UV disinfection for salt water / seawater with bypass piping — BioUV range. Reactors made of HDPE (high-density polyethylene): robust, corrosion-resistant and inert, suitable for corrosive environments. A fast, by-product-free UVC process: UV-C damages the DNA of microorganisms (bacteria, viruses, algae, yeasts, molds, including Legionella and Cryptosporidium), rendering them harmless. 2-year warranty • High-performance lamps ≈ 13,000 h • Free delivery in the EU.
Compatibility / Range
BioUV PE HO: from PE 330 HO to PE 6250 HO
Bypass piping for easier integration and maintenance
This range of specific reactors for UV disinfection for corrosive and/or salt water makes it possible to meet the most stringent requirements of professionals and thus optimize their operations in complete safety. Reactors made of high-density polyethylene (HDPE) are not only suitable for disinfecting seawater. Thanks to their impact- and corrosion-resistant composition, they offer an excellent price/performance ratio while guaranteeing very high quality water.
HDPE is very suitable for UV disinfection for corrosive water. It is an inert material widely used in the food industry. It is distinguished both by its high chemical resistance and its good rigidity. The temperature range of use is from -50°C to +80°C, which distinguishes it from polypropylene (PP), which becomes brittle below 10°C. HDPE is an excellent material for mixtures of acids, bases or solvents. Many professionals prefer HDPE reactor-based systems, even for non-corrosive fluids.
How UV Disinfection for Corrosive Water Works
UV disinfection systems for corrosive water are compact and produce extremely fast treatment. Ultraviolet light mutates and/or degrades DNA. Once the DNA is damaged, the organism becomes unable to function because its “instructions” are scrambled or missing. An organism without instructions cannot function and reproduce, and cannot cause infection. He becomes harmless and eventually dies.
Elimination of the bacterial risk on the breeding environment
In UV disinfection systems, water is purified through an HDPE chamber (also known as a “reactor”) that contains one or more special UV-producing lamps. When water passes in front of the lamp, UV-C penetrates the heart of the DNA and disrupts the metabolism of the cells until they are completely destroyed. Viruses, bacteria, algae, yeasts, molds… all germs are inactivated (including Legionella and Cryptosporidium). Moreover, this technology offers a huge benefit in that it does not generate any disinfection by-products, which further protects the environment and aquatic life.
Under normal use conditions:
2 years, for the HDPE reactor (materials and welds)
2 years for all components except the UV lamp and the quartz sheath (consumable).
Please refer to the supplier’s specific terms and conditions and user manual for more information.
Excluded:
Defects and deterioration caused by natural wear and tear, an external accident, incorrect assembly, defective maintenance, abnormal use, improper storage, failure to meet the expiry date, the intervention of a third party, or by a modification of the product not foreseen or specified by the seller, are excluded from the warranty. Please refer to the supplier’s specific terms and conditions for more information.
Your profits
HDPE reactors: a long-lasting guarantee against corrosion
Reactors taking into account the specific turbidity of the water: ensuring efficiency for the passage of UV rays
Compactness
Maintaining good quality, crystal clear water
Quick and easy to install
Capacity in millijoules ensuring a high efficiency until the end of the lamps’ life and guaranteeing the effective destruction of undesirable micro-organisms ( especially certain viruses)
Reduced maintenance due to long-life lamps
Maintenance-friendly construction for easy maintenance
No threat to flora and fauna
Low energy consumption with high efficiency lamps and high quality quartz sleeves.
In comparison with using chemical disinfectants: no more risky transport, storage and handling
No creation of disinfection by-products
UV reactors adapted to the flow rates to be treated (1.8 to 820 m3/h). For higher flow rates, up to 1000 m3/h, please contact us
Advantages of UV disinfection for salt water
Rigid, corrosion-resistant construction for extreme environments.
Supplied with control panels
UV-C lamps from the latest technologies with High Intensity (HO) performance
Very long lamp life (13,000 hours depending on the number of times the lamp is turned on)
Dedicated electronic ballasts ensuring maximum UV output of the lamps and integrated control
Easy to install, use and maintain
No tools required for scheduled maintenance
Lamp operation control by individual indicator lights
Reduced pressure losses
Inlet/outlet connection with rotating claw flange
Drain plug
Fixing brackets
Aquaculture / saltwater fish farming
Oyster and shellfish farming
Salt water pools
Seawater aquariums
Thermalism, thalassotherapy, balneotherapy
Sterilizer for seawater intake
Fish processing factory
UV systems for seawater disinfection.
HDPE UV disinfection systems for corrosive water are sized according to the flow rate: it is the combination of the contact time in the reactor, the power of the lamp(s), and the consideration of the specific transmittance of salt water (85% – lower than fresh water) that guarantees a dose (expressed in millijoules per centimetre – mJ/cm2) necessary and sufficient for the eradication of 99.9% of microorganisms (bacteria, viruses, suspended algae,…).
Once the order has been placed, the above-mentioned period runs (excluding weeks 31 to 34 and 51 to 52) from the date of receipt of payment and validation of the project plan (including all the options requested in the case of special needs). As soon as the equipment is ready, it will be shipped to you. Road transport requires an average of one week to set up, it can go up to 3 weeks for a container depending on the destination. Please refer to the supplier’s specific terms and conditions for more information.
Reception Upon receipt of the package, in the event of damage or shortage, please do:
To the carrier: immediate observation and confirmation of reservations by registered letter with acknowledgement of receipt, within 3 days of receipt of goods.
To the supplier: complaints about apparent defects or non-conformity of the product delivered with the product ordered or with the delivery note, must be made in writing within 3 days of the arrival of the product.
Please refer to the supplier’s specific terms and conditions for more information.
Returns Any return of items deemed new by the customer must be made within two weeks of receipt. Any return of products must be the subject of a formal agreement between the seller and the buyer. Any product returned without this agreement will be made available to the buyer and will not give rise to a credit note. The costs and risks of the return are always borne by the buyer.
Please refer to the supplier’s specific terms and conditions for more information.
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