Baker Hughes, Strohm Partner On UltraDeepwater Flowlines and Risers
; flexible pipe systems are helping customers around the globe produce subsea resources safely and efficiently, even in the most demanding environments. Our collaboration with Strohm is built on a shared passion for innovation and excellence that is driving new possibilities in the offshore energy sector," added Daniel Wright, Global Business Leader – Flexible Pipe Systems at Baker Hughes.The companies said the hybrid flexible pipe is currently under development, with qualification pipes being manufactured for testing, and commercial availability expected from 2028
Op-Ed: Why Wave Energy Must Be the UK’s Next Great Green Frontier
become over time the world’s largest wave farm. On top of that, a newly announced 2 GW project led by Argyll Infrastructure aims to use wave technology to power AI data centres, signalling the scale of industrial appetite now forming.For the UK, the opportunity is enormous. By 2040, the marine energy sector could support tens of thousands of high‑skilled jobs, rising to more than 80,000 by 2050. It could reinvigorate coastal towns, leverage Britain’s world‑class maritime engineering heritage, build homegrown supply chains, and unlock new export markets. Wave energy is not merely a climate
Verlume Evolves Leadership to Support Next Phase of Growth
;s long-term technology roadmap and support strategic customer relationship building.David Clark has been appointed CEO and will lead the company through its next phase of international growth and operational scale. David brings more than 35 years of international leadership experience in the global energy sector. He holds a degree in Electrical and Electronic Engineering from the University of Strathclyde and began his career with Schlumberger (now SLB), holding operational and management roles across Asia, the Middle East and Europe. He has since held senior executive positions at Technip, Wood and
Hydromea, Equinor Achieve World’s First Wireless Broadband Data Transfer from Seabed to Cloud
Hydromea, together with Equinor, has announced the world’s first demonstration of real-time, high-bandwidth wireless data transmission from the ocean floor directly to the cloud. This milestone marks an advancement in subsea asset monitoring and the digitalization of the offshore energy sector.Hydromea’s SWiG-ready LUMA Free-Space Optical (FSO) devices successfully transmitted data from the seabed to Equinor’s cloud infrastructure using Equinor’s proprietary DEEPNET network. This is the first known instance where high volume of data collected at the bottom of the
Saipem’s Underwater Drone Carries Out Autonomous Survey at Njord Field
the mission independently, contributing to seabed monitoring and the protection of marine ecosystems through the use of underwater robotics.The activity forms part of a 10-year contract signed in 2019 with Equinor, described as the first global service agreement for underwater drones in the offshore energy sector.Under the contract, the drone performs inspections and interventions on subsea assets to provide data on potential hazards and support the integrity and safety of Equinor’s subsea systems.Since entering service, Hydrone-R has logged more than 500 days of subsea residency, including remotely
TGS Moves to Expand Multi-Client Seismic Data Activity in Libya
, fit-for-purpose data and technology solutions.“We are encouraged by NOC’s confidence in TGS and our multi-client capabilities. Our focus is on delivering trusted data quality, technology and expertise that supports informed decision-making and long-term value creation for Libya’s energy sector,” said David Hajovsky, Executive Vice President, Multi-Client at TGS.TGS has a long-standing track record of delivering multi-client data solutions globally, including seismic reprocessing and integrated subsurface intelligence. Further updates will be provided as the collaboration advances
DeepOcean Wraps Up Work at US Offshore Wind Project
to have contributed to this project, led by a dedicated team in our U.S. offices,” said Mitchell Pike, Managing Director of DeepOcean’s Offshore Renewables Division.“This project is a testament to expertise in global subsea trenching and seabed intervention across the offshore energy sector. We are proud that our experienced team and state-of-the-art technology ensured a safe and efficient campaign, contributing to successful delivery,” added Tony Stokes, Managing Director DeepOcean’s Americas region
TDK’s Tronics Launches High-Temp MEMS Sensor for Drilling Applications
TDK Corporation has expanded Tronics’ high-performance MEMS inertial sensor portfolio with the launch of the AXO315®T1, a high-temperature digital accelerometer designed for energy sector drilling applications.The AXO315T1 MEMS accelerometer operates at temperatures of up to 175 degrees Celsius and is aimed primarily at measurement while drilling (MWD) applications.The device is also suited for logging while drilling (LWD), directional drilling and wireline operations, where reliable downhole navigation and inclination measurement are required in harsh temperature and vibration environments.
Modelling Identifies Optimal Offshore Renewables Sites
turbines offset periods when hydrokinetic energy production goes down, and the hydrokinetic devices offset periods when wind production goes down. It really underscores the difference our model can make in terms of maximizing investment 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
February 2026
