Manganese has recently been a topic of interest among researchers, particularly when
1,752 million tonnes of manganese are expected to be produced by the steel industry in …

The huge quantities of textile industry effluents with high concentrations of heavy metals are
associated with the water pollution. Among the conventional technologies currently in use …

The biogenic synthesis of nanosize powder is of great interest due to its multifunctional
applications and easy and eco-friendly process. The biosynthesis of nanosize iron particles …

In the present investigation, poultry manure and farmyard manure-derived biochars were
applied as cost-effective adsorbents for manganese (Mn) removal from aqueous media …

Production of low-cost adsorbent for toxic metal removal is a quest for many researchers. As
such, adsorption technique using biomass feedstock has been a keen interest owing to its …

It is critical to remove dyes from wastewater as they cause harm to human and aquatic life
due to their carcinogenic, toxic, and mutagenic effects. Here, low-cost activated carbons …

Batch adsorption of Fe (III) from aqueous solution by aluminum oxide nanopowder was
studied in batch system. The removal efficiency (99.9%) was obtained at pH 4 and 50 min …

A novel two-dimensional carbon-based magnetic nanomaterial, magnetic graphene oxide
(MGO), was prepared and then used as an efficient adsorbent. MGO showed rapid and …

Groundwater is a predominant stream of potable water in numerous areas and frequently
harbors pollutant removal, notably iron, and manganese. The present work explored …

Different physical, chemical, and biological treatment methods are used to eliminate heavy
metals and pollutants from wastewater and landfill leachate. Sequencing batch reactor …