Ocean Economist — Global Ocean News, Marine Science & Blue Economy

Australia Completes P-8A Poseidon Fleet as Anti-Submarine Warfare Capability Reaches Full Operational Scale

Ocean Tech & Data

Unseenlabs Launches BRO-22 Maritime Surveillance Satellite Aboard Japan's H3 Rocket in First for Foreign Private Companies

Ocean Tech & Data

Sonardyne and AMOG Partner on Integrated Subsea Asset Monitoring Service for Offshore Energy Infrastructure

Public, Civil & Research

UGS President Travlos Warns IMO Net-Zero Framework Is Unrealistic and Would Turn Regulator Into Revenue Collector

Shipping & Ports

Volvo Penta to Launch IPS Hybrid Propulsion System at Seawork 2026

Shipbuilding & Marine Equipment

Global Ship Lease Orders 10 Charter-Backed Mid-Size Container Ships for $917M in Return to Newbuilding Market

Energy

Heriot-Watt Study Maps 11% North Sea Coverage by 2050 if Offshore Wind Commitments Are Met

Public, Civil & Research

Canada Endorses Transfer of 30 Marineland Belugas to US and Spanish Aquariums as Euthanasia Risk Looms

Public, Civil & Research

Whale Strike Risk Quadruples Off South Africa as Cape of Good Hope Rerouting Brings Surge in Vessel Traffic

Blue Finance & Investment

Ocean-Climate Philanthropy at 0.05% of Global Giving Leaves Asia's Offshore Wind and Shipping Transition Chronically Underfunded

Ocean Philanthropy Hits $1.2 Billion Annually But Falls Far Short of $15.8 Billion 30 by 30 Need

May 11, 20264 min read

Subsea Expo 2026 Returns to Aberdeen With New Customer Engagement and Site Visit Programme

Apr 30, 20265 min read

WWF Warns Ocean Is a Subprime Asset as $24 Trillion in Blue Wealth Faces Systemic Risk

