The research aims to explore how hybrid materials can improve the efficiency of catalytic processes for environmental and energy applications.
Development of hybrid materials combining different components for catalysis
Evaluation of catalytic performance in various environmental scenarios
Analysis of material stability and reusability over multiple cycles
Hybrid materials showed a significant increase in reaction rates for environmental pollutants
Enhanced stability demonstrated after multiple catalytic cycles
Improved efficiency linked to the unique properties of hybrid compositions
Abstract
The catalytic enhancement of chemical reactions is crucial for promoting environmental remediation in soil, air, and water, as well as for clean energy production and overall sustainable development ...