Workshop on Public Research Organisations and Research Infrastructures

Workshop on Public Research Organisations and Research Infrastructures INT MARKT 49005 April 3 -4, 2013, Ankara, Turkey The Polish strategic programme "Advanced Technologies for Energy Generation" coordination experience Gerard Lipinski Coordinator of Strategic Program ”Advanced technologies for energy generation” The National Centre for Research and Development Poland

National Centre for Research and Development (NCBR) National Centre for Research and Development: ü established in 2007 ü governmental agency supervised by the Minister of Science and Higher Education ü staff of ~270 employees (experts, financial specialists, legal advisors and desk officers) ü 2012 budget: app. 1 Billion Euro Management: Director: Prof. Krzysztof Jan Kurzydłowski, DSc, Eng. Deputy Director: Leszek Grabarczyk April 3 -4, 2013, Ankara, Turkey 2

Overview of Polish research funding system Institutional changes (Oct. 2010): Council of Ministries Ministry of Science and Higher Education <70 % - Funding of statutory tasks - Large Research Infrastructure - Science promotion - Career development - Funds for libraries 10 % > 20 % National Centre for Research and Development (Warsaw) - applied research - strategic programmes - structural funds (OPs) National Science Centre (Cracow) - basic research Competitive calls for proposals FUNDS Contractors Budget allocation (e. g. research units, companies) April 3 -4, 2013, Ankara, Turkey

National Centre for Research and Development Legal framework • NCBR is an implementing agency (within the meaning of the Act on Public Finances dated 27 August 2009), established to perform tasks related to S&T&I polices adopted by the Polish government. • The Act on National Centre for Research and Development dated 30 April 2010. • The science reform (2010) granted the Centre more competences related to the management of the R&D programmes; • In 2011 the Ministry transfered the function of the Intermediate Body for three operational programmes to NCBR (Human Capital, Innovative Economy, Infrastructure and Environment). 4 April 3 -4, 2013, Ankara, Turkey

National Centre for Research and Development Tasks: ü Implementation of strategic R&D programmes ü Support of commercialization and other forms of technology transfer ü National security and defense projects ü Structural funds dedicated to R&D ü International programmes 5 April 3 -4, 2013, Ankara, Turkey

National Centre for Research and Development • National programmes: (strategic programmes and projects, Blue Gas, GEKON, Demonstrator+, Lider, Research Solicited Projects, Development Projects, PBS, Ini. Tech, Bro. Tech, Kad. Tech, Spin. Tech, Innovativeness Creator, Lider, Innotech, Patent Plus, Polish Artificial Heart, Bridge. VC, GO_GLOBAL. PL, INNOMED) • International programmes European and EU programmes: Eureka, Eurostars, Bonus 185, ERANET/ERA-NET+ (25), AAL, Cornet, JPIs – JPND, FACCE, HDHL, JTIs – ENIAC, ARTEMIS Bilateral programmes with Germany, Israel, Taiwan, Luxemburg, Singapore and Czech Republic, Polish-Norwegian Research Programme • Operational programmes European funds (Human Capital, Innovative Economy, Infrastructure and Environment) 6 April 3 -4, 2013, Ankara, Turkey

NCBR co-finances approximately 2500 projects with a total value of 18 billion PLN (4, 5 billion EUR) Year Own contribution of NCRD’ beneficiaries million PLN million EUR 2010 355 87 2011 344 84 2012 1 746 428 TOTAL 2 445 599 7 April 3 -4, 2013, Ankara, Turkey

Strategic programme Advanced Technologies of Energy Generation Planned co-financing from NCRD in 2010 -2015 about PLN ~300 000 (€ ~72 100 000) High energy efficiency, Clean Coal Technologies, Reduction of pollutants emission to the atmosphere, Biomass and waste utilization April 3 -4, 2013, Ankara, Turkey

Advanced Technologies for Energy Generation Overall Target Development of the technologies which implementation will have an impact on achievement of the EU 3 x 20 goals. These targets, set three key objectives for 2020: • A 20% improvement in the EU's energy efficiency; • Raising the share of EU energy consumption produced from renewable resources to 20%; • A 20% reduction in EU greenhouse gas emissions from 1990 levels. April 3 -4, 2013, Ankara, Turkey 9

