The textile industry is discharging high concentrations of anionic and cationic azo dyes into
the nearby environment, which can cause adverse effects on public health, and the aquatic …

Brewer's spent grains (BSG) are a significant by-product of beer production, and its improper
disposal poses environmental challenges. This study investigated the use of BSG for …

The possibility of obtaining effective coal sorbents from a low-liquid product of coke chemical
production—coke fines—has been studied. To obtain a coal sorbent, coke fines with a size …

Textile effluent treatment is crucial for a cleaner and safer community. The purpose of this
study is to utilize biochar prepared from Manihot esculenta stalk to remove reactive yellow …

The present study utilized a FeCl2-based environmentally sustainable activation technique
to produce activated carbon from bamboo. The research aimed to evaluate the influence of …

In this study, peanut shells (PS) called waste were utilized in powdered form for the removal
of Red 195 (R-195) and Reactive Black-5 (RB-5) from synthetic wastewater solutions …

Wastewater effluents discharged from textile industries are characterized by excessive
chemical and biochemical oxygen demands with significant amounts of harmful synthetic …

The synthetic dye mixture of Acid Violet 90 and Reactive Yellow 145 was treated with dead
Cladosporium cladosporioides biomass. The individual concentrations were calculated with …

The biosorption performance of easy, fast, and economically produced fungus was
investigated against dye mixtures. Dead Ulocladium chartarum (Uc) was used as the …

The study was focused on preparing activated carbon from one of the predominant agro-
wastes, teff straw (TS), through chemical activation and investigating the optimum process …