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CHAPTER 1: Introduction Developing a novel dual-stage transonic organic RIT that can both obtain high expansion requirement of the ORC while maintaining high turbine isentropic efficiency by limiting the flow regime to transonic level. Performing three-dimensional CFD optimization of the dual-stage transonic organic RIT to further improve the performance (i.e. isentropic efficiency) and then conducting the CFD simulations to obtain the turbine performance maps for a wide range off-design operating conditions. Eventually, obtaining the ORC performance based on the turbine off-design simulation results that will be useful for component selection, cost analysis and integration of the ORC system with a topping cycle (cascading). 1.3. Thesis outline This thesis has been organized in seven chapters. Comprehensive literature review of the ORC including background, applications, working fluid selection and expander design and testing are reviewed in chapter two. Design methodology of the RIT starting from simple one- dimensional modelling to complex three-dimensional CFD and FE analyses are described in chapter three. The solid modelling, manufacturing and experimental study of the developed RIT together with the explanation of the instrumentations, calibration and uncertainty analyses and validation of the methodology will be presented in chapter four. The established methodology in chapter three and four will serve as the basis for further analysis in chapter five where the one-dimensional simulation code is advanced further to facilitate design, optimization and integrated modelling of RIT with ORC suitable for organic fluids with real gas formulation. Using such procedure new correlations for performance and size prediction of organic RIT are presented in chapter five as well. In chapter six the detailed three-dimensional CFD optimization of the dual-stage RIT is presented together with the creation of the turbine performance maps as well as estimation of the ORC performance under such operating 8|PagePDF Image | SMALL-SCALE RADIAL INFLOW TURBINE FOR WHR ORC
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