Advanced technologies for energy generation Research task No. 1: Development of technologies for highly efficient ”zeroemission” coal units integrated with CO 2 capture from exhaust gases. Contractors: Silesian University of Technology (Leader), Wrocław University of Technology, Kraków University of Technology, Częstochowa University of Technology, Łódź University of Technology, Warsaw University of Technology, Institute of Flow Machinery of the Polish Academy of Sciences, AGH University of Science and Technology, RAFAKO S. A. , TAURON-Wytwarzanie S. A. , EUROL Innovative Solutions Sp. z o. o. Co-financing Budget PLN 69 965 500 (€ ~16 819 000) approx. PLN 78 000 (€ ~18 750 000) April 3 -4, 2013, Ankara, Turkey 10

Advanced technologies for energy generation Research task No. 2: Development of oxy-combustion technologies for integrated pulverized and fluidal boilers with CO 2 capture Contractors: Częstochowa University of Technology (Leader), Silesian University of Technology, Wrocław University of Technology, Południowy Koncern Energetyczny S. A. , EUROL Innovative Technology Solutions Sp. z o. o. , Power Generation Institute , PGE S. A. d. Elektrownia Turów, Foster-Wheeler Energia Polska Sp. z o. o. Co-financing Budget PLN 80 000 (€ ~19 231 000) approx. PLN 87 400 000 (€ ~21 010 000) 11

Advanced technologies for energy generation Research task No. 3: Development of technologies of coal gasification for highly efficient production of fuels and electricity Contractors: AGH University of Science and Technology (Leader), Główny Instytut Górnictwa (GIG), ICh. PW, Silesian University of Technology, KGHM Polska Miedź S. A. , Katowicki Holding Węglowy S. A. , TAURON Polska Energia S. A. , Południowy Koncern Energetyczny S. A. , Południowy Koncern Węglowy S. A. , ZAK S. A. Co-financing Budget PLN 80 000 (€ ~19 231 000) PLN 80 000 + non-financial contractors contribution April 3 -4, 2013, Ankara, Turkey 12

Advanced technologies for energy generation Research task No. 4: Development of technology of fuel and energy generation from biomass, agricultural and other wastes Contractors Instytut Maszyn Przepływowych PAN (Institute of Flow Machinery of the Polish Academy of Sciences), ENERGA S. A. Co-financing PLN 70 million (€~16 827 000) Budget PLN 110 million (€~26 442 000) April 3 -4, 2013, Ankara, Turkey 13

Advanced technologies for energy generation Example of succes in project realization Research task No. 1: Development of technologies for highly efficient ”zeroemission” coal units integrated with CO 2 capture from exhaust gases. Core of the consortium: • Strong Scientific Leader Technical University of Technology Politechnika Śląska • Main Industrial Partners: RAFAKO S. A. (Important European Boiler Manufacturer) Tauron Wytwarzanie S. A. (Owner of many Power Stations) • Research infrastructure April 3 -4, 2013, Ankara, Turkey 14

Advanced technologies for energy generation Technical possibilities for desulphurization (retrofiting) Example of ”Laziska” Powerstation research study for pulverised fuel (few kinds of coal used for tests) fired boiler with steam drum OP – 650 K wet methode desulphurisation SOx Input: 3560÷ 3950 kg/h SO 2 2680÷ 2985 mg/m 3 USR Desulpurisation absorber wihout tested additives SO 2 : 152÷ 199 mg/m 3 USR SO 3 9÷ 14 mg/m 3 USR SOx 159 ÷ 211 mg/m 3 USR PM 12÷ 14 mg/m 3 USR SO 3 21÷ 29 mg/m 3 USR PM 99÷ 121 mg/m 3 USR SOx Input: 1750÷ 4595 kg/h SO 2 1200÷ 3100 mg/m 3 USR Desulphurisation rate (SOx): 93, 0÷ 94, 1 % Desulpurisation absorber wih tested additives Desulphurisation rate (SOx): 86, 1÷ 99, 5% SO 2 6÷ 405 mg/m 3 USR SO 3 2÷ 14 mg/m 3 USR SO 3 10÷ 30 mg/m 3 USR Pył 50÷ 180 mg/m 3 USR SOx 8 ÷ 430 mg/m 3 USR PM 10÷ 21 mg/m 3 USR Source: Silesian University of Technology April 3 -4, 2013, Ankara, Turkey

Selected european references Umea - S Allington - UK Avedore - DK AVI Amsterdam - NL Wels - A Lituania PP - LT Oroslany - Hu Niederaussem - DE Cantabria - S Marica, Bobov Dol - BG St. Gauden - F Megalopolis - GR Calcia - P Tuzla - BH Nicola Tesla - SER Yenikoy, Yatagan i Kemerkoy - TR

