Porous media combustion is considered to be one of the popular choice due to its tremendous advantages. Such type of combustion liberates not only super stable flame but also maintains emissions parameters below thresholds level. Present study incorporates reaction and preheat layer with discrete and foam type of materials respectively. Burner was made to run in ultra-lean mode. Optimum equivalence ratio was found out to be 0.7 for surface flame, while 0.6 during submerged flame condition. Maximum thermal efficiency was noted to be 81%. Finally, emissions parameters where recorded continuously to measure NOx and CO, which were under global limits
Different aspects of porous burners have been studied in the past in terms of the bed material, desi...
Porous medium burners are characterized by high efficiency and good stability. In this study, a new ...
Combustion of ultra-lean H2/CO mixtures, highly diluted in inert gases (N2, H2O, CO2, etc.), was inv...
Occurrence of combustion phenomenon in porous media has always excited researchers to develop variou...
Porous media combustion has been key point of interest for researchers from past couple of decades d...
The threat of fossil fuel depletion affects the nation’s economy. Consequently, attempts are made to...
The objective of this study was to prove the concept of the novel gas-fired burner with stable inter...
The Laboratory for Sustainable Technology is developing a commercial porous burner for the ultra-lea...
The study aims to evaluate a novel porous medium burner (PMB) with a heat exchanger for household he...
The porous media combustion technology is an effective solution to stable combustion and clean utili...
An experimental investigation of two-stage, premixed methane/air combustion in a porous media burner...
In this paper, a radiant metal porous burner which is formed from wire mesh layers is studied. Su...
258-260The effect of foam layout on NO emission inside a a porous burner with three porous media lay...
Abstract- Improving the performance of modern combustion systems in many engineering application fie...
Micro-electro-mechanical systems (MEMS) occupy an important position in the national economy and mil...
Different aspects of porous burners have been studied in the past in terms of the bed material, desi...
Porous medium burners are characterized by high efficiency and good stability. In this study, a new ...
Combustion of ultra-lean H2/CO mixtures, highly diluted in inert gases (N2, H2O, CO2, etc.), was inv...
Occurrence of combustion phenomenon in porous media has always excited researchers to develop variou...
Porous media combustion has been key point of interest for researchers from past couple of decades d...
The threat of fossil fuel depletion affects the nation’s economy. Consequently, attempts are made to...
The objective of this study was to prove the concept of the novel gas-fired burner with stable inter...
The Laboratory for Sustainable Technology is developing a commercial porous burner for the ultra-lea...
The study aims to evaluate a novel porous medium burner (PMB) with a heat exchanger for household he...
The porous media combustion technology is an effective solution to stable combustion and clean utili...
An experimental investigation of two-stage, premixed methane/air combustion in a porous media burner...
In this paper, a radiant metal porous burner which is formed from wire mesh layers is studied. Su...
258-260The effect of foam layout on NO emission inside a a porous burner with three porous media lay...
Abstract- Improving the performance of modern combustion systems in many engineering application fie...
Micro-electro-mechanical systems (MEMS) occupy an important position in the national economy and mil...
Different aspects of porous burners have been studied in the past in terms of the bed material, desi...
Porous medium burners are characterized by high efficiency and good stability. In this study, a new ...
Combustion of ultra-lean H2/CO mixtures, highly diluted in inert gases (N2, H2O, CO2, etc.), was inv...