Oxygenation of aerated lagoons using microbubbles is a highly effective technique that has been shown to significantly improve the efficiency of the wastewater treatment process.
Microbubbles: Optimizing Gas Transfer in Aerated Lagoons
Microbubbles, characterized by their extremely small size, offer significant advantages over conventional bubbles. Their small size increases the surface-to-volume ratio, resulting in higher oxygen transfer to the water and improved oxygenation efficiency. In addition, we generate stable and uniform microbubbles for homogeneous distribution in the aerated lagoon.
Increased oxygen availability for organic matter degradation.
The microbubbles have a larger surface area and remain suspended for extended periods of time, which increases the availability of oxygen to aerobic microorganisms. This improves organic matter degradation and enhances treatment performance.
Uniformity of dissolved oxygen (DO)
Microbubbles provide a more uniform distribution of dissolved oxygen throughout the aerated lagoon. This prevents the formation of zones with low DO levels, which could generate anaerobic or hypoxic conditions detrimental to the treatment process.
Projects in record time
We carry out projects in record time, tailor-made for our clients for the oxygenation of facultative lagoons.
Quick and superficial installation
The equipment is long lasting, resistant to biofouling and abrasion. Maintenance is done from the surface and it is not necessary to stop the operation.
Field Service
We have highly trained specialists who provide on-site service. Our team will be present to assist and ensure the optimal functioning of the oxygenation system in aerated lagoons.
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