Global attention on fuel efficiency, reduced emissions and the ability to operate with a wide
range of fuels having low calorific values, continues to drive research and development in …

The alarming rate at which the available fossil fuel-based resources are depleting has
raised grave concerns among all stakeholders about the future of the world. These limited …

Porous medium combustion makes an important contribution to energy saving and emission
reduction, and the porous structure significantly affects the combustion characteristics. To …

The investigation of convective and radiative heat transfers to a cooking pot in a porous
burner, coupled with an analysis of the pot's bottom and side contributions to total heat …

The present study focuses on the numerical modeling of the premixed methane-ammonia
combustion in a mesoscale porous combustor. The primary objective is to reduce carbon …

A reverse flow porous medium reactor with premixed and non-premixed flames was
experimentally investigated to evaluate the influence of steam and carbon dioxide on …

This work presents heat extraction characteristics in a pilot-scale thermal flow reversal
reactor dedicated to the mitigation of ventilation air methane escaping from coal mining and …

Hydrogen production through steam generated from low-grade fuel recovery is considered a
prospective method. To maximize the energy recovery, the influence of the heat exchanger …

Porous media combustion technology provides an excellent alternative scheme for the
efficient utilization of low concentration coal mine methane and the effective control of …

Thermal pollution resulting from the release of ventilation air methane (VAM) has emerged
as a pressing concern in coal mining. This study aims to address this issue by harnessing …