CLS Group Strengthens Oceanography Capabilities with Akrocean Acquisition
, announced that it has entered into exclusive negotiations with Valemo and Geps Innov, shareholders of Akrocean, a specialist in turnkey ocean measurement services.This transaction forms part of CLS’ growth strategy aimed at strengthening its capabilities in operational oceanography and marine renewable energy. CLS supports offshore activities by combining metocean measurements, floating LiDAR solutions, and advanced underwater acoustics to secure offshore operations, optimize energy projects, and ensure environmental performance. The acquisition will enable CLS to offer its clients an even more
MRECo Develops Two Marine Energy Test Sites in Massachusetts
The Marine Renewable Energy Collaborative of New England (MRECo) is developing and improving two ocean testing sites in Massachusetts: the Bourne Tidal Test Site (BTTS) in the Cape Cod Canal and the Cuttyhunk Test Range (CTR) off Cuttyhunk Island.Together, these sites give innovators a safe, affordable, and permitted way to deploy new ocean technologies in the water, bridging the gap between lab experiments and real-world use.The Bourne Tidal Test Site, located in the Cape Cod Canal, is a platform built specifically for testing tidal energy devices and marine sensors in fast-moving water. The site
Eco Wave Power Moves Forward with 1MW Porto Wave Energy Project
the completion of internal engineering reviews. The submission marks a transition toward the construction phase, with further engagement with the authority expected in the coming weeks to finalize schedules.“Accurate metocean data are essential for the safe and efficient development of marine renewable energy projects. Our analysis of the Barra do Douro breakwater shows wave- and wave loading conditions that are well suited to Eco Wave Power's latest floater design, providing a solid technical foundation for the project as it advances toward execution,” said Marco Westra, managing director
Modelling Identifies Optimal Offshore Renewables Sites
in offshore power.“We’re open to working with the energy sector to help them explore how they might use the model to inform long-term planning decisions related to sustainability and energy security,” says de Queiroz.The paper, “Fused Portfolio Optimization for Harnessing Marine Renewable Energy Resources,” is published open access in the journal Energy. Corresponding author of the study is Mary Maceda, a Ph.D. student at NC State. The paper was co-authored by Rob Miller, a Ph.D. student at NC State; Victor de Faria, a recent Ph.D. graduate from NC State; Matthew Bryant, a
OS Energy to Equip New Vessels with Sonardyne's SPRINT-Nav DP System
Offshore service provider OS Energy has adopted Sonardyne’s SPRINT-Nav DP dynamic positioning (DP) reference system to support its marine renewable energy projects in the North and Baltic Seas. SPRINT-Nav DP will enable OS Energy to maintain DP integrity, even in shallow water and GNSS-compromised environments that are increasingly characteristic of offshore wind construction and maintenance activities. Housed within a single, pre-calibrated unit, the easy to integrate system allows operators ride out GNSS disruption, maintaining safety, accuracy and DP certification. It does
Eco Wave Power Launches First-Ever US Wave Energy Plant
Eco Wave Power launched its first U.S. wave energy project at the Port of Los Angeles, developed in collaboration with AltaSea and Shell Marine Renewable Energy (MRE).This project marks the first onshore wave energy installation in the U.S., showcasing Eco Wave Power's patented technology and setting the stage for large-scale wave energy deployment along America's coastlines.The demonstration site features floaters, which capture the motion of ocean waves to generate renewable electricity - proving the technology's potential to deliver reliable and clean power.While still in demonstration
Eco Wave Power, All-Ways Metal Sign Wave Power Tech Manufacturing Deal
Los Angeles, which was granted earlier this month, and builds on the federal permit received from the U.S. Army Corps of Engineers in November 2024. These regulatory milestones clear the way for full implementation of the Company's first U.S.-based wave energy system.Co-developed with Shell Marine Renewable Energy (Shell MRE), the project represents a convergence of public and private investment in renewable energy infrastructure. Once operational, the pilot installation will serve as a scalable model for future wave energy deployments along the U.S. coastline and globally
COAST, University of Victoria Join to Launch the BC Marine Energy and Decarbonization Hub
In a stride for the Canadian clean energy transition, two leaders in British Columbia’s ocean innovation sector have announced a joint initiative that forges brand new pathways for the development and commercialization of marine renewable energy and decarbonization technologies in British Columbia.The BC Marine Energy and Decarbonization Hub is a core initiative of COAST, Pacific Canada’s hub for the sustainable blue economy, delivered in partnership with the University of Victoria. The Hub is the culmination of three decades of community-centered clean energy research and innovation
Israeli Firm Gets Final Permit for US Wave Energy Demo
Renewable Energy Generation Pilot Projects granted by the U.S. Army Corps of Engineers in November 2024.With all necessary permits secured, the company is set to move forward with implementation, which is expected to be completed within two or three months.The pilot project, co-funded by Shell Marine Renewable Energy (Shell MRE), marks a significant milestone in advancing clean energy solutions by utilizing wave power to generate electricity.Under the permit, Eco Wave Power is authorized to utilize approximately 10,396 square feet of land and 2,016 square feet of water area for the installation and operation
February 2026
