Shifting the fossil fuel dominated energy system to a sustainable hydrogen economy could
mitigate climate change through reduction of greenhouse gas emissions. Because it is …

Because of the existence of infrastructures all around the world, the use of fossil resources
as raw materials for hydrogen production can be a midterm solution in the implementation of …

Methane catalytic cracking is a process by which carbon monoxide-free hydrogen can be
produced. Despite the fact that hydrogen produced from methane cracking is a pure form of …

In the near-to-medium future, hydrogen production will continue to rely on reforming of
widely available and relatively low-cost fossil resources. A techno-economic framework is …

This study is a comparative analysis of hydrogen production costs in current and potential
future market environments. The economic feasibility of hydrogen production by thermal …

The transition to a low-Carbon Hydrogen production will unavoidably follow a path where
fossil fuels are going to play a fundamental role in the short term. The technological …

The statistical information on the share of hydrogen sector-wise consumption indicates that
95% of the total consumption is utilized in ammonia synthesis, petroleum refining processes …

Abstract Catalytic Methane Pyrolysis (CMP) is an innovative method to convert gaseous
methane into valuable H 2 and carbon products. The catalytic approach to methane …

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

Hydrogen fuel production from methane cracking is a sustainable process compared to the
ones currently in practice due to minimal greenhouse gas emissions. Carbon black that is co …