UV disinfection of seawater

Aquaculture, Large Aquaria, Shellfish farming

Discover Abiotec’s UV reactors in High density polyethylene (HDPE) or 316L stainless steel designed for the treatment of seawater:

From 1 m3/h to 1500 m3/H

From small aquarium to giant fish farm, Abiotec’s SEAWATER range is 100% effective at all flow rates.

The advantages of Abiotec’s UV systems for the treatment of salt water:

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Hydraulic fittings which can be adapted to the standards of your installation

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UV chamber which may be opened allowing an internal inspection to be carried out without disconnecting pipes

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High-performance, high-reliability UV lamps (Low Pressure Amalgam or Medium Pressure)

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UV chamber in HDPE or 316L stainless steel with corrosion resistant coating

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Internal damp and corrosive atmosphere-specific UV sensor – Exclusive to Abiotec

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Top of the range IP54 electrical cabinet in polyester (alarm relay contact, lamp fault indicator, display of UV dose in mJ/cm², thermal protection, etc.)

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Experienced and responsive After-Sales Service team

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Manual or automatic cleaning system, also available over the whole range in HDPE

Why use UV disinfection for the treatment of seawater?

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Proven efficacy

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Physical process without any chemical product which operates continuously

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Easy to implement

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Reduced maintenance

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Does not alter the physical chemistry of the water

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No dosing necessary

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May be combined with any type of filtration system

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No hazardous by-products created

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Economic process, low operating costs

The range of Abiotec SEAWATER UV systems is used for :

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protecting fish farms to improve profitability

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purifying shellfish

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disinfecting fresh water, recirculated water or effluent

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disinfecting the water in quarantine tanks

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destroying residual ozone

More than 200 standard models to suit all requirements :

Drawing on more than 30 years’ experience, our experts produce a tailor-made design for the water purifier to determine the diameter of the chamber and the material to be used, the type of lamp, lamp power, etc. based on the water flow rate and quality. In this way, the model proposed is always high-performance while consuming as little energy as possible.