Energy and Exergetic Evaluation of Integrated Gasification Combine Cycle Power Plant

As far as power plant is concerned for proper system component working exergy and energy analysis have to be done. Thus we get clear idea about the different component performance. In Integrated Gasification Combine Cycle power plant with help of first and second law of thermodynamic applying to system component analysis is carried out. It include all the component used for the system to generate the steam one by one according to their condition and manipulation is done. The data then used as calculating energy and exergy efficiencies of the plant. Thus at last the irreversibility present more among the different component of plant and reason for that is given so that better performance of power plant is achieved and efficient power plant performance is achieved. At last, we get that maximum energy and exergy destruction among all the components found in combustion chamber and gas turbine. And its value is for energy destruction in combustion chamber is 33.62%, and in gas turbine is 23.92%. And similarly for combustion chamber and gas turbine maximum value for exergy destruction is 34.40%, 37.68% respectively.