ArticleFaraday discussions2026
Induction heated catalysts systems for intermittent power to hydrocarbons and hydrogen.
Article in Faraday discussions, 2026. The graph could read no effect estimate from its abstract, so it casts no vote on the map. Not yet cited in PubMed.
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Abstract
Converting intermittent renewable energy, like wind or solar, into hydrocarbons faces challenges where the classic chemical processes involved often demand expensive energy storage solutions, high conversion costs, and scalability issues. Induction heated catalyst systems offer promising efficiency in using intermittent power for chemical processes, as they can rapidly respond to fluctuating energy inputs. Their fast activation and deactivation reduce energy waste, making them ideal for integrating with renewable sources. This flexibility enhances their potential in sustainable hydrocarbon and hydrogen production from variable power. Here, we report a Magnetic Induction heated Catalytic (MagIC) system that couples rapid, high-temperature induction heating with a maghemite-functionalised SBA-15 catalyst (MagSBA) to valorise polypropylene waste into methane, hydrogen and solid carbon without tar byproducts or detectable CO
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