This invention introduces an Air Flotation Foam Collection Tube, designed to enhance water purification efficiency and improve adaptability in aquatic environments like sewage treatment and aquaculture. Here's how it works:
The Problem
Existing flotation methods use bubbles to remove pollutants but face challenges:
- Chemical additives: Effective but expensive and unsuitable for all contexts.
- High-energy systems: Efficient but costly, fragile, and energy-intensive.
- Design limitations: Current foam collection systems struggle with adaptability and lose efficiency under varying conditions.
Core Features
The innovation lies in a two-part system:
- Bubble Stacking Tube (DPG): Guides the foam upward.
- Collection Tube (CJG): Directly collects foam from the centre, where pollutants are most concentrated. Its adjustable height ensures efficient operation under different water conditions.
Inventive Step
Unlike traditional designs that squeeze foam from the edges, this system captures the foam from the core, resulting in:
- Higher concentration of pollutants in the collected foam.
- Reduced water content, increasing purification efficiency.
- Adaptability through adjustable components, catering to varying pollutant levels.
Benefits
- Cost-effective: No need for chemicals or additional energy.
- Durable and simple: Fewer moving parts minimize maintenance.
- Adaptable: Adjusts to water quality changes, improving purification in diverse scenarios.
- Energy-saving: Operates efficiently without external power.
Broader Impact
This invention promotes sustainable water management by reducing reliance on chemicals and energy, making it an environmentally friendly solution. It can significantly improve water quality in industries, public utilities, and aquaculture, fostering healthier ecosystems and communities. This practical, innovative design addresses real-world challenges, making water purification more efficient, affordable, and sustainable.