Exploiting biomass energy is a promising option to reduce CO 2 emissions, owing to its
renewability and carbon neutrality. The knowledge of biomass ignition becomes critical for …

Chemical energy carriers are crucial for addressing challenges that arise from time lag,
large distances, and temporal fluctuations in renewable energy production, which lead to …

High-temperature oxidation of single iron particles is experimentally investigated for laminar
flow conditions using multi-parameter optical diagnostics. Iron particles with initially porous …

Gradual substitution of coal with green ammonia is a practical approach for the coal power
phasedown at a minimal cost of modification, but the ignition and gas-phase reaction during …

In the present work, HCN oxidation during pressurized oxy-fuel combustion is studied using
reactive molecular dynamics (ReaxFF MD) simulations. The effects of CO 2, pressure, and O …

The combustion characteristics of raw (RAW), acid-washed (AW) and inorganic sodium
impregnated (NaCl-loaded) Zhundong (ZD) coals were researched in a fast-heating rate …

The paper presents multi-parameter high-speed optical diagnostics of single iron particle
oxidation in a hot laminar flow consisting of O 2, H 2 O, CO 2, and N 2. Prior to luminous …

Non-intrusive measurement of dynamic and kinetic parameters during oxy-coal combustion
has been carried out in an enclosed downward laminar flow reactor. High-speed OH-PLIF …

The behaviors of volatile combustion and ignition of lignite coal were assessed on a
concentrating light heating platform using hydroxyl-Planar laser-induced fluorescence (OH …

This work presents an experimental investigation of solid fuel combustion in a laminar flow
reactor with high-speed laser diagnostics. The main focus lays on the development of image …