Boron-based hydrogen storage materials Power-to-X is a M.Tech project topic for Chemical Engineering. It gives students a clear starting point for research, implementation planning, and documentation.
Boron-based hydrogen storage materials Power-to-X Project Details
| Abstract |
This research-oriented project framework investigates the integration of boron-based energy carrier materials (BEMs) within Power-to-X (PtX) systems to facilitate carbon neutrality and mitigate greenhouse gas emissions. BEMs, including various borohydrides (such as NaBH4, LiBH4, and KBH4) and boranes (such as NH3BH3), present high volumetric hydrogen densities ranging from 85 to 125 kg/m3, positioning them as highly efficient hydrogen and heat carriers. The project provides structured guidance for evaluating the thermodynamic and kinetic performance of these materials as reducing agents in carbon dioxide (CO2) utilization pathways. Analytical modeling and simulation methodologies are outlined to assess the feasibility of achieving CO2-to-fuel conversion yields exceeding 50%. Furthermore, the framework addresses the current research
gaps in scaling up BEM-assisted carbon capture and storage (CCS) technologies from laboratory scale to industrial implementation. By analyzing scalability, chemical stability, and regeneration efficiency, this project direction supports the systematic evaluation of boron-based hydrogen storage systems. It serves as a comprehensive technical guide for academic researchers analyzing the integration of advanced chemical hydrides into modern decarbonization and energy storage infrastructures.
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| Reference Paper |
Boron-based hydrogen storage materials towards Power-to-X technology on the path to carbon neutrality |
| Domain |
Chemical Engineering |
| Sub-Domain |
Environmental & Energy / Green Chemical Engineering / Carbon Capture |
| PDF Download |
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