Development of a Polymer Composite Material with High Hydrogen Storage using AI-enhanced Multi-scale Modelling

Project Description

Energy demand is increasing, and the world is urgently seeking clean energy sources to replace fossil fuels. Hydrogen fuel is a promising solution due to its clean and sustainable nature. However, storing hydrogen efficiently and safely remains a significant challenge. Solid-state hydrogen storage, which involves storing hydrogen in a solid form, offers a promising solution. This research project aims to develop a novel method for solid-state hydrogen storage using a polymer composite that incorporates MgH2, CNTs, and SCM. The manufacturing process will mix the polymer matrix with MgH2, SCM and CNTs to create a porous structure with a large surface area in the material, which helps trap hydrogen. The resulting composite material will be tested for its hydrogen storage capacity and mechanical properties. Additionally, a predictive model will be developed to determine the hydrogen storage capacity. The outcomes of this project are expected to yield a high-capacity hydrogen storage material with enhanced stability and durability. Applications include hydrogen fuel cells for vehicles and other energy uses, significantly reducing greenhouse gas emissions and dependence on fossil fuels. This research will greatly impact the transition to a more sustainable energy system.