Abstract: Environmental pollution and the extensive use of hazardous chemical processes have increased the need for sustainable and eco-friendly alternatives for industrial and environmental applications. This study employed green chemistry principles to generate environmentally friendly chemical compounds and evaluate them for catalytic and environmental remediation applications. Synthesis yield, solubility, heat stability, and pH stability were used to characterise four compounds (EC-1 to EC-4). Reaction efficiency, energy consumption, pollutant removal, and adsorption capacity were used to evaluate their catalytic performance and remediation efficiency. All compounds were successfully synthesised, according to the results, with EC-4 exhibiting the best overall performance, including better catalytic conversion, pollutant degradation, adsorption capacity, reduced energy consumption, and increased reusability. The results show that environmentally friendly chemical compounds can help pollution management and environmentally conscious industrial development by acting as sustainable solutions for catalytic applications and environmental rehabilitation.

Keywords: Eco-friendly chemical compounds; Green chemistry; Catalytic performance; Environmental remediation; Pollutant removal; Sustainable synthesis; Adsorption capacity.