Producer gas, which derived from a biomass gasification process, is considered as one of
the alternative fuels, which is suitable for the heating process and power generation. Due to …

This paper investigates the various techniques used in the literature to calculate the effective
Lewis number of two-component (H 2/CO and H 2/CH 4) and three-component fuels (H …

Biomass-derived syngas composition varies considerably depending on different feedstocks
and processing techniques and thereby complicates the combustion control. A study on the …

As one of the most promising environmentally-friendly and renewable energies, biomass
derived gas (BDG) has a great application prospect in the future energy system. Due to …

The objective of this study is to investigate the impact of syngas composition by varying the
H 2/CO ratio (1: 3, 1: 1, and 3: 1 by volume), the CO 2 dilution (0%–40%), and methane …

An experimental study on laminar flame speed, Markstein length, and the onset of cellular
instability was conducted by varying the equivalence ratio and ethylene/methane mixing …

Taking maximum flame propagation velocity, maximum explosion pressure, maximum rate
of pressure rise and time-average of rising pressure impulse as index, this paper is aimed at …

Thermodiffusive and hydrodynamic instabilities cause a departure from laminar combustion
and, as such, are responsible for flame self-acceleration behavior. Due to the presence of …

In this study, the chemical, thermal and diffusion effects of H 2 and CO addition on the
characteristics of methane laminar flame are examined numerically by using the CHEMKIN …

Biogas is the least expensive renewable energy source with an almost neutral balance of
CO 2 emissions. As a type of biogas, landfill gas could potentially be used in the internal …