“…The clean production of metallic alloys stands as a crucial element in fostering sustainable industrial development. 1 Nickel and its alloys, among metallic materials, find extensive use across diverse applications owing to their unique blend of properties, including notable corrosion resistance, favorable mechanical characteristics, and distinct magnetic and catalytic attributes. 2–4 Despite their industrial significance, the current methodologies employed for production of nickel and its alloy pose technical and environmental challenges.…”
“…The clean production of metallic alloys stands as a crucial element in fostering sustainable industrial development. 1 Nickel and its alloys, among metallic materials, find extensive use across diverse applications owing to their unique blend of properties, including notable corrosion resistance, favorable mechanical characteristics, and distinct magnetic and catalytic attributes. 2–4 Despite their industrial significance, the current methodologies employed for production of nickel and its alloy pose technical and environmental challenges.…”
This overview highlights iron's potential in low-carbon energy, including metal fuel combustion, iron-based batteries, and energy-carrier cycles. It also covers sustainable production and recycling methods aimed at minimizing environmental impact.
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