March 2024
Hydrogen
Sustainable H2 production through methane pyrolysis
The methane (CH4) pyrolysis process [also known as CH4 cracking or turquoise hydrogen (H2) production] is a thermal (high-temperature) breakdown of CH4 into H2 gas and solid carbon.
The Authors
Ayidh Al-Qahtani is a team-oriented Process Engineer with demonstrated experience in technical services for Saudi Aramco. He is a chemical engineer with 6 yr of experience in engineering services and technical support. During his filed assessment, he worked in gas plant facilities including, but not limited to, acid gas removal, dehydration and sulfur recovery. He has been involved in operations, process and technical support, and led gas plant startups from pre-commissioning to gas production of gas sweetening units. Mr. Al-Qahtani holds a fundamental engineering certificate.
Related Articles
- High-temperature heat electrification: Lessons from operating the world’s first industrial-scale electric steam cracking furnace
- Operational intelligence in biofuels: Unlock efficiency with advanced instrumentation
- Too small to be viable? SMRs and their potential to economy-wide decarbonization—Part 2
Comments