Biogas compositions are known as carbon free fuels for energy productions. In this study,
biogas mixtures which consist of% 60 CH 4–% 40 CO 2 are tested with% 0-% 60 N 2 dilution …

This study examines the non-premixed combustion of natural gas and biogas in a
microturbine combustion chamber using numerical and experimental methods, focusing on …

CO2-diluted methane fuel is relevant to biogas combustion applications. Despite its poor
heating value and low reactivity, which limit its practical applicability, biogas gains popularity …

The impact of biogas/synthetic gas mixtures (CH₄/CO₂/CO/H₂) on the performance of a
microturbine combustion chamber was investigated through numerical and experimental …

In this study, the performance of a novel trigeneration system with a gas turbine prime
mover, an ammonia–water refrigeration system, and a hot water generation system is …

Stationary and mobile power generation systems, as well as those for aero propulsion,
continue to rely heavily on gas turbines. Operational envelopes which critically depends on …

Ammonia and biogas are promising renewable fuels that can reduce carbon emissions. This
paper studies thermoacoustic instability and emission behaviors of biogas/ammonia co …

In this manuscript, a general formulation of 3-dimensional compressible fluids based on the
port-Hamiltonian framework is presented, both for isentropic and non-isentropic …

As global demands for enhanced energy efficiency and environmental protection continue to
grow, optimizing the combustion processes of industrial boilers has become a critical …

The preheating, flow recirculation and impingement effects of trapezoidal bluff bodies
increased the biomass heating value-based combustion efficiency to 94% at a firing intensity …