Methane (CH 4) is the major component of currently abundant natural gas and a prominent
green-house gas. Steam reforming of methane (SRM) is an important technology for the …

Steam reforming of natural gas is the dominant process for large–scale hydrogen
production. The process is characterized by high energy requirements and high carbon …

Among the available techniques for hydrogen production, the sorption enhanced steam
reforming (SESR) is an emerging technology consisting in the integration of reforming …

Methane, an abundant and clean fossil energy source, can provide the highest specific
energy compared with other hydrocarbons. Exploiting an efficient way to convert methane to …

The methane steam reforming (MSR) technology is the oldest and the most vital route to
convert CH 4 into H 2. The conventional process usually operates in a high temperature …

Clean and carbon-free hydrogen production is expected to play a vital role in future global
energy transitions. In this work, six process arrangements for sorption enhanced steam …

In the sorption-enhanced hydrogen production process, hydrocarbon reforming, water gas
shift, and CO2 separation reactions occur simultaneously in a single reaction step over a …

Deployment of fossil fuels to quench the energy demand of the world's rising population
results in elevated levels of greenhouse gas (GHG) emissions, especially CO 2, which in …

To alleviate the pressing problem of greenhouse gas emissions, the development and
deployment of sustainable energy technologies is necessary. One potentially viable …

This review is focused on Sorption Enhanced Steam Methane Reforming (SESMR), an
emerging process intensification of traditional Steam Methane Reforming (SMR), to produce …