Boron-engineered interfacial electronic states orchestrate layered metal–π–carbon nitride coupling for intensified nonradical reactivity

Key Points

• The research aims to evaluate the role of boron-engineered materials in activating nonradical processes for pollutant degradation.
• Utilized boron-engineered layered double hydroxides and boron-doped carbon nitride (LDH@BCN)
• Assessed nonradical activation of persulfate (PMS) for pollutant degradation
• Evaluated the durability of the engineered material under various conditions
• Achieved effective MMH degradation through nonradical PMS activation
• Demonstrated minimal metal leaching during the process
• Showed the role of interfacial electronic states in enhancing reactivity