Fully pre-mixed porous burners, in which methane combustion takes place close to the
burner surface are stimulating an increasing interest since they allow lower flame …

The pollution of the environment has become a hot item in the last few decades. lt has been
realised that cambustion of fossil fuels gives a large contribution to the greenhouse effect …

Methane combustion in two-zone foam burners supported with LaMn 0.4 Co 0.6 O 3
catalysts is studied. The combustion stability limits are expanded by heterogeneous catalytic …

Monolithic reactor concepts are currently intensively discussed in the literature. For the
oxidative coupling of methane relying on a balance of surface and gas phase reactions …

In this study, kinetic and mass transfer resistances (pore and interphase diffusion) were
evaluated by varying the Co 3 O 4 amount in the catalyst (PdO/Co 3 O 4) supported on the …

The present work deals with the analysis of low-environmental-impact premixed metal fiber
burners (FeCrAlloy fiber mat), with special reference to the optimization of the perovskite …

A catalytic premixed burner prototype for domestic-boiler applications was developed on the
basis of a perovskite-type catalyst (LaMnO3) deposited over a FeCrAlloy fiber panel. An …

The carbon dioxide methanation reaction is highly exothermal (Δ RH=− 165 kJ mol− 1). It is
therefore essential to use processes able to control and efficiently evacuate the heat …

Innovative structured catalyst supports, like solid foams, wire gauzes, and short-channel
structures, are considered in methane catalytic combustion. For comparison, classical …

We review research on lean methane combustion in porous burners, with an emphasis on
practical aspects of burner design and operation and the application of the technology to …