Computationally validated magnesium and graphene oxide anchored SnO 2 quantum dots for RhB reduction and antibacterial activity
Key Points
The research aims to develop and validate multifunctional catalysts for effective wastewater purification and bacterial inactivation.
Utilized computational validation techniques to assess catalysts.
Synthesis of SnO2 quantum dots anchored with magnesium and graphene oxide.
Evaluation of catalytic activity for RhB reduction and antibacterial properties.
Demonstrated high efficiency in reducing RhB concentrations.
Showed significant antibacterial activity against various bacteria.
Validated the dual functionality of the synthesized catalysts for environmental applications.
Abstract
Developing multi-functional catalysts for wastewater purification and bactericidal inactivation is quite interesting but remains a significant challenge.