Water quality depends on its physicochemical and biological parameters. Changes in
parameters such as pH, temperature, and essential and non-essential trace metals in water …

The declining water bodies' pristine characteristics due to the entry of emerging pollutants
(EP) have been a growing concern for the past two decades. In the context of the effort that …

This study presents the feasibility of utilizing wasted-derived biochar in ultra-high-
performance concrete (UHPC) to alleviate autogenous shrinkage, mitigate environmental …

The removal of heavy metals through adsorption represents a highly promising method. This
study focuses on the utilization of an abundant cellulose-rich solid waste, licorice residue …

This study investigates chromium, cadmium, and lead ions adsorption on mesoporous silica
SBA-15 functionalized by the urea amine group (Urea-SBA-15). Parameters affecting …

The synthesis of large volume ceramsites with clay minerals for Cd (II) removal has received
extensive attention. Here, micro-nano iron oxides (FeO x) and manganese oxides (MnO x) …

The remediation of copper and nickel heavy metals from industrial effluents is crucial to
prevent environmental pollution and protect public health. Biosorption, a low-cost and eco …

Phosphorus and metals in stormwater runoff are major causes of water quality degradation.
Bioretention systems are increasingly implemented to improve stormwater quality and to …

Synthetic micas are materials with interesting properties that combine high charge (high
cation exchange capacity) with swelling capacity. Among the various methods for …

Phosphorus and heavy metals are washed off and transported with stormwater runoff to
nearby surface water bodies resulting in environmental and human health risks. Catch …