Understanding adsorption mechanisms plays an instrumental role in designing and
operating adsorption-based wastewater treatment systems. This research systematically …

The need to reduce the cost of production of highly demanding nanoparticles is receiving
some challenges, especially the availability of the needed raw materials. Calcium oxide …

Cr (VI) is highly toxic and carcinogenic, posing significant threats to health and ecosystems.
This study utilizes solid waste from corncobs to synthesize biochar (CCBC) for the removal …

Converting agricultural waste into biochar through pyrolysis toward water pollution
remediation fully embodies the “waste control by waste”. Herein, the N-rich waste straw …

The synthesis of zeolite ETS-10 is strongly influenced by factors such as pH, the amount of
the structure-directing agent, hydrothermal temperature and duration, which collectively …

BACKGROUND The encapsulation technique was applied to efficiently eliminate Congo red
(CR) from aqueous solutions. During the ionotropic gelation between calcium (Ca2+) ions …

The transformation of solid wastes from industrial production into effective adsorbents could
significantly contribute to wastewater treatment. In this study, after acidizing and burning soft …

The present study investigates the candidacy of jackfruit peel as a valuable feedstock for
thermo-chemical processes. To meet this objective jackfruit peel was characterized in detail …

Antibiotic residues in water represent an urgent environmental challenge. To efficiently
remove these residues, a low‐carbon integrated biochar synthesis method was proposed …

Groundwater contains high levels of dissolved ions, which pose health risks when
consumed. This study proposes biochar production for fluoride (F‒) removal from aqueous …