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Water Quality Management

Research Overview

Research Unit

The Research Unit Water Quality Management deals with a broad range of the anthropogenic water system and the aquatic environment through teaching and research, and is headed by Jörg Krampe. On issues related to the water quantity management, there is close collaboration with the Institute of Hydraulic Engineering and Water Resources Management.

The main research areas are an integral part of the TU’s research focus on “Energy and Environment” reflecting the universities mission statement: "technology for people". In that regard not only biological, technical and operative aspects of wastewater treatment are addressed, but water body immissions, water resource management and monitoring techniques are our core expertise too.

The research center is divided into three research groups. Additionally a laboratory and pilot plant area is supporting research:

  • Municipal and Industrial Wastewater Treatment [read more]
  • Water Resource and River Basin Management [read more]
  • Scientific Basics and Advanced Treatment Processes [read more]

The three research groups are interlocked and closely work together within particular projects.

The interdisciplinary nature of the team (in fields such as civil engineering, chemical engineering, microbiology, electrical engineering, environmental engineering, and food chemistry) provides for comprehensive scientific analysis of complex issues. An important objective of the research center is the contact with practitioners, in order to ensure that the research is focused and able to address problems relevant to the field.

Projects

  • Ongoing Projects [Link]

  • Reference Projects [Link]
  • Project Archive [Link]

PhD Thesis

List of finished PhD Thesis
[read more]

Publications

List of papers and reports published by the research center
[read more]

Consultancy

Apart from fundamental and applied research the institute is offering consultancies as well. We focus on challenges where the experience from our research projects can contribute to cost efficient and sustainable solutions. This involves scientific advice and the assessment of the design and operation of new and innovative treatment processes and technologies.
[read more]