New Carbon-Capturing Batteries Store Energy While Reducing Emissions
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📰 The quick summary: New lithium-CO2 batteries developed by University of Surrey scientists capture carbon dioxide while storing energy more efficiently, potentially offering a dual solution for clean energy storage and emissions reduction.
📈 One key stat: The new battery can reliably operate for more than 100 charge-discharge cycles, a crucial milestone for practical applications of this carbon-capturing technology.
💬 One key quote: “What’s exciting about this discovery is that it combines strong performance with simplicity. We’ve shown that it’s possible to build efficient lithium–CO2 batteries using affordable, scalable materials – no rare metals required,” said Dr. Daniel Commandeur.

1️⃣ The big picture: Scientists at the University of Surrey have created an improved lithium-CO2 battery that simultaneously stores energy and captures carbon dioxide. This innovative battery technology addresses previous limitations by using a low-cost catalyst called caesium phosphomolybdate instead of expensive rare materials like platinum. Through comprehensive testing and computer modeling, researchers found that this simple modification allows the batteries to store more energy, require less charging power, and operate reliably over multiple cycles. These ‘breathing‘ batteries could eventually outperform conventional lithium-ion batteries while contributing to greenhouse gas reduction.
2️⃣ Why is this good news: The discovery represents a potential two-for-one solution to urgent climate challenges – clean energy storage paired with carbon capture. By developing batteries that use affordable, accessible materials rather than rare metals, researchers have cleared a major hurdle for practical implementation. The technology shows promise for applications ranging from electric vehicles to industrial emissions reduction. Beyond Earth applications, these batteries could prove valuable for Mars missions, where the atmosphere is 95% carbon dioxide, potentially turning an environmental liability into an energy asset. This demonstrates how climate solutions can also drive space exploration capabilities.
3️⃣ What’s next: Researchers need to continue optimizing how these catalysts interact with electrodes and electrolytes to further improve performance. Scaling up production while maintaining the demonstrated efficiency remains a critical challenge. With additional development, these lithium-CO2 batteries could become a practical, widespread option for clean energy storage while helping reduce atmospheric carbon.

Read the full story here: SciTechDaily – These Batteries Could Power Mars Colonies and Cut Earth’s Emissions