- 2025-07-22
UV Systems for Aquaculture/Fish Hatcheries
Application of UV disinfection system in aquaculture
Process flow
The UV system is integrated into the key nodes of the water cycle in fish hatcheries as a terminal treatment unit:
Post-treatment section
Located after sand filtration/biological filtration, the last barrier before the treated water enters the breeding area
Circulating water system (RAS)
Continuous inactivation of pathogens in a closed circulation pipeline
Nursery and cultivation area
Targeted prevention and control of fungal infection of fish eggs (Saprolegniasis, etc.)
Technical principle
Use 253.7nm UV spectrum to penetrate the cell wall of microorganisms
Achieve at irradiation intensity of 30,000-50,000μW/cm²:
✔ Bacteria (Vibrio, etc.) inactivation rate ≥99.99%
✔ Viruses (IPNV, etc.) inactivation rate ≥99.9%
✔ Inactivation of parasite (dinoflagellates, etc.) spores
Industry challenges
Water crisis
Eutrophication of water bodies in aquaculture areas increased by 12% annually
Pathogen concentration at water intake points exceeded industrial standards by 3-8 times
Production pressure
Aquaculture density increased by 40-60% in the same area
Fish fry survival rate fluctuates by up to ±25%
Traditional limitations
Chemical agents cause drug residues in fish
Ozone system produces toxic bromate byproducts
FupengWater solution
Industrial-grade UV disinfection system features
Closed reactor
316L stainless steel chamber (IP69K protection level), suitable for DN50-DN500 pipelines
Intelligent control system
Real-time monitoring of UV intensity + Automatic quartz sleeve cleaning mechanism
Energy efficiency optimization design
Save 35% of electricity compared with traditional systems (energy consumption per ton of water treatment ≤ 0.8kW·h)
Core value
Improved biosafety
Fish fry survival rate increased by 18-22%
Eliminate the risk of cross-contamination of chemical agents
Production efficiency
System maintenance cycle extended to 12 months
Equipment floor space reduced by 40% (vertical modular design)
Water quality assurance
Water meets SC/T 9101-2007 aquaculture water quality standards
Ultraviolet transmittance (UVT) attenuation rate <5%/year
