Advanced processes for low rank coal drying and dewatering in high efficient power plants
During the combustion of high-moisture lignites (50–60 wt.%) in conventional power plants, a substantial amount of the energy content is required to evaporate the water. With a view to secure and strengthen brown coal's position as high available energy source, in recent years many attempts have been made to develop technologies for an energy-efficient drying or dewatering process. In this paper the thermodynamic basics of different processes are analysed. The potential for new lignite fired power plants with efficiencies increased by up to 20% compared to current installations and with CO<SUB align="right"><SMALL>2</SMALL></SUB> emissions decreased by the same amount is presented.
Year of publication: |
2007
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Authors: | Bergins, C. ; Strauss, K. |
Published in: |
International Journal of Global Energy Issues. - Inderscience Enterprises Ltd, ISSN 0954-7118. - Vol. 28.2007, 2/3, p. 241-263
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Publisher: |
Inderscience Enterprises Ltd |
Subject: | high-moisture lignite | brown coal | low rank coal | thermal | mechanical | dewatering | drying | power plants | efficiency increase | energy sources | thermodynamics | emissions reduction | carbon dioxide emissions |
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