NON-CORROSIVE POLYETHYLENE REACTOR

non corrosive polyethylene high density uv disinfection system

MARKET LEADING ENERGY EFFICIENCY

non corrosive polyethylene high density uv disinfection system

EASY MAINTENANCE AND INSTALLATION

non corrosive polyethylene high density uv disinfection system

CFD-OPTIMIZED LAMP POSITIONING

non corrosive polyethylene high density uv disinfection system

MULTIPLE FLANGE OPTIONS

non corrosive polyethylene high density uv disinfection system

HORIZONTAL OR VERTICAL MOUNTING

non corrosive polyethylene high density uv disinfection system
non corrosive polyethylene high density uv disinfection system
non corrosive polyethylene high density uv disinfection system
non corrosive polyethylene high density uv disinfection system
non corrosive polyethylene high density uv disinfection system
non corrosive polyethylene high density uv disinfection system
PRODUCT DESCRIPTION

NON-CORROSIVE PEHD UV SYSTEMS

The Non-Corrosive PEHD series features closed vessel systems made from high-density polyethylene (PEHD), ideal for highly corrosive environments and ozone destruction in seawater. Besides its resilience against temperature fluctuations, PEHD is extremely resistant to pressure, salts, acids, oils, and is non-corrosive making it a preferred solution for challenging environments in the industrial and aquaculture sectors.

For additional stability and efficiency, the PEHD series is capable of being equipped with non-corrosive PTFE or corrosion-resistant ÖNORM certified UV sensors, as well as the automatic quartz sleeve wiping technology ULTRAWIPER™. The ULTRAWIPER™ technology makes it possible to only perform maintenance checks annually, by eliminating the need for continuous manual cleaning. All these design functions are created to ensure exceptional operational efficiency and maintenance convenience.

 

KEY HIGHLIGHTS

  • Available in multiple configurations for different flow rates and applications
  • Non-corrosive high-density polyethylene (PEHD) material for exceptional durability in highly corrosive environments
  • Guaranteed 16 000-hour ULTRATHERM™ lamp lifetime
  • Automated ULTRAWIPER™ quartz sleeve wiping technology – Stable disinfection process
  • Easy maintenance – Quartz sleeve and UV lamp replacements without the need for any tools
System Characteristics
Reactor configuration Inline, U, L and Z-shape
Material High Density Polyethylene (HDPE)
Inlet/outlet connection DN80 (3”) – DN500 (20”) DIN, ANSI, JIS
Pressure rating Max. 10 bar
Flowrates 5 m3/h (22 GPM) – 3000 m3/h (19 MGD)
UV transmission (UVT%) 60 – 100%
Lamp type ULTRATHERM™ Low-pressure High Output (LPHO)
Lamp lifetime Guaranteed 16 000 hours
Control cabinet characteristics
Enclosure material Non-corrosive GFRP, SS316L
UV intensity sensor ÖNORM certified, non-corrosive PTFE
Sleeve wiping Manual, automatic ULTRAWIPER™
SCADA connection Profibus, Profinet, MODBUS TCP/IP
Enclosure rating IP54, IP65
Lamp driver type Electronic variable output
System voltage 1x230V, 3x400V+N+Pe +/- 10%, 47-63Hz (other optional)
UV dose pacing Optional
non corrosive polyethylene high density uv disinfection system
CASES

SALMON RESEARCH FACILITY IN NEW ZEALAND

“Our ULTRAAQUA UV units are integral parts of our RAS systems, they are trouble-free and we have been impressed by their performance and durability in both freshwater and seawater. The UV sensor output is a great addition and helps with our routine water quality monitoring.”

Chris Ensor, Aquaculture Operations Manager, Cawthron Institute

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non corrosive polyethylene high density uv disinfection system
CASES

FISH FARM IN THAILAND

“The result of the UV’s that we bought from ULTRAAQUA is good. I’m satisfied with the result, it can reduce total bacteria in the water and improve hatching rate to a higher percentage than before.”

Mr. Korakod Hongthong, Production Manager of Manit Genetics Co., Ltd.

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APLICACIONES

EXCELENTE VERSATILIDAD

Este sistema UV se puede integrar en varias aplicaciones. Haga clic a continuación para obtener más información sobre las aplicaciones en las que se puede integrar este sistema UV.

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