TOC REDUCTION VUV SYSTEMS

general water uv disinfection system

CUSTOMIZABLE FLANGES WITH ANSI OR DIN CONFIGURATION

general water uv disinfection system

ULTRATOX™ VUV LAMPS

general water uv disinfection system

SINGLE TO MULTI-LAMP VUV REACTORS FOR PHOTOLYSIS

general water uv disinfection system

CLEAR NAMEPLATE FOR REACTOR INFORMATION

general water uv disinfection system

TOC VUV SYSTEM CAN BE EXTENDED TO TREAT FLOWS OF ANY SIZE

general water uv disinfection system

ULTRAAQUA UV 200W OR 300W SERIES

general water uv disinfection system
general water uv disinfection system
general water uv disinfection system
general water uv disinfection system
general water uv disinfection system
general water uv disinfection system
general water uv disinfection system
INTRODUCTION

TOC REDUCTION VUV SYSTEMS

Reducing Total Organic Carbon (TOC) is critical in applications such as semiconductors & microelectronics, pharmaceutical, food and beverage, process wastewater, and power generation where even the smallest contaminants can affect the quality of the products, if the microorganisms are allowed to spread through the organic impurities.

The TOC Reduction VUV series include ULTRATOX™ VUV lamps which are emitting light at 185nm wavelength – light that has more energy than the 254nm used in standard UV water disinfection applications. This vacuum UV light energy promotes the formation of OH- radicals from the photolysis of water. The OH-radicals react with the organic matter in the water leading to the oxidation into CO2 (carbon dioxide) and H20 (water), resulting in the removal of TOC.

The TOC Reduction VUV series has been optimized through a combined chemical process and CFD modeling approach. For additional improved efficiency, the system can be combined with the addition of other oxidants such as hydrogen peroxide and ozone.

 

Key highlights

  • TOC levels reduced to < 1 ppb
  • Modular skid design for higher flowrates – over 50% reduced footprint
  • Guaranteed 12 000-hour ULTRATOX™ lamp lifetime
  • High-grade electropolished stainless steel AISI 316L construction – Up to 30% energy savings with internal reflection
  • Complete control with the customizable ULTRATOUCH™ control cabinets
System Characteristics
Reactor configuration U, L and Z-shape (modular)
Material Electropolished SS 316L
Inlet/outlet connection DN50 (2”) – DN1200 (48”) DIN, ANSI, JIS
Pressure rating Max. 16 bar
Flowrates 1 m3/h (4 GPM) – 500 m3/h (3,17 MGD)
UV transmission (UVT%) 80 – 100%
Lamp type ULTRATOX™ Low-pressure High Output (LPHO)
Lamp lifetime Guaranteed 12 000 hours
Control cabinet characteristics
Enclosure material Painted steel, SS304, SS316L, GFRP
UV intensity sensor ÖNORM certified, PTFE
Sleeve wiping Manual, automatic, ULTRACIP™
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
general water uv disinfection system
CASES

SEMICONDUCTOR FACTORY IN ISRAEL

Read more
general water uv disinfection system
CASES

CARLSBERG BREWERY IN DENMARK

“We would like to thank fellow members of DRIP partnership, the Innovation Fund Denmark, the Carlsberg Group, and Søren Nøhr Bak, Expertise Director at Niras for thinking ahead of their time.”

Ole Grønborg, ULTRAAQUA UV Disinfection Systems Director, M.Sc.

Read more
APPLICATIONS

VERSATILITY EMBEDDED

ULTRAAQUA UV designs and develops systems which are suitable for several applications. All ULTRAAQUA UV units can be integrated into a wide range of different solutions. Please click below to learn more about additional applications where the ULTRAAQUA UV system can be applied.

    Want to learn more?

    Get in touch with us here. We strive to get back within 24 hours on all inquiries.

    * Mandatory fields

    Thank you!

    Thank you for contacting us. We look forward to getting in touch with you.
    We strive to answer all inquiries within 24 hours.

    E-mail our engineersWe will get back to you within 24 hrs.
    E-mail us24h reply