Activated carbons were prepared from Amazonian biomass by means of microwave-
assisted hydrothermal carbonization and activated with CO 2. These materials were …

In this study, the adsorption of methyl red (MR) dye from wastewater on nickel oxide (NiO)
doped in porous carbon derived from Hyphaene thebaica (HT) seeds (NiO@ HT derived C) …

The extensive release of industrial solid wastes and organic dyes has led to severe
environmental pollution, underscoring the urgent need to recycle these solid wastes and to …

There is a need to design and prepare new sorbents for the effective elimination of toxic
metal ions and textile dyes from the environment. In the presented study, the preparation of …

The physical and chemical structure of activated carbon (AC) varies with the carbonization
temperature, activation process and time. The texture and toughness of the starting raw …

The significance of nanoparticles in environmental remediation of water pollution is
attributed to their exceptional properties such as thermal stability, particle size, porosity …

This study presents an innovative double‐walled borosilicate glass reactor system for the
efficient treatment of liquid and gaseous wastewater. This reactor system allows precise …

In this study, a novel magnetic nano sorbent P 2 W 18 O 62/Fe-MIL-101/NiF 2 O 4 was
synthesized in the laboratory setting and was effectively employed for the removal of …

Dye-contaminated wastewaters from the printing batik industry are hazardous if discharged
into the environment without any treatment. Finding an optimization and reusability …

Water contamination is a serious issue that has an impact on the whole globe. In the current
work, adsorption technique was used to remove synthetic Reactive Blue MEBF 222 textile …