientists have built a mechanical version of the leaf. Using the leaf, water and sunlight to strip H2 out of H2O they can make hydrogen fuel, all by using only the materials that make up solar cells. Using a silk screen and solar paint they make a white film on a glass slide and die it in order to capture the energy from sunlight and then to produce cheap electricity. Watch a short video HERE [...]
[...] In order to create artificial photosynthesis scientists have built a mechanical version of the leaf. Using the leaf, water and sunlight to strip H2 out of H2O they can make hydrogen fuel, all by using only the materials that make up solar cells. Using a silk screen and solar paint they make a white film on a glass slide and die it in order to capture the energy from sunlight and then to produce cheap electricity. Watch a short video HERE [...]
It really sounds interesting and to the point, the only qustion i have is about the amount of water needed, since water is a major problem in the future.