Welcome to quarter 2's edition of the OGV Renewables Magazine 2025 where as always we explore the technologies that are being developed and implemented during the process of energy transition.
A huge thank you to our Q2 cover partner Interocean for their comprehensive article on how their previous wind energy experience tied in with their fully integrated technological specialised solutions and R&D initiatives are enhancing not just the efficiency but also the environmental effects of offshore renewable energy projects.
We are also delighted to welcome contributions from Bilfinger, Rotech Subsea, Three60 and more across all the renewable energy disciplines and as always we have the latest project information from EIC, contract wins from Infinity Partnership and more!
Dan Hyland Editor
This fully integrated approach streamlines operations and optimises efficiency at every stage of the project.
Advanced ROV Inspection Services
A core element of Interocean’s offshore wind services is its state-of-the-art ROV inspection capabilities. These remotely operated vehicles are equipped with cutting-edge technologies, including cavitation blasting equipment, Impressed Current Cathodic Protection (ICCP) systems, laser measuring equipment and 3D photogrammetry camera systems.
By leveraging these advanced tools, Interocean ensures precise and comprehensive underwater inspections, enhancing the integrity and longevity of offshore wind installations.
Supporting Offshore Wind Farm Operations
Interocean’s track record in offshore wind energy is demonstrated through successful partnerships with industry-leading clients. The company has significantly impacted offshore wind farm operations in the UK Continental Shelf (UKCS).
Case Study: Subsea Survey & Inspection
Interocean recently partnered with a UKCS offshore wind farm to provide subsea survey and inspection services. Deploying ROV
inspection services via a Crew Transfer Vessel (CTV), the onboard 3.4u inspector provided real-time commentary during ROV dives, enhancing data collection and analysis. The comprehensive inspection process included:
» General Visual Inspection (GVI) of primary and tubular structures, including legs, cross members, welds, J-Tubes, and cathodic protection (CP) systems.
» CP Proximity Inspections of primary structures and CP systems, ensuring corrosion protection effectiveness.
» Marine Growth Measurements across primary structures, welds, and CP systems to assess biofouling impact.
The data was processed using Interocean’s Digital Edge system, providing detailed inspection reports and actionable insights for maintenance.
In a similar project, Interocean conducted a ROV inspection campaign at another UKCS offshore wind farm, focusing on:
» General Visual Inspection (GVI) of offshore wind structures, welds, J-Tubes, and CP systems.
» CP Proximity inspections to monitor the effectiveness of corrosion protection.
» Marine Growth Measurements to evaluate long-term structural integrity.
By utilising advanced inspection techniques and real-time data processing, Interocean ensures the continued reliability and efficiency of offshore wind infrastructure.
Innovation in Renewable Energy
Interocean’s commitment to innovation extends beyond traditional service offerings. One of the company’s most promising research and development initiatives is the Pivot Tree Project. This initiative focuses on developing advanced renewable mooring concepts designed to reduce the environmental footprint of traditional moorings, minimise seabed disturbance to protect marine ecosystems and lower capital and operational expenditures through lightweight interventions and constant monitoring.
By investing in innovative technologies and sustainable engineering solutions, Interocean continues to enhance the efficiency and environmental responsibility of offshore renewable energy projects.
Sustainability and Environmental Responsibility
As a company dedicated to supporting the global energy transition, Interocean prioritises sustainability and environmental responsibility. By implementing best practices in offshore wind energy and adopting ecofriendly technologies, the company actively contributes to reducing carbon emissions and mitigating climate change.
Interocean’s operations align with international sustainability goals, ensuring that its contributions support a cleaner, more sustainable future for years to come.
Shaping the Future of Renewable Energy
Interocean’s work in the renewables sector underscore its role as a leader in offshore wind energy. Through comprehensive service offerings, state-of-the-art technology, and a commitment to sustainability, the company is driving the advancement of renewable energy infrastructure worldwide.
As the world moves toward greener energy solutions, Interocean remains dedicated to providing comprehensive solutions in the offshore energy landscape. With a reputation of excellence and a vision for innovation, the company continues to shape the future of renewables.
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EDPR REPORTS STRONG Q1 2025 WITH 5% RISE IN RECURRING EBITDA
Solid Growth Driven by Higher Electricity Sales and Tax Equity Revenues in U.S. Market
EDP Renováveis SA (ELI:EDPR), the renewables arm of Portuguese utility EDP, announced a solid start to the year with a 5% year-on-year increase in recurring EBITDA, reaching EUR 477 million (USD 539 million) for the first quarter of 2025. The growth was primarily driven by stronger electricity sales and an increase in tax equity revenues in the U.S., highlighting the company’s growing footprint in key international markets.
Stripping out gains from asset rotation—a recurring strategy in EDPR’s business model where mature assets are sold to recycle capital—the underlying EBITDA growth was even more impressive at 20%. This improvement, combined with a decrease in earnings attributable to non-controlling interests, contributed to a EUR 44 million increase in underlying recurring net profit for the quarter.
However, when including the impact of asset rotation gains, recurring net profit fell slightly by 4%, landing at EUR 66 million, as gains from asset sales were lower than the same period last year. Despite this, management emphasized the strength of the company’s core operations.
Strong Operational Performance and Expansion Plans
EDPR’s total revenue surged 21% year-on-year to EUR 763 million, reflecting both the increase in electricity generation and better pricing conditions in several markets. The company produced 10.9 terawatt-hours (TWh) of clean energy during the first quarter—a 10% increase over Q1 2024. This uptick was attributed to higher installed capacity and improved wind and solar resource availability across its operating regions.
The company is also pushing ahead with its expansion goals. As of March 2025, 2.4 GW of new renewable energy capacity was under construction, placing EDPR firmly on track to achieve its target of adding 2 GW of new capacity in the current year. A significant share of this development activity is focused in Europe and the United States, in line with the company’s strategic emphasis on established and high-growth clean energy markets.
EDPR continues to leverage its diversified global portfolio, which spans wind and
solar assets across Europe, North America, South America, and Asia-Pacific. Its focus on operational excellence, disciplined capital deployment, and capital recycling through asset rotation supports long-term value creation.
Looking ahead, EDPR is expected to maintain momentum as clean energy demand rises globally and policy support strengthens in key regions. The company remains committed to achieving its medium-term growth targets while balancing profitability with sustainability.
(EUR 1 = USD 1.131)
By Tsvetana Paraskova
A consultation asked for input from stakeholders on proposals to provide greater certainty to investors and a better deal for consumers. These proposals include 1) relaxing the eligibility criteria on planning consent for fixed-bottom offshore wind, helping to speed up new offshore wind farms coming; 2) changing how offshore wind budgets are set and published, enabling funding to be invested more efficiently; and 3) increasing the Contracts for Difference contract term beyond the current 15 years, making renewables contracts more cost effective.
“Our bold new reforms will give developers the certainty they need to build clean energy in the UK, supporting our mission to become a clean energy superpower and bring down bills for good,” Miliband said.
UK Risks Missing Clean Power 2030 Targets
Despite the emphasis on clean energy, Britain is currently projected to miss its revised Clean Power 2030 targets for offshore and onshore wind, and solar PV by a combined 32 gigawatts (GW), according to forecasts from Cornwall Insight from earlier this year.
With a 16 GW shortfall, solar PV is set for the biggest underperformance, reaching 29 GW compared to the 45-47 GW government target,
UK renewable energy review
Cornwall Insight said in a report. Despite the underperformance, Cornwall Insight’s forecast still represents a 70-percent jump for solar PV from the 17 GW installed today.
Onshore wind growth is also expected to fall 10 GW short of the 27-29 GW goal, despite changes in policy. Planning issues continue to hamper progress of projects at the scale needed, Cornwall Insight’s analysts reckon.
Offshore wind would come closest to the target, falling just 6 GW short of the 43-50 GW goal. Despite cost inflation issues, the offshore wind sector has received consistent support through successive Contract for Difference (CfD) allocation rounds, according to Cornwall Insight.
