Nano-Structured Hybrid Hydrogen Storage Materials for Small Scale Energy Supply Technologies: Project Presentation

Abstract:

<p>This document is a presentation given on the project titled 'Nano-Structured Hybrid Hydrogen Storage Materials for Small Scale Energy Supply Technologies'.</p> <p>The project is based around 3 broad objectives: <ol> <li>The preparation of a carbon-based framework with high surface area and controllable porosity, with assessment of currently available materials.</li> <li>Development of a method to deposit light metallic elements or compounds (e.g. lithium or lithium imide/amide) that may promote hydrogen sorption or other effects e.g. spillover catalysis.</li> <li>Discovery of novel methods to create lithium (imide/amide) inclusions within the structure of materials.</li> </ol></p> This presentation contains: <bl> <li>Opening Thoughts</li> <li>Project Objectives</li> <li>Preliminary Research</li> <li>1^st Objective Research and Results</li> <li>2^nd Objective Research and Design</li> <li>Optimising Hydrogenation Mechanism</li> <li>Investigating Hydrogenation Mechanism</li> <li>Key Outcomes Benefiting the North West Region</li> <li>Contact Information</li> </bl>

Author(s):

Ross, D.K., Shabalin, I.L., Keens, S.G., Mileeva, Z.A., Paterson, T.M., Bull, D.J. and Moser, D.M.