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They explored a different path in green fuel production by using a nickel-based material to catalyse the electrochemical reduction of carbon dioxide. By introducing a small amount of fluoride ions … · researchers have developed a fluorine-doped nickel catalyst that converts carbon dioxide into long-chain hydrocarbons suitable for gasoline and aviation fuel production. · the team explored a different path in green fuel production by using a nickel-based material to catalyze the electrochemical reduction of carbon dioxide. · a new study reveals the secrets of how nickel catalysts use electricity to convert carbon dioxide to fuels, particularly long-chain and branched hydrocarbon fuel molecules. · for years, scientists have searched for efficient ways to recycle carbon dioxide into energy-rich molecules, with the twin goals of cutting harmful emissions and creating sustainable … · using a nickel catalyst system, the group was able to transform carbon dioxide into branched liquid hydrocarbons, essential elements of fuels such as gasoline and kerosene for … · a research team led by associate professor boon siang yeo from the department of chemistry at national university of singapore (nus) has developed a new way to turn carbon … The team explored a different path in green fuel production by using a nickel-based material to catalyze the electrochemical reduction of carbon dioxide. A research team led by associate professor yeo boon siang from the nus department of chemistry, explored a different path in green fuel production by using a nickel-based material to … · a research team led by associate professor boon siang yeo from the department of chemistry at nus, explored a different path in green fuel production by using a nickel-based …