The urgent need for sustainable solutions to address freshwater scarcity has encouraged
significant research interest in green thin film membrane-based materials (GTFM) for …

Minerals may undergo recrystallization reactions in low temperature (< 100° C) aqueous
systems, during which they exchange isotopes and trace elements with the dissolved …

Wastewaters from oil and gas development pose largely unknown risks to environmental
resources. In January 2015, 11.4 ML (million liters) of wastewater (300 g/L TDS) from oil …

Surface reactions on calcite play an important role in geochemical and environmental
systems, as well as many areas of industry. In this review, we present investigations of …

Mineral growth and dissolution are often treated as occurring via a single reversible process
that governs the rate of reaction. We show that multiple distinct intermediate states can occur …

The development of reactive transport soared during the 1990's, driven by the necessity to
demonstrate the long-term efficiency of radioactive waste repositories (Bildstein et al. 2019; …

Illite, smectite and illite/smectite mixed layers are major phases in various argillaceous rock
formations foreseen as potential host rocks for the deep geological disposal of high-level …

This study provides direct experimental evidence of magnesium (Mg) isotope fractionation
between an aqueous fluid and magnesite during its congruent dissolution, precipitation and …

The colloidal transport of trace (Fe, Al, Ba, Pb, Sr, U) and ultra-trace (226 Ra) elements was
studied in a mining environment. An original approach combining 0.45 μm filtered water …

Radium is refocused from the viewpoint of an environmental pollutant and cancer therapy
using alpha particles, where it mainly exists as a hydrated ion. We investigated the radium …