Coordination Polymer-Based Sensors for Pesticide Detection and Decontamination

Area of Science:

• Materials Science
• Environmental Chemistry
• Analytical Chemistry

Background:

• Pesticide use in agriculture poses ecological and human health risks.
• Advanced materials are crucial for effective pesticide detection and decontamination.
• Coordination polymers (CPs) present unique properties suitable for addressing these challenges.

Purpose of the Study:

• To review the application of coordination polymers (CPs) in pesticide detection and removal.
• To emphasize the luminescent properties of CPs for sensor development.
• To highlight the adsorption capabilities of CPs for environmental remediation.

Main Methods:

• Review of literature on coordination polymers for pesticide analysis.
• Focus on luminescent properties for sensing applications.
• Analysis of adsorption mechanisms for pesticide removal.

Main Results:

• CPs exhibit high sensitivity and selectivity for pesticide detection via luminescence.
• CPs demonstrate significant adsorption potential for eliminating pesticide residues.
• Structural modifications and composite integration enhance CP performance.

Conclusions:

• Coordination polymers are promising materials for sensitive pesticide detection and efficient environmental decontamination.
• Integrating CPs with AI and ML can further enhance their practical applications.
• Further research into CP-based technologies is vital for sustainable pest management and environmental protection.