Researchers have elucidated how molten-salt electrolysis can convert captured CO2 into crystalline graphite, mapping the molecular steps that govern selectivity and efficiency. By clarifying the intermediates and operating conditions that favor graphitization, the work points to an electrified, mining-free route to battery-grade graphite with oxygen as a co-product, while noting remaining challenges around scale-up, energy integration, and materials durability.
Researchers have shown a promising way to convert waste carbon pulled from the air into graphite, opening up a potential alternative to mining.
The post Researchers unlock molecular mechanism of CO2-to-graphite conversion via molten-salt electrolysis appeared first on Chemical Engineering.
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