Scientific Research Institute of

Geo-technological Problems of Oil, Gas and Chemistry

Hydrogen storage with carbon nanotubes

By ["F. Madatova", "K. Agayeva", "D. Ismailova", "A. Babayev "]
December 2025

View Full

https://doi.org/10.65294/gpogc.2026.14

                                Hydrogen storage with carbon nanotubes
                                               Madatova Farida*, Agayeva Kamala, Ismailova Dilara, Babayev Abulfaz

Hydrogen is a promising universal energy source that can replace fossil fuels in the energy sector due to its environmentally friendly nature and diverse energy conversion capabilities. Hydrogen production technologies currently have an unlimited supply of raw materials and can be produced on an industrial scale. However, for large-scale development of hydrogen energy, a number of scientific and technological challenges must be addressed. Developing the most cost-effective and efficient methods of storing hydrogen is one of the main technological challenges in hydrogen energy. In this regard, this review discusses in detail the research being conducted to address hydrogen storage issues using hydrides, nanoporous carbon, porous nanomaterials, and composites based on them, and also analyzes the associated challenges and future prospects associated with the search for methods for its production.