During the last decade, biochars have been considered as attractive and eco-friendly
materials with various applications including wastewater treatment, energy production and …

In this study, arsenite [As (III)] and arsenate [As (V)] removal efficiency of peanut shell
biochar (PSB) and modified peanut shell biochar (MPSB) was compared in aqueous …

We converted different biochars from nine common feedstock were prepared for aqueous
NH 4+ adsorption. The biochars were classified into three groups: wood-like (B@ A: wood …

The pyrolysis temperature strongly affects the properties of the peanut shell biochar, and
influences its adsorption behavior and mechanisms for contaminant removal in aqueous …

The removal of NH 4+ and PO 4 3− from water using adsorbents produced from rice husk
and corn cob byproducts was examined. The synthesis of MgO-biochar nanocomposites …

Using corn stover as raw material, the adsorption mechanism of ammonium nitrogen by
biochar prepared by different modification methods was studied. The biochar was …

Water sources are contaminated with nutrients such as nitrogen, which can cause
eutrophication, resulting in degradation of the aquatic environment and severe effects on …

Abstract Iron (Fe)/iron oxide-modified biochar has practicable adsorption capability for
phosphorus (P), but it is expensive. In this study, we synthesized novel low-cost and eco …

Peanut shell biomass was selected and utilized to produce biochar through pyrolysis under
N 2 atmosphere at 923 K. After studying various effects of experimental parameters and by …

Nitrogen and phosphorus play essential roles in ecosystems and organisms. However, with
the development of industry and agriculture in recent years, excessive N and P have flowed …