MarineEnergy.biz has compiled the top news from marine energy industry from February 11 – February 17, 2019. https://marineenergy.biz/2019/02/13/university-of-edinburgh-develops-new-wave-energy-device/ https://marineenergy.biz/2019/02/11/eta-bags-meygen-contract-from-atlantis/ https://marineenergy.b
Vår Energi has entered into a partnership with the Norwegian Carbon Capture & Storage Research Centre (NCCS) to enable fast track CCS technology development and deployment. The agreement has a total value of NOK 30 million over a six-year period. “This partnership complements Vår Energi’s research a
The 15 month OPEC (Offshore Platform for Energy Competitiveness) feasibility project has produced a number of conclusions and recommendations which may be taken forward if further funding can be sourced. Namely, OPEC project explored the technical and economic feasibility of using large offshore flo
Saab Seaeye said it has shown that underwater e-robotic vehicles can deepwater dock at remote sub-resident docking stations for data transfer, assignment instructions and battery charging. The company announced that its Sabertooth AUV/ROV vehicle can now dock in a safe and controlled manner at diffe
ECA Group has demonstrated the capability of performing a subsea inspection using its USV (unmanned surface vehicle) Inspector deploying a H300V type ROV (remotely operated vehicle) within a research and development program led by Total and TechnipFMC. During offshore operations ROVs are deployed fr
Marine Energy Alliance: First call for support is almost closing! One day left to apply. Are you an early-stage marine energy technology company looking for guidance and support in advancing your technology’s future? Then send in your application for the Marine Energy Alliance. Deadline for entry is
University of Edinburgh engineers have developed a wave energy device known as a Dielectric Elastomer Generator (DEG) that could help generate low-cost electricity for thousands of homes. The device is designed to be incorporated into existing ocean energy systems and can convert wave power into ele
Trendsetter Engineering has completed the design and build of subsea production equipment for Noble Energy’s Leviathan project, a natural gas field development in the Eastern Mediterranean Sea off the coast of Israel. Trendsetter’s scope of work included multiple clamp connection systems, subsea dis
Experimental wind power developer Makani, owned by Google parent company Alphabet, has partnered with the energy giant Shell to bring its energy kites to offshore environments. After five years of development at X and more than a decade of development in total, Makani is now an independent company a
ESVAGT has provided support to Wavepiston during the installation of its wave energy device at the test site near Hanstholm, Denmark. The ‘Esvagt Connector’ vessel was in charge of towing the power system from port and three kilometers out at sea, Southeast of Hanstholm, and the crew managed the anc
The Alaska Center for Energy and Power (ACEP) affiliate faculty member Andy Seitz will participate in an Ocean Energy Systems Annex IV workshop in Scotland titled “Addressing Collision Risks in Tidal and River Turbines: Next Steps for the Marine Energy Sector.” Seitz will lead a discussion on the cu
Deadline on full paper submission for the 13th European Wave and Tidal Energy Conference (EWTEC 2019) has been extended. With over 600 participants from 40 countries, the 12th EWTEC Conference accepted 336 papers from 550 abstracts submitted. The 13th EWTEC Conference will be held in Napoli, Italy f
Kvaerner has signed a contract with Equinor to study how floating concrete substructures for offshore wind turbines to the planned Hywind Tampen project in the North Sea can be designed and constructed. The objectives of the front-end engineering and design (FEED) assignment are to further mature th
Kvaerner has signed a contract with Equinor to study how floating concrete substructures for offshore wind turbines to the planned Hywind Tampen project in the North Sea can be designed and constructed. The objectives of the front-end engineering and design (FEED) assignment are to further mature th
