Exolum has launched a line of business called H2ROAD with the aim of leading the energy transition by providing efficient, optimized integrated logistics solutions across the entire hydrogen value chain, thus helping achieve global decarbonization goals.

H2ROAD focuses on the development of hydrogen logistics infrastructures, including design, investment, installation, operation and maintenance, from production sites to final delivery to consumers. This line of business includes investment in infrastructures near production (compression, storage, etc.), transport and intermediate storage sites, as well as infrastructures near consumption points, both in the field of mobility and industry. Exolum will be responsible for the installation, commissioning and operation of these infrastructures, ensuring quality and quantity control throughout the process.

This infrastructure includes hydrogen import and export hubs at ports, which Exolum will link to production and storage plants. Depending on the client’s needs, Exolum will position itself at some or all stages of this chain.

This new line of business is based on Exolum’s extensive experience and capabilities in managing safe and efficient logistics networks, optimizing costs and using IT-controlled systems throughout the chain, offering comprehensive end-to-end solutions to ensure a safe, constant supply of hydrogen, tailored to the specific needs of each customer.

Exolum has developed an IT tool that can simulate and optimize the integrated logistics of any project separately or integrated into its portfolio as a whole, combining and reducing transport flows and optimizing the complete logistics system in terms of cost.

H2ROAD receives support from a number of experienced and reputable suppliers and service providers in the hydrogen market, which will help reduce costs and delivery times, so that logistics is no longer the limiting factor for hydrogen projects.

One of the logistics solutions offered by Exolum, which will be available soon, is the transport and supply of hydrogen for mobility through two portable hydrogen stations capable of supplying hydrogen at 350 and 700 bar, respectively.