In this work, it is presented a first approach of a mathematical and kinetic analysis for
improving the decoloration and further degradation process of an azo dye named acid red …

Toward the development of a practical and green approach for removing phosphate from
water, a monolithic cryogel based on starch and calcium silicate hydrate (Cry–CSH) was …

A continuous-flow system based on a green and cost-effective monolithic starch cryogel
column was successfully developed for removing methylene blue (MB). The proposed …

This work explored the technical feasibility of using crab shell (CS) as a promising, low-cost
biosorbent to individually and simultaneously remove Zn2+ and Ni2+ from aqueous …

The presented study is an experimentation on bioadsorption of cadmium on lentil husk (LH)
stacked in fixed bed column reactor. Here the concept of circular economy is integrated to …

We investigated the capacity of water hyacinth leaves (LEC) to biosorb 75 mg/L acid red 27
(AR27) in a continuous system comprising 30 successive biosorption/desorption cycles in a …

Excessive water hyacinth growth in aquatic environments and metanil yellow (MY) dye in
industrial wastewater pose severe environmental and public health challenges. Therefore …

There is a growing need for an economical and efficient method capable of removing heavy
metals from residual water. The current contribution aimed to evaluate the capacity of onion …

The environmental impact of untreated dye effluent is a concern due to potential mutagenic
and allergic effects. This study aims to develop a cost-effective selenium-doped biochar as …

Present study focused on abundantwaste of Aloe. barbadense miller leaves treated with
sodium bicarbonate (MABL) for the removal of Cd (II) from aqueous solution and industrial …