A team of researchers from the University of New South Wales (UNSW) in Australia has created an innovative and environmentally friendly method to transform peanut shells into graphene, an essential material for electronic devices and energy storage systems. This discovery promises to reduce costs and improve the sustainability of electronic products. The process involves heating the shells to 500 degrees Celsius to obtain a carbon-rich charcoal, followed by a rapid exposure to temperatures of about 3,000 degrees, which rearranges the carbon atoms into a single-layer graphene. This method does not use chemicals or fossil fuel-based additives and allows for the production of one kilogram of graphene at an energy cost of just 1.3 US dollars, in about ten minutes. Researchers intend to expand this method to also use other organic waste, such as coffee grounds or banana peels, for the purpose of sustainable commercial graphene production in the next three to four years.
Sources
Cercetătorii australieni au reușit să transforme cojile de arahide în grafen, cel mai subţire, rezistent şi conductiv material cunoscut, pentru a fi folosit la baterii şi dispozitive electronice
Descoperirea care poate revoluționa industria bateriilor electrice. Cercetătorii transformă cojile de arahide în grafen
Latest News
19:00
The film "This Is Not Your Place", directed by Florin Șerban, won the Golden Leopard at the Locarno International Film Festival.
18:50
Over 70,000 migrants arrived in Ceuta during the period of July 29-30, and 94 people died, mostly by drowning.
18:39
Apa Nova replaces 364 meters of the sewer network and almost 100 meters of water on Bd. Dinicu Golescu in Bucharest, as part of the tram modernization works.
18:27
Catania-Fontanarossa International Airport resumed flights on Saturday, after the alert level for Mount Etna was reduced.
18:12
Participants in a program from Serbia have learned violence techniques under the guidance of Russian agents, aiming to influence the elections in the Republic of Moldova.
See more news