Hydrogen storage and distribution

Hydrogen Storage and Distribution Technologies Catalogue

To determine the best option for hydrogen transport and storage, several factors must be considered: the flow rate produced; the distance from the production plant to the consumption points; the complementarity of end uses; the suitability for final conditioning; and the use in different types of consumption. 

The alternatives that currently exist for hydrogen transport and storage are physical storage, compressed hydrogen, liquefied hydrogen or using adsorbent materials, and chemical storage using hydrogen carrier compounds or chemical hydrides, such as ammonia or LOHCs (Liquid Organic Hydrogen Carriers), and metal hydrides. In addition, safety is a fundamental and important part of this section. 

Mechanical Characterization of Composite Materials at Cryogenic Liquid Hydrogen Temperatures 
Geochemical modelling  
Multiphase flow and transport modelling 
Laboratory-scale experimental equipment for the study of geochemical processes (gas dissolved in water and rock) 
Metal hydride loading estimation
Hydrogen sensor (nanofibres)  
H2 detection systems  
Development of Liquid Organic Hydrogen Carriers technology  
Adsorption of H2 and N2 on ionic liquid-enhanced activated carbon  
Valves and systems for the use of H2 at high pressure
Detection of leaks and other anomalies with AI 
Virtual sensors 
Hydrogen storage tank design and simulation 
Type IV tank manufacturing by RTM technology 
Determination of the permeability of materials in hydrogen  
Investigating the effect of hydrogen on the mechanical properties of materials