In the application of nuclear technology, radioiodine, a key radionuclide is released into the
environment. Its danger to environmental and human health, such as hyperthyroidism, high …

This study investigated the fabrication of zeolitic–imidazolate framework (ZIF-8) and ZIF-8-
derived porous carbon and their application in the adsorptive removal of tetracycline from …

Capturing radioactive iodine effectively is a top priority, but it remains a major challenge. In
this manuscript, we report the synthesis of a bismuth-doped Cu-BTC [Cu 3 (BTC) 2, BTC= 1 …

Lignosulfonate, as the large-scale by-products from the sulfite pulping, converting them to
porous carbon is an alternative potential path. However, most sodium lignosulfonate (LS …

Efficient adsorbents for U (VI) removal from aqueous solution is particularly important for
energy strategy and environmental safety. Although dendritic fibrous nano-silica (DFNS) …

Herein, Bi 2 O 3 loaded with camphor leaves-derived biochar (Bi 2 O 3@ CLBC) was
prepared to capture gaseous iodine. Bi 2 O 3@ CLBC was provided with a loose structure …

The efficient capture of radioactive iodine is significant to the safe development of nuclear
energy. In this work, a novel PEI-impregnated CuAl-oxides pillared montmorillonite (PEI …

Proliferation of nuclear technology has also resulted in radionuclide release into the
environment. Key among them is radioiodine which threatens human health through thyroid …

The exploration of effective gaseous iodine adsorbents is an interesting and challenging
task in the field of radwaste disposal. In this study, amidoxime groups (AO) were successfully …

Despite its importance in the nuclear industry, the uncontrollable use and/or accidental
release of iodine in the environment pose serious threats to human health and endanger …