Abstract:
The project has two major units in it, namely ‘Gas Turbine’ & ‘HRSG’. The GTG is a critical
component in modern power generation, converting natural gas or other fuels into
mechanical energy, which in turn drives an electric generator. Our design emphasizes
efficiency and reliability, integrating advanced materials and technologies to maximize
energy output while minimizing emissions. This ensures that the GTG operates within
stringent environmental regulations and meets the growing demand for cleaner energy
solutions.
The HRSG component complements the GTG by capturing and utilizing the waste heat
produced during the gas turbine's operation. This heat is used to generate steam, which can
be employed for additional power generation or industrial processes, enhancing overall
system efficiency. Our project includes a comprehensive analysis of thermodynamic cycles,
material selection, and heat transfer mechanisms to optimize the HRSG's performance. By
combining these two systems, our design aims to provide a highly efficient and sustainable
power generation solution that leverages the synergistic benefits of GTG and HRSG
technologies.
