Abstract Zinc (Zn 2+) ion is one of the most prevalent toxic metal contaminants in effluents,
and it has severe impacts on ecosystems and human health. This article examines the …

Обобщены литературные данные по использованию отходов от переработки овса
(солома, плодовые оболочки зерен) в качестве сорбционных материалов для удаления …

Abstract Analysis was carried out to determine the physicochemical characteristics–
morphological and structural, electrokinetic properties, elemental composition and functional …

In this investigation, Cu (II) ions were removed from the synthetic solution using the mixed
biomass [Aspergillus campestris and two forms of Delonix regia seed (raw and acid treated …

A new magnetic bioadsorbent, magnetic litchi peel (MLP), was synthesized by coating
powdered litchi peel with Fe 3 O 4, and was used for removing Pb (II) from aqueous …

The aim of this study was to assess the efficiency of Spirulina platensis for removing Zn2+
ions from the aqueous solutions. The optimized conditions of 4.48 g/L algal dose, pH of 6.62 …

Wastewater from rare earth mining (WREM) is very harmful to environment and human
health due to its high concentration of ammonia nitrogen (NH 3–N). It is therefore necessary …

In recent years, biochar is being widely considered as an effective and low cost biosorbent
in water and wastewater treatment processes. Various biomasses can be effectively used for …

The paper aims to provide efficient and affordable means for pollution abatement to MSME
sector. In this work, the performance of some naturally available bio-waste materials, viz …

Adsorption of crystal violet (CV) on montmorillonite (MMT) was investigated through kinetic
analysis, microstructural characterization, surface charge and contact angle determination …