Multiphysics insights into flow-assisted electrochemical sensing of niclosamide: effects of surface fouling and regeneration

Key Points

• To explore how surface fouling and regeneration affect electrochemical sensing of niclosamide using multiphysics modeling.
• Utilized multiphysics modeling to simulate flow-assisted sensing
• Examined effects of surface fouling on sensor performance
• Investigated regeneration techniques for sustained sensor efficacy.
• Revealed significant impact of surface fouling on sensing accuracy
• Demonstrated that regeneration techniques can restore sensor functionality
• Found that optimized flow enhances electrochemical sensing outcomes.