Significant growth of the human population is expected in the future. Hence, the pressure on
the already scarce natural water resources is continuously increasing. This work is an …

Household, or point-of-use (POU), water treatments are effective alternatives to provide safe
drinking water in locations isolated from a water treatment and distribution network. The …

Removal of arsenic from wastewater has been crucial in recent days because of its high
persistence and bioaccumulation causing serious health and environmental issues, listed in …

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 …

With the rapid development of ore refining, coal power plants, and mining, aqueous thallium
pollution in natural waters has been reported over the past few decades. However, few …

Around year 1890, the technology of using metallic iron (Fe 0) for safe drinking water
provision was already established in Europe. The science and technology to manufacture …

Groundwater contaminated with geogenic arsenic (As) is frequently used as drinking water
in Burkina Faso, despite adverse health effects. This study focused on testing low-cost filter …

The ambitious United Nations Sustainable Development Goal for 2030 to “leave no one
behind” concerning safe drinking water calls for the development of universally applicable …

Metallic iron (Fe0)-based filtration systems have the potential to significantly contribute to the
achievement of the United Nations (UN) Sustainable Development Goals (SDGs) of …

The application of conventional electrocoagulation (EC) process for removal of As (III) from
groundwater suffers from the need of external oxidation agent for oxidation of As (III) to As …