Validated UV Performance

Sponsored by

LIT UV introduces the new DUV series of UV equipment for water treatment, offering an unmatched degree of usability and reliability. The new LIT DUV series allow customers to fully optimize their application, budget and the configuration of their desired water quality.

The new LIT UV, DUV-N and DUV-A series integrate optimized reactor design, improved lamp technology and independent third party validation of the UV disinfection performance.

Optimized reactor design

As water quality parameters vary for each application, UV system efficiency optimization can be tuned to the specific application. For a UV system, the key parameters defining the efficiency are the UV intensity field and the hydraulic characteristics of the reactor, like velocity and turbulence.

For water qualities with higher UV transparency, the UV intensity field has a deeper penetration through a layer of water and therefore allows for a larger distance between the UV lamps. Visa versa, at lower UV transparency, the UV intensity field is maintained stable by reducing the absolute water layer between the UV lamps. Over a wide range of UV transmittances the new DUV-N series provide efficient disinfection.

Improved technology

The further development of the proven Low Pressure High Output (LPHO) Amalgam Lamp technology results in a number of UV lamp configurations which are tuned for specific UV system capacities, while maintaining the high UV lamp efficiency. The availability of the high Intensity UV lamp technology allows for further optimization of the hydraulic profile of the UV reactor. A higher UV intensity field allows for design optimization with higher velocity and better mixing in the UV reactor.

Independent third party validation

Respecting consumers confidence in reliable safe water deserves the independent validation of the disinfection performance of the UV equipment. Each unit of the DUV-A series has passed successfully the unit specific validation program. The units have been validated against both the German DVGW standard and the Austrian Ö-Norm standard for UV disinfection equipment. The independent validation results have proven the LIT UV design improvements to deliver the expected high efficiency and reliable disinfection.
www.lit-uv.com

Sponsored by

TODAY'S HEADLINES

De Nora completes acquisition of Severn Trent's Water Purification group

De Nora has announced the completion of the acquisition of Severn Trent Services' Water Purification group. The new business title, called De Nora Water Technologies, will be focused on delivering sustainable and innovative water and wastewater technologies.

USACE signs partnership agreement with MS city mayors for water-related projects

The U.S. Army Corps of Engineers - Vicksburg District of Mississippi recently announced that it has entered into a Partnership Project Agreement with mayors of several communities throughout the state.

First large-scale RO system in FL to use ozone for treating H2S in RO permeate

The city of Clearwater, Fla., recently completed its new brackish reverse osmosis (RO) water treatment plant No. 2, which serves as the first large-scale RO municipal system in the state of Florida to use ozone to treat H2S in RO permeate.

FCC Aqualia secures O&M contract for two largest WWTPs in Mecca, Saudi Arabia

FCC Aqualia, in association with lkhorayef Water and Power Company of Saudi Arabia, recently announced that is has secured a contract comprising the operation and maintenance of the two largest wastewater treatment plants in the city of Mecca.

FOLLOW US ON SOCIAL MEDIA

  

 


© 2015. PennWell Corporation. All Rights Reserved. PRIVACY POLICY | TERMS AND CONDITIONS