Hexagon Purus joins project to develop hydrogen value chain for maritime apps

Hexagon Purus joins the work package Zero Emission Compressed Hydrogen (ZECH) which is part of the ZeroCoaster project study coordinated by Vard, a major global ship design and shipbuilding company. 

This study aims to research, evaluate and present zero emission ship design solutions using alternative fuel systems.

The ZeroCoaster represents coastal bulk cargo operations in Norway. Systems and component solutions revealed in the project are applicable for scaling and reconfiguring for other maritime applications.

The project study is funded by The Research Council of Norway. One of the main objectives is to evaluate and challenge bunkering technologies and logistics operations, with a focus on safety, cost, and capacity. Hexagon Purus will contribute with its knowledge and expertise in storage and distribution of compressed hydrogen gas using Type 4 composite cylinder technology.

Sharing knowledge to accelerate zero emission maritime solutions

Norway has set a target to reduce emissions with 50 % by 2030, and there is a growing national demand for zero emission vessels along the Norwegian coast. If Norway's target for cutting emissions by 2030 is to be implemented, 700 low-emission and approximately 400 zero-emission ships will be required, of these; 450 bulk and cargo ships.

This project aims to research and propose a cost competitive hydrogen value chain that can support and accelerate the transition to zero emission shipping solutions.

Håvard Stave, Technical Sales Manager Maritime, Hexagon Purus, says:

“We see wide benefits of working with Vard and the project partners. We have the technology needed to store and distribute compressed hydrogen in a large scale and look forward to sharing our expertise. It is an excellent opportunity for us to learn from each other, while driving the transition to zero emission maritime applications."

The project will be conducted using an already developed concept design platform of the ZeroCoaster cargo ship prepared by Vard. By using simulation-driven-ship-design, the project will develop economic and technical key performance indicators for the use of alternative fuels on ships.

The project is scheduled for completion by end of 2021.