IMPROVING ENERGY EFFICIENCY IN THE OSTROGA BUILDING (Q132267): Difference between revisions
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(Removed claim: summary (P836): The project consists of a deep thermal modernisation of the Ostrózko-Elbląska object, which is a public building consisting of a shop window and an administrative office located in the town of Ostróda, ul. Grunwaldzka 49. The implementation of the investment in the thermal modernisation of the Ostroleko-Elblaska building will help to improve energy efficiency in the Municipality of Ostóda and is crucial for achieving the socio-economic benefit...) |
(Created claim: summary (P836): The project consists of a deep thermal modernisation of the Ostródzko-Elbląska shipping facility, which is a public utility building consisting of a workshop and administrative and office segment, located in Ostróda, ul. Grunwaldzka 49. The implementation of the investment consisting of the thermal modernisation of the Ostródzko-Elbląska Shipping building will contribute to improving energy efficiency in Ostróda Municipality and is extremely imp...) |
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The project consists of a deep thermal modernisation of the Ostródzko-Elbląska shipping facility, which is a public utility building consisting of a workshop and administrative and office segment, located in Ostróda, ul. Grunwaldzka 49. The implementation of the investment consisting of the thermal modernisation of the Ostródzko-Elbląska Shipping building will contribute to improving energy efficiency in Ostróda Municipality and is extremely important in terms of achieving the socio-economic benefits associated primarily with the transition to a low-carbon economy. In the area where the building is located, there is no possibility of connection to the heating network. The project envisaged works aimed at increasing the energy efficiency of the building: Task 1. Preparation of the project (development of a feasibility study, energy audits, technical project documentation and expert opinions). Task 2. Thermal modernisation of construction and installation: — warming of partitions (external walls, roofs), replacement of windows and doors, – modernisation of the C.O. system, installation of a new heat source: ground absorption gas heat pump with gas condensation boiler, replacement of C.W.U. system, – replacement of lighting for energy-efficient LEDs and construction of photovoltaic installation (up to 40 kW). Task 3. Project management, investor supervision and project information and promotion. The project fits into the assumptions set out for axis IV SZOOP and falls within the catalogue of possible types of projects in sub-measure 4.3.1 Energy efficiency in public buildings: — support will be directed towards a deep comprehensive modernisation of the building, – a heat source using RES will be used, – the project will aim to achieve more than 60 % of the energy savings ratio. As a result of the project, CO2 emissions will be reduced by 73.5 %. The saving of heat demand will be 74 %. (English) | |||||||||||||||
| Property / summary: The project consists of a deep thermal modernisation of the Ostródzko-Elbląska shipping facility, which is a public utility building consisting of a workshop and administrative and office segment, located in Ostróda, ul. Grunwaldzka 49. The implementation of the investment consisting of the thermal modernisation of the Ostródzko-Elbląska Shipping building will contribute to improving energy efficiency in Ostróda Municipality and is extremely important in terms of achieving the socio-economic benefits associated primarily with the transition to a low-carbon economy. In the area where the building is located, there is no possibility of connection to the heating network. The project envisaged works aimed at increasing the energy efficiency of the building: Task 1. Preparation of the project (development of a feasibility study, energy audits, technical project documentation and expert opinions). Task 2. Thermal modernisation of construction and installation: — warming of partitions (external walls, roofs), replacement of windows and doors, – modernisation of the C.O. system, installation of a new heat source: ground absorption gas heat pump with gas condensation boiler, replacement of C.W.U. system, – replacement of lighting for energy-efficient LEDs and construction of photovoltaic installation (up to 40 kW). Task 3. Project management, investor supervision and project information and promotion. The project fits into the assumptions set out for axis IV SZOOP and falls within the catalogue of possible types of projects in sub-measure 4.3.1 Energy efficiency in public buildings: — support will be directed towards a deep comprehensive modernisation of the building, – a heat source using RES will be used, – the project will aim to achieve more than 60 % of the energy savings ratio. As a result of the project, CO2 emissions will be reduced by 73.5 %. The saving of heat demand will be 74 %. (English) / rank | |||||||||||||||
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| Property / summary: The project consists of a deep thermal modernisation of the Ostródzko-Elbląska shipping facility, which is a public utility building consisting of a workshop and administrative and office segment, located in Ostróda, ul. Grunwaldzka 49. The implementation of the investment consisting of the thermal modernisation of the Ostródzko-Elbląska Shipping building will contribute to improving energy efficiency in Ostróda Municipality and is extremely important in terms of achieving the socio-economic benefits associated primarily with the transition to a low-carbon economy. In the area where the building is located, there is no possibility of connection to the heating network. The project envisaged works aimed at increasing the energy efficiency of the building: Task 1. Preparation of the project (development of a feasibility study, energy audits, technical project