“Renewables are set for substantial growth over the next five years, as the country strives to meet its clean power ambitions. However, despite promising progress, the gap between this growth and government targets underscores the urgent need to address both the operational and investment barriers slowing renewables growth,” said Tom Musker, Modelling Manager, at Cornwall Insight.
“Grid connection delays, supply chain constraints, and uncertainty surrounding electricity market reforms are all creating a challenging environment for developers,” Musker added.
“Without swift and decisive action to resolve these issues, the UK risks falling significantly behind its clean power ambitions.”
Clean Power 2030 Boosts Stability by Cutting Reliance on Fossil Fuel Imports
The UK’s Clean Power 2030 Action Plan could reduce reliance on imported fossil fuels, clean energy think tank Ember said in a March 2025 report.
Ember’s analysts noted, however, that electrification needs to speed up to tackle energy imports across the rest of the economy.
Ember’s analysis has found that the Clean Power 2030 Action Plan, which aims to accelerate the deployment of renewable energy and cut fossil fuel use, will slash an estimated 57 percent of gas imports by 2030.
However, transport and home heating remain highly exposed to energy imports, the think tank noted.
Transport fuels, currently 40 percent of which are imported, cost the average UK household more than electricity or gas.
“Stability is a key benefit of the clean power goal. Cutting UK exposure to international price shocks has benefits for power, for heating and transport. Oil and gas production is in long-term decline, the future energy secure economy will
be based on homegrown energy generation,” said Frankie Mayo, Senior Energy & Climate Analyst – UK, at Ember.
Plans to Reduce Grid Connection Delays
The UK’s energy regulator, Ofgem, is proposing a new connections system, which could be in place in spring 2025 and could end the first-come, first-served system.
Under the proposed grid connections system, projects would be fast-tracked if they can be operational quickly and are needed to hit the government’s clean power targets for 2030. This new system, which prioritises projects that are “ready” and “needed”, would see accelerated new offers made by the end of the year, with the first connected and operational from 2026.
Ofgem is thus seeking to reform the current connections regulation which has become inadequate in recent years as some early-queued projects have fallen behind schedule while more advanced projects are waiting for years – and even a decade – to connect to the grid.
“Our Clean Power Action Plan will fix the broken ‘first come first served’ system and these changes will mean a targeted approach which prioritises quicker connections for the right projects in the right place, so Britain can accelerate towards a new era of clean electricity,” Energy Secretary Miliband said.
“We have enough energy projects in the grid connection queue to deliver clean power by 2030, but many are stuck behind speculative schemes, leading to delays of up to 10 years.”
Akshay Kaul, Ofgem’s Director General for Infrastructure, commented,
“Britain will not get a clean power grid by 2030 unless an unprecedented volume of new renewable power and storage is connected to electricity networks – that’s why we’re cutting back the red tape and replacing the out-of-date connections system. ”
The UK’s renewable energy industry welcomed Ofgem’s plan to remove what it called “zombie projects” from the grid connections queue.
“Promoting shovel-ready clean energy projects by removing speculative zombie schemes which are blocking them in the queue would help to reduce the huge backlog of grid connection applications across the energy sector, which now stands at over 700 gigawatts,” said Barnaby Wharton, RenewableUK’s Director of Future Electricity Systems.
If the new measures are implemented in the right way, they should provide greater clarity for developers on faster timescales to connect to the grid. These could potentially unlock up to £15 billion investment in offshore wind alone, RenewableUK’s Wharton added.
By Tsvetana Paraskova
Europe Looks To Restore Competitiveness with Clean Industrial Deal
The European Commission in February unveiled the highly anticipated Clean Industrial Deal—a plan to boost EU competitiveness and decarbonisation by mobilizing 100 billion euros in the short term
For three years since the 2022 energy crisis, European manufacturers and heavy industry have been suffering from the high energy costs as a result of spiking electricity and natural gas prices. The high prices have threatened industrial production in key economies and loomed large over business sentiment.
The Clean Industrial Deal
The European Commission, the EU’s executive arm, acknowledged in its Clean Industrial Deal that industries need urgent support as they face high energy costs and intensified global competition from production centres such as the US and China, where natural gas and energy prices are about 4-5 times lower than in Europe.
The deal promises to mobilise more than 100 billion euros to support EU-made clean manufacturing, including by accelerating the approval of state aid to roll out renewable energy, decarbonise industry, and ensure sufficient manufacturing capacity of clean tech.
The EU’s new plan aims to focus on energyintensive industries such as steel, metals, and chemicals, that urgently need support to decarbonize, switch to clean energy, and tackle high costs, unfair global competition, and complex regulations. The other key sector getting a boost in the Deal is the clean-tech sector “which is at the heart of future competitiveness and necessary for industrial transformation, circularity, and decarbonization,” the Commission says.
The pillars of the Clean Industrial Deal include affordable energy, boosting demand for clean products, financing the clean energy transition, supporting the circular economy and access to critical raw materials, and creating jobs.
The European Commission expects that by 2030, the European remanufacturing market will grow to 100 billion euro, which will create 500,000 jobs.
Energy-Intensive Industries Want Details
While the Clean Industrial Deal acknowledges the existential challenges the European steel industry faces, it is light on details and measures, the European Steel Association, EUROFER, said.
“Concrete solutions are either left open for later decisions, such as those on global steel overcapacity and loopholes in the Carbon Border Adjustment Mechanism (CBAM), or addressed with incomplete measures, as in the case of energy prices,” the industry body noted.
EUROFER Director General Axel Eggert commented, “The Commission identifies the right challenges but falls short of providing concrete policy responses to turn the tide.”
Another association of a key industry, the chemicals trade body Cefic, said that Europe’s industries are facing historical challenges: declining demand, stalled investments, reduced capacity, and EU natural gas prices at 4-5 times higher than its competitors.
The chemicals industry needs the Commission to “give us a realistic planning for the remaining actions. When we say actions, we mean action, not strategies, policies or
For 80 years the EIC has helped companies, large and small, to maximise business opportunities in the energy industries, whether sourcing or supplying goods and services, at home or abroad. We are passionate about helping our member companies to diversify, export and win new business.
RENEWABLE PROJECTS
Areia Branca Offshore Wind Test Site
BRAZIL
SENAI RN
$55mn
Development of an offshore wind farm with a power capacity of 24.5 MW in Rio Grande do Norte. The farm will feature an 8.5 MW turbine and a 16 MW turbine located 4.5 km from Porto-Ilha de Areia Branca, at the Areia Branca terminal, at a depth of 7-8 m in the sea. Senai-RN is preparing a tender for the project with construction to begin in 2027.
Offshore Wind Farm
Yokji
SOUTH KOREA
Vena Energy & Korea Midland Power Co Ltd (KOMIPO)
$600mn
Construction of a 384 MW offshore wind farm located off the coast of Yokjido island, South Korea. Once completed, the project will be capable of powering up to 184,000 Korean households annually. Vena Energy has recently reached a final investment decision (FID) on the wind farm, committing $200mn (€184.7mn) to the project.
Floating Offshore Wind Farm Mareld
SWEDEN
Freja Offshore
$4.5bn
Development of a 2.5 GW floating wind farm in the southern part of the Skagerrak 35 km off Lysekil, in the North Sea. The wind farm has secured a Natura 2000 permit by the County Administrative Board of Västra Götaland. The permit is one of three permits required for construction. The next two approvals are under the Swedish Economic Zone Act (SEZ) and the Continental Shelf Act (KSL), which have already been recommended by the County Administrative Board and SGU, respectively.
Offshore Wind Farm Gippsland I
AUSTRALIA
Ørsted
$3.9bn
A 2.8 GW offshore wind farm 56-100 km off the coast of Gippsland, Victoria. The feasibility stage management plan for Gippsland I & II has been approved by the Offshore Infrastructure Regulator (OIR). Ørsted can begin feasibility activities and will also deploy two units of Floating Light Detection and Ranging (FLiDAR) systems, which will remain for up to two years.
