Risk: Low Closed Advanced treatment

ZV Holzheim Steinheim Sitz Neu Ulm Wastewater Treatment Plant, Neu-Ulm, Bavaria

Neu-Ulm, Bayern, Germany

Overview

ZV Holzheim Steinheim Sitz Neu Ulm is a closed advanced treatment plant in Neu-Ulm, Bavaria, Germany, serving 1,950 people with a designed capacity of 3,150 m³/day.

ZV Holzheim Steinheim Sitz Neu Ulm is a wastewater treatment plant located in the Steinheim district of Neu-Ulm, Bavaria, Germany. The plant served a population of 1,950 and had a designed capacity of 3,150 cubic meters per day, with an average discharge volume of 844.59 cubic meters per day. The facility is now closed. As a German plant, it operated under the EU Urban Waste Water Treatment Directive (91/271/EEC), which requires appropriate treatment for small agglomerations. The plant provided advanced treatment, exceeding the minimum secondary treatment standard, which is typical for sensitive areas or to meet stringent effluent quality requirements. The plant's treated effluent likely discharged into a local watercourse within the Danube River basin, as Neu-Ulm lies near the Danube. The region's water bodies support diverse aquatic life and are part of a larger river system that flows into the Black Sea.

Environmental context

The plant is located in the Danube River basin, with the Danube flowing approximately 5 km south of Neu-Ulm. The Danube is a major European waterway that supports diverse aquatic ecosystems and provides habitat for fish species such as the Danube salmon. Downstream, the river flows through several countries before reaching the Black Sea, making water quality management critical for transboundary ecological health.

Frequently asked questions

The plant is located at Buchbergstraße 51, Steinheim, Neu-Ulm, in the state of Bavaria, Germany.

The plant served a population of 1,950 people.

The plant provided advanced treatment, which goes beyond secondary treatment to remove nutrients like nitrogen and phosphorus.

Under the EU UWWTD, agglomerations with a population equivalent (PE) of less than 2,000 are required to have appropriate treatment. This plant, serving 1,950 people, falls into that category and provided advanced treatment, exceeding the minimum requirements.

The plant had a designed capacity of 3,150 cubic meters per day.

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