Let’s imagine for a moment the possibilities of harnessing the processes that plants do to produce energy. the goal? Apply them to the production of pollution-free compounds. ore, more specifically Artificial objects corresponding to photosynthesis enable Producing fuel that does not pollute the environmentAnd it all happens only with the help of sunlight and catalysts. It was devised by his Professor Erwin Meisner and his team in the Department of Chemistry at the University of Cambridge, UK.Researchers are taking inspiration from photosynthesis to create a new type of Artificial leaves that can produce syngas, syngas.Unlike the alternative process, this innovative technology It emits no carbon dioxide or other waste. The result of this groundbreaking technical project, which took seven years to complete, was published in a scientific journal. Natural materials.
Flow until actually doing produce syngas –Used as a basic element in the production of fuels, pharmaceuticals, plastics and fertilizers– Relatively simple.As with photosynthesis, the key ingredients are sunlightThis “leaf” contains cobalt, an abundant and low-cost material that is much cheaper than the precious metals typically used, such as platinum and silver. It contains two light absorbers along with a base catalyst. The light absorbers, in turn, are made of perovskites and produce strong currents. When the device is immersed in water, the first light absorber releases oxygen along with a cobalt catalyst. At the same time, the other reduces carbon dioxide and water to carbon monoxide and hydrogen. syngas mixture.
According to the creators of this artificial “leaf,” previous iterations created by other researchers were limited to producing hydrogen. Today, this new technology opens the door to sustainable energy production. Technically, Syngas production method Another type of solar power has been devised by Cambridge researchers. The only difference lies in the fact that instead of producing electricity, the result is liquid fuel. Since syngas is only a major factor, liquid fuel productionMeisner and his team’s next step is to make fuel directly from the reaction of water and carbon dioxide.
Friend of electric motors
Even as electric vehicles take hold, heavy transportation vehicles still have a long way to go to join the revolution. For boats and planes, electric motors are neither powerful nor efficient. The solution lies in using liquefied gases or sustainable synthetic fuels that can power conventional engines and turbines without emitting toxic or greenhouse gases.another Advantages of Synthetic Fuel Production This means that carbon dioxide is consumed in the process. Theoretically, Carbon capture technology Factory emissions can be diverted to the production of this type of fuel.
sauce: Cambridge University