A new analysis from the World Wildlife Fund argues that the global ocean economy is now exposed to a systemic mispricing event comparable to the 2008 subprime crisis, with short-term extraction of marine resources concealing deteriorating asset fundamentals beneath an estimated 24 trillion US dollars in blue economic value. The piece, authored by WWF senior vice president for oceans conservation Johan Bergenas and director of blended and innovative blue finance Shashank Singh, calls for reformed accounting, redirected capital flows, and regulatory frameworks that close the gap between marine science and market pricing. Subprime Logic Applied to Ocean Assets The central argument frames ocean-dependent businesses as the modern equivalent of subprime mortgage exposures, with valuations dependent on healthy marine ecosystems but no accounting for the ecological risk being accumulated. The authors describe these positions as subprime blue investments, citing examples ranging from premium restaurants reliant on depleted fish stocks to hotel chains whose scuba excursions assume perpetual coral cover even as their operations contribute to its decline. The argument is that these positions are mispriced and structurally deteriorating, yet continue to be presented in capital markets as sound revenue streams. The analogy is instructive because it focuses attention on the underlying asset condition rather than the surface profitability of ocean-linked sectors. Capital Flow Imbalance and Macroeconomic Exposure The analysis identifies a stark imbalance in global capital allocation, with 7.3 trillion US dollars flowing into nature-negative activities in 2023 against just 220 billion dollars supporting nature-based solutions. That ratio of approximately 30 to 1 in favour of activities that degrade natural capital implies that the financial system is systematically eroding the ecological foundation on which more than half of global GDP depends. WWF positions this dynamic as economic self-harm rather than a rational allocation of capital, since the long-term productivity of multiple economic sectors is directly tied to the integrity of the natural systems being depleted. The framing is consistent with a growing body of work from central banks and supervisors treating nature loss as a macro-financial risk rather than a peripheral environmental concern. Scale and Composition of the 24 Trillion Dollar Ocean Asset Base WWF estimates the total asset value of the ocean at more than 24 trillion US dollars, spanning fisheries and aquaculture, tourism, coastal and oceanic shipping, carbon sequestration, and biotechnology. That valuation is significant because it places the ocean among the largest natural asset classes globally, and yet it is not currently treated as a depreciating asset within mainstream corporate or sovereign accounting frameworks. The composition of the 24 trillion dollar figure also highlights the breadth of dependency, since each component represents a distinct value chain with its own exposure to ecosystem degradation, ranging from food security through fisheries to global trade flows through shipping and ports. Indicators of Asset Deterioration The article presents a series of ecological indicators that function as the equivalent of credit signals on the ocean balance sheet. The 2024 Living Planet Report shows that monitored marine wildlife populations have declined by an average of 56 percent since 1970. Ocean acidification is accelerating, coral bleaching events that previously occurred roughly once a decade are now striking many reefs annually, and half of all mangroves are at risk of collapse by 2050. The authors describe these trends as unrecorded credit events on the collective balance sheet, with the additional observation that, unlike the financial system in 2008, there is no central bank capable of intervening to stabilise the biosphere if these events accelerate further. Limitations of Current ESG and Disclosure Frameworks The analysis draws a parallel between current ESG ratings and the credit ratings issued by agencies in the run-up to 2008, arguing that companies whose revenues depend directly on depleted marine ecosystems often hold acceptable ESG scores simply for acknowledging the existence of risk. The authors describe the Taskforce on Nature-related Financial Disclosures as a vital step forward, particularly in mapping environmental dependencies and impacts, while noting that the framework remains largely voluntary and reliant on self-reporting. The implication is that disclosure progress to date has not yet translated into pricing signals strong enough to redirect capital away from ecologically damaging activities at the scale required. Read more: Fugro Awarded Large Geotechnical Site Investigation for Offshore Wind Farm in Taiwan Building Blocks of a Sustainable Blue Economy The article emphasises that the critique is not directed at the ocean economy itself, but at its current structure. WWF identifies multiple components of a credible sustainable blue economy, including well-managed aquaculture that enhances rather than depletes coastal systems, resilient ports supporting the renewable energy transition, marine protected areas that allow fisheries to recover while sustaining tourism revenue, and blue carbon markets that fund community-based ecosystem restoration. Each of these segments is positioned as institutional-grade rather than speculative, with cash flows linked to long-term ecosystem health rather than to extraction rates that compromise future productivity. Three Reform Levers Identified by WWF WWF outlines three structural reforms required to scale capital flows toward regenerative ocean activities. The first is reformed accounting that treats ocean degradation as material financial risk rather than as an externality. The second is redirected capital flows from nature-negative to nature-positive investments, requiring shifts in fiduciary frameworks, mandates, and product design across asset managers, banks, insurers, and development finance institutions. The third is regulatory action that closes the gap between scientific evidence on ocean degradation and the prices at which ocean-linked assets are traded. The authors note that these reforms are not technically complex, but politically and institutionally inconvenient, drawing a parallel with the resistance that mortgage reform encountered in the years preceding the 2008 crisis. Absence of a Biosphere Bailout Mechanism A central distinction between the 2008 crisis and the ocean risk environment is that the response toolkit available to policymakers in financial crises has no biosphere equivalent. Liquidity injection, bank recapitalisation, and deposit guarantees stabilised the financial system in 2008 within a defined timeframe, but no comparable mechanism exists to restore collapsed fisheries, bleached reefs, or lost mangroves on the timescales that human economies operate over. The authors point out that the costs of failure will fall first and most acutely on coastal communities, small-scale fishers, and small island nations, but will ultimately affect anyone exposed to a climate system partly regulated by a healthy ocean. Implications for Capital Markets and Policy The WWF intervention is significant because it reframes ocean conservation from a sustainability concern into a financial stability and macro-prudential issue. The argument that the economy is a subset of the environment, rather than the reverse, aligns with positions increasingly being adopted by central banks, financial regulators, and natural capital accounting bodies. For institutional investors, the analysis suggests that traditional approaches to ESG scoring and natural capital risk are insufficient to capture the scale of exposure embedded in ocean-linked assets. For policymakers, the framing reinforces the case for embedding ecosystem condition into formal financial reporting, prudential regulation, and capital allocation rules. The unresolved question raised by the article is whether structural reform will arrive before the margin calls, or only after the underlying assets have already begun to fail at scale.

Policy & Governance

The Truth About Deep-Sea Mining

May 26, 20264 min read

IMO Adopts MASS Code to Govern Large Autonomous Ships With Two-Year Voluntary Introduction Period From July 2026

May 22, 20264 min read

UK Faces Pivotal Year as CCAMLR Chair to Advance Southern Ocean Protection and 460,000 km² Marine Protected Area

May 13, 20264 min read

High Seas Treaty Opens New Pathway for Migratory Shark and Ray Protection Across International Waters

May 12, 20264 min read

US Prepares First-Ever Seabed Mining Lease Sales in American Samoa, CNMI and Alaska

