Germany
Contact
Head Office

VWS Deutschland GmbH
Berkefeld / ELGA / Krüger WABAG
Lückenweg 5
29227 Celle
Tel.: +49 (0) 5141/803-0
Fax: +49 (0) 5141/803-100

Office Bayreuth

VWS Deutschland GmbH
Krüger WABAG
Christian-Ritter-von-Langheinrich-Straße 7
95448 Bayreuth
Tel.: +49 (0) 921/150879-0
Fax: +49 (0) 921/150879-200

Office Zwenkau

VWS Deutschland GmbH
Berkefeld
Baumeisterallee 13-15
04442 Zwenkau
Tel.: +49 (0) 34203/39-0
Fax: +49 (0) 34203/39-100

Welcome to Krüger WABAG / VWS Germany

Krüger WABAG

Water Treatment Solutions

Krüger WABAG is a leading engineering company and full-service partner with extensive experince in the planning and construction of water tratment, wastewater purification and water recycling plants, both for local authorities and industrial companies.

Process & Technology Expertise

The targeted use of special process technology allows made-to-measure and extremely economical water treatment and preparation solutions, facilitating both the protection of resources and low-maintenance, efficient water management. There is a broad spectrum of applications for Krüger WABAG plants, including drinking water processing, industrial and process water treatment, and wastewater purification. But Krüger WABAG has also delevoped special systems.

Sustainable solutions

for your water management

Resource efficiency and sustainability are driving changes in many businesses. We are committed to supporting both industry and municipalities in meeting these challenges by delivering tailored environmentally conscious and innovative water technology solutions.



VWS in the world

Events

  • 07.-11. May 2012

    IFAT ENTSORGA, Munich

    World's leading trade fair for water, sewage, waste and raw materials management

News

Soft and uranium-free water for 42,000 inhabitants

The so far largest Uranex plant for removing uranium and one of the largest Carix plants for partial desalination have been inaugurated in Windesheim, Rhineland Palatinate. The geologically-related uranium content of the water is now reduced with the aid of these two ion exchange processes, realised by Krüger WABAG, from an average 14 μg/l to less than 0.1 μg/l. [more information]