RECORD-BREAKING MONOPILE INSTALLATION SETS A SOLID FOUNDATION FOR SCOTTISHPOWER’S BIGGEST-EVER OFFSHORE WINDFARM
The offshore construction programme for ScottishPower’s biggest-ever renewables project is officially underway with the installation of the first foundation for the green energy company’s £4 billion East Anglia THREE offshore windfarm.
Standing at 83.89m tall, 10.6m in diameter and weighing 1,800 tonnes, the monopile also represents a new offshore wind industry record – becoming the largest installed to date from a jack-up vessel in Europe.
Charlie Jordan, ScottishPower Renewables CEO, said: “The installation of our first East Anglia THREE foundation is a real wow moment for both ScottishPower and Iberdrola. It represents a mammoth feat of engineering, skill and a huge amount of work. We’re talking an incredible 1800 tonnes of steel, safely and securely lifted and then precisely placed in the exact spot in an area the size of almost 43,000 football pitches. We’ve never built anything of this scale before!
“East Anglia THREE will be the biggest-ever windfarm across the whole of the Iberdrola group and the second largest in the world when it comes into operation. To visibly see it starting to take shape in the North Sea is a real milestone moment and definitely something to be proud of. This project is a fantastic example of how we’re generating
been installed, with each 20 metres in height, 8 metres in diameter and weighing more than 400 tonnes.
Seaway7 is installing all of the East Anglia THREE monopiles and transition pieces. To achieve this, the Seaway Ventus jack-up vessel has been fitted with a custom-built mission equipment spread that was designed, fabricated, and installed in under two years to meet the project schedule and performance requirements.
more secure, green electricity for the UK; investing in the country’s clean energy future; and supporting jobs and opportunities for decades to come.”
The monopile – manufactured by Joint Venture Navantia Seanergies Windar Renovables (JVNW) – was installed by the Seaway Ventus jack-up installation vessel.
It is the first of 95 monopiles being manufactured for the 1.4GW windfarm – the biggest in the ScottishPower and Iberdrola portfolios. JVNW is fabricating 45 of the 95 foundations for the project, with the remaining 50 being manufactured by Haizea.
Each of the 95 monopiles will be between 67 and 85 metres in length, up to 10.6 metres in diameter and weigh between 1200 and 1800 tonnes. They will support 95 14.7MW Siemens Gamesa turbines that will generate a total of 1400MW of clean energy – enough to power the equivalent of more than 1.3 million homes.
The first of the 95 transition pieces –produced by Windar Renovables – has also
Lloyd Duthie, Seaway7 Vice President UK, Ireland & Asia, said, “We are proud to have successfully installed the first foundation for East Anglia THREE. This achievement comes after two years of preparation, resulting in Seaway Ventus installing the largest monopile from a jack-up vessel in Europe. It really is testament to the scale of engineering that can be achieved together with partners across the supply chain. We look forward to progressing this significant multiyear construction project, encompassing foundation and inner-array cable installation, with ScottishPower Renewables to deliver a substantial contribution to the UK’s renewable energy ambitions.”
The installation of all 95 turbines is expected to be completed by early 2026.
DOF INVESTS IN FIRST OF ITS KIND MODULAR CABLE REPAIR SPREAD TO ACCELERATE OFFSHORE WIND UPTIME
Global offshore services leader, DOF, has announced an investment in a first of its kind, modular cable repair spread designed to transform how offshore wind operators respond to cable faults. Uniquely engineered for compatibility across DOF’s fleet of 65 vessels, the system offers an industryfirst combination of fleet-wide flexibility, road transportability, and rapid deployment capabilities.
Developed in collaboration with engineering specialists, Royal IHC, the spread allows for mobilisation and commissioning within 48 hours, using just 12 lifting operations. A vast improvement on traditional fixed systems, which are often limited to single-vessel availability.
“This is a genuine step change in how the industry can respond to cable fault downtime,” said Dag Raymond Rasch, Executive Vice President DOF Atlantic. “Our investment reflects DOF’s ability to rapidly address clients’ needs. We’re not just adapting oil and gas equipment – this system has been purpose-built for offshore wind, with flexibility, efficiency and uptime at its core.”
The new system includes a compact quadrant handler, tensioner, roller tables, and overboarding chute – all designed for plug-and-play operation. Its minimal footprint improves deck efficiency while maintaining cable integrity through all lay and recovery modes.
PRIME MINISTER ANNOUNCES £300 MILLION BOOST FOR OFFSHORE WIND SUPPLY CHAINS
The Prime Minister has today (April 24) announced an initial £300 million funding package ahead of the Spending Review for Great British Energy to invest in supply chains for offshore wind. Individual companies will be able to apply for grants if they can show that they will produce longterm investments in UK supply chains.
The announcement was made ahead of the International Summit on the Future of Energy Security hosted by the UK Government and International Energy Agency in London.
Claire Mack, Chief Executive of Scottish Renewables, said:
“This new funding announced today is a welcome boost for Scotland’s offshore wind sector which is central to our clean power future.
“Industry has repeatedly called for strategic ahead-of-time investment in domestic supply chains to ensure the economic benefits of offshore wind are captured in Scotland.
“Making these investments now across our diverse range of ports, manufacturers and suppliers will deliver the green industrial growth and high-skilled jobs we all want to secure.
This investment follows the successful completion of a high-profile subsea cable repair project for a major operator in the Netherlands in 2024, where DOF deployed its owned vessels and existing repair spread to restore service with minimal interruption.
“By owning both the vessels and the modular repair spread, DOF offers clients a level of control and responsiveness that’s otherwise difficult to achieve.” added Dag Raymond “Improving response times and reduced downtime for clients – especially under emergency conditions.”
DOF has already secured multiple frame agreements with leading offshore wind operators in Europe, the USA, and APAC, reinforcing the global relevance of its cable repair service line with a dedicated fleet, modular technology, and proven operational pedigree
“However, the value of these investments will only be realised through sustained project activity across Scotland’s unrivalled offshore wind pipeline. Developers and supply chains are working together to identify where funding of this scale can help to deliver a strong return for the country.”
DUTCH GOVERNMENT ADJUSTS NORTH SEA OFFSHORE WIND PLANS TO PRESERVE FISHERIES
The Dutch government has revised its offshore wind plans, scaling back its targets and eliminating one proposed development zone to allow greater access for the fishing industry, according to a new draft amendment to the North Sea Programme.
The target for offshore wind energy has been adjusted from 50 GW to 21 GW. However, there is also room left free for fishing activities in the future wind energy area 6/7, according to the Dutch Fishermen’s Association (Nederlandse Vissersbond).
In the newly designated wind energy area, a zone covering between 1,520 and 1,620 square kilometres will remain free of wind turbines.
This will preserve a catchment area for langoustine, also known as the Norwegian lobster, and allow the current fishing activities in this area to continue.
In 2022, the Dutch government designated three new areas, including Lagerland, for the development of offshore wind farms.
According to the amended plan, the Lagerland area, located west of Texel and Vlieland, has
PENSPEN SECURES CLEAN ENERGY CONTRACTS ACROSS EUROPE
AND THE MIDDLE EAST
Penspen, an international consultancy specializing in energy, has recently secured a range of new contracts aimed at advancing renewable energy initiatives in both Europe and the Middle East.
In Saudi Arabia, the firm signed two new framework agreements focused on clean energy development. These contracts encompass feasibility studies, front-end engineering design (FEED), detailed design, and project management services for hydrogen, wind, and geothermal energy projects.
Across the UK and mainland Europe, Penspen has been awarded contracts related to hydrogen infrastructure, including projects for repurposing existing assets, blending hydrogen with natural gas, and implementing carbon capture technologies. These deals are part of a broader portfolio of 57 new energy sector contracts.
been removed from future offshore wind plans due to its great value for fishing. As a result, this area is no longer designated as a wind energy area. The previous target of 50 GW of wind energy has been postponed to the next North Sea Programme in 2028.
