Environmental conditions in deep geological repositories for radioactive waste may involve
high pH values due to the degradation of concrete. However, the U (VI) sorption at such …

In the United Kingdom, decommissioning of legacy spent fuel storage facilities involves the
retrieval of radioactive sludges that have formed as a result of corrosion of Magnox nuclear …

Understanding the behaviour of uranium waste, for disposal purposes, is crucial due to the
correlation between pH values and the disposal of distinct types of waste, with low level …

The significant abundance of uranium in radioactive waste inventories worldwide
necessitates a thorough understanding of its behavior. In this work, the speciation of uranyl …

A continuous-time random walk (CTRW) reactive transport model is used to study the impact
of physical heterogeneity on the effective reaction rates in porous media in a sample of …

Uranium (UVI) interacts with organic ligands, subsequently controlling its aqueous
chemistry. It is therefore imperative to assess the binding ability of natural organic …

A thorough understanding of the aqueous uranium VI (U VI) chemistry in alkaline, sodium
containing solutions is imperative to address a wide range of critical challenges in …

We develop a reactive transport model for dissolution of porous materials using a
Continuous Time Random Walk (CTRW) formulation with first-order kinetics. Our model is …

Bacteria play a key role in controlling the mobility of contaminants, such as uranium (U), in
the environment. Uranium could be sourced from disposed radioactive waste, derived either …

In this research, Hedera helix leaves were evaluated for biosorption of uranium (VI) and
thorium (IV) ions from aqueous solution. H. helix leaves were characterized by Fourier …