Microcombustion research has flourished over the past decade. Yet, most of the commercial
potential of microcombustion is still to come. Aside from portable electronics, emerging …

Abstract Microscale (< 5 W) reformers for hydrogen production have been investigated for
over a decade. These devices are intended to provide hydrogen for small fuel cells. Due to …

The requirements for chemical and food production technologies will change in the future as
a result of shorter time to market and increasing market volatility. Especially the rising use of …

Four separate 2D steady state numerical models are developed for a catalytic plate reactor
(CPR), designed with the four different configurations between segmented and continuously …

Growing interest in small-scale, portable energy devices has necessitated the development
of micro-scale fuel processing systems. Steam reforming of methane coupled with methane …

Pd–Rh/metal foam catalyst was studied for steam methane reforming and application to
SOFC fuel processing. Performance of 0.068 wt% Pd–Rh/metal foam catalyst was compared …

The gas-phase combustion of H2/O2/N2 mixtures over platinum was investigated
experimentally and numerically at fuel-lean equivalence ratios up to 0.30, pressures up to …

The combustion and heat transfer characteristics of a hydrogen-fueled microreactor are
investigated experimentally and numerically. The microreactor comprises a 30× 30× 4 mm 3 …

The heterogeneous chemistry coupling of H 2 and CO over platinum was investigated
experimentally and numerically for H 2/CO/O 2/N 2 mixtures with overall lean equivalence …

The effect of washcoat properties is theoretically investigated for steam methane reforming
(SMR) in a plate microchannel reactor. Transport phenomena and reaction within the …