Electrically conductive MOF@carbon foam composites for atmospheric water harvesting through internal joule heating and light irradiation

Key Points

• The research aims to enhance atmospheric water harvesting efficiency using electrically conductive MOF@carbon foam composites.
• Developed metal-organic frameworks (MOFs) integrated with carbon foam composites for AWH.
• Assessed performance through internal joule heating and light irradiation techniques.
• Evaluated sorption kinetics under varying environmental conditions.
• Showed significant enhancement in water sorption rates with the MOF@carbon foam composites.
• Achieved up to 20% higher yield in water collection compared to traditional MOF systems under standard testing conditions.
• Demonstrated effective performance across multiple cycles of light irradiation and heating.