Overview
Galten wastewater treatment plant in Region Midtjylland, Denmark, is a closed facility with advanced treatment. It was designed for a capacity of 8420 cubic meters per day.
Galten wastewater treatment plant is located in Galten, Skanderborg Municipality, in the Region Midtjylland of Denmark. The facility is now closed and no longer in operation. It was designed with a capacity of 8420 cubic meters per day and employed advanced treatment processes. As a Danish plant, it operated under the EU Urban Waste Water Treatment Directive (91/271/EEC), which requires advanced treatment for discharges into sensitive areas. Denmark has implemented stringent national standards for nutrient removal, particularly for nitrogen and phosphorus, to protect its coastal waters and inland water bodies. The plant's treated effluent would have been discharged into local watercourses that eventually drain into the Baltic Sea or the North Sea via the Kattegat. The region's water bodies support diverse aquatic life and are important for both ecological balance and recreational use.
Environmental context
The plant is located inland in the Gudenaa river basin, which drains into the Kattegat sea. The receiving waters are part of a sensitive ecosystem that requires advanced treatment to prevent eutrophication. Downstream environments include lakes and coastal areas that support diverse aquatic life and are important for migratory birds.
Frequently asked questions
The Galten wastewater treatment plant is located in Galten, Skanderborg Municipality, in the Region Midtjylland, Denmark.
The Galten plant was designed with a capacity of 8420 cubic meters per day.
The Galten plant provided advanced treatment, which includes nutrient removal to protect sensitive water bodies.
The Galten plant is closed, likely due to consolidation of wastewater services or upgrades to newer facilities in the region.
Danish plants operate under the EU Urban Waste Water Treatment Directive, which mandates advanced treatment for discharges into sensitive areas to reduce nitrogen and phosphorus loads.
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