The United States government is preparing to conduct the world's first commercial-scale seabed mining lease sales, with the Bureau of Ocean Energy Management planning auctions in federal waters of American Samoa in August 2026, the Commonwealth of the Northern Mariana Islands in November 2026, and Alaska in 2027. The lease sales, disclosed in a Department of the Interior budgetary document released in April 2026, would open nearly 875,000 square kilometres of seabed across the three territories to competitive bidding for exclusive rights to explore and exploit critical minerals, making the United States one of the first countries to proceed with commercial-scale deep-sea mining. Strategic and Political Context The planned lease sales follow a series of executive orders from the Trump administration directing the acceleration of energy and critical mineral production in the United States, including a specific order calling for the rapid development of the deep-sea mining industry on grounds of national security and economic prosperity. A BOEM spokesperson has framed the process as building a strong scientific foundation, conducting responsible environmental review, and establishing sound oversight frameworks to facilitate efficient development of mineral resources essential to the country's economic well-being and technological advancement. The agency has confirmed that environmental reviews for American Samoa and CNMI have already been formally initiated, and that the request for information processes in all three areas have been completed. Scale and Geographic Scope of the Proposed Lease Areas The combined area of potential mining blocks identified across the three territories is approximately 875,000 square kilometres, roughly twice the size of the state of California. The actual leases offered would be limited to selected tracts within these broader designated areas. The seabed in these regions is known to contain polymetallic nodules and potentially other mineral deposits including rare earth elements and critical metals that are in growing demand for battery technology, electronics, and clean energy supply chains. NOAA began surveying the seabed in American Samoa in February 2026 to inform federal agencies and the public about the potential likelihood of finding critical mineral deposits in the surveyed area. Agency Restructuring and Oversight Concerns In April 2026, the Department of the Interior announced plans to reunite BOEM and the Bureau of Safety and Environmental Enforcement to form the Marine Mineral Administration. The two agencies were separated in 2010 following the Deepwater Horizon oil spill in the Gulf of Mexico, with the separation explicitly designed to strengthen environmental oversight of offshore resource development. Critics of the proposed reunification argue that merging the agencies while also implementing significant budget and staff reductions could weaken the oversight of deep-sea mining at precisely the moment when the industry is scaling. Former BOEM director Elizabeth Klein, who served from 2023 to 2025, has described the reunification as lacking justification and warned that the agencies were already under-resourced before the addition of deep-sea mining oversight, particularly given that no BOEM or BSEE offices are located in the Pacific territories where the first lease sales are planned. Environmental Opposition and Ecological Stakes Environmental organisations have raised serious concerns about the ecological implications of commercial-scale seabed mining. Greenpeace USA ocean campaigner Arlo Hemphill has questioned how mining companies can claim to cause no harm when they are removing the foundational structure of deep-sea ecosystems. Deep-sea ecosystems support a wide range of organisms, many of which are poorly documented, and disturbance from heavy mining equipment is considered by marine scientists to be potentially irreversible on human timescales. Community and environmental advocates in American Samoa, CNMI, and Alaska have all raised concerns, with several characterising the pace of the process as rushed and inadequately consultative of Indigenous and local communities. Industry Perspective on Low-Impact Mining Tony Romeo, chief executive of Eco Minerals, formerly known as Deep Sea Rare Minerals, has expressed interest in mining across all three lease areas and argues that his company's equipment represents a low-footprint approach that does not scrape, blast, or drag nets across the seabed. The characterisation reflects a broader industry argument that nodule collection represents a less invasive form of seabed disturbance than conventional dredging or trawling, though environmental scientists have generally contested the low-impact framing, arguing that any removal of polymetallic nodules destroys habitat that took millions of years to form and disrupts the ecological relationships of the surrounding benthic community. Romeo has indicated an ambition to begin exploitation in federal waters within two to three years of a lease being awarded. Indigenous and Territorial Community Concerns The response from Pacific Island communities and Alaskan coastal communities has been predominantly cautious or opposed. Sabrina Suluai-Mahuka of the Fina Finau Foundation in American Samoa described the federal process as failing to adequately consult the local population and characterised the community's repeated opposition as being treated as optional. Angelo Villagomez of the Center for American Progress, who grew up in Saipan in the CNMI, has described the move toward mining as a profound failure of governance and a direct assault on the rights of Indigenous peoples. Cooper Freeman of the Center for Biological Diversity in Alaska called the pace of developments shocking and emphasised the central role of ocean resources in coastal community livelihoods and cultural identity. BOEM has stated that it is engaging with tribes and Indigenous peoples and has initiated formal consultation with Alaska Natives. Legal and Process Risks of an Accelerated Timeline Klein has argued that the pace of the lease sales introduces legal and social risk that could ultimately undermine the viability of the first projects. She has suggested that even advocates of deep-sea mining development should prefer a more deliberate pace that builds genuine goodwill among territorial communities and establishes a firmer legal foundation. The Department of the Interior must still publish proposed leasing notices, complete final notices at least 30 days before each sale, and ensure that environmental reviews are sufficient to withstand legal challenge. The combination of rushed timelines, restructured oversight agencies, and community opposition creates a risk profile that could expose the first lease sales to legal challenge regardless of whether commercial interest is sufficient to fill the auction. Implications for Global Deep-Sea Mining Governance The United States lease sales, if they proceed, would mark a defining moment for the global deep-sea mining industry. No country has yet completed commercial-scale seabed mining lease sales, and the outcomes of the American Samoa, CNMI, and Alaska auctions will be watched closely by governments, mining companies, conservationists, and Pacific Island nations assessing how the industry develops. The decision by the US to proceed unilaterally in its EEZ while also taking steps toward issuing exploration and exploitation licences in international waters has created tension with the International Seabed Authority and with countries that believe deep-sea mining governance should be developed through multilateral processes. The pace and manner of the US approach will influence the positions of other governments and the trajectory of international negotiations on deep-sea governance for years to come.

