Thermal modernisation of the Gimnazjum building in Łaziska and installation of heat pumps with external probes and photovoltaic installation (Q105237): Difference between revisions
Jump to navigation
Jump to search
(Changed an Item) |
(Created claim: summary (P836): The main aim of the project is to improve the environment (clean air) in the municipality of Łaziska, through deep thermal renovation of public buildings. This will be achieved by the installation of the RES installation in the Girnatum building in Łaziska and the insulation of the building envelope. This will reduce the demand for heat from the building, increase the use of renewable energy sources in the municipality, reduce greenhouse gas emi...) |
||
| Property / summary | |||
The main aim of the project is to improve the environment (clean air) in the municipality of Łaziska, through deep thermal renovation of public buildings. This will be achieved by the installation of the RES installation in the Girnatum building in Łaziska and the insulation of the building envelope. This will reduce the demand for heat from the building, increase the use of renewable energy sources in the municipality, reduce greenhouse gas emissions and other harmful substances: (dusts, sulphur dioxide (SO2), nitrogen dioxide (NO2), carbon monoxide (CO) and carbon dioxide (CO2), the capacity increase of the municipality of Łaziska for tourism and the development of entrepreneurship in relation to the improvement of the quality of the environment. The key deliverable of the project will be improved air quality in the municipality of Łaziska. This result will be achieved through the project tasks linked to the installation of RES installations using renewable energy sources and the measures taken to modernise the building envelope. The target group of the project is the Municipality of Łaziska and the inhabitants of the municipality of Laziska benefiting from the effects of the project. Despite the fact that the POP for the Lubelskie area does not indicate any corrective or short-term action to be taken for the Łaziska Lagoon (no other substances have been reported to have crossed the air quality assessment), the investment in question falls within the scope of action to reduce the emission of PM10 from the performance of heating systems. The installed capacity of RES installations is as follows: installation PV 25 kW, ground heat pump 115 kW. Energy efficiency 78.61 %, reduction of CO2 101,631 tonnes/year (English) | |||
| Property / summary: The main aim of the project is to improve the environment (clean air) in the municipality of Łaziska, through deep thermal renovation of public buildings. This will be achieved by the installation of the RES installation in the Girnatum building in Łaziska and the insulation of the building envelope. This will reduce the demand for heat from the building, increase the use of renewable energy sources in the municipality, reduce greenhouse gas emissions and other harmful substances: (dusts, sulphur dioxide (SO2), nitrogen dioxide (NO2), carbon monoxide (CO) and carbon dioxide (CO2), the capacity increase of the municipality of Łaziska for tourism and the development of entrepreneurship in relation to the improvement of the quality of the environment. The key deliverable of the project will be improved air quality in the municipality of Łaziska. This result will be achieved through the project tasks linked to the installation of RES installations using renewable energy sources and the measures taken to modernise the building envelope. The target group of the project is the Municipality of Łaziska and the inhabitants of the municipality of Laziska benefiting from the effects of the project. Despite the fact that the POP for the Lubelskie area does not indicate any corrective or short-term action to be taken for the Łaziska Lagoon (no other substances have been reported to have crossed the air quality assessment), the investment in question falls within the scope of action to reduce the emission of PM10 from the performance of heating systems. The installed capacity of RES installations is as follows: installation PV 25 kW, ground heat pump 115 kW. Energy efficiency 78.61 %, reduction of CO2 101,631 tonnes/year (English) / rank | |||
Normal rank | |||
Revision as of 10:13, 6 March 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Thermal modernisation of the Gimnazjum building in Łaziska and installation of heat pumps with external probes and photovoltaic installation |
Project in Poland financed by DG Regio |
Statements
1,364,712.09 zloty
0 references
2,328,877.31 zloty
0 references
85.0 percent
0 references
6 August 2015
0 references
15 December 2019
0 references
GMINA ŁAZISKA
0 references
Celem głównym projektu jest poprawa jakości środowiska naturalnego (czystości powietrza) na terenie gminy Łaziska dzięki głębokiej termomodernizacji budynków użyteczności publicznej. Cel ten zostanie osiągnięty poprzez montaż instalacji OZE w budynku Gimnazjum w Łaziskach oraz ocieplenie przegród zewnętrznych budynku. Dzięki temu nastąpi zmniejszenie zapotrzebowania na ciepło budynku, podniesienie poziomu wykorzystania odnawialnych źródeł energii w gminie, redukcja wydzielanych do atmosfery gazów cieplarnianych i innych substancji szkodliwych: (pyłów, dwutlenku siarki (SO2), dwutlenku azotu (NO2), tlenku węgla (CO) i dwutlenku węgla (CO2), podniesienie potencjału gminy Łaziska w zakresie turystyki oraz rozwoju przedsiębiorczości związane z poprawą jakości środowiska naturalnego. Kluczowym rezultatem projektu będzie poprawiona jakość powietrza na terenie gminy Łaziska. Rezultat ten zostanie osiągnięty poprzez zadania realizowane w ramach projektu, związane z montażem instalacji OZE wykorzystujących odnawialne źródła energii oraz podjęte działania modernizacyjne przegród zewnętrznych budynku. Grupą docelową planowanego do realizacji projektu są Gmina Łaziska oraz mieszkańcy gminy Łaziska korzystający z efektów projektu. Pomimo iż w POP dla strefy lubelskiej nie wskazano działań naprawczych ani krótkoterminowych dla gm. Łaziska (nie odnotowano przekroczenia poz. substancji podleg. ocenie jakości powietrza) to przedmiotowa inwest. wpisuje się w zakres działań obniżających emisję pyłu PM10 z indywid. systemów grzewczych. Moc zainstalowanych instalacji OZE wynosi: instalacja PV 25 kW, gruntowa pompa ciepła 115 kW. Efektywność energetyczna 78,61%, redukcja emisji CO2 101,631 Mg/rok (Polish)
0 references
The main aim of the project is to improve the environment (clean air) in the municipality of Łaziska, through deep thermal renovation of public buildings. This will be achieved by the installation of the RES installation in the Girnatum building in Łaziska and the insulation of the building envelope. This will reduce the demand for heat from the building, increase the use of renewable energy sources in the municipality, reduce greenhouse gas emissions and other harmful substances: (dusts, sulphur dioxide (SO2), nitrogen dioxide (NO2), carbon monoxide (CO) and carbon dioxide (CO2), the capacity increase of the municipality of Łaziska for tourism and the development of entrepreneurship in relation to the improvement of the quality of the environment. The key deliverable of the project will be improved air quality in the municipality of Łaziska. This result will be achieved through the project tasks linked to the installation of RES installations using renewable energy sources and the measures taken to modernise the building envelope. The target group of the project is the Municipality of Łaziska and the inhabitants of the municipality of Laziska benefiting from the effects of the project. Despite the fact that the POP for the Lubelskie area does not indicate any corrective or short-term action to be taken for the Łaziska Lagoon (no other substances have been reported to have crossed the air quality assessment), the investment in question falls within the scope of action to reduce the emission of PM10 from the performance of heating systems. The installed capacity of RES installations is as follows: installation PV 25 kW, ground heat pump 115 kW. Energy efficiency 78.61 %, reduction of CO2 101,631 tonnes/year (English)
0 references
Identifiers
RPLU.05.02.00-06-0006/17
0 references