Department of Petroleum and Geoenergy Engineering, Amirkabir University of Technology, Tehran, Iran.
Abstract
The global energy industry has been undergoing unprecedented transformation in recent decades. Environmental pressures, the limitations of fossil resources, international carbon‑reduction agreements, and the growing need for sustainable energy have compelled countries to redefine their pathways for energy production and consumption. In this context, natural gas has emerged as a key component—not only as a cleaner fossil fuel compared to oil and coal, but also as an operational bridge in the energy transition and a foundation for developing new fuels such as hydrogen. The future of natural gas is no longer limited to maintaining its current role; rather, it is shaped by its integration with low‑carbon technologies and emerging clean energy systems.
Khalili,Y. (2025). The Future of Natural Gas: Energy Transition, Hydrogen, and Low-Carbon Fuels. Iranian Journal of Gas Engineering, 12(3), 7-10.
MLA
Khalili,Y. . "The Future of Natural Gas: Energy Transition, Hydrogen, and Low-Carbon Fuels", Iranian Journal of Gas Engineering, 12, 3, 2025, 7-10.
HARVARD
Khalili Y. (2025). 'The Future of Natural Gas: Energy Transition, Hydrogen, and Low-Carbon Fuels', Iranian Journal of Gas Engineering, 12(3), pp. 7-10.
CHICAGO
Y. Khalili, "The Future of Natural Gas: Energy Transition, Hydrogen, and Low-Carbon Fuels," Iranian Journal of Gas Engineering, 12 3 (2025): 7-10,
VANCOUVER
Khalili Y. The Future of Natural Gas: Energy Transition, Hydrogen, and Low-Carbon Fuels. IJGE, 2025; 12(3): 7-10.
Iranian Journal of Gas Engineering