To address the challenge of climate change, future energy systems need to have reduced greenhouse gas emissions and increased efficiencies. For solid fuel fired combustion plants, one route towards achieving this is to ...

This study examines the fireside corrosion of FeCrAl, NiCr, NiCrAlY and A625 coatings applied by ‘high velocity oxy fuel’(HVOF) and exposed to simulated biomass firing conditions (gas composition CO2, N2, SO2 and HCl). The ...

This paper presents the design procedure and analysis of a radial turbine design for a mid-scale supercritical CO2 power cycle. Firstly, thermodynamic analysis of a mid-range utility-scale cycle, similar to that proposed ...

Components of gas turbines (such as blades, vanes, combustor cans) exposed to combustion environments at high temperature are susceptible to hot corrosion attack. To successfully plan maintenance and to determine whether ...

Extensive research has been done on Ca-based sorbents as a promising way to capture CO2 and SO2 from power plants. Considerable effort has also been directed toward maintaining sorbent activity by means of sorbent modification ...