This article reviews the critical role of material selection and design in ensuring efficient
performance and safe operation of gas turbine engines fuelled by ammonia–hydrogen. As …

The impact of CO 2 dilution on combustion of syngas (a mixture of H 2, CO, and CH 4) was
investigated in a lab-scale gas turbine model combustor at atmospheric pressure conditions …

This paper presents the results of combustion instability characteristics of H 2/CO/CH 4
synthetic gases and synthetic natural gases by testing a scale-downed industrial GE7EA gas …

This study focuses on the effect of pressure level and H 2 content in the CH 4–H 2 fuel
mixture on the global consumption-based turbulent flame speed (ST). The data considered …

To facilitate fuel interchangeability for industrial gas turbines, various kinds of fossil fuels
including syngas from coal gasification and steel mill gases including Blast Furnace Gas …

An experimental investigation on the effect of syngas composition (H 2/CO) on
thermodynamic instability of a bluff-body combustor is studied. Three syngas compositions …

In this study, the characteristics of the combustion instability of synthetic natural gases that
contained small amount of H 2 were investigated to determine the allowable content of H 2 …

In this study, four energy storage systems (Power-to-Gas-to-Power) were analysed that allow
electrolysis products to be fully utilized immediately after they are produced. For each option …

This paper describes the gas turbine combustion characteristics of coal-derived synthetic
gas (syngas), particularly for the syngases at the Taean IGCC plant in Korea and the …

Nitrogen oxide (NOx) emission regulations are strengthening to reduce fine particles
(particulate matter) in the East Asian, countries including Korea. In this paper, empirical …