This work emphasizes the efficiency of the response surface design to optimize the
parameters affecting the removal of a textile dye—Direct Red 81 (DR-81)—by biosorption on …

Advances in green engineering and technology have revealed a number of environmentally
acceptable alternatives for water purification. In line with this, recent advances in biosorption …

Date palm trees generate large amounts of various types of waste, including leaf sheath
fibres, which can be used as a low-cost precursor for the production of biochar, including …

The increasing presence of chloramphenicol (CAP) in aquatic environments each year has
led to serious concerns regarding potential adverse effects on human health, the …

The effect of different treatments on the depollution properties of rice husk to improve its
biosorption efficiency has been investigated. The dye and heavy metal removal of treated …

The objective of this investigation is to create activated carbon from tea stalk (TSAC) with the
purpose of adsorbing the microplastic Bisphenol S (BPS) from wastewater. Wastewater …

Polluting the environment with synthetic dyes can adversely affect humans, animals, and
plants. This study aimed to produce optimized palm-trunk-based activated carbon (PTAC) …

This research attempts to remove extremely toxic methylene blue dye (MB) from water
through adsorption process using rice husk based activated carbon (RHAC). This work …

The study focused on the utilization of pineapple peel activated carbon (PineAC) biosorbent,
produced through a low–cost and environmentally friendly method, for the adsorption of …