Harmonisation of hydrogen gas trailers

Compressed gas truck distribution will initially be the most common way to transport hydrogen from central production sites to consuming facilities. Significant introduction of hydrogen vehicles requires a scale up of two orders of magnitude hydrogen truck distribution. At the same time developing and deploying a high volume trailer is necessary to address both the H2 Mobility market but also the industrial market to increase the volume transported so as to decrease transportation cost and CO2 emissions in a context of increasing fuel cost; to increase customer autonomy and storage footprint and to reduce the HRS investments and ease the ramp up of first stations.

Current standards, regulations and safety codes have been developed for a relatively small market volume and deliveries mostly to industrial sites. These standards need to be reviewed, and adapted if needed, to ensure safe, efficient and low-cost hydrogen delivery at larger scales and in residential areas. These regulations and standards need to be harmonised across Europe.

Cele

The following specific issues should be addressed by the project:

  • Identify and quantify the risks associated with compressed hydrogen delivery on a large scale, taking into account the whole chain from filling of trucks at a terminal, driving from supplier to customer and delivery of hydrogen at a retail station or other customers;
  • Propose mitigation actions for the most critical risks;
  • Provide a roadmap for standardisation of compressed hydrogen trucks and interfaces between the truck and the supply and customer sites that balance safety aspects with commercial, environmental and feasibility aspects. This includes a strategy for effective influence on:
    • ISO TC 58/SC3 Gas Cylinders Design;
    • WG 35 Refillable permanently mounted composite tubes for transportation: ISO 17519 CD;
    • WG 32 Refillable composite reinforced tubes of water capacity between 450 L and 3000 L – Design, construction and testing: ISO 11515;
    • WG 27 Gas cylinders of composite construction: ISO 11119-X;
    • ADR – Dangerous Goods Transport.
  • Develop a position paper that, considering actually available European Regulations on max pressure and max quantity of hydrogen transported all over Europe, can propose a modification and derogation proposal to the ARD.

To address the issues basic experimentation or simulations may be required, for example to determine optimal flow rates and to optimise ways of equipment handling.

Termin nadsyłania zgłoszeń

20 kwiecień 2017

Adres internetowy

https://ec.europa.eu/research/participants/portal/desktop/en/opportunities/h2020/topics/fch-04-2-2017.html