Australia Completes P-8A Poseidon Fleet as Anti-Submarine Warfare Capability Reaches Full Operational Scale

UGS President Travlos Warns IMO Net-Zero Framework Is Unrealistic and Would Turn Regulator Into Revenue Collector

Shipping & Ports

Volvo Penta to Launch IPS Hybrid Propulsion System at Seawork 2026

Global Ship Lease Orders 10 Charter-Backed Mid-Size Container Ships for $917M in Return to Newbuilding Market

Port of Long Beach Offers $1M Award to First Vessel to Bunker Methanol at California Port

May 28, 20265 min read

Pro Liquid Orders Damen Multi-Cat Workboat for Global Offshore, Salvage and Terminal Support Operations

Pro Liquid has ordered a Damen Multi Cat 2712 workboat, named Protunus, for delivery in Q4 2026, expanding its operational fleet with a versatile shallow-draught catamaran designed for towing, anchor handling, barge pushing, hose handling, ship-to-ship transfers, and support across offshore, salvage, terminal, and liquid cargo-related operations. Damen has already commenced construction at its Gorinchem shipyard in the Netherlands under its stock building programme, with the vessel being tailored with additional equipment to meet Pro Liquid's specific requirements. Operational Scope and Versatility Protunus will be configured to support a broad range of maritime and offshore support missions, including towing and pushing of barges and vessels, anchor handling, transport and handling of hoses in terminals, ship-to-ship transfers, salvage, dredging, and offshore operations. The breadth of the intended workscope reflects the operational philosophy of Pro Liquid and its affiliate, which requires a vessel capable of switching between different support roles globally rather than specialising in a single market segment. Master and co-owner Ryan van de Pol has described Protunus as an important step in strengthening operational capabilities, designed to support both internal projects and international charter activities while maintaining the flexibility, reliability, and versatility required in the offshore and maritime support sector. Vessel Specifications and Propulsion The 27-metre catamaran will deliver 32 tonnes of bollard pull from propulsion systems compliant with IMO Tier III emissions standards, with a bow thruster providing enhanced manoeuvrability for precise positioning during hose handling, ship-to-ship transfers, and terminal operations. The vessel will have a beam of 11.5 metres, a shallow draught of 3 metres, a top speed of 10 knots, accommodation for seven crew members, and a fuel capacity of 110 cubic metres. An enlarged accommodation facility and a 150 square metre clear deck area provide the operational flexibility to accommodate different crew configurations and deck equipment arrangements depending on the specific mission being undertaken. Emissions Performance and NOx Reduction Damen will supply its selective catalytic reduction system on the vessel, designed to reduce nitrogen oxide emissions from the main engines by up to 80 percent and to exceed IMO Tier III requirements. The inclusion of SCR technology positions Protunus ahead of the minimum regulatory standard for NOx emissions, reflecting both the growing importance of emissions performance in vessel procurement and the anticipated tightening of environmental requirements in the port and terminal environments where the vessel will operate. The IMO Tier III baseline compliance of the propulsion system combined with the SCR uplift provides a strong emissions profile that supports the vessel's deployment in regions where local air quality regulations are increasingly stringent. Read more: French Consortium Launches €16M RHODÉ Project to Develop Floating Offshore Substations for Deep-Water Wind Deck Equipment and Operational Configuration The MuC 2712 will be fitted with towing pins, an anchor handling winch, a towing winch, and two heavy-duty deck cranes, providing the mechanical infrastructure needed for the full range of towing, anchor handling, and cargo transfer operations in the vessel's intended workscope. The combination of multiple winch systems and dual cranes on a 150 square metre deck area gives the vessel significant operational flexibility, allowing simultaneous management of multiple lines or lifting operations that would be sequentially limited on a vessel with less deck capacity or fewer winch positions. Damen's Modular Building Philosophy Damen sales manager for the Benelux region Marc Tijssen has highlighted that construction began under the shipbuilder's stock building programme, enabling faster delivery to the owner while still incorporating specific requirements provided by Protunus during the design and procurement process. The modular, series-building philosophy that underpins Damen's production model allows customer-specific customisation to be integrated into an already-progressing construction programme without the lead time penalties associated with fully bespoke vessel designs. The MuC 2712 platform has been delivered in similar configurations to multiple operators globally, providing a validated operational baseline on which customer-specific modifications are overlaid. Implications for the Offshore Support Vessel Market The Protunus order reflects continued demand for versatile multi-mission workboats in the offshore, terminal, and salvage support market, where operators require vessels capable of generating revenue across multiple activity types rather than being confined to a single specialised role. The combination of a proven shallow-draught catamaran hull, strong emissions performance, and comprehensive deck and winch equipment positions Protunus to compete effectively across the range of maritime support activities that Pro Liquid intends to pursue. As offshore and terminal support operations continue to evolve with the energy transition, vessels that can adapt across conventional oil and gas, offshore wind, and liquid cargo terminal roles without major reconfiguration will be increasingly commercially valuable.