documentation and expert opinions). Task 2. Thermal modernisation of construction and installation: — warming of partitions (external walls, roofs), replacement of windows and doors, – modernisation of the C.O. system, installation of a new heat source: ground absorption gas heat pump with gas condensation boiler, replacement of C.W.U. system, – replacement of lighting for energy-efficient LEDs and construction of photovoltaic installation (up to 40 kW). Task 3. Project management, investor supervision and project information and promotion. The project fits into the assumptions set out for axis IV SZOOP and falls within the catalogue of possible types of projects in sub-measure 4.3.1 Energy efficiency in public buildings: — support will be directed towards a deep comprehensive modernisation of the building, – a heat source using RES will be used, – the project will aim to achieve more than 60 % of the energy savings ratio. As a result of the project, CO2 emissions will be reduced by 73.5 %. The saving of heat demand will be 74 %. (English) / qualifier | |||||||||||||||
point in time: 21 October 2020
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Revision as of 17:01, 21 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | IMPROVING ENERGY EFFICIENCY IN THE OSTROGA BUILDING |
Project in Poland financed by DG Regio |
Statements
947,610.19 zloty
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2,105,800.42 zloty
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45.0 percent
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2 January 2017
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31 March 2020
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ŻEGLUGA OSTRÓDZKO-ELBLĄSKA SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ W OSTRÓDZIE
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53°42'10.1"N, 19°57'46.4"E
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Projekt polega na głębokiej termomodernizacji obiektu Żeglugi Ostródzko-Elbląskiej, który jest budynkiem użyteczności publicznej składającym się z segmentu warsztatowego oraz administracyjno-biurowego, zlokalizowanym w miejscowości Ostróda, ul. Grunwaldzka 49. Realizacja inwestycji polegającej na termomodernizacji budynku Żeglugi Ostródzko-Elbląskiej przyczyni się do poprawy efektywności energetycznej w Gminie Miejskiej Ostróda i jest niezwykle istotna z punktu widzenia osiągnięcia korzyści społeczno–gospodarczych związanych przede wszystkim przechodzeniem na gospodarkę niskoemisyjną. Na obszarze na którym znajduje się budynek nie ma możliwości podłączenia do sieci ciepłowniczej. W ramach projektu przewidziane zostały prace mające na celu zwiększenie efektywności energetycznej budynku: Zadanie 1. Przygotowanie projektu (opracowanie studium wykonalności projektu, audytów energetycznych, dokumentacji projektowej technicznej oraz ekspertyz). Zadanie 2. Prace termomodernizacyjne budowlane i instalacyjne: - ocieplenie przegród (ścian zewnętrznych, dachów), wymiana okien i drzwi, - modernizacja instalacji C.O., instalacja nowego źródła ciepła: gruntowej absorpcyjnej gazowej pompy ciepła wraz z gazowym kotłem kondensacyjnym, wymiana instalacji C.W.U., - wymiana oświetlenia na energooszczędne LED oraz budowa instalacji fotowoltaicznej (do 40kW). Zadanie 3. Zarządzanie projektem, nadzór inwestorski oraz informacja i promocja projektu. Projekt wpisuje się w założenia określone dla osi IV SZOOP i mieści się w katalogu możliwych do realizacji typów projektów w poddziałaniu 4.3.1 Efektywność energetyczna w budynkach publicznych: - wsparcie kierowane będzie na głęboką kompleksową modernizację budynku, - zastosowane zostanie źródło ciepła wykorzystujące OZE, - projekt będzie dążyć do uzyskania ponad 60% wskaźnika oszczędności energetycznej. W wyniku realizacji projektu nastąpi redukcja emisji CO2 o 73,5%. Oszczędność zapotrzebowania ciepła wyniesie 74%. (Polish)
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The project consists of a deep thermal modernisation of the Ostródzko-Elbląska shipping facility, which is a public utility building consisting of a workshop and administrative and office segment, located in Ostróda, ul. Grunwaldzka 49. The implementation of the investment consisting of the thermal modernisation of the Ostródzko-Elbląska Shipping building will contribute to improving energy efficiency in Ostróda Municipality and is extremely important in terms of achieving the socio-economic benefits associated primarily with the transition to a low-carbon economy. In the area where the building is located, there is no possibility of connection to the heating network. The project envisaged works aimed at increasing the energy efficiency of the building: Task 1. Preparation of the project (development of a feasibility study, energy audits, technical project documentation and expert opinions). Task 2. Thermal modernisation of construction and installation: — warming of partitions (external walls, roofs), replacement of windows and doors, – modernisation of the C.O. system, installation of a new heat source: ground absorption gas heat pump with gas condensation boiler, replacement of C.W.U. system, – replacement of lighting for energy-efficient LEDs and construction of photovoltaic installation (up to 40 kW). Task 3. Project management, investor supervision and project information and promotion. The project fits into the assumptions set out for axis IV SZOOP and falls within the catalogue of possible types of projects in sub-measure 4.3.1 Energy efficiency in public buildings: — support will be directed towards a deep comprehensive modernisation of the building, – a heat source using RES will be used, – the project will aim to achieve more than 60 % of the energy savings ratio. As a result of the project, CO2 emissions will be reduced by 73.5 %. The saving of heat demand will be 74 %. (English)
21 October 2020
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Identifiers
RPWM.04.03.01-28-0027/18
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