Surface modification via doping or functionalization is one of the most commonly applied
approaches for addressing the innate limitations of TiO 2 photocatalysts. Amongst numerous …

Excessive use of nitrogenous fertilizers has led to increased nitrate concentrations in
groundwater that pose a threat to human health, via nitrate-contaminated potable water, and …

In this work, we compared the main characteristics of highly porous geopolymer components
for water treatment applications manufactured by 3D printing, direct foaming, or granulation …

In a world where the consequences of inequalities in access to safe drinking water persist,
Household Drinking Water Treatment Technologies (HDWT) remains the most readily …

In this study, a ceramic membrane using kaolin (40% w/w) as a primary precursor was
fabricated by the uniaxial dry compaction technique at a sintering temperature of 900° C (as …

Alkali-activated foams are ceramic-like materials prepared at near-ambient temperature.
This study investigates them for point-of-use water disinfection, thus providing an alternative …

In this work, a surface cationized inorganic–organic hybrid foam was produced from porous
geopolymer (GP) and cellulose nanocrystals (CNCs). GPs were synthesized from alkali …

The use of porous ceramic pot filters for wastewater treatment is considered a cost-effective
technology however presence of appropriate pore size to trap pollutants and …

Fluoride has a significant impact on our surroundings. Various treatment methodologies are
available to reduce the fluoride level in groundwater and surface water. Water containing …

The present work attempt to demonstrate a sustainable wastewater treatment process which
is cost-effective, durable and employs light-weight functional material. Specifically, the study …