Soot particles produced during the combustion of hydrocarbon fuels pose significant health
and environmental risks while also holding potential for various industrial applications …

Excessive NO x and CO 2 emissions pose a significant challenge in the clean combustion of
natural gas, which is expected to be solved through the combination of exhaust gas …

An experimental and numerical investigation was conducted to examine the formation of
soot in methane/air laminar diffusion flames under varying CO2 dilution ratios, ranging from …

Accurate soot modeling is challenging due to the complex underlying physical and chemical
processes. To improve the fidelity of the soot prediction in inverse coflow flame …

Bio-oil shows promising potential as an alternative fuel source. However, the formation of
coke and soot during the combustion process hinders its use. This study investigates the …

Autothermal reforming (ATR) of methane is a promising technology for low-carbon H 2
production due to its high CO 2 capture efficiency (> 95%) and cost advantage. Especially …

The degree of carbonization of the particles, commonly known as soot maturity, directly
impacts soot density, specific heat, and surface reactivity, which affect its growth and …

To investigate the combustion chemistry of methane inverse diffusion sooting flames with
local CO 2 injection, this study designs an axial local dilution (ALD) inverse diffusion flame …

Inverse diffusion flame (IDF) configuration, where the oxidizer is surrounded by fuel, is
commonly used in reforming of hydrocarbon fuels for hydrogen production through the …

The co-firing of ammonia (NH 3) with hydrocarbon fuels is an effective strategy for reducing
CO 2 emissions and addressing the inherent low reactivity of NH 3. However, soot formation …