🌱 Sustainable hydrogen production is gaining momentum, and potassium-modified iron-based oxygen carriers are emerging as powerful enablers. In chemical looping systems, these enhanced carriers efficiently interact with biomass pyrolysis volatiles, enabling cleaner fuel conversion while minimizing direct CO₂ emissions 🔄⚙️.
🔥 Potassium modification boosts reactivity and oxygen transfer, improving syngas conversion and hydrogen yield. The iron-based carriers show stronger resistance to sintering and carbon deposition, ensuring stable cyclic performance and higher process efficiency during continuous hydrogen generation 💡🧪.
♻️ By integrating biomass waste as feedstock, this approach supports circular energy systems and renewable hydrogen pathways. The technology offers a promising route toward low-carbon energy, combining advanced materials, bioenergy utilization, and carbon-conscious hydrogen production 🌍💧.
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