A highly resolved large eddy simulation (LES) modeling of the co-firing of ammonia with
pulverized coal in a single-burner test furnace of the Central Research Institute of Electric …

In pulverized oxy-fuel biomass combustion, intricate interaction of complex fluid-mechanical,
particle-dynamical, and chemical processes manifests even at intermediate scales. This …

Recent advancements have introduced high-fidelity simulations in pulverized coal
combustion, yet the shift toward renewable fuels like biomass raises questions about …

The study investigates ammonia/coal co-firing using a non-adiabatic multi-stream
flamelet/progress variable (FPV) approach on a 760 kWth semi-industrial test furnace of …

The conversion of woody biomass is studied by means of a layer-based model for thermally-
thick biomass particles (Thunman et al. 2002, Ström et al. 2013). The model implementation …

Turbulent mixing processes and species transport govern many important properties like
stability and pollutant formation of reactive systems. We propose spectrally resolved …

Coupling oxyfuel combustion with carbon capture and storage (CCS) technologies offers a
promising near-term solution for cleaner power generation. For understanding the effects of …

Spatiotemporal visualization of instantaneous flame structures in a hydrogen-fueled
axisymmetric supersonic combustor was investigated using multiview planar laser-induced …

Combustion of biomass, as a CO 2-neutral and renewable fuel, is an appealing option in
transition to sustainable energy sources. However, biomass combustion is prone to …

The present paper reports a numerical investigation of an atmospheric pulverized coal
combustor. The main goal is to study the effects of flow behavior and gas-particle interaction …