Search for dissertations about: "exergy analysis of power plant"
Showing result 1 - 5 of 6 swedish dissertations containing the words exergy analysis of power plant.
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1. On the Selection of Methods and Tools for Analysis of Heat and Power Plants
Abstract : The business climate of the energy market has been eventful over the last two decades, particularly with the introduction of the deregulated electricity market and promotion of environmental issues. This has subsequently lead to new analysis criteria, influencing both technology requirements and production costs. READ MORE
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2. Methods and Tools for Analysis and Optimization of Power Plants
Abstract : Modern societies' functionality is strongly dependent on the electricity. Efficient, environment friendly, and economical power production has been in focus for a long time. READ MORE
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3. Efficiency Improvements in Waste-to-Energy Combustion Processes : Method Development and Evaluation
Abstract : is the energy recovery method. The electrical efficiency of this technology, however, is generally low when compared with other solid fuel-fired combustion plants as a result of low steam properties. Furthermore, there is lack of efficient methods to evaluate the performance of this system. READ MORE
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4. Techno-economic analysis of combined cycle power plants integrated with chemical looping reforming and CO2 capture
Abstract : The current thesis is a part of the EU FP7 Project titled NanoSim. It focuses on techno-economic analysis of combined cycle power plants with integrated pre-combustion CO2 capture and reforming of Natural Gas (NG). READ MORE
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5. Analysis of gas turbine systems for sustainable energy conversion
Abstract : Increased energy demands and fear of global warming due tothe emission of greenhouse gases call for development of newefficient power generation systems with low or no carbondioxide(CO2) emissions. In this thesis, two different gasturbine power generation systems, which are designed with theseissues in mind, are theoretically investigated and analyzed. READ MORE