In this article, what has been accomplished?
This study introduces a new rGO/Ag/g-C₃N₄ photocatalyst designed to address one of the critical challenges in hospital wastewater treatment—removal of persistent antibiotic residues. By integrating graphitic carbon nitride with silver nanoparticles and reduced graphene oxide, the researchers constructed a 2D/2D heterostructure that enables fast carrier transport and suppresses electron–hole recombination, allowing the system to achieve over 97% tetracycline degradation within just 60 minutes under a simple LED light source. This demonstrates how strategic nanostructure engineering—rather than costly equipment—can lead to efficient, scalable, and environmentally friendly water purification solutions.
With this paper, how can we close the gaps?
Author's words...
The project reflects a strong international collaboration between Qilu University of Technology (China) and the Nano Research Group at Islamic Azad University (Iran), under the scientific leadership of Prof. Ramin Yousefi. Importantly, a portion of this research was supported through BMF Science Group, whose mission focuses on bridging global research teams and accelerating innovative technologies toward real-world industrial applications. The outcomes of this work directly align with BMF’s vision of developing cost-effective, green, and scalable environmental solutions, demonstrating how coordinated scientific cooperation can translate into practical impact for public health and sustainability.
