This research aims to create environmentally friendly sensors using rice husk-derived silica for detecting iron in water.
Developed mesoporous silica from rice husks as a renewable material for sensor construction.
Evaluated the sensing performance for Fe(iii) detection in aqueous environments.
Successfully demonstrated selective detection of Fe(iii) ions using the engineered sensors, with measurable sensitivity.
Provided a sustainable and effective method for utilizing waste materials in sensor technologies.
Abstract
By utilizing rice husk (RH) waste as a renewable source of silica, this study presents a sustainable approach for engineering eco-friendly sensors for Fe( iii ) detection.