Development of innovative sludge management and water treatment systems for the agglomeration of Mińsk Mazowiecki (Q85268): Difference between revisions
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(Removed claim: summary (P836): Project implemented within the boundaries of the agglomeration of Mińsk Mazowiecki with a size of 57 722 p.e.Scope of the project:• The modernisation of the wastewater treatment plant in Minsk Mazowiecki with a capacity of Q = 82 200 p.e., works include the mechanical, biological part and the sludge management node — increase the capacity of the sludge facility and the efficiency of its work as a result of the need to adapt the facilities/inst...) |
(Created claim: summary (P836): The project is carried out within the limits of the Mińsk Mazowiecki agglomeration with the size of 57 722 RLM. Scope of the project: • Modernisation of the treatment plant in Minsk Mazowiecki with capacity Q=82 200 RLM, robots include mechanical, biological and sediment economy node – increasing the capacity of the sludge installation and the efficiency of its operation resulting from the need to adapt the facilities/installation to the amount...) |
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The project is carried out within the limits of the Mińsk Mazowiecki agglomeration with the size of 57 722 RLM. Scope of the project: • Modernisation of the treatment plant in Minsk Mazowiecki with capacity Q=82 200 RLM, robots include mechanical, biological and sediment economy node – increasing the capacity of the sludge installation and the efficiency of its operation resulting from the need to adapt the facilities/installation to the amount of sludge produced. • Construction of the new SUW No.1 with the facilities at ul. Mireckiego, performance Q=120 m³/h • Modernisation of the SUW “Kędzierak” at ul. Kołbielska, performance Q=300 m³/h • Implementation of an integrated network infrastructure management system, including the creation of a Central dispatcher, linking the network management system to management applications, expansion of the SCADA system, implementation and improvement of the GIS system, modernisation of automation, raw water extraction wells development of hydraulic network model and network flow monitoring system. (English) | |||||||||||||||
| Property / summary: The project is carried out within the limits of the Mińsk Mazowiecki agglomeration with the size of 57 722 RLM. Scope of the project: • Modernisation of the treatment plant in Minsk Mazowiecki with capacity Q=82 200 RLM, robots include mechanical, biological and sediment economy node – increasing the capacity of the sludge installation and the efficiency of its operation resulting from the need to adapt the facilities/installation to the amount of sludge produced. • Construction of the new SUW No.1 with the facilities at ul. Mireckiego, performance Q=120 m³/h • Modernisation of the SUW “Kędzierak” at ul. Kołbielska, performance Q=300 m³/h • Implementation of an integrated network infrastructure management system, including the creation of a Central dispatcher, linking the network management system to management applications, expansion of the SCADA system, implementation and improvement of the GIS system, modernisation of automation, raw water extraction wells development of hydraulic network model and network flow monitoring system. (English) / rank | |||||||||||||||
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| Property / summary: The project is carried out within the limits of the Mińsk Mazowiecki agglomeration with the size of 57 722 RLM. Scope of the project: • Modernisation of the treatment plant in Minsk Mazowiecki with capacity Q=82 200 RLM, robots include mechanical, biological and sediment economy node – increasing the capacity of the sludge installation and the efficiency of its operation resulting from the need to adapt the facilities/installation to the amount of sludge produced. • Construction of the new SUW No.1 with the facilities at ul. Mireckiego, performance Q=120 m³/h • Modernisation of the SUW “Kędzierak” at ul. Kołbielska, performance Q=300 m³/h • Implementation of an integrated network infrastructure management system, including the creation of a Central dispatcher, linking the network management system to management applications, expansion of the SCADA system, implementation and improvement of the GIS system, modernisation of automation, raw water extraction wells development of hydraulic network model and network flow monitoring system. (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
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Revision as of 15:34, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Development of innovative sludge management and water treatment systems for the agglomeration of Mińsk Mazowiecki |
Project in Poland financed by DG Regio |
Statements
39,796,151.47 zloty
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46,819,001.74 zloty
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85.0 percent
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1 January 2014
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30 June 2022
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PRZEDSIĘBIORSTWO WODOCIĄGÓW I KANALIZACJI SP. Z O.O. W MIŃSKU MAZOWIECKIM
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Projekt realizowany w granicach aglomeracji Mińsk Mazowiecki o wielkości 57 722 RLM. Zakres projektu: • Modernizacja oczyszczalni w Mińsku Mazowieckim o przepustowości Q=82 200 RLM, roboty obejmują część mechaniczną, biologiczną oraz węzeł gospodarki osadowej – zwiększenie przepustowości instalacji osadowej oraz efektywności jej pracy wynikająca z potrzeb dostosowania obiektów/instalacji do ilości wytwarzanego osadu. • Budowa nowej SUW nr1 z zapleczem przy ul. Mireckiego, wydajność Q=120 m3/h • Modernizacja SUW „Kędzierak” przy ul. Kołbielskiej, wydajność Q=300 m3/h • Wdrożenie zintegrowanego systemu zarządzania infrastrukturą sieciową, w tym stworzenie Centralnej Dyspozytorni, powiązanie systemu zarządzania siecią z aplikacjami zarządczymi, rozbudowa systemu SCADA, wdrożenie i udoskonalenie Systemu GIS, modernizacja automatyki, studni wydobywczych wody surowej opracowaniem hydraulicznego modelu sieci i systemu monitoringu przepływów na sieci. (Polish)
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The project is carried out within the limits of the Mińsk Mazowiecki agglomeration with the size of 57 722 RLM. Scope of the project: • Modernisation of the treatment plant in Minsk Mazowiecki with capacity Q=82 200 RLM, robots include mechanical, biological and sediment economy node – increasing the capacity of the sludge installation and the efficiency of its operation resulting from the need to adapt the facilities/installation to the amount of sludge produced. • Construction of the new SUW No.1 with the facilities at ul. Mireckiego, performance Q=120 m³/h • Modernisation of the SUW “Kędzierak” at ul. Kołbielska, performance Q=300 m³/h • Implementation of an integrated network infrastructure management system, including the creation of a Central dispatcher, linking the network management system to management applications, expansion of the SCADA system, implementation and improvement of the GIS system, modernisation of automation, raw water extraction wells development of hydraulic network model and network flow monitoring system. (English)
14 October 2020
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Identifiers
POIS.02.03.00-00-0062/17
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