As the energy crisis has been getting increasingly serious in recent years, the research on
biohydrogen (bioH 2) production as a renewable energy source has been a high …

The interest in steam reforming process as an efficient method for hydrogen production has
been greatly increasing, due to its efficiency during hydrogen production and low …

A model is established to conduct life cycle analysis of primary-energy consumption and
greenhouse gas emissions of hydrogen supply chains for fuel-cell vehicles in China. Battery …

Hydrogen potentially has a crucial role in the US transition to a net-zero emissions economy.
Learning from large-scale hydrogen projects will boost technological evolution and …

Steam methane reforming (SMR) using natural gas is the most commonly used technology
for hydrogen production. Industrial hydrogen production contributes to pollutant emissions …

Hydrogen has received substantial attention because of its diverse application in the energy
sector. Steam methane reforming (SMR) dominates the current hydrogen production and is …

The electrocatalytic decomposition of H2S is a promising technology for H2 production as
well as for targeting environmental pollution. But due to the lack of low-cost and efficient …

Hydrogen has the potential to revolutionize how we power our lives, from transportation to
energy production. This study aims to compare the climate change impacts and the main …

The cost of hydrogen delivery for transportation accounts for most of the current H 2 selling
price; delivery also requires substantial amounts of energy. We developed harmonized …

The shift from fossil-based to alternative fuels has been identified as a means of reducing
the maritime transportation sector's environmental footprint. However, deciding which …