Product category:
Filters and Centrifuges
News Release from: Berson UV-techniek | Subject: bersonInLine+
Edited by the Processingtalk Editorial
Team on 28 September 2004
Berson new In-Line+ UV system is at
Aquatech
Berson UV-techniek will launch its new bersonInLine+ medium pressure UV disinfection system at this year's Aquatech exhibition in Amsterdam, designed for drinking water and wastewater disinfection
Berson UV-techniek will be launching its new bersonInLine+ medium pressure UV disinfection system at this year's Aquatech exhibition in Amsterdam Designed specifically for drinking water and wastewater disinfection, the bersonInLine+ combines the low maintenance, high efficiency and small footprint of the original bersonInLine system with enhanced performance, features and controls
This article was originally published on Processingtalk on 4 Mar 2005 at 8.00am (UK)
Related stories
UV controls Giardia contamination at waterworks
Following a recent waterborne outbreak of giardiasis in the city of Bergen in Norway, Berson UV was commissioned to provide a large-scale UV disinfection plant to the city's municipal waterworks
Simple UV disinfection systems
The BersonInLine range of powerful ultraviolet disinfection systems from Berson UV-techniek can provide permanent disinfection of harmful micro-organisms in drinking water, process water and effluent
Designed using computational fluid dynamics modelling, the performance efficiency of the bersonInLine+ has been fully optimised.
Independent bioassay validation has confirmed that the improved hydraulics deliver superior disinfection performance with less energy.
This level of efficiency lowers both system capital and operating costs.
Further reading
Bugs killed by medium pressure UV stay dead!
Bacteria and many other micro-organisms contain enzymes that can repair UV-damaged DNA, a process known as 're-activation': research shows this does not occur with medium pressure UV disinfection
Major water reclamation plant uses UV technology
Berson UV-techniek has won the contract to supply ultraviolet (UV) disinfection systems for one of the largest municipal wastewater treatment systems to be installed in the United States
Independent microbiological studies have also shown that the closed-pipe design of Berson medium pressure UV systems eliminates the possibility of photoreactivation, a biological phenomenon that allows micro-organisms such as E.coli to repair their DNA.
It is suspected that photo-reactivation can take place after exposure to UV from low pressure lamps, especially in open-channel systems.
Disinfection efficiency is further ensured by the system's UV monitor, which has been modified to measure system performance with improved reliability while requiring less frequent factory calibration.
The bersonInLine+ features the new Berson UVtronic control system, which is simple to use and records operational data for record keeping and analysis.
Fault alarms also aid in diagnosis of performance problems.
In addition, the controls allow for remote diagnostics to be performed on the system by Berson technicians at their headquarters in the Netherlands, resulting in minimal service interruption and lower service costs.
The UV system's automatic cleaning system has also been improved, reducing maintenance while increasing performance reliability.
For wastewater effluents with high levels of fouling constituents chemically-assisted cleaning can be used to remove difficult deposits on both the quartz sleeves and UV monitor probe.
Like all Berson closed-pipe, medium pressure UV systems, the compact design of the bersonInLine+ reduces installation space requirements.
Based in the Netherlands, Berson UV-techniek is a centre of expertise in medium pressure, closed-pipe UV technology, with over 25 years' experience in the design, development, manufacture and distribution of water and effluent treatment systems worldwide.
• Berson UV-techniek: contact details and other news
• Email this article to a colleague
• Register for the free Processingtalk email newsletter
• Processingtalk Home Page