Rossi Launches EP Winch Planetary Gearbox With Rotating Housing for Marine, Construction and Mining Applications

May 27, 20264 min read

IMO Approves Interim Ammonia Fuel Safety Guidelines as Exmar Pioneers First Dual-Fuel Gas Carriers

May 26, 20265 min read

The Real Carbon Footprint of Shipping

May 26, 20264 min read

Norden Acquires Four Modern Handysize Vessels as Gulf Conflict Drives 65% Profit Decline

SAAM Towage Orders Five ASD Escort Tugs From Sanmar in Americas Fleet Expansion

May 21, 20264 min read

Fisheries & Aquaculture

The Global Seafood Supply Chain: From Ocean to Plate

May 4, 20264 min read

Wild-Caught vs Farmed Seafood: What Really Shapes the Choice

Apr 30, 20264 min read

Patagonia Founder Urges Iceland to Reject Aquaculture Bill as Wild Atlantic Salmon Population Falls 75%

Patagonia founder Yvon Chouinard has called on the Icelandic parliament to reject the latest draft of its aquaculture bill, arguing that expanding open net-pen salmon farming would accelerate the decline of wild Atlantic salmon populations that have already fallen by 75 percent over the past 50 years. More than 65 percent of Icelanders polled oppose open-net salmon farming, according to Chouinard, who frames the legislation as an economic and ecological miscalculation that benefits a Norwegian-owned industry at the expense of Iceland's most valuable natural assets. State of Wild Atlantic Salmon Populations Fewer than 60,000 wild Atlantic salmon are estimated to remain in and around Iceland, a population level that Chouinard describes as critically endangered without using that precise regulatory term. The decline of 75 percent over roughly five decades has been driven by a combination of climate-related warming of river and ocean habitats, overfishing, and the cumulative ecological pressure from existing aquaculture operations. Chouinard writes that he has personally observed the decline of wild salmon in Icelandic rivers over more than six decades of visits to the country, providing a long-term observational reference that complements scientific population assessments. Ecological Risks of Open Net-Pen Farming The article outlines several interconnected ecological risks associated with open net-pen salmon farming. Large-scale carnivorous fish farming requires millions of pounds of fishmeal and fish oil sourced from wild populations of small pelagic species including sardines and herring, creating indirect pressure on additional fish stocks. The farms release heavy metals, microplastics, pesticides, antibiotics, and organic waste into surrounding waters. Sea lice infestations, which intensify dramatically in the high-density conditions of net pens, affect wild salmon populations up to 60 kilometres from farm sites and are treated with chemicals that can kill lobsters, crabs, and other crustaceans. The cumulative effect, the article argues, is a set of cascading ecological costs that extend well beyond the farm perimeter. Genetic Contamination Risk From Escapes A particular concern raised is the risk of farmed salmon escaping and interbreeding with wild populations. Chouinard cites a 2017 incident in Washington state where tens of thousands of farmed fish escaped into the wild following the collapse of multiple cages, an event severe enough to prompt subsequent state legislation phasing out open net-pen farming. A comparable escape event occurred in Iceland in 2023, and Chouinard argues that the current draft of the aquaculture bill does little to prevent a recurrence. Farmed salmon bred for rapid weight gain and docility carry genetic characteristics that, if introduced into wild populations through interbreeding, would dilute the highly adapted genetic profile that wild salmon have developed through generations of evolution in specific river and ocean environments. Read more: NexSens Technology Launches Environmental Web Camera for Real-Time Coastal and Remote Monitoring Economic Case Against Expansion The article presents a direct economic comparison between Iceland's aquaculture and tourism sectors. Tourism employs more than 34,000 people and generates more than US$7 billion annually, with revenue retained within the country and its communities. The aquaculture industry, which is characterised as largely Norwegian-owned, employs only hundreds of workers and exports both fish and revenue generated. The economic framing is commercially significant because it reframes the aquaculture debate from a conservation question into a question of which industry model provides greater and more durable economic benefit to Iceland's population. Wild salmon and the natural environment that supports them are central to Iceland's tourism appeal, making their protection a prerequisite for the tourism sector's continued performance. Public Opinion and Political Context The majority opposition to open net-pen salmon farming among Icelanders, with 65 percent polling against expansion, provides the political context within which the Icelandic parliament is considering the bill. Chouinard argues that Icelandic ministers have the opportunity to demonstrate responsibility by listening to their constituents and rejecting the pressure from the global aquaculture industry. The invocation of democratic legitimacy alongside ecological and economic arguments reflects a deliberate framing strategy designed to position the bill's rejection as responsive governance rather than environmental activism. Role of Advocacy and International Attention Chouinard describes Patagonia's long involvement in wild fish protection, including media projects such as Laxaþjóð, A Salmon Nation, and partnerships with advocacy organisations including the North Atlantic Salmon Fund, WildFish, and the Icelandic Wildlife Fund. The international dimension of the campaign reflects the recognition that Iceland's aquaculture decisions have implications that extend beyond its national borders, since pollution and ecological harm from fish farms affects ecosystems connected to the broader North Atlantic. The framing of the issue as a war that can still be won maintains the urgency of the advocacy position while signalling continued commitment to the effort regardless of near-term legislative outcomes. Implications for Fisheries Policy and Aquaculture Governance The Icelandic aquaculture debate is one of several ongoing confrontations between the expansion of industrial aquaculture and the protection of wild fisheries in Atlantic and Nordic regions. The arguments raised regarding genetic contamination, sea lice spread, water quality, and the economic comparison with nature-based tourism are relevant across multiple jurisdictions where similar decisions about open net-pen aquaculture are under consideration. The outcome of the Icelandic parliamentary process will be observed closely by conservation organisations, aquaculture regulators, and fishing communities across the North Atlantic, where the trajectory of wild salmon populations will be shaped in part by the regulatory choices made in countries with significant salmon river and coastal ecosystems.

