The present work investigates the preparation of promising biochar derived from date palm
petioles powder (DPB) via a thermal treatment. DPB was characterized through various …

Eucalyptus bark (EB) materials-based bio-char adsorbent was synthesised and
characterised using SEM-EDS, BET and CHN analyser. The adsorbent surface functional …

This work aimed to develop the biochar (DPP-biochar) material through a direct pyrolysis of
date palm petioles (DPP) at 700° C and explore its feasibility for the removal of crystal violet …

The potential of an agricultural waste (Calophyllum inophyllum seed husk) as a low-cost
adsorbent for the removal of dyes from an aqueous solution was studied. Biosorption of …

African almond leaves (ALs) were used for the preparation of sustainable and eco-friendly
adsorbent through chemical activation, followed by pyrolysis at 700 o C for adsorption of …

Dehydration technique with 80% sulfuric acid was used to create a novel biochar from
mandarin peel wastes followed by condensate with triethylenetetramine (TETA) to give …

A novel biodegradable adsorbent called pyrolysed empty fruit bunch fibres (PEF) was
prepared by chemo-physical activation of empty fruit bunch fibres (EFB) biochar for removal …

This report deals with converting the agriculture waste (rice straw) to environmental cleaner
materials (biochar) using airless pyrolysis followed by eco-friendly activation. The biochar (p …

A new biochar was produced from mandarin peel residues and its ability to remove Acid
Red 35 (AR35) dye from wastewater was investigated. The production was achieved by …

Dyes induce acute to chronic illnesses in humans and aquatic animals. This study tested
dolomite-modified rice husk biochar (DRHB) to eliminate anionic reactive dyes Remazol …