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Aeration Equipment is core in water treatment. It boosts dissolved oxygen in water by aerating to break the liquid-gas interface, inhibiting anaerobic bacteria. Widely applied in municipal/industrial wastewater treatment and aquaculture, it effectively degrades pollutants, improves water quality and protects aquatic life. Including mechanical and blast aeration, it offers high efficiency, energy saving, stable operation and adaptability to diverse working conditions.
Oxygen Supply
It provides essential oxygen for aerobic bacteria, which efficiently break down and consume harmful organic pollutants in the wastewater.
Mixing
The system keeps solids suspended in the water, ensuring maximum contact between the bacteria and their food source for uniform treatment.
Microbe Growth
It promotes the growth of a healthy microbial community (activated sludge) that is responsible for the core cleaning process.
Odor Control
By adding oxygen and stripping volatile gases, aeration significantly reduces unpleasant and corrosive odors from the sewage.
High-efficiency aeration discs slash 20% energy costs via advanced porous design, boosting oxygen transfer efficiency (OTE) significantly. Their optimized air dispersion reduces blower workload, minimizing power consumption. Durable materials lower maintenance frequency, combining energy savings with long-term operational efficiency for wastewater treatment and aquaculture.
Air Supply: Blowers or compressors generate and force air into the system.
Diffusion: Air is released as fine or micro bubbles through submerged diffusers, maximizing oxygen transfer.
Mixing & Oxygen Transfer: Bubbles rise, mixing the liquid and dissolving oxygen into the wastewater.
Biological Treatment: Oxygen enables aerobic microorganisms to consume organic waste matter.
Process Control: Systems automatically adjust air supply based on real-time demand to optimize treatment and reduce energy use.
