Abstract
A novel incineration power generation system, in which are appended with bottoming power generation system and solar collector apparatus, has been investigated from view point of energy saving and heat island problem. At first, both the input heat amount to power generation system and the steam conditions at turbine inlet were investigated by using waste incineration plant annual operation data. Next, optimum working fluid was examined by calculation results of Rankine cycles about several organic or inorganic working fluids. Ammonia was selected as an optimum working fluid of low temperature waste heat driven power generation system. Furthermore, performances of the proposed power generation system were estimated in cases for standard operation condition and severe summer condition.
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