Iodine is one of the most hazardous fission products that can get released into environment
after a severe nuclear accident and can cause thyroid cancer. Removal of iodine is …

In the present work, we aim to investigate the ability of the zirconium-based MOF-type
compound UiO-66-NH 2, to immobilize molecular gaseous iodine under conditions …

Bubble burst phenomena exist widely in industrial and environmental processes and exert a
subtle influence. Bubbles may be produced by gas injection or boiling and will burst after …

106Ru is a radioactive isotope usually generated by the nuclear industry within power plant
reactors. During a nuclear accident, 106Ru reacts with oxygen, leading to the production of …

Zeolitic imidazolate frameworks (ZIFs) are considered promising materials to adsorb volatile
iodine due to their large surface areas and high thermal/chemical stability. By using density …

Severe accidents in nuclear power plants can breach the integrity of containment due to
pressure build up, resulting in the release of radioactive products. Special interest has been …

Bubble-bubble interactions are relevant to industrial applications, for which air is injected at
different flowrates from submerged orifice. These interactions provoke aperiodic bubble …

Self-priming venturi scrubber is one of the most effective devices used to collect aerosols
and soluble gas pollutants from gaseous stream during severe accident in a nuclear power …

The objective of this work is to develop a dedicated test bench to study the dynamic noble
gas trapping by porous materials, especially by metal-organic framework (MOF), in a nuclear …

Pool scrubbing has shown potential efficiency to reduce the release of fission products,
especially in aerosol forms, into the environment. Considering the large test conditions …