Overview
COV Orlova is a municipal wastewater treatment plant serving Orlová in the Moravskoslezský kraj region of the Czech Republic. It treats wastewater for approximately 23,385 residents.
COV Orlova is a municipal wastewater treatment plant located in Orlová, a town in the Moravskoslezský kraj region of the Czech Republic. The plant serves a population of approximately 23,385 people, placing it in the medium agglomeration category under EU regulations. As a Czech facility, COV Orlova operates under the EU Urban Waste Water Treatment Directive (91/271/EEC), which requires secondary treatment for agglomerations of this size. The plant's treatment processes are designed to meet national standards aligned with EU directives, ensuring effective pollutant removal before discharge. The treated effluent from COV Orlova is discharged into local watercourses that eventually drain into the Odra River basin, which flows northward into Poland and ultimately reaches the Baltic Sea. The plant plays a key role in protecting the water quality of the Odra catchment and downstream ecosystems.
Environmental context
COV Orlova discharges into the Odra River basin, which flows through the Czech Republic, Poland, and into the Baltic Sea. The Odra River supports diverse aquatic life and is an important migratory corridor for fish species. The plant's operations help maintain water quality in this transboundary river system, reducing nutrient and pollutant loads that could impact downstream habitats and the Baltic Sea ecosystem.
Frequently asked questions
COV Orlova is located in Orlová, in the Moravskoslezský kraj region of the Czech Republic, near the border with Poland.
COV Orlova serves approximately 23,385 residents, classifying it as a medium-sized agglomeration under EU regulations.
The treated wastewater from COV Orlova is discharged into local watercourses that flow into the Odra River basin, eventually reaching the Baltic Sea.
COV Orlova operates under the EU Urban Waste Water Treatment Directive (91/271/EEC), which mandates secondary treatment for agglomerations of its size.
For agglomerations of this scale, the EU UWWTD requires secondary treatment, which typically involves biological processes to reduce organic matter and suspended solids.
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