Research on the Optimization of Gas Turbine Combustion Chambers Based on Exergy Analysis: Locating Exergy Destruction and Improvement Solutions

The study is theoretically grounded in the Second Law of Thermodynamics and systematically focused on conducting an in-depth investigation into the issue of exergy destruction during the operation of gas turbine combustors. By employing a comprehensive research methodology that combines literature review and theoretical analysis, it thoroughly synthesizes previous relevant research findings and deeply analyzes the primary sources of exergy destruction in gas turbine combustors under actual working conditions. Based on the precise analysis of these main sources of exergy destruction, this study proposes a series of targeted and practical optimization strategies. These strategies aim to effectively reduce exergy destruction in gas turbine combustors, enhance energy utilization efficiency, and provide robust theoretical support and practical guidance for the design optimization and performance improvement of gas turbine combustors.