Researchers from Vidzeme University of Applied Sciences (ViA), Riga Technical University, and the Stockholm Environment Institute Tallinn Centre in Estonia, along with entrepreneurs from Latvia and France, continue their work on the project "Coastal Fishing Vessels Powered by Zero-Emission Hydrogen Fuel Cells (H2-SEAS)." The researchers and project partners are participating in seminars and the "Welding Ceremony."
On Wednesday, July 9, a Welding Ceremony was held at the shipyard of ATOZ Group, a partner in the Horizon Europe H2-SEAS project. The event marked the execution of the first weld on the vessel’s hull – similar to laying a cornerstone in a new building.
The project leader from ViA, lead researcher Ph.D. Oskars Java, delivered a speech expressing two acknowledgements. The first was directed to the representatives of the European Commission, as such international research and innovation projects facilitate knowledge transfer and innovation across a wider geographical scale than national project competitions typically allow. The second was directed to Riga Technical University for involving ViA in the implementation of this project, which has enabled ViA to strengthen its life cycle assessment (LCA) research group as a new research direction.
Life cycle assessments are essential in the development of new products because, when carried out correctly, they demonstrate how sustainable a product will be throughout its entire life cycle.
The focus of the project is the reduction of the small-scale fishing vessel footprint on the maritime environment. The use of H2 as a fuel will dramatically limited noise pollution (only propeller sound will radiate from the vessel), absence of diesel engine exhaust and oil pollution will make no impact on greenhouse gases, airborne particles, acidifying compounds, and others, and will make one significant step for improving sea ecosystem quality, human wellbeing, and climate stability. Energy efficiency during project design phase will be implemented by optimising vessel’s hull form, selection of efficient equipment and adaptation of soft programs for economical use of the vessel Energy system. After design and construction, during vessel tests, we will collect data for comprising and analysis with similar class diesel fisherman vessel, and not only in energy consumption but in full spectrum of the environmental footprint.
H2-SEAS is an innovation action aimed at fulfilling the general objectives of the HORIZON-MISS-2023-OCEAN-01-05 topic. The project is funded by the European Union.
