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<p>Uranium garners enough attention, not only as a high priority contaminant but also as the major infrastructure of nuclear energy systems. This review comprehensively discusses uranium(VI) capture by zeolite-based materials. Among various factors, pore size and pH play critical roles. Morphological control, surface modification and composite formation are effective to promote uranium capture. Mesoporous SBA-15 and MCM-41 with surface modification have uranium(VI) adsorption of 804.8 and 807.3&#xa0;mg/g, and show prospects for uranium extraction from seawater. The updated understanding feeds back design of zeolite-based scavengers, which hopefully resolve the burgeoning energy demand and deteriorating ecological environment towards a sustainable society.</p>

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Uranium capture and recovery by zeolites-based materials

  • 期刊论文

  • 发表日期：

    2025年12月5日

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  • Mengqi Wang,
  • Gang Yang

摘要

Uranium garners enough attention, not only as a high priority contaminant but also as the major infrastructure of nuclear energy systems. This review comprehensively discusses uranium(VI) capture by zeolite-based materials. Among various factors, pore size and pH play critical roles. Morphological control, surface modification and composite formation are effective to promote uranium capture. Mesoporous SBA-15 and MCM-41 with surface modification have uranium(VI) adsorption of 804.8 and 807.3 mg/g, and show prospects for uranium extraction from seawater. The updated understanding feeds back design of zeolite-based scavengers, which hopefully resolve the burgeoning energy demand and deteriorating ecological environment towards a sustainable society.