Join us for the SafeWAVE Final Event! Streamlining the Assessment of Environmental Effects of Wave Energy 📅 28 November 2024 ⏰ 11 am – 12:30 pm CET 📍 Online Event   The SafeWAVE project has played a crucial role in advancing the assessment of environmental effects in wave energy and tackling the non-technological barriers that

SafeWAVE Project Showcased at OREAgua: Promoting Marine Renewable Energy and Climate Action

On 27th September, Iratxe Menchaca (AZTI) and Laura Zubiate (BiMEP) represented the SafeWAVE project at the OREAgua event, organised by TECNALIA Research & Innovation as part of the ORE4citizens initiative. They presented a card game developed under the Education and Public Engagement activities. OREAgua was created as part of the ORE4citizens initiative, led by more than

New project extension!

We are pleased to announce that the SAFEWAVE project has been extended until December 2024. This extension allows us to continue addressing the non-technological barriers that could hinder the future development of ocean energy, a key pillar of the EU Blue Growth strategy. Stay tuned for more developments in this area.

Assessing the Potential Impacts of Marine Renewable Energies

🌊 “Assessing the Potential Impacts of Marine Renewable Energies” Presentation highlights SafeWAVE’s main results. During the Basque Environment and Ocean Week (5-9 june), a presentation titled “Assessing the Potential Impacts of Marine Renewable Energies” took center stage. This insightful talk showcased the significant findings from the SafeWAVE project, highlighting how marine renewable energies could transform

MARENDATA: The Comprehensive Marine Renewable Energy Data Platform Gets an Upgrade

Press Release, 23 April 2024 The European funded SAFEWAVE project – Streamlining the Assessment of environmental effects of Wave Energy – has updated the MARENDATA, a data platform designed to provide instant access to marine renewable energy industry-specific information related to resource and impact assessment. MARENDATA integrates data sets from various sites, providing scientifically robust