Under its offshore wind roadmap, the Netherlands not only plans the 21 GW of offshore wind in 2032 but it also outlines the path towards adding further capacity after that, with an ultimate goal of reaching a total of 72 GW of offshore wind capacity in the North Sea.
At the beginning of this year, the Dutch Ministry of Climate and Green Growth revealed that it is exploring which procedure to choose for the permitting of the Nederwiek II and Nederwiek III offshore wind sites that are planned to be put out to tender in 2026.
The second half of 2024 saw a boost to Penspen’s European project pipeline with new assignments from Conexus, Latvia’s gas system operator, and the Trans Adriatic Pipeline. These projects focus on hydrogen integration through repurposing and blending initiatives.
In addition, the company expanded its capabilities with the acquisition of Aberdeenbased C&I Engineering Solutions in October 2024, strengthening its presence in the renewable energy space while maintaining its foothold in traditional energy.
“Our Western Hemisphere team continues to be a trusted advisor for clients navigating the energy transition,” said CEO Peter O’Sullivan. “We’re helping partners assess how to adapt their infrastructure for hydrogen use and to design systems for hydrogen and carbon capture.”
Meanwhile, in the Eastern Hemisphere, Penspen has been engaged in providing engineering services for the Hail & Ghasha net-zero gas initiative.
Case Study: Enhancing Stability and Efficiency in the Saint Brieuc Offshore Wind Project Introduction
The Saint Brieuc Offshore Wind Project, inaugurated by Iberdrola, is a landmark initiative in the renewable energy sector. With an investment of €2.4 billion, this project is set to provide secure, indigenous and emission-free energy to approximately 1 million people in the Brittany region of France. The project features 62 wind turbines, each with a capacity of 8MW, making it one of the most powerful offshore wind farms in France. THREE60 Energy played a crucial role in this project by supplying its proprietary technology, the innovative PileProp™ system, which was essential for the installation of the wind turbine foundation jackets.
Project Overview
Ailes Marines, a subsidiary of Iberdrola, required a DNV-compliant solution to allow the foundation jackets for 62 wind turbines to be installed in the Saint Brieuc Offshore Wind Farm. The challenge was to design, manufacture, install and commission a pile gripper system that could be integrated within the jacket fabrication phase. Traditional solutions like gripper cans were not effective in minimising early age cycling (EAC) and ensuring On Bottom Stability (OBS) of the jacket foundation.
The PileProp™ Solution
THREE60 developed the PileProp™ system, which uses hydraulic cylinders to securely hold wind turbines in place during installation. This system minimises downtime caused by severe conditions and increases the installation window. It also boosts efficiency and speed, as it can hold the jacket on station for up to 7 days before grouting, allowing the installation vessel and supporting infrastructure to move to the next site. By reducing the risk of early grouting failures, it increases the probability of getting it right the first time and lowers project costs both initially and over the project's life. It can be operated from the top of the jacket or remotely from a support vessel using line-of-sight wireless communication or 4G.
Working closely with Ailes Marines’ Transport & Installation and Foundations teams, THREE60 designed and installed the PileProp™ solution within a tight timescale, ensuring it was ready before the jacket delivery. The system allowed for easy positioning during the design stage of the jackets, was standardised to provide cost efficiencies and met DNV requirements for EAC and OBS during grouting. The offshore jacket installation work was successfully completed during the installation campaigns of 2022 and 2023. The PileProp™ system exceeded the original specification requirements and increased the installation windows for Ailes Marines, contributing to the overall success of the project.
Conclusion
THREE60's involvement in the Saint Brieuc Offshore Wind Project highlights the company's expertise in providing innovative and effective solutions for complex offshore wind installations. The successful implementation of the PileProp™ system not only ensured the stability and integrity of the wind turbine foundations but also demonstrated the potential for future advancements in offshore wind technology.
The original contract was won and fulfilled by Caley Ocean Systems, who were acquired by THREE60 Energy in October 2023. Caley Ocean Systems now forms part of THREE60's Product & Project Solutions service line.
GALLOWAY FACES HALF A BILLION POUNDS LOSS IF NATIONAL PARK PROCEEDS, REPORT FINDS
The proposed establishment of a national park in Galloway could result in the loss of around half a billion pounds to the area over the next decade, says Scottish Renewables, the trade body representing the onshore wind industry in Scotland.
The warning comes ahead of an imminent deadline for NatureScot to submit its advice to the Scottish Government following an extended public consultation period. No decision to designate a third national park has yet been taken – and ministers will now consider the proposal.
Projections from the Department for Energy Security and Net Zero indicate that Dumfries and Galloway could generate up to 3.2 GW of energy from onshore wind by 2035. This would contribute approximately £935 million over the next decade and support up to 624 jobs annually at peak activity. Community benefit payments in the region could amount to £146 million by 2035.
However, research from Biggar Economics has found that adopting a planning regime similar to Scotland’s existing national parks could result in the Galloway region suffering a cumulative economic loss of around £543 million by 2035, with 470 fewer jobs supported annually at peak activity. The region could also miss out on approximately £64 million in community benefit funding.
The report found that a new national park in Galloway would likely reduce economic activity as onshore wind developers face increased challenges and opposition to developments near the park. This would hinder the deployment of onshore wind projects, resulting in reduced economic activity, lower community benefit payments, and difficulties in meeting national renewable energy targets by 2030.
The Scottish Government’s Onshore Wind Policy Statement aims to achieve 20GW of onshore wind capacity by 2030, a crucial step towards decarbonising Scotland’s energy system. Dumfries and Galloway is a key region for onshore wind development and the report has highlighted that any national park designation could severely hinder progress towards these targets.
Scottish Renewables is urging policymakers to reconsider the Galloway National Park proposal, emphasising that the potential economic and environmental benefits of onshore wind development in Dumfries and Galloway far outweigh the advantages of a national park designation.
“The proposal to designate a new National Park in Dumfries and Galloway must be weighed carefully against the significant economic and environmental contributions of renewable energy projects currently in development.
“Research by BiGGAR Economics shows that blocking onshore wind developments alone could lead to fewer jobs, lower investment, and lost opportunities for communities. And that’s just part of the picture — the study didn’t include the impact of losing solar, battery storage, or transmission projects, which would make the economic hit even worse.
“It’s also important to remember renewable energy projects are already delivering tangible environmental gains. They are subject to rigorous habitat and peatland management plans and, under the Scottish Onshore Wind Sector Deal, are committed to achieving biodiversity net gain.
“In many cases, the level of ecological restoration supported by renewable developers exceeds what could be achieved through public funding alone. A National Park designation should not come at the cost of clean energy, green jobs, and vital infrastructure. Any decision must consider what local communities stand to lose, not just what they might gain.”
Claire Mack, Chief Executive of Scottish Renewables, said:
ORSTED PULLS PLUG ON HORNSEA 4 WINDFARM, BLAMING A SURGE IN CHALLENGES
The world’s largest windfarm’s expansion plans are under threat but the government signals it will work with the developer to get the project back on track.
The developer of the Hornsea 4 windfarm expansion has “discontinued” the project, blaming a surge in challenges including higher costs.
Orsted made the announcement while revealing a bigger than expected rise in first quarter profits despite increased headwinds facing its offshore wind interests.
The Danish firm secured funding for both Hornsea 3 and Hornsea 4 under the government’s auction of renewable energy “contracts for difference” last year.
The projects, when combined, would have more than doubled the size of the existing Hornsea windfarm off the East Yorkshire coast – already the world’s largest.
It had the potential to add 2,400 MW of peak capacity – enough to power 2.6 million homes.
But the company said on Wednesday that Hornsea 4 was no longer viable in its current form.
It cited “several adverse developments relating to continued increase of supply chain costs, higher interest rates, and an increase in the risk to construct and operate Hornsea 4 on the planned timeline for a project of this scale”.
