The deep renovation of the building of the National School of Primary School in Barciice (Q112287): Difference between revisions
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(Removed claim: summary (P836): The project entitled ‘Deep energy renovation of the Team of the Schools of Primary School and Gimnatum in Barciice’ consists of the thermal modernisation of the school and the modernisation of the boiler room. Planned tasks under the project: Activity 1 The Energy Modernisation of the School for the School of Primary School and the Gimpozjon Barcice 1.1 Preparation of a financial analysis — Economic study 1.2 Development of a construction proj...) |
(Created claim: summary (P836): The project entitled “Deep energy modernisation of the building of the School Complex of Primary School and High School in Barcice” consists of thermal modernisation of the school and modernisation of the boiler room. Planned tasks within the project: Task 1 Energy modernisation of the building from the elementary school and junior high school in Barcice 1.1 Preparation of the financial and economic analysis 1.2 Development of the construction p...) |
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The project entitled “Deep energy modernisation of the building of the School Complex of Primary School and High School in Barcice” consists of thermal modernisation of the school and modernisation of the boiler room. Planned tasks within the project: Task 1 Energy modernisation of the building from the elementary school and junior high school in Barcice 1.1 Preparation of the financial and economic analysis 1.2 Development of the construction project together with energy audit 1.3 Thermomodernisation of the building 1.4 Repair of the boiler room with heat exchange 1.5 Supervisory inspector 1.6 Project promotion 1.7 Robots not related to increasing energy efficiency of the building The planned range of investment works includes: — insulation (hydro and thermal insulation) of external walls above and below the ground level – excavation of external walls – insulation of the ceiling over the last floor – warming of chimneys – replacement of other windows and doors in the building and luxpheres – overhaul of boiler rooms (including installation of cascade of boilers with rated power of 276 kW – two boilers of 138 kW each) 1. The value of energy efficiency improvement that will be achieved at project level compared to pre-project condition according to energy audits is 61 %. 2. The project uses equipment for the settlement of heat (heat, hot water) and cooling according to the enclosed energy audits. 3. The design uses devices that maintain the specified temperature through active operation (thermostats) and pressure differential regulators (subpilot valves) according to the attached energy audits. 4. The reduction in CO2 emissions to be achieved in the project compared to the pre-project situation is 56 % according to energy audits. 5. The reduction in dust emissions (PM 10 and PM 2.5) according to energy audits is 3 % and 3 % respectively. (English) | |||||||||||||||
| Property / summary: The project entitled “Deep energy modernisation of the building of the School Complex of Primary School and High School in Barcice” consists of thermal modernisation of the school and modernisation of the boiler room. Planned tasks within the project: Task 1 Energy modernisation of the building from the elementary school and junior high school in Barcice 1.1 Preparation of the financial and economic analysis 1.2 Development of the construction project together with energy audit 1.3 Thermomodernisation of the building 1.4 Repair of the boiler room with heat exchange 1.5 Supervisory inspector 1.6 Project promotion 1.7 Robots not related to increasing energy efficiency of the building The planned range of investment works includes: — insulation (hydro and thermal insulation) of external walls above and below the ground level – excavation of external walls – insulation of the ceiling over the last floor – warming of chimneys – replacement of other windows and doors in the building and luxpheres – overhaul of boiler rooms (including installation of cascade of boilers with rated power of 276 kW – two boilers of 138 kW each) 1. The value of energy efficiency improvement that will be achieved at project level compared to pre-project condition according to energy audits is 61 %. 2. The project uses equipment for the settlement of heat (heat, hot water) and cooling according to the enclosed energy audits. 3. The design uses devices that maintain the specified temperature through active operation (thermostats) and pressure differential regulators (subpilot valves) according to the attached energy audits. 4. The reduction in CO2 emissions to be achieved in the project compared to the pre-project situation is 56 % according to energy audits. 5. The reduction in dust emissions (PM 10 and PM 2.5) according to energy audits is 3 % and 3 % respectively. (English) / rank | |||||||||||||||