Sea Shepherd Launches 2026 Antarctic Patrol to Track Krill Super Trawlers Near Whale Feeding Hotspots

Feb 24, 20265 min read

Canada’s Whalesafe Gear Plan Targets Entanglements While Keeping Fisheries Operating

Feb 19, 20264 min read

Ocean Pollution & Waste

Industry Terminal Repowers 1972-Built Towboat With Mitsubishi Engines to Extend Service Life and Cut Emissions

Apr 24, 20264 min read

Pasig River Cleanup Becomes a Frontline Strategy in the Global Fight Against Ocean Plastics

Mar 13, 20264 min read

DNV Appointed Independent Certifier for UK's Northern Endurance Partnership CO2 Transport Network

DNV has been appointed as Independent Certifier for the Northern Endurance Partnership, the CO2 transport and storage project underpinning the United Kingdom's East Coast Cluster. The appointment, made by the international joint venture behind NEP and approved by the Office of Gas and Electricity Markets, will see DNV verify that construction and operation of the project comply with the carbon dioxide transport and storage licence granted by the Secretary of State for Energy Security and Net Zero, covering the full transport chain from CO2 receipt to offshore injection. Strategic Significance for UK Carbon Capture and Storage The Northern Endurance Partnership is one of the most strategically important infrastructure projects in the United Kingdom's net zero programme, providing the CO2 transport and permanent storage backbone for industrial emitters in the Teesside region. As the UK's first and largest CO2 transportation and storage asset, NEP will set the benchmark for how subsequent CCS infrastructure is developed and operated across the country. The appointment of an Independent Certifier is therefore more than a procedural step. It establishes the regulatory and assurance framework that will define how future CCS projects are governed and how confidence in the integrity of the wider system is built across the industry, government, and financial markets. Scope of the DNV Certification Mandate DNV's certification mandate covers the full transport chain, from receipt of CO2 at the compression facility, through conditioning to dense phase, to the offshore pipeline and injection system. The breadth of the scope reflects the integrated nature of CO2 transport and storage infrastructure, where each element of the chain depends on the integrity and performance of every other element. Compression and conditioning prepare the CO2 for transport, the pipeline carries it offshore under controlled conditions, and the injection system delivers it into permanent geological storage beneath the southern North Sea. The certification process will establish the documented evidence required to demonstrate compliance and to support the transition from construction to operation. New Regulatory Function for the UK CCS Sector The Independent Certifier function is a new regulatory requirement for the UK CCS sector, designed to provide objective, evidence-based assurance that nationally significant CO2 transport and storage infrastructure meets its licence obligations before entering operation. The introduction of this function aligns with wider European and UK regulatory trends that emphasise the need for robust governance around CCS deployment, recognising the technical complexity, safety considerations, and long-term liabilities associated with permanent geological storage of CO2. The Independent Certifier role is structurally important because it provides an independent assurance layer between the project developer and the regulator, ensuring that design, construction, and commissioning meet the standards required for safe and reliable operation. European CCS Outlook and Infrastructure Importance DNV's latest Energy Transition Outlook identifies Europe as one of the world's two largest CCS regions by 2060, responsible for 23 percent of all captured and stored CO2 globally. The forecast underscores the strategic importance of establishing robust governance and operational integrity for early CCS infrastructure projects, since the credibility of the entire European CCS sector will be shaped in part by the performance of first-mover assets such as NEP. With multiple CCS projects in development across the United Kingdom, the Netherlands, Norway, Denmark, and other European countries, the regulatory and certification frameworks established now will influence how the broader regional sector matures over the coming decades. Read more: Aqua superPower Activates Southern California's First Marine Fast Charger at Newport Beach Marina DNV's Technical Foundation and Track Record DNV brings extensive experience in CCS to the Independent Certifier role, including leadership of joint industry projects, CO2 testing and validation at its Spadeadam Research and Development Facility, and decades of independent verification work in the UK oil and gas sector. The Spadeadam facility has played a particularly