It added: “Orsted will evaluate options for future development of the Hornsea 4 project given
the continuing seabed rights, grid connection agreement and Development Consent Order.”
The decision represents a blow to the government’s green energy ambitions.
It wants to eliminate the UK’s reliance on natural gas for energy security which, it says, will erase the country’s exposure to price volatility, bring down bills and bolster the fight against climate change at the same time.
Orsted boss Rasmus Errboe said: “We remain fully committed to being an important partner to the UK government to help them achieve their ambitious target for offshore wind build-out and appreciate the work they’ve done to deliver a clear framework to support offshore wind.
“However, our capital allocation is based on a strict and value-focused approach, and after careful consideration, we’ve decided to discontinue the development of the Hornsea 4 project in its current form, well ahead of the planned Final Investment Decision later this year.”
A Department for Energy Security and Net Zero spokesperson responded: “We recognise the effect that globally high inflation and supply chain constraints are having on industry across Europe, and we will work with Orsted to get Hornsea 4 back on track.
“We have a strong pipeline of projects to deliver clean power by 2030 and our mission-led approach ensures we can steer our way through global pressures and individual commercial decisions to reach our targets.
“Through our mission we will deliver an energy system that brings energy bills down for good and bolsters Britain’s energy security as part of our Plan for Change.”
Dhara Vyas, the chief executive of industry body Energy UK, responded: “In 2024, wind overtook gas as GB’s largest source of power. Along with the broad range of technologies we have, wind has already and will continue to play a significant role in reducing our reliance on foreign fossil fuels, and building a resilient energy system powered predominately by British sources.
“Not only will this boost energy security, it will grow our economy and bring down bills in the long-term.
“The loss of such a big project will raise the stakes yet further for the forthcoming Contracts for Difference auction round, AR7.
“Whilst Orsted has been clear this is not a result of government policy, with offshore wind playing such a critical role in our future energy ambitions it’s vital that the government doubles down to ensure AR7 is a success.”
Greenpeace UK’s head of climate, Mel Evans, said: “It is a tragic irony that gas-driven inflation is threatening the very thing that promises to bring down the soaring cost of energy, which has sent inflation and manufacturing costs through the roof. Getting off volatile and expensive gas and making renewables the backbone of our energy system has never been more necessary than it is right now.
“Post-COVID supply chain breakdowns have also made everything much harder to build, on time or on budget.
“This is why the government must double down on its commitment to clean power and invest heavily in domestic wind manufacturing. This would help to overcome the supply chain issues faced by companies like Orsted and lower costs, which would be good for the government’s clean power plan, good for jobs and good for Britain.”
THE WELSH GOVERNMENT HAS FINALISED A £2 MILLION EQUITY INVESTMENT IN INYANGA MARINE ENERGY GROUP, A FIRM SPECIALISING IN TIDAL POWER.
This investment, which First Minister Eluned Morgan is set to announce at the Marine Energy Wales Conference in Cardiff, will support the testing of enhanced tidal turbines under actual sea conditions at the Morlais tidal energy site, situated off the coast of Ynys Môn (Anglesey).
Specifically, the funding will enable improvements to Inyanga's HydroWing turbines (as pictured), with the aim of boosting their energy generation capacity by up to 60%. These upgraded turbines are intended to power the majority of tidal energy schemes planned for the Morlais site.
The Morlais location is recognised for its powerful tidal streams. This 35 square kilometre area holds the potential to generate enough electricity to supply over 180,000 homes once fully developed, making it one of the largest consented tidal energy projects in Europe.
The Welsh Government has stated its commitment to establishing Wales as a global hub for emerging tidal technologies.
This announcement aligns with the First Minister's key objectives of developing a stronger, greener economy and addressing the climate emergency.
First Minister Eluned Morgan commented: “This investment marks a significant stride forward for Wales’ clean energy future.
“Tidal energy provides a reliable and clean source of power, while also generating quality jobs in coastal communities where they are most needed.
“By investing in innovation, we are positioning Wales at the forefront of marine energy technology.
“The improved turbines will explore ways to make tidal energy more viable, thereby helping to accelerate the global transition away from fossil fuels.
“Following my visit to the international Wind Europe conference in Copenhagen last month, today’s investment demonstrates our serious commitment to renewable energy and its crucial role in meeting our future energy demands.”
Inyanga Marine Energy Group's Chief Executive Officer, Richard Parkinson, stated: “Our patented HydroWing tidal array technology is at the cutting edge of renewable energy developments, unlocking the full potential of ocean tides as a continuous and predictable energy source.
“This substantial £2 million equity investment from the Welsh Government completes the financing for the demonstration phase of our ambitious technology.
“The Morlais tidal energy scheme is the largest consented project of its kind globally, truly establishing Wales as a world leader in renewable energy.
“Tidal energy has the potential to meet 11% of the UK’s total energy needs, and today’s announcement represents an important milestone on that journey.”
In September 2024, the Welsh Government made an £8 million equity investment in Menter Môn Morlais Ltd, the company responsible for operating and developing the Morlais tidal stream demonstration facility.
The Welsh Government’s investment in Inyanga Marine Energy Group will be complemented by £1.7 million of private sector funding.
VERLUME BOLSTERS US SALES PLANS WITH KEY PARTNER APPOINTMENT
Verlume, the world leader in subsea batteries and power management systems, has appointed C.A. Richards & Associates, Inc (C.A. Richards) as its latest business development partner in the United States of America.
Houston-based C.A. Richards will represent Verlume, spearheading business development efforts to build relationships and generate qualified leads in the offshore oil and gas sector, as well as ocean science markets.
The partnership forms a key pillar of Verlume’s global expansion strategy, with the USA and the Gulf representing a high-growth market for its Charge seabed battery system.
With increasing demand for reliable subsea power solutions, Verlume’s Charge rechargeable subsea battery and power management system is uniquely positioned to address power remediation challenges within brownfield sites. This includes where subsea umbilicals have failed or where FPSO (Floating Production Storage and Offloading) units need to disconnect from the subsea system.
The company’s Axonn intelligent energy management system is the only such technology of its kind available on the market, enabling stable power output to multiple subsea assets through its unique integration of hardware and software systems.
Richard Knox, chief executive officer at Verlume, said: “This is a significant step forward for our US business growth. With successful projects already completed in the Gulf and a number of client engagements ongoing, we are excited to deepen our presence through this partnership.
“C.A. Richards brings extensive local market insight and a proven track record in strategic business development. We are confident that this collaboration will unlock further opportunities to deploy our subsea battery and power management systems at scale.”
Shannon Giagnorio, CEO at C.A. Richards, added: “Richard and the team at Verlume have developed a fantastic global track record and we are thrilled to be a part of their expanding presence here in the Western Hemisphere. Their subsea battery solutions are cutting edge
and open a whole new world of possibilities for powering underwater systems.”
The partnership with C.A. Richards complements Verlume’s ongoing collaboration with Fortior Ventures, which has been active since 2021 and continues to support the company’s business development in North America.
Pictured at the Offshore Technology Conference in Houston this week, L-R: Tom Giagnorio (President, C.A. Richards), Shannon Giagnorio (CEO, C.A. Richards), Richard Knox (CEO, Verlume), Chris Wallace (Global Head of Business Development, Verlume).
UK LAUNCHES £2 BILLION CARBON CAPTURE NETWORK TO DRIVE CLEAN ENERGY AND INDUSTRIAL GROWTH
Government and Eni partnership kicks off construction of Liverpool Bay CCS project, creating 2,000 jobs, cutting emissions, and reinforcing Britain’s energy security under the Plan for Change
British households and businesses will benefit from greater energy security as a significant carbon capture and storage network is now ready for construction, supporting 2,000 jobs through the Plan for Change.
The launch of this novel industry for Britain delivers a substantial boost to heavy industry –a key aspect of the government’s commitment to supporting British manufacturing.