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| Property / summary: The project entitled “Deep energy modernisation of the building of the School Complex of Primary School and High School in Barcice” consists of thermal modernisation of the school and modernisation of the boiler room. Planned tasks within the project: Task 1 Energy modernisation of the building from the elementary school and junior high school in Barcice 1.1 Preparation of the financial and economic analysis 1.2 Development of the construction project together with energy audit 1.3 Thermomodernisation of the building 1.4 Repair of the boiler room with heat exchange 1.5 Supervisory inspector 1.6 Project promotion 1.7 Robots not related to increasing energy efficiency of the building The planned range of investment works includes: — insulation (hydro and thermal insulation) of external walls above and below the ground level – excavation of external walls – insulation of the ceiling over the last floor – warming of chimneys – replacement of other windows and doors in the building and luxpheres – overhaul of boiler rooms (including installation of cascade of boilers with rated power of 276 kW – two boilers of 138 kW each) 1. The value of energy efficiency improvement that will be achieved at project level compared to pre-project condition according to energy audits is 61 %. 2. The project uses equipment for the settlement of heat (heat, hot water) and cooling according to the enclosed energy audits. 3. The design uses devices that maintain the specified temperature through active operation (thermostats) and pressure differential regulators (subpilot valves) according to the attached energy audits. 4. The reduction in CO2 emissions to be achieved in the project compared to the pre-project situation is 56 % according to energy audits. 5. The reduction in dust emissions (PM 10 and PM 2.5) according to energy audits is 3 % and 3 % respectively. (English) / qualifier | |||||||||||||||
point in time: 20 October 2020
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Revision as of 11:27, 20 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | The deep renovation of the building of the National School of Primary School in Barciice |
Project in Poland financed by DG Regio |
Statements
520,341.47 zloty
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867,235.79 zloty
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60.0 percent
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1 April 2016
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30 September 2018
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GMINA STARY SĄCZ
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Projekt pn."Głęboka modernizacja energetyczna budynku Zespołu Szkół Szkoły Podstawowej i Gimnazjum w Barcicach" polega na termomodernizacji szkoły oraz modernizacji kotłowni. Planowane zadania w ramach projektu: Zadanie 1 Modernizacja energetyczna budynku Zepołu Szkół Szkoły Podstawowej i Gimnazjum w Barcicach 1.1 Przygotowanie analizy finansowo - ekonomicznej 1.2 Opracowanie projektu budowlanego wraz z audytem energetycznym 1.3 Termomodernizacja budynku 1.4 Remont kotłowni wraz z wymianą źródła ciepła 1.5 Inspektor nadzoru 1.6 Promocja projektu 1.7 Roboty niezwiązane ze zwiększeniem efektywności energetycznej budynku Planowany zakres prac inwestycyjnych obejmuje: - docieplenia (hydro i termo – izolacji) ścian zewnętrznych powyżej i poniżej poziomu terenu - wykonanie wyprawy zewnętrznej ścian - docieplenia stropu nad ostatnią kondygnacją - docieplenia kominów - wymiana pozostałych okien i drzwi w budynku oraz luksferów - remont kotłowni (w tym m.in. montaż kaskady kotłów o mocy znamionowej 276 kW -dwa kotły po 138 kW każdy) Dodatkowo zaznacza się, iz w ramach projektu: 1. Wartość poprawy efektywności energetycznej jaka zostanie osiągnięta na poziomie projektu w stosunku do stanu sprzed realizacji projektu zgodnie z audytami energetycznymi wynosi 61 %. 2. W projekcie zastosowano urządzenia służące do rozliczenia ciepła (liczniki ciepła, ciepłej wody) oraz chłodu zgodnie z załączonymi audytami energetycznymi. 3. W projekcie zastosowane zostały urządzenia utrzymujące zadaną temperaturę poprzez aktywne działanie (termostaty) i regulatory różnicy ciśnień (zawory podpionowe). zgodnie z załączonymi audytami energetycznymi. 4. Wartość redukcji emisji CO2 jaka zostanie osiągnięta w projekcie w stosunku do stanu sprzed realizacji projektu wynosi 56 % zgodnie z audytami energetycznymi. 5. Wartość obniżenia emisji pyłów (PM 10 i PM 2,5) zgodnie z audytami energetycznymi wynosi odpowiednio 3 % oraz 3 %. (Polish)
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The project entitled “Deep energy modernisation of the building of the School Complex of Primary School and High School in Barcice” consists of thermal modernisation of the school and modernisation of the boiler room. Planned tasks within the project: Task 1 Energy modernisation of the building from the elementary school and junior high school in Barcice 1.1 Preparation of the financial and economic analysis 1.2 Development of the construction project together with energy audit 1.3 Thermomodernisation of the building 1.4 Repair of the boiler room with heat exchange 1.5 Supervisory inspector 1.6 Project promotion 1.7 Robots not related to increasing energy efficiency of the building The planned range of investment works includes: — insulation (hydro and thermal insulation) of external walls above and below the ground level – excavation of external walls – insulation of the ceiling over the last floor – warming of chimneys – replacement of other windows and doors in the building and luxpheres – overhaul of boiler rooms (including installation of cascade of boilers with rated power of 276 kW – two boilers of 138 kW each) 1. The value of energy efficiency improvement that will be achieved at project level compared to pre-project condition according to energy audits is 61 %. 2. The project uses equipment for the settlement of heat (heat, hot water) and cooling according to the enclosed energy audits. 3. The design uses devices that maintain the specified temperature through active operation (thermostats) and pressure differential regulators (subpilot valves) according to the attached energy audits. 4. The reduction in CO2 emissions to be achieved in the project compared to the pre-project situation is 56 % according to energy audits. 5. The reduction in dust emissions (PM 10 and PM 2.5) according to energy audits is 3 % and 3 % respectively. (English)
20 October 2020
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Identifiers
RPMP.04.03.02-12-0328/16
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