important role in advancing the understanding of CO2 pipeline behaviour, including critical questions around dense phase transport, fracture propagation, and dispersion in the event of a release. The company's technical standards for CO2 transport and storage are widely applied across the industry, providing a foundation for assessing the integrity, safety, and operability of new infrastructure projects. DNV Leadership Framing Hari Vamadevan, senior vice president and regional director for the UK and Ireland at DNV Energy Systems, has framed independent certification as a means of providing regulators and project partners with confidence that complex CO2 transport infrastructure has been delivered in accordance with licence requirements. He has emphasised the importance of verifying design integrity, construction quality, and commissioning readiness so that the system performs as intended when CO2 first flows. The framing reflects the demanding technical standards that apply to dense-phase CO2 transport infrastructure, where pressure, temperature, material compatibility, and impurity management must be tightly controlled to maintain operational reliability. NEP Perspective on the Certification Process Rich Denny, managing director of the Northern Endurance Partnership, has positioned the certification process as a crucial element in delivering the UK's first and largest CO2 transportation and storage asset. He has emphasised the role of independent certification in providing confidence that nationally significant infrastructure is being developed to the highest standards of safety, quality, and technical assurance. The framing highlights the dual role of certification as both a regulatory requirement and a confidence-building mechanism for stakeholders ranging from industrial emitters and financiers to local communities and regulatory bodies. Implications for the East Coast Cluster The East Coast Cluster, anchored by NEP, is positioned as one of the United Kingdom's flagship industrial decarbonisation initiatives, supporting the capture and permanent storage of CO2 from industrial emitters across Teesside and the wider region. The success of the cluster will depend on the integrated performance of capture facilities, transport infrastructure, and storage operations, with each component adhering to its respective regulatory and technical standards. Independent certification of the NEP transport network strengthens the assurance framework underpinning the cluster's overall credibility, supporting the commercial and policy case for industrial decarbonisation through CCS. Wider Implications for Industrial Decarbonisation CCS infrastructure such as NEP is central to the broader effort to decarbonise hard-to-abate industrial sectors, including cement, steel, refining, and certain chemicals processes. Many of these sectors cannot be decarbonised through electrification alone, and CCS offers one of the few credible pathways to meaningful emissions reduction. The successful delivery and operation of NEP will therefore have implications well beyond the project itself, providing a working example of how integrated capture, transport, and storage infrastructure can support emissions reduction at scale. The certification process being undertaken by DNV is integral to that proof-of-concept role. Outlook for CCS Sector Maturation The combination of regulatory clarity, technical certification frameworks, and operational delivery on early projects such as NEP will determine the pace at which the UK and European CCS sectors mature. As more projects move from planning to execution, the lessons learned from independent certification of NEP will inform how subsequent projects are governed, constructed, and validated. For the wider energy transition, the development of credible, well-governed CCS infrastructure represents one of the more important milestones in achieving the structural emissions reductions required to meet long-term climate goals. DNV's appointment as Independent Certifier for NEP marks a meaningful step in establishing the assurance architecture that will support that broader transformation.

DP World and Svitzer Shift a Southampton Tug to HVO as Carbon Inset Credits Expand in the UK

Feb 25, 20265 min read

Deep-sea mining might feed plankton a diet of junk food

Feb 19, 20264 min read

Offshore Energy

Aker BP and Equinor Restructure Norwegian Continental Shelf Positions in Ringvei Vest, Yggdrasil and Wisting

May 27, 20264 min read

French Consortium Launches €16M RHODÉ Project to Develop Floating Offshore Substations for Deep-Water Wind

May 27, 20265 min read

Oceanscan Opens Expanded Aberdeen Facility to Support Growing UK and European Offshore Demand

May 26, 20264 min read

DRIFT Energy Secures First-Ever AiP for Energy-Harvesting Vessel Producing Green Hydrogen at Sea

May 21, 20264 min read

DeepOcean Wins Equinor Subsea Package Covering Visund, Johan Castberg and Snorre A

