Mitigating climate change is crucial; converting CO2 into useful chemicals is a promising approach.

By Pradeep February 26, 2024

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Electrolysis could reduce CO2 into chemicals, aiming for a carbon-neutral future, but faces challenges. 

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Limitations include alkaline conditions affecting carbon utilization and system stability. 

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New research by the University of Auckland offers a method to convert CO2 into a precursor for carbon-free fuel. 

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Dr. Ziyun Wang's team used waste lead-acid batteries as a catalyst for converting CO2 into formic acid. 

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Formic acid can store electrical energy and reduce CO2 emissions in the petrochemical industry. 

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The process could lead to carbon-neutral technologies, like cars and gas stations using repurposed CO2.

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A proton exchange membrane electrolyzer effectively converts CO2 into formic acid over 5,000 hours. 

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The technology is scalable and cost-effective for industrial use, with potential in various sectors.

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Financial support is needed to explore and expand the technology's possibilities further. 

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