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Presentation of solar energy collectors and biomass in a municipal heating system Presentation of solar energy collectors and biomass in a municipal heating.

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Presentation on theme: "Presentation of solar energy collectors and biomass in a municipal heating system Presentation of solar energy collectors and biomass in a municipal heating."— Presentation transcript:

1 Presentation of solar energy collectors and biomass in a municipal heating system Presentation of solar energy collectors and biomass in a municipal heating system

2 Poddębice municipality- location 16 000 citizens of the whole municipality (8 000 citizens of Poddębice) Area: 224 km 2

3 Why Poddębice – The City of Sun? Beach SoccerZoo Safari

4 I project– termomodernization of housing estate Północ 2002 - 2005 Scope of investment: Liquidation of three coal-fired heating sources Construction of gas-boiler-room - power 3,36 MW, Modernization of heat centres Modernization of heat distribution networks- four-wire networks produced in technology of preinsolated tubes – total length 1572 mb, Realization of solar installation of tatal collectors area: 1 287 m 2, Termomodernization of 23 liveable buildings Modernization of internal installation of central heating Exchange of 73 units of exterior doors Warm-up of exterior walls – total area 18 796 m2, Exchange of window carpentry - total area 6 276 m2.

5 Pictures of facilities before modernization : Carbon boiler-room

6 Investment funding sources: Funding source Estblishmnet of Communal Services Sp. z o. o. in Poddębice Housing co-operative Lokatorsko-Własnościowa in Poddębice National Fund for Environmental Protection and Water Management 1 470 000 0,00 Provincial Fund for Environmental Protection and Water Management in Lodz 776 540 1 014 466 Eco-Fund Foundation in Warsaw 970 950 1 803 180 Self investments means 302 033 3 194 634 Total: 3 519 523 6 012 280 Task in total: 9 531 803

7 Housing estate Północ after modernization Kotłownia gazowa

8 Gas boiler-room

9

10 Inspection station

11 Heatingnetworks

12 Findings: energetic, economical, ecological Heating power of a source in MW Heat consumtion in GJ Average consumtion inGJ/m 2 p.u. Average heating cost zł/m 2 p.u. Before modernization (2002) 6,828.2330,3932,13 After Modernization (2005) 3,3620.2910,2691,82 Type of pollutionUnit Previous value Current value Absolute change Relative change (%) Sulfur dioxidet/yeat29,300,0029,30100,00 Carbon dioxidet/year7 555,001 241,456 313,5583,57 Dustst/year33,400,0033,40100,00 Nitrogen oxidest/year8,990,818,1890,99

13

14 II project – Modernization of heating system and termomodernization of buildings in the area of Poddębice 2006 – 2008 Investment scope: Termomodernization: 12 apartment buildings, 13 apartment buildings in Housing Cooperative, 7 public buildings, 2 apartment buildings which are owned by commune. Modernization of two boiler-rooms (near Cicha Street – carbon one and near Zielona street – gas one) in biomass boiler-room. Moedrnization of heating network – lenght 3, 5 km, Installation of 325 solar collectors – total surface: 580m 2.

15 Funding source Estblishmnet of Communal Services Sp. z o. o. in Poddębice + Housing Communities Housing co-operative Lokatorsko- Własnościowa in Poddębice Poddębbice municipality National Fund for Environmental Protection and Water Management --317 687 70 000 Provincial Fund for Environmental Protection and Water Management in Lodz --2 903 000 Eco-Fund Foundation 1 647 7461 522 0003 474 472 BISE – kredyt z premią termomoderniz. 1 935 013 (premia 531 253) 1 195 553 (premia z BGK 398 538) 1 316 124 (premia z BISE 329 031) Self investments means 812 5101 153 4661 084 429 Total: 4 395 2693 871 0199 165 712 17 432 000 Investment funding sources:

16 Pictures of facilities before modernization :

17 … and after modernization:

18 Boiler-room powered by straw-briquette

19

20

21 Process of straw-briquette production

22 Ecological aims of project : Type of pollution UnitPrevious value Current value Absolute change Relative change (%) Sufur dioxide SO 2 Mg6,90,66,391,7 Carbon oxide Mg39,20,0139,2100,0 Carbon dioxideMg2 46041,02 419,098,0 Nitrogen oxidesMg1,51,30,214,5 DustsMg4,40,24,296,3

23 Installations on the building in municipality of Poddębice Instalacja solarna na Szpitalu Powiatowym o powierzchni 268 m 2 Instalacja solarna o powierzchni 135 m 2 na budynku Internatu Zespołu Szkół Ponadgimnazjalnych

24 Łączna powierzchnia kolektorów słonecznych w Poddębicach Usytuowanie instalacji Ilość w sztukachPowierzchnia w m 2 Osiedle Północ7151 287 Osiedle Południe325580 Szpital Powiatowy149268 Internat ZSP78135 Razem1 2672 270

25 Solar installations on private houses

26 Preparation for a realization of next renewable energy source Geotermal bore-hole Depth: 2093 meters Expected parameters: -temperature: about 63 st. C, - efficiency about 190 m 3 /h, - mineralization 8-13g/dm 3. Expected use purposes: -heating, - therapeutic, - recreation.

27 Thank you for your attention! Thank you for your attention! We invite you to visit us!! Andrzej Peraj Włodzimierz Krajewski – Prezes Zarządu Urząd Miejski w Poddębicach Przedsiębiorstwo Usług Komunalnych Sp. z o.o. ul. Łódzka 17/21 99-200 Poddębice ul.Targowa 2, 99-200 Poddębice tel. 43 678-25-80, fax. 43 678-39-95 tel. 43 678-47-75 www.gmina.poddebice.plwww.gmina.poddebice.pl e-mail: komunalne@wp.pl e-mail: gmina@poddebice.pl


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