To meet future energy demand progress and substitute older or inefficient units, a lot of fossil gas-fired vegetation will need to bebuilt worldwide in the subsequent decade. But CO2 emissions from fossil-fired energy generation are a serious contributor to climate change. Because of this, new crops must be designed and operated at highest efficiency. The case studies on this report respond to a request to the IEA from the G8 Summit in July 2005 for instance the degree of effectivity now achieved in fashionable vegetation in different parts of the world using various grades of fossil fuels. The crops were selected from different geographical areas, because native components affect attainable efficiency. The outcomes of those analyses show that the applied sciences for top effectivity (low CO2 emissions) and very low standard pollutant emissions (particulates, SO2, NOx) from fossil gasoline-fired energy technology can be found now by PCC, IGCC or NGCC at a commercially acceptable cost.Table of Content : Chapter 1. Executive Summary Chapter 2. Designing for Excessive Efficiency Chapter 3. Case Research and IGCC Know-how Assessment -COAL-FIRED PLANT 1 Northern Europe Sea water cooled extremely-supercritical plant Nordjyllandsværket three, Denmark -COAL-FIRED PLANT 2 Northern Europe Lignite-fired, inland extremely-supercritical PCC plant Niederaussem K, Germany -COAL-FIRED PLANT 3 North America Sub-bituminous coal-fired, inland supercritical plant Genesee three, Canada -COAL-FIRED PLANT four Asia Bituminous coal-fired, coastal ultra-supercritical plant Isogo New Unit 1, Japan - COAL-FIRED PLANT 5 Asia Bituminous coal-fired, coastal supercritical PCC plant Younghung Thermal Power Plant, Republic of Korea - COAL-FIRED PLANT 6 Asia Clean coal-fired, inland supercritical PCC plant Wangqu 1 and a pair of, China -COAL-FIRED PLANT 7 Asia Excessive ash bituminous coal-fired, inland PCC plant Suratgarh, India - COAL-FIRED PLANT 8 Africa Excessive ash bituminous coal-fired PCC plant with dry and moist cooling Majuba, South Africa - NATURAL GAS-FIRED PLANT Europe Enfield, United Kingdom - IGCC TECHNOLOGY REVIEW Chapter 4. Evaluation of Case Research and Conclusions Appendix A. Knowledge Enquiry Questionnaire Appendix B. Acronyms and Abbreviations
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