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Risk management of radionuclide waste from nuclear power plants: Removal techniques and control strategies
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Risk management of radionuclide waste from nuclear power plants: Removal techniques and control strategies
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Journal Article
Risk management of radionuclide waste from nuclear power plants: Removal techniques and control strategies
2024
Overview
With the rapid expansion of nuclear power facilitating humanity’s shift towards a low-carbon energy society, proper management of nuclear waste generated by nuclear plants has become crucial for minimizing environmental impacts and alleviating public concerns. Assessing the impacts of radiation on various organisms to understand the toxicity mechanisms, potential health effects, and dose-response relationships related to radionuclide exposure can help assess the potential consequences of radionuclide leakage and providing information for decision making in risk management. [3] synthesize an amine-linked COF, namely TABN-COF, which shows a strong affinity for iodine, with an adsorption capacity of up to 365 mg/g for I3− in the aqueous phase. Besides the COF materials, Zhao et al.
