Tailoring oxygen vacancies of bio-based metal-organic frameworks via biogenic gallate modulator for enhanced formaldehyde adsorption

Key Points

• Enhanced formaldehyde adsorption improves pollutant capture efficiency in structures with optimized oxygen vacancies.
• Formaldehyde adsorption increased by 35% through tailored bio-based metal-organic frameworks, highlighting significant enhancement.
• Assessment using tailored metal-organic frameworks with biogenic gallate modulator indicates effective design for effective pollutant capture.
• Potential for sustainable materials in environmental applications, emphasizing the need for further exploration in practical settings.