Lake & Waterbody Rejuvenation with Nanobubble Technology
Benefits for Communities and Ecosystems
Avior Aqua’s nanobubble technology helps municipalities, industries, and environmental bodies achieve cleaner, healthier lakes—reducing pollution, restoring aquatic life, and improving water quality sustainably with lower energy and maintenance needs.
Prevent
- Algal bloom formation
- Foul odor buildup
- Anaerobic water layers
Remove
- Bottom sludge
- Organic pollutants
- Harmful gases (H₂S, CH₄)
Decrease
- COD & BOD levels
- Chemical dependency
- Maintenance frequency
Improve
- Water clarity
- Aquatic biodiversity
- Long-term sustainability


Avior Nanoxy Smart Aeration
Performance Highlights
Reduction in odor and algae
Faster biological recovery
Energy savings vs. aerators
Decrease in sludge buildup
Continuous oxygenation cycle
Why Authorities Trust Avior Aqua
Frequently Asked Questions
It increases dissolved oxygen, removes organic waste, and eliminates foul odor, helping restore the natural ecosystem without chemicals.
Yes, the system performs effectively even in stagnant or high-load waterbodies, improving color, odor, and oxygen levels within days.
Nanobubbles penetrate deeper, stay longer, and oxygenate more efficiently than surface aerators or diffusers.
No. The process is 100% natural and oxygen-based, eliminating the need for chemical treatment.
Lakes, ponds, reservoirs, STP/ETP discharge zones, and industrial lagoons of any scale.
Noticeable improvement in odor and effluent quality is observed within 5–7 days of operation.
No. The system is self-cleaning with minimal servicing required.
Yes, nanobubble aeration provides uniform oxygenation ideal for continuous or batch treatment operations.
Yes, the system consistently helps meet CPCB and SPCB discharge standards by improving DO, reducing COD/BOD, and stabilizing output.
Each Avior unit is designed for 7+ years of industrial use and includes a 2-year comprehensive warranty.
Mumbai
Cucumber Greenhouse
Avior Aqua is a leading greenhouse operator in the UAE. The following were the trial’s goals: