The need to remove radioactive iodine from water extends beyond the liquid radioactive
waste treatment in the nuclear industry, as it can also be found in hospital wastewater and …

Designing sorbents for iodine capture in different conditions requires selection and
optimization of a large and diverse range of variables. These variables fall into general …

Radioactive iodine element mainly in CH3I is a key fission product of concern in the nuclear
fuel cycle, which directly threatens human health if released into the environment. Effective …

Activated Carbons (AC) are widely used in the ventilation lines of nuclear facilities for the
removal of volatile iodine species. In this paper, new experimental methodologies have …

In this work, we have prepared two new sulfur CPs with group 12 transition metals,
namely,[Zn (NCS) Cl (μ2‐L)] n (1) and [Hg (SCN) 2 (μ2‐L)] n (3).[Cd (NCS) Cl (μ2‐L)] n (2) …

Effective capture of radioactive iodine from nuclear fuel reprocessing is of great importance
for public safety as well as the secure utility of nuclear energy. In this work, a hydrophobic …

Developing recyclable adsorbents for co-capture of I 2 and CH 3 I gas is a meaningful and
challenging topic. Herein, Cu 0-based mesoporous silica (CS) materials were synthesized …

In this study, we investigated the use of Bi-mna, a specific type of bismuth metal organic
framework (MOF) for the capture and disposal of iodine, a key nuclide of concern in nuclear …

Charge transfer adducts formed between iodine and several chemical families, such as
thiourea and its derivatives, thiocyanates, and isothiocyanates have been studied for their …

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