Why your system could be underperforming due to poor flow distribution
The problem with poor flow distribution
Improper UV distribution leaves pathogens untreated. Superior CFD optimized design ensures every drop of water gets the right dose, providing complete disinfection and peace of mind.
Poor hydraulic design in UV systems can cause uneven flow, leaving parts of the water underexposed. When this happens, pathogens survive and continue to threaten fish health, increasing disease risks and operational challenges.
Optimized design for complete disinfection
By optimizing flow distribution, every drop of water receives the right UV dose, ensuring complete disinfection. CFD (Computational Fluid Dynamics) modelling plays a key role here. It simulates water movement and ensures the UV reactor design eliminates dead zones and light-blocking effects.
For example, with a CFD-optimized design, water flows evenly through the reactor, ensuring all pathogens receive the necessary UV exposure for effective disinfection. Systems like this can achieve superior pathogen reduction even under challenging conditions, providing peace of mind to fish farmers.
The result? Safer fish, lower disease risks, and a more efficient operation - so you can focus on growing, not fixing.