Energy firm Eni today (24th April 2025) finalised a major agreement with the government, which will see them award approximately £2 billion in supply chain contracts for their Liverpool Bay Carbon Capture and Storage Project, spanning North Wales and the North West of England.
Today’s agreement delivers on a pledge made by the Prime Minister and Energy Secretary in October to develop a world-leading carbon capture industry – backed by £21.7 billion – reinvigorating industrial heartlands across the nation and stimulating growth in manufacturing communities.
This announcement coincides with the North Sea Transition Authority (NSTA) granting three carbon storage permits to Eni for its Liverpool Bay CCS project.
This will establish a network of clean infrastructure, decarbonising industries such as energy from waste, hydrogen, and cement production – whilst supporting highly skilled construction jobs and enabling the future
generation of low-carbon power.
In addition, the government has outlined further planning reforms to provide developers with certainty and clarity regarding the importance of clean power projects, such as solar, onshore and offshore wind, and nuclear, when decisions are made on energy infrastructure of critical national priority.
Previously, where policy, legislation, and guidance allowed for ambiguity, planners and decision-makers have adopted a cautious approach to approving clean energy infrastructure, resulting in lengthy paperwork and bureaucracy hindering decisions and impeding Britain’s energy security.
Changes will streamline the planning system and facilitate building in Britain by providing developers with clear requirements for their clean power projects to succeed. By prioritising clean power by 2030 at the heart of planning policy, the government is supporting industry, removing delays, and accelerating the construction of clean energy projects.
Prime Minister Keir Starmer stated:
Our Plan for Change is delivering – we promised to create jobs and drive growth through carbon capture technology, and now we are. Preparations for construction are underway, supporting over 2,000 new jobs and benefiting thousands more, transforming the lives of hard-working individuals.
Energy Secretary Ed Miliband commented:
Today, we are fulfilling our promise to launch an entirely new clean energy industry for our country – carbon capture and storage – to generate thousands of highly skilled jobs and revitalise our industrial communities.
We are making the UK energy secure and supporting our engineers, electricians, and welders so that we can protect households and businesses and create jobs through our Plan for Change.
Chancellor of the Exchequer, Rachel Reeves, said:
We pledged to regenerate our nation’s industrial heartlands, create good jobs, establish Britain as a clean energy superpower, and grow our economy to improve the financial well-being of working people.
This agreement is another demonstration of us delivering on those pledges, with thousands of new jobs being created, our energy security strengthened, and our industries decarbonised with a transformative technology – our Plan for Change in action.
Eni CEO Claudio Descalzi remarked:
The strategic agreement with the UK government paves the way for the industrialscale development of CCS, a sector in which the United Kingdom reaffirms its leadership thanks to the promotion of a regulatory framework that aims to strengthen the development of CCS and make it fully competitive in the market.
Eni has established itself as a leading operator in the UK due to its crucial role in CO2 transport and storage activities as the leader of the HyNet Consortium, which will become one of the first low-carbon clusters globally.
Stuart Payne, Chief Executive of the North Sea Transition Authority, said:
We have taken another significant step towards realising this country’s ambitions for carbon storage. It has been a collaborative effort and demonstrates the necessity of working together to unlock the UK’s vast potential to address climate change and ensure energy security.
The Prime Minister confirmed the agreement today during a speech at the Future of Energy Security Summit, hosted by the UK government and the International Energy Agency. Ministers and business leaders from around the world convened in London, including the President of the EU Commission Ursula von der Leyen, as countries take action to safeguard themselves from future energy shocks in these uncertain times.
At the summit, the government also established a new initiative focused on strengthening global supply chains through the UK-led Global Clean Power Alliance (GCPA). The GCPA will unite the Global North and South – drawing on and sharing the UK’s world-leading experience in pursuing Clean Power by 2030 to accelerate the global clean energy transition.
Foreign Secretary David Lammy stated:
This week’s Summit presents a crucial opportunity to advance international energy security.
We are collaborating with partners through our Global Clean Power Alliance (GCPA) to accelerate global clean energy, which promises to bring growth, jobs, and lower bills to the UK. As the Prime Minister outlined today, the GCPA will next focus on ensuring reliable, low-cost clean energy supply chains. In an increasingly uncertain world, cooperation across the Global North and South will be essential to achieve this.
The supply chain initiative will bring countries together to diversify clean energy supply chains, drive investment into renewables, and address bottlenecks. Working with other nations will not only help to secure and diversify the clean energy of the future but also provide new growth opportunities across our countries and relevant supply chains, from critical mineral processing to strengthening manufacturing and industrial partnerships.
The rapid decline in the cost of renewables is driving significant growth in clean energy worldwide. In 2024, 80% of the increase in global electricity generation came from renewables and nuclear. The UK alone has already attracted £43.7 billion of private sector investment announcements in clean energy since July.
PLUG POWER TAPS BASF FOR HYDROGEN PURIFICATION ACROSS KEY LIQUEFACTION PROJECTS
Collaboration aims to boost efficiency and reliability at multiple U.S. liquid hydrogen plants using BASF’s advanced catalyst and adsorbent technologies
Plug Power has selected BASF’s advanced purification technology for use at its upcoming hydrogen liquefaction plants, each designed with capacities of 30, 60, and 90 tonnes per day.
The collaboration will see BASF’s Purivate® Pd15 DeOxo catalysts and Sorbead® Air adsorbents integrated into Plug’s production processes. These systems are engineered to improve both efficiency and reliability: the DeOxo catalysts eliminate oxygen impurities, while the Sorbead adsorbents effectively remove moisture from electrolysed hydrogen.
BASF’s purification solutions were chosen following a rigorous technical qualification process, which included evaluation against an extensive portfolio of successful deployments in the hydrogen sector.
Although Plug has not disclosed the exact locations of the new liquefaction facilities, the company continues to expand its hydrogen footprint across the U.S. Recent milestones include the commissioning of a 15 TPD hydrogen liquefaction plant in Louisiana
through its Hidrogenii joint venture with Olin Corporation, and the launch of a 40MW hydrogen production plant in Georgia—one of the largest of its kind in the country.
“We believe this collaboration will provide our clients with proven and reliable end-toend solutions that enhance the economic viability of liquid hydrogen plants,” said Daniel Kennedy, Vice President of Process Technology at Plug Power.
Like many in the green hydrogen sector, Plug Power has faced financial headwinds in 2025. However, the company reported approximately $296 million in unrestricted cash as of March. With recent cost-cutting initiatives and more favorable commercial terms, Plug says it does not plan to issue new equity this year.
To further strengthen its balance sheet, the company secured a $525 million loan from Yorkville Advisors in April. As a show of commitment, CEO Andy Marsh announced he would take half of his 2025 salary in company stock.
ORMAT ACQUIRES NEVADA GEOTHERMAL PLANT IN $88M DEAL
Company plans capacity expansion and solar integration at Blue Mountain facility
US renewable energy firm Ormat Technologies Inc. (NYSE: ORA) has entered into an agreement to acquire a 20-MW operational geothermal power plant in Nevada from Cyrq Energy LLC for USD 88 million (EUR 77.4 million). The move includes plans to increase the plant’s output and integrate solar power on-site.
The Blue Mountain geothermal facility, located near Winnemucca in Humboldt County, was originally constructed using Ormat’s proprietary technology. It currently holds a 51-MW interconnection capacity and supplies power under an offtake agreement with an NV Energy
(NVE) subsidiary, effective through the end of 2029.
The deal is expected to close by the end of the second quarter of 2025. Following the acquisition, Ormat intends to boost capacity by 3.5 MW and is exploring the addition of up to 13 MW of solar power to support the plant’s auxiliary systems. The solar project is contingent on securing permits and a power purchase agreement (PPA).
Meanwhile, Salt Lake City-based Cyrq Energy noted that proceeds from the sale will be used to support further project development.
Exploration drilling for geothermal energy in Magglingen in Switzerland is expected to start by the end of 2027 following the results of a seismic survey.
