Overview
Tes Szennyviztisztito Telep is an advanced wastewater treatment plant serving Bakonycsernye, Hungary. It treats wastewater for 800 people with a designed capacity of 750 m³/day.
Tes Szennyviztisztito Telep is an advanced wastewater treatment plant located in Bakonycsernye, Hungary, within the Közép-Dunántúl region. The facility serves a population of 800 and has a designed capacity of 750 cubic meters per day, with a current discharge volume of 94.31 cubic meters per day. The plant employs advanced treatment processes, which go beyond secondary treatment to remove nutrients and other pollutants. As a Hungarian facility, it operates under the EU Urban Waste Water Treatment Directive (91/271/EEC), which mandates appropriate treatment levels based on the sensitivity of receiving waters and population size. The treated effluent is discharged into local waterways that ultimately drain into the Danube River basin, contributing to the Black Sea watershed. The plant plays a key role in protecting water quality in the region, supporting aquatic ecosystems and downstream water resources.
Environmental context
The plant discharges into local streams that flow into the Danube River basin, ultimately reaching the Black Sea. The region's water bodies support diverse aquatic life and are important for regional biodiversity. Advanced treatment helps reduce nutrient loading, protecting downstream ecosystems from eutrophication.
Frequently asked questions
Tes Szennyviztisztito Telep is located in Bakonycsernye, Fejér county, in the Közép-Dunántúl region of Hungary.
The plant discharges treated effluent into local waterways that are part of the Danube River basin, which flows into the Black Sea.
The plant serves a population of 800 people in the Bakonycsernye area.
The plant provides advanced treatment, which includes nutrient removal beyond secondary treatment, in compliance with EU standards.
As a Hungarian plant, it operates under the EU Urban Waste Water Treatment Directive (91/271/EEC), which requires appropriate treatment based on population size and receiving water sensitivity.
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