• High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment,YUTANK,High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment | YUTANK
  • High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment,YUTANK,High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment | YUTANK
  • High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment,YUTANK,High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment | YUTANK
  • High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment,YUTANK,High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment | YUTANK
  • High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment,YUTANK,High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment | YUTANK
  • High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment,YUTANK,High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment | YUTANK
  • High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment,YUTANK,High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment | YUTANK
  • High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment,YUTANK,High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment | YUTANK
  • High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment,YUTANK,High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment | YUTANK
  • High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment,YUTANK,High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment | YUTANK

High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment

UV disinfection remains one of the few non-chemical water treatment methods that global hatcheries and intensive RAS farms continue to rely on for biosecurity. Whether it’s controlling pathogenic outbreaks or simply maintaining bacterial balance in high-density grow-out systems, a well-sized UV sterilizer sits somewhere in nearly every closed-loop aquaculture flow.

At YUTANK, we build industrial-grade UV disinfection units engineered specifically for high-throughput aquaculture settings. Each model is calibrated not just by lamp wattage or flow rate, but by actual UV dose exposure under real operational turbidity conditions—something often overlooked in off-the-shelf units.

Most overseas clients—especially in tropical climates—come to us with concerns about fluctuating water clarity, frequent lamp failures, or lack of standardized quartz sleeves. We’ve addressed that with modular designs that simplify maintenance, ensure stable output, and include globally sourced UV-C lamps from Philips or equivalent brands. OEM configurations are available for integration into hatchery skids or containerized systems.

From shrimp hatcheries in Southeast Asia to trout facilities in Eastern Europe, our UV systems are already operational in multi-country deployments—often as part of RAS turnkey packages or retrofit upgrades to improve mortality rates. For facilities managing thousands of cubic meters per day, reliable sterilization isn’t optional. It’s built into the design. That’s where we come in.

  • High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment,YUTANK,High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment | YUTANK
  • High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment,YUTANK,High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment | YUTANK
  • High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment,YUTANK,High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment | YUTANK
  • High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment,YUTANK,High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment | YUTANK
  • High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment,YUTANK,High-Efficiency UV Disinfection Systems for Aquaculture Water Treatment | YUTANK

Technical Specifications

Brand Name

Yutank

Place of Product

Guangdong Province,China

Feature

Durable Anti-corrosion

Size (diamater*height)

Customizable

Modes of packing

Wooden crate, cardboard box, container

Customized service

OEM & ODM
  • Description

  • Technical Specificat

  • Applications & Case

  • FAQ

Features

  • Optimized UV Dose Based on Actual Turbidity
    Our engineering team calibrates each UV unit not just by nominal flow rate but according to real-world transmittance (UVT%) and suspended solids typical in RAS and hatchery water. This ensures pathogen inactivation is not theoretical, but consistent in high-load conditions.

  • Industrial UV-C Lamps with Global Compatibility
    We standardize on long-life, high-output UV-C lamps from international suppliers (Philips, LightTech, equivalent). Lamp sockets and ballasts are designed for both 50Hz and 60Hz grids, simplifying deployment across different regional electrical systems.

  • Tool-Free Maintenance Access
    Operators don't need special tools to replace lamps or clean quartz sleeves. The units are designed for fast service turnaround with easy-swap modules—ideal for daily hatchery operations where downtime isn’t an option.

  • 316L Stainless or HDPE Housing Options
    Depending on your corrosion resistance needs, we offer housings in marine-grade stainless or industrial-grade HDPE for saltwater or ozone-tolerant systems.

  • Integrated Lamp Status Feedback & UV Intensity Sensor (Optional)
    For clients integrating into SCADA or smart aquaculture control systems, we provide signal outputs and optional sensors for live UV dose monitoring and predictive maintenance alerts.

  • OEM & Retrofit Flexibility
    Whether you're sourcing for a new RAS buildout or upgrading an underperforming disinfection line, our modular designs can be custom-fit into third-party pipework with flange options from DN80–DN250.

