Wood-confined-MOFs derived electrocatalytic membrane with high stability and activity for selective degradation of refractory antibiotics

Key Points

• Selective degradation of refractory antibiotics was achieved, indicating promising catalytic performance.
• The electrocatalytic membrane derived from wood-confined MOFs shows over 90% activity retention after 30 days.
• This approach utilized a novel synthesis method involving metal-organic frameworks (MOFs) from wood biomass.
• These findings support further exploration into sustainable materials for environmental remediation.