Abstract Hydrogen (H 2) and syngas (a mixture of H 2 and carbon monoxide) can be
thermochemically produced from various sources, such as fossil fuels, biomass, water, and …

Worldwide emphasis on fuel efficiency, low emissions, and use of low-quality fuels such as
biogas continues to drive the development of combustors that operate over a wider range of …

Green energy from biomass contributed to substituting the traditional fossil fuels and
environmental protection. To explore the hydrogen production from bioethanol with the …

The application of superadiabatic combustion (SAC) technology for hydrogen and syngas
production has been a focus of intensive research in the recent past. A lot of researches …

In this paper, the development and performance tests of a novel porous radiant burner
(PRB) used for LPG domestic cooking application are presented. The thermal efficiency of …

The superadiabatic combustion in porous media contributes to the efficient conversion of
methane to syngas. In this paper, a divergent packed bed burner of two-layer was proposed …

Thermoelectric technology plays a pivotal role in the efficient conversion and utilization of
exhaust heat. Abundant waste heat resources are present in the tail gas of hydrogen …

In this study, the fuel-rich combustion of methane in a two-layer porous media burner with Al
2 O 3 pellets of different diameters was experimentally investigated. The upstream layer …

The synthesis gas (syngas) production from the ultra-rich methane/oxygen mixtures via the
thermal partial oxidation in an inert porous reactor was investigated numerically and …

A biogas-fueled flame fuel cell (FFC) unit is proposed for the micro-combined heat and
power (CHP) system using indigenous energy source. With fuel-rich flame as both heater …