Deliverable 8.2 – Dissemination and Communication plan and updates M18
This plan presents the revised and updated version of Deliverable 8.1, to ensure the communication and dissemination activities remain relevant and effective as the DelHyVEHR project progresses. While building on the same overarching methodology as the first Dissemination and Communication Plan, it further refines target groups, communication channels, and key messages. Download Deliverable 8.2 here
Deliverable 7.7 – Regulations, Codes and Standards (RCS) Analysis – Preliminary report
This preliminary report analyses the current state of Regulations, Codes and Standards (RCS) applicable to safety of liquid hydrogen (LH₂) handling and fuelling in the context of the DelHyVEHR project. The findings reveal several regulatory gaps, especially in areas such as boil-off gas management, cryogenic pump design, purging procedures, and electrostatic discharge prevention. Although many […]
Deliverable 3.3 – Technical report on the flow meter technology for Boil-off gas and liquefied hydrogen
This technical report characterizes the potential technology of the flow meters that could be used in the DelHyVEHR demonstrator. There are two potential aspects – the liquefied flow meter for the main dispensing line and the boil-off gas (BoG) flow meter for the BoG line. The report establishes a realistic range of parameters that will […]
Deliverable 6.1 – Preliminary cost estimation of the LH₂ Bunkering Station for maritime and aviation business case
This Deliverable presents a preliminary techno-economic assessment of the DelHyVEHR bunkering station. The scope of the study focuses on a preliminary estimation of the investment required for the installation of the station, based on initial design of the system and its main equipment components. Overall, the results indicate that the cryogenic storage is the equipment […]
Deliverable 8.1 – Dissemination and Communication plan and updates M6
This Deliverable presents a plan outlining the key messages, target audiences, and communication channels used in the DelHyVEHR project. It is designed to ensure that the project’s results are widely shared and actively used to inform policy, drive industry adoption, and increase public understanding for hydrogen technologies. It is structured around the following Key Objectives: […]