In this study, mesoporous iron/aluminum (Fe/Al) bimetallic particles were synthesized and
employed for the removal of aqueous As (III). Scanning electron microscopy and energy …

In this study, a pilot-scale adsorption-UF process equipped with an aerated system is
established for arsenic removal from As-spiked Songhua river water. A newly synthesized …

Sea dumping of chemical warfare (CW) took place worldwide during the 20th century.
Submerged CW included metal bombs and casings that have been exposed for 50–100 …

Steel rolling sludge (SRS) is the by-product of metallurgical industry with abundant iron
content, which needs to be utilized for producing high value-added products. Herein, cost …

The speciation of metals in aqueous systems is central to understanding their mobility,
bioavailability, toxicity and fate. Although several geochemical speciation models exist for …

Arsenic is an ubiquitous element, naturally occurring in all compartments of the environment.
In marine ecosystems its concentrations are even one order of magnitude higher than in …

Beryllium (Be) sources, transport and sinks were studied in a coastal landscape where
acidic soils (acid sulfate soils) have developed after drainage of fine-grained sulfide-bearing …

Selective removal of trace arsenic is crucial for obtaining safe drinking water. Here, the
selective adsorptive performance of arsenate (As (V)) on a hybrid ZMAE (nanoscale …

Arsenic contamination in sediments has received increasing attention because it may be
released to the water and threaten aquatic organisms. In this study, aluminum sulfate (ALS) …

Groundwater, constituting 97% of global freshwater, is essential for domestic water supply.
As the global population grows, securing safe drinking water remains a critical challenge …