Tag: LH2 Cargo Containment System

Evaluating Cargo Containment System (CCS) Design and Scalability within LH2CRAFT
In Task 10.3 led by University of Strathclyde, our objective is to conduct an exhaustive technical evaluation,...
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Progress Update on Task 3.2: Modularity and Scalability Concept Development for the Tank Storage System
In pursuit of achieving modularity, our team, led by HDKSOE, has made significant strides in the insulation...
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Regulatory gaps and risk assessment models
This deliverable aims to shed light on the critical safety challenges and regulatory gaps associated...
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Developing Modular Insulation Systems for Liquefied Hydrogen Carriers in the LH2CRAFT Project: Adapting to Market Evolution and Technological Advances
As a carbon-free energy source, liquefied hydrogen can be in demand at different scales. In the case...
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Sustainability in Focus: Conducting a Life Cycle Cost Analysis for the LH2CRAFT Project
In the quest for sustainable and economically viable solutions, a Life Cycle Cost Analysis (LCCA) of...
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Concept Engineering Design for the Tank Storage System: Progress update
The conceptual design of the liquid hydrogen cargo tank is developed to meet the boil-off rate requirements....
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Containment System Material Testing and Approval
The main aim of the Task 3.3 Containment System Material Testing and Approval led by National Technical...
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Life Cycle Assessment of Solutions (LCA)
This task led by University of Strathclyde will evaluate the environmental impact, regarding both the...
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Testing and Assessment Requirements for the LH2 Cargo Containment System (progress update)
Taking into consideration the proposed conceptual design of the CCS of the LH2 carrier and the materials...
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Insulation Alternatives Assessment and Testing
In our ongoing endeavour to revolutionize cargo containment systems, Task 3.4 represents a pivotal stage...
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