Opole Power Plant (PGE) – Supercritical power Units 2 x 900 MWe – visualization from Final Offer (new contract) April 3 -4, 2013, Ankara, Turkey

Opole Power Plant (PGE) – Supercritical power Units 2 x 900 MWe – flue gases conditioning (new contract) ~ + 126, 0 m Boiler + SCR (DENOX ( Selective Catalytic Reduction)+ ESP (Electrostatic Precipitator) (El + 120, 0 m ECO RH 1` SH 3 RH 2 (SCR). 4 SH SH 2 b ~ + 80, 0 m SCR SOFA LUVO ESP + 19, 075 m WS WPP WP 70, 5 m 16, 00 m 20, 75 m 13, 35 m April 3 -4, 2013, Ankara, Turkey

Opole Power Plant (PGE) – Supercritical power Units 2 x 900 MWe – basic technical data (new contract) • Power output 100% TMCR ca 900 MWe • Fresh steam 2455 t/h • Fresh steam pressure 27, 5 MPa (Boiler output) ( 28, 5 MPa ) • Input water temperature 307 °C • Fresh steam temperature 597 °C (Boiler output) ( 600 °C ) • Secondary steam pressure 5, 8 MPa (Boiler output) ( 5, 9 MPa ) • Secondary steam temperature 609 °C (Boiler output) ( 610 °C ) • Coal use (guarantee) 275 t/h Basic fuel data (hard coal) • NOx emission (De. SOx) ≤ 80 mg/m • SO emission (De. SOx) ≤ 100 / 30 mg/m guarantee Range • Dust emission (De. SOx) ≤ 10 mg/m • CValue MJ/kg 24, 8 21, 6 ÷ 26, 7 • Unit nett efficiency ≥ 45, 5 % • Humidity % 8, 2 4, 5 ÷ 10, 8 Humidity 10, 8 • Sulphure % 0, 7 0, 47 ÷ 0, 84 (*) – turbine input data (*) (*) 3 u 2 3 u April 3 -4, 2013, Ankara, Turkey

Advanced technologies for energy generation Bodies and activities for steering, evaluation and coordination Steering Comitee: Representative of Ministry of Science and Higher Education, Representative of Ministry of Economic Affairs, Representative of Ministry of Environment, Representative of Industry, Representatives of Science (7). Control – 2012 (ad-hoc for one task) – 2013 (planned for two tasks) Independent mid-term evaluation (2012/2013). Independent ex-post evaluation (planned 2015). Financial Carer. Full-time Coordinator. April 3 -4, 2013, Ankara, Turkey 20

Research infrastructure Clean Coal Technologies Centre Project co-finaced from EU funds (European Regional Development Fund). Realized by: • Central Mining Institute • Institute of Chemical Coal Processing The infrastructure is very important for realizaton of the Strategic Programme ”Advanced technologies for energy generation” April 3 -4, 2013, Ankara, Turkey 21

Links between RAFAKO S. A. and Turkey Contractor EUAS YATAGAN Power Station - retrofiting of 3 boilers – type OB 660: Boiler K 1 –ECO & SH 2 (2002), Boiler K 3 –ECO, SH 2, optimisation of combustion process in the boiler (2003), TUNCBILEK Power Station - modernization of 2 LUVOs – type BD 25/1400 for boilers type OB 500 (2005 -2006), YENIKOY Power Station retrofiting (combustion process & better productivity) of 2 boilers - type OB 660 (2007 -2010). Contractor ERDEMIR Eregli Iron and Steelworks Company- modernization of 2 LUVOs – type Hx 23, 5/1400 in boilers 3 and 4 (2006 -2007). Contractor GAMA POWER SYSTEMS Steelworks ISDEMIR in Iskenderum – parts for 2 oil boilers 250 t/h (2006). Contractor KARDEMIR – Karabuk Inspection of K 1 boiler type OPG – 100 (2011), Inspection of K 3 boiler type OPG – 100 (2011 – 2012). Contractors OZTAS I MIMSAN Engineering & parts for CFB boiler – productivity for ETI in Kirka (2013). April 3 -4, 2013, Ankara, Turkey 22

Thank you for attention İlginiz için teşekkür ederiz Gerard Lipiński – Project Coordinator National Centre for Research and Development Narodowe Centrum Badań i Rozwoju ul. Nowogrodzka 47 a 00 -695 Warszawa tel: +48 22 39 07 119 fax: +48 22 20 13 408 www. ncbr. gov. pl April 3 -4, 2013, Ankara, Turkey