Health monitoring system for the 10 MW Supercritical Carbon Dioxide S-CO2 Gas Turbine Power Plant

Abstract

For their almost zero carbon emission supercritical CO 2 cycles are a promising power generation technology that offers numerous benefits in a wide range of applications that include solar power, marine, biomass, waste heat recovery, and next-generation nuclear reactors.The Carleton University Brayton Cycle Loop (CUBCL) project involves almost all aspects of a 10 MW S −CO 2 gas turbine design, including thermodynamic performance analysis, aerodynamic and structural design, heat exchanger and materials selection, dynamic modeling,