
The primary objective of this research project is to evaluate and identify the most effective natural materials for purifying contaminated freshwater in a domestic setting. As global water scarcity increases, there is a critical need for accessible, low-cost filtration methods that can be implemented without expensive industrial machinery. This study aims to bridge that gap by testing the efficacy of common organic and mineral substances.
The primary objective of this research project is to evaluate and identify the most effective natural materials for purifying contaminated freshwater in a domestic setting. As global water scarcity increases, there is a critical need for accessible, low-cost filtration methods that can be implemented without expensive industrial machinery. This study aims to bridge that gap by testing the efficacy of common organic and mineral substances.
The project will involve passing a controlled "polluted" solution (containing suspended solids and organic dyes) through different filter columns. Success will be quantified by measuring the Total Dissolved Solids (TDS) before and after the filtration process using a digital TDS meter.
The project will involve passing a controlled "polluted" solution (containing suspended solids and organic dyes) through different filter columns. Success will be quantified by measuring the Total Dissolved Solids (TDS) before and after the filtration process using a digital TDS meter.





