Layered Fe Active Sites Enabling Precision ¹O₂ / •O₂⁻ Formation 🚀🌍

 Advanced catalyst engineering is transforming environmental remediation technologies, and single-atom Fe-N₃O₁ sites embedded in carbon nitride frameworks represent a powerful breakthrough. 🌱⚗️ Through layered-confinement strategies, researchers can precisely regulate the coordination environment around iron atoms, improving catalytic efficiency and stability. This structural tuning enhances interaction with peroxymonosulfate (PMS), enabling controlled activation pathways that generate highly selective reactive oxygen species (ROS). Such innovations open new doors for cleaner water treatment and sustainable oxidation processes. 💧✨

The key advantage of this approach lies in coordination geometry control, which directs the selective formation of singlet oxygen (¹O₂) and superoxide radicals (•O₂⁻). 🔬⚡ Unlike traditional radical-dominated systems that often cause non-selective oxidation, this strategy promotes targeted ROS generation with improved reaction precision and reduced secondary pollution. Layered carbon nitride not only stabilizes isolated Fe atoms but also enhances electron transfer efficiency, resulting in superior catalytic activity and durability under practical environmental conditions. ♻️📊

Importantly, this layered-confinement design offers a promising pathway for next-generation advanced oxidation processes (AOPs) used in wastewater purification and pollutant degradation. 🌍💡 By steering the Fe-N₃O₁ active sites toward selective ROS production, researchers can achieve higher degradation efficiency with lower energy consumption and minimal by-product formation. This innovative catalytic platform highlights the future of single-atom catalyst engineering for green chemistry, environmental sustainability, and precision oxidation technologies. 🚀🌿

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