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These studies suggest that various MOFs, including those doped with Ce(III) and metal hexacyanoferrates, are effective in adsorbing cesium from liquid waste, with some methods achieving over 99% removal efficiency.
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The removal of cesium from aqueous solutions is a critical task, especially in the context of radioactive waste management. Metal-organic frameworks (MOFs) and metal hexacyanoferrates (MHCFs) have emerged as promising materials for this purpose due to their high adsorption capacities and selectivity for cesium ions.
High Efficiency of MHCFs for Cesium Removal:
Enhanced Adsorption with Composite Materials:
Modification and Stability of MOFs:
Challenges and Solutions in MHCFs:
The research indicates that both MHCFs and MOFs are highly effective for cesium adsorption from aqueous solutions. MHCFs, particularly when used in composite materials or modified for enhanced mechanical properties, show excellent cesium removal efficiencies. Similarly, cerium-doped MOFs offer robust and stable adsorption capabilities, making them suitable for multipollutant removal. These findings underscore the potential of these materials in practical applications for radioactive waste management and water purification.
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