Background information on conventional wastewater treatment in Hamburg can be found here
New Methods in Wastewater Management
In Hamburg, conventional wastewater is passed through a 5,000 km long sewerage system connected to the final destination of the Köhlbrandhöft/Dradenau wastewater treatment plant. The domestic sewage from bathrooms and kitchens in Hamburg is mixed together with rainwater during its transport. The combination of rainwater with the sewage has a diluting effect which makes the elimination of micro pollutants and the recovery of nitrogen and phosphorus more difficult. The diluted wastewater can only be cleaned by incurring high energy costs. HAMBURG WASSER has set a goal to close the material and energy cycles with energy-saving technologies and sustainable concepts.
The significant global changes which have taken place over the past years and decades make it even more important to close energy and material cycles. Resources such as phosphorus and water are becoming increasingly scarce due to an increasing global population.
In Germany however, the drinking water demand is decreasing, which lessens the flow in the sewer line, and thus makes the transport of sewage to the sewage treatment plant more difficult. In addition, demographic changes have brought about an increase of pharmaceutical residues in wastewater. These pharmaceutical residues are very difficult to eliminate.
To respond to these challenges now and in the future, new ways must be found to handle wastewater. HAMBURG WASSER has taken on this task.
Conventional Wastewater Treatment
A Change in Outlook
A new neighbourhood for Jenfeld
The Jenfelder Au will be the first neighborhood in Hamburg where the HAMBURG WATER Cycle will be incorporated into newly constructed buildings.
Wastewater treatment in Hamburg
Here you can learn more about which processes are used in the treatment plant Köhlbrandhöft/Dradenau.
HAMBURG WATER Cycle®
The HWC divides the household wastewater into three separate domestic effluent flows, which are then processed on an individual basis. This innovative method is both economical and environmentally friendly. To see how this works, please visit the following page: