UV-Disinfectie Specialist Berson Benoemt Nieuwe Verkoopdirecteur

Berson UV-techniek, de in Nederland gevestigde specialist op het gebied van UV-disinfectie, heeft de heer Xander Lamers benoemd als haar nieuwe verkoopdirecteur. Hij krijgt verantwoordelijkheid voor het uitbreiden van de verkopen van Berson over de hele wereld, vooral in belangrijke markten in Azië zoals China en India.

Xander Lamers

Xander heeft meer dan 10 jaar ervaring op het gebied van de strategische marketing van op technologie gebaseerde producten, het opstellen van wereldwijde distributienetwerken en het uitbreiden van business door producteninnovatie en het verschaffen van systeemoplossingen. Hij heeft tot nu toe bij Schmitz Foam Products B.V. gewerkt, waar hij Exportmanager was voor elastische schuimproducten van deze firma voor de toepassingen op de constructie- en vrijetijdsmarkt.

Hij heeft een Bachelors graad in Technische Bedrijfskunde en een MBA van Webster University in St Louis, USA.

Bij wijze van commentaar op zijn benoeming zei Xander, “Er zijn op het ogenblik zoveel interessante ontwikkelingen en daarom verheug ik mij erop bij te dragen tot Berson’s voortdurende groei. Met onze sterke wetenschappelijke kennisbasis zijn we in staat om het gebruik van onze uitmuntende technologie op het gebied van UV waterbehandeling uit te breiden.”

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UV Disinfection Specialist Berson Appoints New Sales Director

Berson UV-techniek, the Netherlands-based UV disinfection specialist, has appointed Mr Xander Lamers as its new Sales Director. He will be responsible for expanding Berson’s sales worldwide, especially in key Asian markets such as China and India.

Xander Lamers

Xander has over 10 years experience in the strategic marketing of technology-based products, setting up worldwide distributor networks and achieving business growth through product innovation and providing systems solutions. He joins Berson from Schmitz Foam products B.V. where he was Export Manager for the company’s elastic foam products for the construction and leisure markets.

He has a Bachelors Degree in Technical Business Administration from the University of Eindhoven in the Netherlands and an MBA from Webster University in St Louis, USA.

Commenting on his appointment Xander said, “With many exciting developments under way I am greatly looking forward to being part of Berson’s continuing growth. With our strong scientific knowledge base we are exceptionally well placed to expand the use of our world-beating UV water treatment technology.”

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Berson’s Closed Vessel, Medium Pressure UV Technology Chosen For Australian Effluent Irrigation Scheme

Berson’s closed vessel, medium pressure UV disinfection technology has been selected by Goulburn Mulwaree Council in New South Wales, Australia, for an innovative effluent irrigation scheme. The scheme is one of a number of initiatives by the Council to conserve precious potable water.

Goulburn

Installed by Ted Willson and Sons Ltd and supplied by CST Wastewater Solutions, Berson’s Australian distributor, the pressurised, on-demand effluent irrigation scheme uses four Berson InLine UV chambers in two parallel trains of two chambers each. Each UV chamber contains 12 Berson 3.5kW medium pressure multi-wave lamps. The UV system can operate with either one twin train of chambers or both trains together, for flows up to 400 litres per second. A low-flow jacking pump system maintains the irrigation system pressure when there is no demand.

The original construction contract was to pump from the storage lagoon to an in-channel, low pressure UV treatment system, feeding to a second, storage tank. This would be followed by an on-demand pumped irrigation system. After a review, it was decided to opt for a more simple, innovative approach, using a pressurised, on-demand irrigation scheme and closed-vessel, medium pressure UV technology.

Pieter Groenewegen of CST comments: “Until now the Australian water and wastewater industry has been dominated by low pressure, in-channel UV systems, but increasingly designers and end-users are starting to appreciate the benefits of closed-vessel, medium pressure systems. Berson’s InLine medium pressure chambers allowed us to simplify the civil works and the whole installation. There have been big cost savings for the Council, with no need for large open channels, additional storage tanks and two pump stations, giving  lower construction and operating costs. These savings run into several hundred thousand dollars.”

According to Greg Finlayson, the Council’s Manager of Water Services, “We were already using effluent for irrigation, but the UV-treated effluent gave the Council more opportunities for reuse, as well as improving the quality of the water that eventually finds its way into the Wollondilly River, which is part of the Sydney water catchment.”

Marina Hollands, the Council’s Water and Waste Engineer, added, “The UV disinfection system is achieving a good microbial kill rate and the performance of the completed scheme is excellent.”

Under the original plans the storage pond embankment would have required significant reconstruction to fit a pump, wet well and large concrete channel for housing the low-pressure UV lamps. The new design did not require the embankment reconstruction or the concrete channel – the medium pressure UV units are all in-pipe so have a very compact footprint. The UV system also has many fewer lamps than a low-pressure alternative and is therefore much easier to maintain.

Unlike low pressure UV lamps, the multi-wave, medium pressure UV lamps used in Berson’s InLine chambers produce a broad spectrum of UV wavelengths which act on the whole microorganism, rather than just its DNA alone. This provides permanent deactivation by ensuring photoreactivation and dark repair of the microorganisms’ DNA cannot occur [1].

[1] It has been shown in independent tests that many microorganisms are able to repair themselves after exposure to UV from low pressure lamps, especially if they are subsequently exposed to sunlight, a process known as photoreactivation. Some can even repair themselves without the aid of sunlight, known as dark repair. (See: Hu J. Y.,  Chu, S. N.,  Quek, P. H., Feng, Y. Y.,  and Tan, X. L. (2005). Repair and regrowth of Escherichia coli after low- and medium-pressure ultraviolet disinfection. Water Science and Technology: Water Supply, Vol. 5, No. 5, 101-108).

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