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Commercial Application Scenario

Aquaculture Balancing "Safety, Efficiency, and Cost"

Key Challenges

The High Cost of Traditional Management

Aquaculture

Pathogen Breeding and Outbreak Diseases

Untimely water exchange easily leads to excessive ammonia nitrogen and nitrite, providing breeding grounds for bacteria (Vibrio, Edwardsiella), viruses (IPN virus), parasites (myxobolus). Data shows Vibrio detection rate over 60% in untreated aquaculture water, causing shrimp "stealth death disease" and fish septicemia.

Biofilm Pollution in Recirculating Systems

Pipelines and filtration units in recirculating aquaculture systems easily form biofilms, blocking equipment and affecting flow while continuously releasing pathogens. Conventional chemical disinfection struggles to penetrate membrane structures, causing fluctuating effects.

Residue Risks of Chemical Disinfection

Traditional agents like chlorine disinfectants provide short-term bacteriostasis but disrupt water microecology, killing beneficial algae; drug residues enter the food chain via aquatic products.

Solution

Precise Deployment Plan Using UV-C Technology to Address Pain Points

Covering dual disinfection scenarios for external water replenishment and circulating water systems

Installation of UV-C Unit at Water Inlet Point

Install medium-pressure UV-C units at farm inlets (post-water intake pumps) for effective UV water disinfection of external source water from rivers, lakes, or seas.

Deployment of UV Module in Circulating Water System

Deploy UV water disinfection modules after filtration units and before biofilters in recirculating systems. This ensures thorough aquaculture water treatment, eliminating pathogens before water re-enters culture tanks to prevent secondary contamination.

Aquaculture
Commercial UV Water Disinfection System integrated in aquaculture farm
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Value Embodiment

Synergistic Optimization of Safety, Efficiency, and Cost

Ensure Biosafety, Reduce Disease Losses

Post-disinfection pathogen kill rate reaches 99.99%, bacterial infection rates drop sharply, fry survival rates increase significantly, fish mortality reduced by 30%, boosting production and income.

Reduce Chemical Dependency, Enhance Product Competitiveness

Fully replace chlorine disinfectants and some antibiotics, drug costs reduced 50%-70%, aquatic products free of chemical residues.

Optimize Resource Utilization, Lower Operating Costs

Circulating water utilization rate from 30% to over 80%, water-saving costs as proportion of total revenue from 15% to 5%; equipment maintenance frequency reduced 60% due to less biofilm, lifespan extended over 2 years, significantly cutting replacement and repair expenses.

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