Mechanism of Chemi Tech Defoamer in Landfill Leachate Treatment

Landfill leachate foam stability stems from surfactant double layers and film elasticity. Chemi Tech defoamer employs three mechanisms for high-efficiency foam suppression:

1. Surface Tension Gradient Disruption

Active components rapidly spread at gas-liquid interfaces, creating localized tension gradients that induce film rupture within 8 seconds, outperforming conventional silicone defoamers.

2. Hydrophobic Particle Synergy

Nano-silica particles penetrate foam films via "pinpoint effect," adsorbing surfactant hydrophobic ends to destabilize double layers. Fluorosilicone coatings enhance interfacial interactions.

3. Thermal Stability Assurance

Cross-linked fluorosilicone polymers retain molecular integrity under high temperatures, while nanocellulose matrices ensure uniform dispersion in harsh conditions.

Operational Guidelines

Direct Addition: Apply defoamer at 0.1%-0.2% without dilution.

Dynamic Monitoring: Install auto-dosing devices at aeration inlets to adjust flow based on foam thickness, minimizing overuse.

Chemi Tech defoamer combines mechanistic innovation with process adaptability, delivering reliable solutions for complex leachate treatment systems.