The huge development of industrial production and human activities throughout the world
has resulted in serious water pollution. Pesticides, dyes, phenol, and phenolic compounds …

Wastewater from various types of industries such as synthetic resins, plywood industries,
paper and pulp, gas and coke oven plants, paints, coal gas, tanning, textile, plastic, rubber …

Remarkably toxic, phenol requires efficient elimination from water. This study investigates
the utilization of solid waste generated by stone-cutting factories for extracting phenol from …

In this research, silver nano particle (AgNP), was synthesized through a novel anaerobic
mixed consortium mediation method and applied for the removal of phenol. The best …

Olive mill wastewater (OMW), a liquid by-product of the olive oil industry, represents a
severe environmental problem owing to its high pollution load. In this study, successive …

The sorption mechanisms, point of zero charge, and isosteric heats involved in the
adsorptive dephenolization of aqueous solutions using thermally modified corn cob (TMCC) …

Phenol compounds are regarded as hazardous pollutants due to their toxicity and
carcinogenic properties to human health at low concentrations. So, this study was aimed to …

This study aimed to create activated carbon thin film (ACTF) as a hybrid nanocarbon via a
simple and efficient method through a single-step mixing process using thermal …

Removal of phenol using tamarind seed powder (TSP) through adsorption process from
aqueous solution was studied. Batch process and adsorption isotherm were carried out …

Chitosan synthesized from the Pessu river crab shell was screened to coarse (CC, 600 µm),
medium (MC, 300 µm) and fine (FC, 150 µm) aggregate for phenol removal. The aggregates …