Exploratory drilling for the Magglingen geothermal project in Switzerland is planned to start by the end of 2027. The goal for the well would be provide information to evaluate whether the deep water be used for a geothermal plant at the Federal Office of Sport’s (FOSP) National Sports Center in Magglingen.
If exploration drilling is successful, the well can likely begin supplying heat to the Magglingen National Sports Center of the Federal Office of Sport (FOSP) by 2029.
In 2023, the Federal Office for Climate Protection (BBL) conducted an underground survey in the region around Magglingen. The aim of the extensive investigations was to obtain the most precise possible geological map of Magglingen’s subsurface and to gain insights into potential warm deep water sources for geothermal heat generation. The analysis of the collected data suggests several potential deep water reservoirs.
From this initial image of the subsurface, the course and location of geological layers and faults can be derived. Due to the complex subsurface beneath Magglingen, an area of uncertainty remains in the interpretation of this data and the resulting model. Further measures and investigations are intended to further reduce the uncertainty and the associated risk of failure in any drilling operation.
Exploratory drilling is necessary for many geothermal projects because the exact location of the deep water is uncertain and key parameters such as water temperature, water volume, and flow rate are unknown. These factors are crucial for the economic use of the deep water. The planned exploratory drilling at a depth of approximately 1,500 to 2,300 meters will reduce existing uncertainties and project risks. At the same time, it will provide important insights into the subsurface.
The Blue Mountain geothermal power facility in Nevada. Image source: Cyrq Energy.
AUSTRALIAN FIRM GRANTED GEOTHERMAL EXPLORATION LICENSE IN NORTH EFATE, VANUATU
Australian-based Groundlink Energy has been granted a geothermal exploration license for the Takare site in North Efate, Vanuatu.
Australia-based company Groundlink Energy Pty Ltd (Groundlink Energy) has been granted a geothermal exploration license for a site in Takara, north of the Efate Island, which is part of the islands of Vanuatu. The project is currently transitioning to the drilling phase, which will determine the resource’s capacity for electricity generation.
“Groundlink Energy is honoured to be working with the Government and the people of Vanuatu to undertake exploration activities across the licence area in North Efate,” said Groundlink Energy co-founder Tim Horneman.
“This licence is an important step in the journey toward the future construction and operation of a geothermal power plant to deliver lowercost, lower-emissions electricity to Vanuatu. With connectivity to the grid possible through existing transmission infrastructure, the project is well placed to make a contribution to the economy of Vanuatu.”
Groundlink Energy becomes the third overseas company to meet the full regulatory requirements for a geothermal exploration license in Vanuatu under the Geothermal Act No. 40 of 2019. The exploration license granted to the company is under the oversight of the Geothermal Exploration Advisory Board, which was established under the Geothermal Act to regulate geothermal development activities in Vanuatu. Standards on performance, environmental management, and local engagement have been set by the regulation.
“The company underwent extensive vetting, including checks by the Vanuatu Financial Intelligence Unit (FIU) and the Vanuatu Financial Services Commission (VFSC), to ensure they were a genuine entity with both the technical and financial capacity to carry out the exploration works within the life of the license,” commented Benjamin Titus, Licensing and Tenement Registrar at the Geology and Mines Unit of Vanuatu.
Titus also stated that the company had conducted consultation sessions with the relevant villages in North Efate, and that the communities have responded positively to the exploration work. He also assured that the Board will continue to closely monitor the project: “Our role is to ensure that Vanuatu’s geothermal resources are developed in a manner that is sustainable, transparent, and beneficial to all stakeholders.”
A UK-based company, Stellae Energy, had recently signed an MoU with the Government of Vanuatu to explore and develop geothermal power projects, although no specific site had been mentioned.
The Takara site had been an area of interest for geothermal development of another Australian company, KuTH Energy, starting 2009. A resource with a size of 2-10 MW (P90 of 9.6 MW) was delineated by studies at the time. However, the company withdrew from the project in 2016, citing expensive drilling costs.
VEOLIA AND STAR ENERGY JOIN
FORCES TO DRIVE UK GEOTHERMAL GROWTH
Partnership targets low-carbon heating solutions to support UK’s net-zero goals
Veolia and Star Energy have signed a memorandum of understanding (MoU) to accelerate the development of geothermal energy projects in the UK, aiming to replace fossil fuel-based heating and advance the country’s 2050 net-zero ambitions.
The collaboration will focus on deploying geothermal energy as a sustainable, lowcarbon heat source for district heating systems, commercial properties, hospitals, and educational institutions. By leveraging advanced modelling, seismic studies, and directional drilling, the companies aim to deliver scalable geothermal solutions that integrate seamlessly into existing infrastructure with minimal disruption.
Veolia will contribute its deep expertise in energy network design and management, currently overseeing more than 120 community heating schemes in the UK and operating over 600 district heating networks globally, spanning 7,000 km of heat mains. This experience ensures a strong foundation for delivering technically and operationally feasible geothermal systems.
Star Energy CEO Ross Glover emphasized the significance of the partnership, stating:
“Geothermal has an important role to play in the UK’s energy transition by providing a homegrown, predictable, renewable heat option for businesses and households. We look forward to working with the Veolia teams and developing new projects using our unique expertise, gained over decades in the energy sector.”
He added that such collaborations will enable Star Energy’s geothermal business to scale, helping customers decarbonize their energy supply and secure long-term, reliable heat sources.
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Digital Twins: Decarbonising Oil & Gas in a Virtual World
The oil and gas industry remains under a frequent level of significant transformation, with software playing an increasingly vital role in driving energy innovation.
Fromoptimising operations to enhancing safety and sustainability, digital solutions are becoming indispensable for companies looking to thrive in a rapidly evolving energy landscape. Although many innovations have been iterative in nature, building on previous experience and systems, there are also examples of systems which have only recently become a viable option for the Oil & Gas industry – even in their infancy. Among these technologies, Digital Twins are emerging as a powerful tool, offering virtual replicas of physical assets and processes that can unlock substantial benefits in the pursuit of effective decarbonisation.
A Digital Twin is essentially a dynamic, datadriven virtual model. It mirrors real-world assets using sensor data, AI, and cloud computing, providing a continuous, up-to-date representation. This allows operators to gain unprecedented insight into their operations, enabling them to identify inefficiencies and explore decarbonisation strategies in a riskfree environment. The oil and gas industry, under increasing pressure to decarbonise, is turning to innovative technologies like Digital Twins. These virtual replicas of physical assets and processes offer a powerful tool to optimise operations, reduce emissions, and navigate the complex energy transition. In essence, think of a Digital Twin like having a super-smart virtual copy of a real machine or oil rig. This copy gets all the real-time information from the actual thing and can be used to see how
Authored by Brendan Rorrison, Product Owner
it's doing, predict when it might need fixing, or even test out changes without touching the real equipment. It's like a flight simulator for an entire industrial operation.
The requirement for more bleeding edge technology is due to the fact that decarbonisation is a multifaceted challenge for the sector. Companies are striving for net-zero emissions, reducing methane leaks, integrating renewables, and implementing carbon capture technologies. However, technological hurdles, regulatory uncertainties, and economic considerations complicate these efforts and add a multitude of characteristics that are substantially difficult to model and analyse without empirical real world-driven data. Digital Twins offer a pathway to address these challenges head-on through its simulation and recreation of ‘live’ architecture and environments.
By providing real-time energy consumption data, Digital Twins help identify areas for improvement. Operators can simulate process changes, optimise resource allocation, and minimise waste, leading to substantial emission reductions. For instance, refineries have used Digital Twins to significantly reduce steam usage and energy consumption.
Predictive maintenance is another crucial application. By analysing sensor data and predicting equipment failures, Digital Twins prevent unplanned downtime and potential environmental incidents like leaks and spills. This proactive approach enhances safety
and reduces the environmental footprint of operations. Furthermore, Digital Twins are invaluable for asset integrity management, streamlining inspections and turnarounds.
