The depletion of fossil fuels such as oil, natural gas, and coal, as well as environmental
concerns, pave the way for the effective utilization of renewable energy sources. Hydrogen …

Advancements in microreactor technology emerge as a promising solution for low-cost
hydrogen (H 2) production, and there is significant progress being made towards developing …

In the amplification mode, microscale reforming reactions are controlled by the transfer rate.
To avoid the amplification effect, the process coupling mechanism in the microchannel …

Enhancing the efficiency of hydrogen production by optimizing gas product transfer within
water electrolysis systems is essential. Employing high-speed photography and …

Scramjets are one of the most promising propulsion systems for hypersonic vehicles, but
their application in vehicles with long-endurance is limited by electricity supply issue. This …

Computational modelling for microchannel reactor design was performed to investigate the
effects of various factors on the efficiency and performance of an autothermal reforming …

A kinetic model for CO methanation and the water gas shift reaction, using a commercial
catalyst 12% Ni/γ-Al 2 O 3 powder catalyst, is developed for a wall-coated microreactor to …

Flow channel structure and operation strategy play important role in fixed packed bed based
parabolic trough solar receiver-reactors (PTSRRs) for efficient hydrogen production. A …

The study aims to simplify microreactor system design by eliminating the need for a separate
evaporator unit while enhancing microreactor performance. This study comprehensively …

Catalyst deactivation affects chemical system performance and reactor operation. A
systematic method is proposed for targeting the optimal reactor, operating parameters …