American chemists have developed a plasmonic photocatalyst based on rhodium and copper, enabling the extraction of hydrogen from methane at a relatively low temperature of 450 degrees Celsius. This innovation is expected to lower energy and fuel costs for hydrogen production, making the process more sustainable, as detailed in a paper published in Nature Catalysis....
READ MOREIn mid-July, metallurgist Constellium successfully cast its first aluminum plate using hydrogen combustion at its research center in Voreppe, Isère, France. This marks a significant milestone for the company as it explores sustainable production methods aimed at reducing carbon emissions. The multinational company plans to deploy the hydrogen combustion system, still in the development phase,...
READ MOREResearchers at Johannes Gutenberg University Mainz (JGU) have introduced a new method for converting carbon dioxide (CO₂) into ethanol, a sustainable raw material for chemical applications. This development could significantly contribute to reducing carbon emissions and mitigating climate change. “We can remove the greenhouse gas CO₂ from the environment and reintroduce it into a sustainable...
READ MOREAt the “BRICS Climate Agenda in Modern Conditions” forum held in Moscow, Nornickel proposed a collaborative approach with BRICS nations to further develop the palladium sector, focusing on green technologies. The forum, which addressed global climate change and strategies to mitigate its effects, saw the participation of Nornickel’s Palladium Center, which emphasized the strategic role...
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At a recent major energy conference in China, Nornickel presented its latest advancements in carbon-free energy solutions, leveraging palladium’s unique properties. This presentation included innovations in hydrogen production and solar energy, underscoring Nornickel’s commitment to sustainable energy development. Following the event, Nornickel was welcomed into the China Hydrogen Alliance, reflecting its growing influence and commitment...
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