Biomimicry 3.8
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This Artificial "Leaf" Can Produce Fuels From Carbon Dioxide And Sunlight

This Artificial "Leaf" Can Produce Fuels From Carbon Dioxide And Sunlight | Biomimicry 3.8 | Scoop.it

"Researchers say they have developed an artificial "leaf” that can produce fuels such as methane and gasoline from carbon dioxide. The team claimed it is a major step towards using fuels made renewably from sunlight for everything from heating our homes to running cars, without emitting any greenhouse gases. The breakthrough, published in the Proceedings of the National Academy of Sciences, was led by Peidong Yang and his team at the Kavli Energy NanoSciences Institute at the University of California, Berkeley. It builds on the natural process of photosynthesis, where water and carbon dioxide are turned into sugar – organic fuel – by plants. By tweaking the process, via synthetic photosynthesis, it could be possible to create a whole host of different products."

 


Via Miguel Prazeres
Mark William's curator insight, October 6, 2015 4:52 AM
Fuels can be produced by this artificial "Leaf" from Sunlight and Carbon Dioxide
Rescooped by Janine Benyus from Biomimicry, Adaptive Design, Design for Humanity
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Newlight Technologies Produces AirCarbon Plastic From CO2

Newlight Technologies Produces AirCarbon Plastic From CO2 | Biomimicry 3.8 | Scoop.it

"In recent years, the desire to emulate botanical processes for environmental benefit has inspired "design similes," such as cities that behave like forests, buildings that act as trees, or products that operate like plants. Although such comparisons serve to promote ideal goals, they are difficult to put into actual practice. Irvine, Calif.-based Newlight Technologies has found a way to achieve the latter objective, with a plastic that is made by mimicking the material production method of plants. AirCarbon is a type of polyester that is made from air rather than oil. Like plants, Newlight's "GHG-to-Plastic" process captures CO2 from the air, and isolates the carbon and oxygen elements. The company then polymerizes C and O and reassembles them into a long-chain thermopolymer. The resulting plastic is biodegradable, recyclable in multiple stages, and has programmable compostability."


Via Miguel Prazeres, cyneth
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