Packaging

  • Units are individually packed in export-grade plywood crates with internal foam cushioning to prevent quartz tube breakage.

  • Spare UV lamps and quartz sleeves are vacuum-sealed and double-boxed separately with part identification stickers.

  • Each set includes a printed wiring diagram, operation manual, and QC checklist signed by in-house technician.

Shipping

  • Consolidated shipments available for multi-unit orders or containerized aquaculture systems.

  • Standard lead time for stocked models: 5–7 working days.

  • Custom models or non-standard voltages: 10–14 working days.

  • We work with international freight forwarders experienced in handling fragile optical equipment.

  • Air cargo options available for urgent installations (foam-injected cases used for added security).

Delivery Terms

  • EXW / FOB Shenzhen / CIF major seaports upon request.

  • Full pre-shipment inspection available with photo/video documentation.

  • Units labeled with serial number and destination tag for large-scale aquaculture projects.

After-Sales Support

  • Installation guide and remote startup support included for first-time overseas customers.

  • Spare parts availability guaranteed for minimum 3 years after initial order.

  • Damage during transit? Replacement lamp and sleeve will be dispatched free under our extended DOA policy.

Parameter Detail
Model Range YT-UV80, YT-UV100, YT-UV150, YT-UV200, YT-UV250
Flow Capacity 10–200 m³/h depending on UVT% and pathogen target
UV Wavelength 254 nm (low-pressure mercury lamp)
UV Dose Output Up to 300 mJ/cm² (depending on model and flow)
Lamp Type High-output low-pressure UV-C (Philips/LightTech compatible)
Lamp Life 9,000 – 12,000 hours (depending on operating temperature & cycles)
Housing Material 316L stainless steel or HDPE (for saltwater or corrosive settings)
Inlet/Outlet Flange Size DN80, DN100, DN150, DN200, DN250 (customizable)
Quartz Sleeve High-purity UV-grade quartz tube
Power Supply Input 220V–240V or 110V–120V, 50Hz/60Hz
Control System Integration Optional dry contact, 4–20mA, MODBUS RS485 (for lamp status or UV dose)
Installation Orientation Horizontal standard; vertical optional
Protection Rating IP65 control box; sealed UV chamber
Ambient Operating Temperature 5°C – 45°C

FAQ – UV Disinfection Systems for Aquaculture

Q1: How do I choose the correct UV size for my aquaculture flow rate?
A1:
We recommend selecting based on actual system flow (m³/h) and target UV dose (typically 30–60 mJ/cm² for aquaculture). For example:

  • For 10 m³/h with moderate organic load, a 55W–75W unit may suffice.

  • For hatchery-grade sterilization or viral suppression, go with a ≥90W unit or dual-lamp setup.
    If unsure, send us your RAS flow diagram—we’ll match specs accordingly.


Q2: What is the maintenance schedule for these UV systems?
A2:
Routine cleaning of the quartz sleeve is required every 2–4 weeks depending on biofouling.

  • UV lamp replacement every 8,000–9,000 hours (approx. 1 year for 24/7 usage).

  • Quartz sleeve should be inspected and replaced if visibly discolored or pitted.
    Our units feature tool-free sleeve removal for faster maintenance.


Q3: Can your UV systems handle seawater or brackish water?
A3:
Yes. All YUTANK UV chambers use 316L stainless steel or custom plastic-coated housings upon request to prevent corrosion.
Seal rings are marine-grade EPDM or Viton. For long-term seawater applications, we advise inline pre-filtration to minimize particulate abrasion.


Q4: Are your UV units compatible with other filtration or ozone systems?
A4:
Absolutely. Our UV systems are commonly installed downstream of drum filters, protein skimmers, and degassing units.
We can integrate UV modules into all-in-one control panels or link them with oxygen/ozone dosing via sensor relay outputs.
Let us know your full setup and we’ll map out the best point of installation.


Q5: What if the lamp arrives broken during shipment?
A5:
We include transit insurance for all overseas shipments. If your quartz tube or UV lamp arrives cracked or nonfunctional, we ship a free replacement immediately.
Just send us photos within 48 hours of delivery. This is covered under our DOA (Dead-on-Arrival) policy.