The integration of renewable energy and carbon capture technologies is vital for decarbonisation. Digital Twins facilitate this by simulating the optimal placement and operation of renewable energy assets, like wind turbines on offshore platforms. They also assist in optimising carbon capture systems, ensuring efficient CO2 capture and secure storage.
However, it can be argued that scenario planning is where Digital Twins truly shine. This is because Digital Twins allow companies to model and evaluate the impact of different decarbonisation strategies before implementation. This enables informed decision-making and helps identify the most effective pathways to achieving emission reduction targets.
Industry leaders like BP, Shell, and Equinor have successfully implemented Digital Twins, achieving tangible benefits. BP, for example, is using the technology to calculate real-time carbon intensity at its Clair Ridge facility, aiming for carbon-aware operations globally. Shell has reported a 20% improvement in operational efficiency at its Prelude FLNG facility, thanks to Digital Twins. Equinor leverages the technology to optimise offshore drilling and enhance safety.
Looking ahead, the integration of AI and machine learning will further enhance the predictive capabilities of Digital Twins. More diverse data sources, including environmental and market data, will be incorporated, providing a holistic view of operations. Immersive technologies like AR and VR will improve collaboration and decisionmaking. Lifecycle Digital Twins will offer a comprehensive approach to decarbonisation, from design to decommissioning.
Ultimately, Digital Twins are more than just virtual models; they are powerful tools for driving sustainable change in the oil and gas industry. By enabling data-driven decisionmaking and facilitating the adoption of cleaner technologies, Digital Twins are paving the way for a lower-carbon future. Although the bestcase examples of their use currently sit with some of the biggest players in the industry, this is definitely a technology worth keeping an eye on for the innovation it could offer to the energy sector in the near (and far) future as AI and Internet of Things (IoT) technologies continue to expand into prominence.
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Seabed Exclusivity Agreement Confirms Scottish Development of Pioneering Floating Offshore Wind Asset Storage
Offshore Solutions Group (OSG), a UK-based developer focused on the floating offshore wind (FLOW) sector, has signed a two-year Exclusivity Agreement with Crown Estate Scotland for areas of seabed in the Moray Firth, the proposed location of its ground-breaking FLOW-Park.
Developed by OSG and recognised as a global industry first, the Moray FLOWPark aims to provide temporary safe anchorage (wet storage) for FLOW assets – namely the foundation base units – thus optimising risk management and logistics during the assembly, wind turbine generation (WTG) integration and deployment process. An early proponent of the benefits of FLOWPark to Scotland’s floating offshore wind sector, Scottish Enterprise has provided grant support to OSG and guidance on public and private sector funding opportunities.
Scotland is a global leader in offshore wind and the ports in and around the Moray Firth
are expected to be key in delivering largescale FLOW projects. The Moray FLOWPark leverages the OSG team’s expertise in designing and delivering offshore mooring of large assets, together with structuring and investing in renewable energy infrastructure. Future FLOW-Park strategy will be informed by OSG’s shortlist of potential locations, the outcome of a three year, comprehensive survey of the UK coastline and detailed assessment of over 200 potential locations.
Shane Woodroffe, OSG Chief Commercial Officer comments: “We are delighted to have achieved this milestone in our development
of this project. Our agreement with Crown Estate Scotland allows us to conduct some initial surveys of our proposed sites, and engage further with local stakeholders and communities around our plans. The Moray FLOW-Park is set to truly leverage and enhance Scotland’s existing port infrastructure to deliver its floating offshore wind ambitions.”
Scottish Enterprise’s Director for Energy Transition, Suzanne Sosna, said: “Our vision is for Scotland to be viewed as a global centre of excellence for offshore wind, with supply chains that are world-leading in terms of value, competitiveness and quality.
“The plans for the Moray FLOW-Park align perfectly with that vision and will provide critical infrastructure that supports the effective build out of offshore wind delivery in Scotland. This agreement is tangible evidence of the actions being taken to lead the world in this sector and we are delighted to back the ambition that Offshore Solutions Group has shown.”
Ventus Energy wins two major contracts with Ocean Winds
Ventus Energy, a leading provider of high-voltage (HV) services, has secured two significant contracts with Ocean Winds to support its Scotland-based wind farms, Moray West and Moray East.
The first contract, awarded in September 2024 for Moray West, spans an 18 month period and includes comprehensive operations and maintenance (O&M) for the offshore transmission owner (OFTO) assets.
Scope of work includes timely inspections and maintenance in line with original equipment manufacturer (OEM) requirements, detailed remedial reporting and accurate record-keeping.
A second contract for 24/7 HV control and alarm monitoring services for Moray East’s 66kV network was awarded in November 2024.
Fixed for an initial two-year period with the option to extend for an additional two years, this framework will be managed from Ventus Energy’s state-of-the-art HV control centre in Belfast, providing HV safety rules management and dedicated support services.
Both scopes will incorporate Elecsys, an advanced electricity network management system. Following a recent seven-figure investment developing its cutting edge software, Elecsys addresses unique challenges within networks by offering scalable digital solutions to support real-time operations, electrical safety coordination, and asset management.
Jonathan Lakey, asset integrity electrical engineer at Ocean Winds, commented: “Ventus Energy now forms an important part of our operational activities in the Moray Firth. Its
expertise ensures Ocean Winds is maximising Scottish clean power generation by maintaining the highest standards in HV operations.
“The addition of Elecsys is a true innovation for HV asset management which is already improving efficiency on site.”
Ventus Energy will deploy a team of 20 skilled personnel to both projects. For Moray West, roles comprise of HV maintenance technicians and engineers, cable jointers, project managers, O&M engineers, and auxiliary services.
The Moray East team includes authorising engineers, senior authorised persons (SAPs), cable jointers, fibre technicians, control engineers, and maintenance engineers.
Leadership for the frameworks will be provided by Alastair Symington, head of operations and maintenance, and Colin Bowman, head of control centre operations.
Rauri Maguire, director of commercial operations at Ventus Energy, said: “These new contracts with Ocean Winds strengthen our growing offshore wind portfolio and further position Ventus Energy as a trusted partner in the industry.
“Both Moray West and Moray East will play a vital role in Scotland’s renewable energy future, aligning with our commitment to advancing engineering development and innovation.”
Ventus Energy’s sister company, RTS Wind UK, will provide structural inspections as part of the contract, demonstrating the group’s capability to deliver integrated, turnkey solutions.
All personnel assigned to each contract are authorised under Ocean Winds’ Safe System of Work and comply with Construction Design and Management (CDM) regulations, ensuring the highest standard of quality and safety are maintained.
Ventus Energy is a trusted industry leader, specialising in high-voltage services ranging from operations and maintenance to electrical safety management, high and extra-high voltage jointing, and onshore and subsea cable repair. With a proven track record in the energy sector, the company is a preferred supplier, recognised for its extensive expertise across both offshore and onshore markets.
Moray West, located in the Moray Firth off the north-east coast of Scotland, is largely owned by Ocean Winds, a joint venture between EDP Renewables and ENGIE, with a minor stake held by Ignitis Group. The project will have an operational life span of more than 25 years.
Moray East is also situated in the outer Moray Firth. Shareholders in the project are Ocean Winds, Diamond Green Limited and Equitix. The generation output provides the equivalent of 40% of the domestic electricity demand in Scotland.
Equinor acquires onshore wind farm in southern Sweden
Equinor has acquired the operational 95 MW Lyngsåsa wind farm from SUSI Partners.
The acquisition is in line with Equinor’s onshore renewables strategy of being a market driven power producer across select markets in Europe and the Americas.
The wind farm generates around 300 GWh annually, which corresponds to approximately 10% of Equinor's renewable power production for 2024. The produced power will be sold in the southern Swedish spot market and increases Equinor’s merchant exposure with immediate operational cashflows.
Through the transaction, Equinor takes 100% ownership of the special purpose vehicle company Lyngsåsa Kraft AB. BayWa r.e will continue its role as technical and commercial manager of the wind farm on behalf of Equinor.
