Information on arsenic (As) speciation in solid materials is critical for many environmental
studies concerned with As stability and/or mobility in natural As-impacted soils and mining or …

We studied the local coordination and structure of Fe (III)-precipitates formed in aerated Fe
(II)-and As (III)-containing water (buffered to pH 7 by 8mM bicarbonate) using synchrotron …

Abstract Mobility of Arsenic (As) from metallurgical wastes in Matehuala, Mexico has been
accounted for ultra-high concentration of As in water (4.8–158 mg/L) that is used for …

An As-contaminated perched aquifer under an urban area affected by mining was studied
over a year to determine the contamination source species and the mechanism of As …

Soils in the past mining areas are susceptible to trace metal (loid) s deposition and pose a
health risk to humans. The purpose of this work is to evaluate the distribution patterns and …

Arsenic dissolved in water represents a key environmental and health challenge because
several million people are under the threat of contamination. In calcareous environments …

In the Earth's upper crust, where aqueous fluids can circulate freely, most mineral
transformations are controlled by the coupling between the dissolution of a mineral that …

Anhydrous carbonate and sulphate-bearing solids are formed on Earth under very different
environmental conditions and are the most abundant constituents in so-called chemical …

Massive realgar tailings abandoned in mining areas in China have caused serious arsenic
(As) pollution seeking for urgent disposal. Stabilization treatment is a feasible strategy …

Increasingly stringent environmental standards pose a huge challenge to the treatment of
arsenic alkali residue (AAR). This work proposed an alternative method for stabilizing AAR …