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overcome the barriers of the implementation of the current systems, aiming to facilitate the goal of 26 Mtoe biomass CHP installations to be reached by 2010. Acknowledgements The CRES provided useful help and necessary information. References 14. “Biomass- fired CHP plant based on a screw-type engine cycle”. Final summary report, Project reference: NNE5/2000/467. 15. Huang Y., Mellveen-Wright D., Rezvani S., Wang Y.D., Hewitt N., Williams B.C., “Biomass co-firing in a pressurized fluidised bed combustion (PFBC) combined cycle power plant: a techno- environmental assessment based on computational simulations”. Fuel Processing Technology 87, pp 927-934, 2006. 1. 2. 3. 4. 5. 6. 7. 8. 9. EDUCOGEN – “An Educational Tool for nd Cogeneration”. 2 the Promotion of Cogeneration. Available at: www.cogen.org/projects/educogen.htm Uddin N.Sk., Barreto L., “Biomass-fired cogeneration systems with CO2 capture and storage”. Renewable Energy, Article in press. Alanne K., Saari A., “Sustainable small-scale CHP technologies for buildings: the basis for multi- perspective decision making”Sustainable Energy Reviews 8 pp 401-431, 2004. Internim report Johanneum research (solid % 20 biomass) www.cres.gr/biocogen/pdf/solid%20biomass.pdf) V artiainen E., Luoma P ., Hilunen J., V anhanen “Distributed energy production: technology, fuels, market and CO2 emissions”. Technology review. Finland Gaia Group Oy, Oy Edita Ab, Helsinki 2002 [ISBN-952-91-4465-2] Hitt MA, Ireland RD, Hoskisson RE. „Strategic management – competitiveness and globalization”, rd 3 ed. USA: South-Western College Publishing; 16. Onovwiona H.I., Ugursal V .I., “Residential cogeneration systems: review of the current technology”. Renewable and Sustainable Energy Reviews vol 10, pp 389-431, 2006 THIRD EUROPEAN COMBUSTION MEETING ECM 2007 ed. The European Association for 1999 [ISBN 053-88-8182-8] Grant RM. “Contemporary strategic analysis”, 3 rd ed. UK: Blackwell Publishers Ltd, Oxford; 2001. “Risks and chances for small scale combined heat and power in the liberalized energy market. Chapter 1 – Market analysis”. Final report. SA VE Contract: XVII/4.1031/Z/99-063. Final version: 30.03.2002. Ambiente Italia srl, Italy, Kraftwarmeanlagen GmbH, Germany, Eicher & Pauli AG, Switzerland, CIT Energy Management AB, Sweden. Available from:http://www.cogen.org/publications/other_publi cations.htm. “The future of CHP in the European energy market” – The European cogeneration Study J., 17. Alanne K., Saari A., “Sustainable small scale CHP technologies for buildings: the basis for multi- perspective decision-making”. Renewable and Sustainable Energy Reviews vol 8, pp 401-431, 2004. 18. Obernberger I., Carlsen H., Biedermann F., “State- of-the art and future developments regarding small- scale biomass CHP systems with a special focus on ORC and Stirling engine technologies”, International Nordic Bioenergy 2003 Conference. Biedermann F., Carlsen H., Schoch M., Obernberger I., “Operating experiences with a small-scale CHP pilot plant based on a 35kWe hermetic four cylinder Stirling engine for biomass fuels”. 20.Biedermann F., Carlsen H., Obernberger I., Schoch M., “Small-scale CHP plant based on a 75kWe hermetic eight cylinder Stirling engine for biomass fuels- Development, technology and. operating experiences”. 21. Obernberger Ι., “Biomass CHP plant based on an ORC process -realised EU-demonstration project in Admont/Austria” Meeting of IEA Bionergy, T ASK 19 “Biomass Combustion“, 6 – 8th December 2000, Broadbeach, Australia. Available at: www.bios- bioenergy.at/bios01/downloads/ orcpresentation.pdf 22. Bini R., Duvia A., Schwartz A., Gaia M., Bertuzzi P ., Righini W ., “Operational results of the first biomass CHP plant in Italy based on an ORC turbogenerator and overview of a number of plants in operation in Europe since 1998”., Available at: www.turboden.it/public/TRAA0390.pdf 23. Cockroft J., Kelly N. “A comparative assessment of future heat and power sources for the UK domestic sector”, Energy Conversion and Management, vol: 47, pp: 2349-2360, 2006 24.Major G., “Small scale Cogeneration”. The Netherlands: Centre for the Analysis and Dissemination of Demonstrated Energy Technologies. CADDET Energy Efficiency Analysis Series 1. IEA/OECD;1995. 25. Mitchel C.P., Bridgwater A.V., Stevens D.J., Toft A.J., Watters M.P. “Techno- economic assessment of biomass to energy”, Biomass and Bioenergy, Vol 9, Nos 1-5, pp 205-226, 1995 19. 10.Technical Report- “Available Cogeneration Technologies in Europe. Part I: definitions and systems. & Part II: technologies and products COGEN 3. Proven, Clean & Efficient Biomass, Coal, Gas Cogeneration”. The EC- ASEAN Business Facilitator, December 2003. 11.Marbe A., Harvey S., Berntsson T., “Biofuel gasification combined heat and power- new implementation opportunities resulting from combined supply of process steam and district heating”. Energy vol 29 pp 1117-1137, 2004 12.,. “Micro and small-scale CHP from biomass” (<300 kWe). Technology paper 2, OPET Network 6 Proceedings of the European Combustion Meeting 2007 *Corresponding author: vamvuka@mred.tuc.grPDF Image | Biomass Cogeneration in Europe: economical, technical and environmental evaluation
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