Risk: Low Closed Secondary treatment

Wielowies Wastewater Treatment Plant, Wielowieś, Poland

Wielowieś, województwo śląskie, Poland

Overview

Wielowies wastewater treatment plant in Wielowieś, Poland, is a closed secondary treatment facility. It served the local community before decommissioning.

The Wielowies wastewater treatment plant is located in Wielowieś, a village in the Silesian Voivodeship of southern Poland. The facility was designed to handle a capacity of 2,124 cubic meters per day, serving the local population as part of the municipal wastewater infrastructure. As a secondary treatment plant, it would have provided biological treatment to reduce organic matter and suspended solids. The plant is now closed, and its operational status reflects the end of its service life. In Poland, wastewater treatment plants are regulated under national laws that transpose the EU Urban Waste Water Treatment Directive, which sets standards for collection and treatment. The area drains into the Oder River basin, which flows northward to the Baltic Sea. The closure of this facility may have implications for local wastewater management, with flows likely redirected to other regional treatment plants.

Environmental context

The plant is located inland in the Silesian region, part of the Oder River basin. The Oder River flows through Poland and Germany before emptying into the Baltic Sea. The area supports diverse aquatic life and is an important ecological corridor. Proper wastewater treatment is essential to protect water quality in this transboundary river system.

Frequently asked questions

The plant is located in Wielowieś, a village in the Silesian Voivodeship of southern Poland.

The Wielowies plant is closed and no longer in operation.

The plant provided secondary treatment, which involves biological processes to remove organic matter and suspended solids.

Polish wastewater treatment plants operate under national laws that implement the EU Urban Waste Water Treatment Directive, which sets standards for collection, treatment, and discharge.

The plant had a design capacity of 2,124 cubic meters per day.

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