DeepOcean has been awarded a package of subsea contracts by Equinor for work across multiple fields on the Norwegian Continental Shelf, with execution planned for 2027 and 2028. The package covers a SIMOPRO riser replacement installation contract at the Visund field in the North Sea, subsea infrastructure installation for the Isflak satellite tieback to Johan Castberg in the Barents Sea, and an option for riser and umbilical recovery work at the Snorre A subsea field, with water depths across the various locations ranging from 300 to 400 metres. Visund SIMOPRO Riser Replacement At the Visund field, DeepOcean has been awarded a simultaneous marine operation and production installation contract involving the replacement of a gas export riser and an oil export riser. SIMOPRO operations are technically complex because they require marine installation activities to be executed while the offshore facility continues to produce, imposing strict coordination requirements between installation crews and production operations to manage risk and maintain asset integrity throughout the campaign. DeepOcean's scope at Visund will span onshore project management, engineering, fabrication, and procurement, alongside offshore installation activities including survey, dredging, tie-ins, and pre-commissioning. The award follows similar SIMOPRO contracts that Equinor awarded to DeepOcean in September 2025 for riser replacements at Åsgard B and Visund, indicating a continuing and established working relationship in this technically demanding operational category. Isflak Satellite Tieback to Johan Castberg The Barents Sea element of the package involves the first satellite tieback to the Johan Castberg floating production, storage, and offloading unit. The Isflak oil discovery is located approximately 8.5 kilometres from the FPSO, and DeepOcean will install a four-slot template and a manifold module alongside flowlines and a static umbilical, with associated survey, tie-in, and pre-commissioning operations. Satellite tiebacks to existing FPSO infrastructure are commercially attractive because they reduce the capital requirement for developing smaller discoveries, allowing operators to extend the productive life and utilisation of existing floating production assets without committing to standalone infrastructure. For DeepOcean, the Isflak award represents an early position in what is expected to be a broader programme of tieback development around Johan Castberg as additional Barents Sea discoveries are matured. Snorre A Option for Riser and Umbilical Recovery The contract package also includes options for recovery of eight existing risers and umbilicals connecting the underwater production area and the Snorre A production facilities in the North Sea. Riser and umbilical recovery is a growing workscope as legacy infrastructure reaches the end of its operational life, and the inclusion of option provisions within the broader contract package provides flexibility for Equinor to activate additional scope as planning and regulatory requirements are confirmed. For DeepOcean, options of this type are commercially valuable because they provide potential upside to contracted revenue without requiring a separate competitive tender process for each individual scope element. Read more: Davie and Kraken Team Up to Establish Canadian Production of Autonomous Maritime Systems Vessel Deployment and Operational Execution DeepOcean will deploy construction vessels from its chartered subsea fleet across the Visund, Isflak, and Snorre A workscopes. The use of chartered rather than owned tonnage reflects the operating model through which DeepOcean manages its offshore execution capability, accessing high-specification construction vessels on a contract basis aligned to specific project requirements rather than maintaining a large owned fleet. The water depth range of 300 to 400 metres across the three field locations falls within the operational envelope of mainstream deepwater construction vessels, supporting efficient mobilisation planning without requiring ultra-deepwater specialist assets. Implications for the Norwegian Subsea Services Market The DeepOcean award reflects continued activity in the Norwegian subsea services market, where a combination of ongoing field life extension work, satellite tieback development, and infrastructure replacement programmes is sustaining demand for capable subsea contractors. The SIMOPRO element at Visund is particularly indicative of a broader trend in which operators seek to execute complex installation and replacement campaigns without shutting down production, requiring contractors with the engineering depth and project management capability to manage the associated risk. The Isflak tieback award signals the beginning of production development activity around Johan Castberg, which has the potential to generate a sustained programme of subsea installation workscope as additional Barents Sea discoveries are connected to the facility over the coming years.

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Davie and Kraken Team Up to Establish Canadian Production of Autonomous Maritime Systems

Québec-based Davie Shipbuilding and UK-based Kraken Technology Group have announced a strategic collaboration to establish Canadian production, integration, and development of Kraken's autonomous surface vessel solutions and maritime systems. The partnership aligns with Canada's Build, Partner, Buy defence procurement policy and positions Davie as the industrial production backbone for Kraken's modular autonomous platforms in North America, at a time when Western governments are prioritising sovereign industrial capacity in autonomous and AI-enabled maritime capabilities. Strategic Rationale for the Partnership The collaboration brings together two distinct industrial capabilities that are increasingly difficult to scale separately. Kraken contributes autonomous vessel technology, including modular and scalable uncrewed surface platforms proven across defence, security, and commercial domains. Davie contributes industrial-scale shipbuilding capacity, advanced integration infrastructure, and an established record of delivering mission-critical vessels on time and on budget. Combining these capabilities under a formalised partnership creates a production and development pathway that neither company could establish independently at comparable scale or speed, and that directly addresses the demand from government customers for domestically produced autonomous maritime systems with credible industrial backing. Alignment With Canadian Defence Policy Davie president Lindsey Kettel has framed the collaboration as an example of Canada's Build, Partner, Buy policy in practice, the national procurement framework that prioritises domestic production, international partnerships, and commercial acquisition in that order of preference. The establishment of Canadian production capacity for Kraken's autonomous systems supports the Build component of that framework by creating indigenous manufacturing capability in an advanced maritime technology segment. For Québec, the collaboration reinforces the province's role at the centre of Canada's shipbuilding industry, adding autonomous systems integration to an existing industrial base built around conventional vessel construction and repair. Autonomous Maritime Capability Context Western governments are accelerating investment in autonomous and AI-enabled maritime systems as part of wider programmes to modernise naval fleets and strengthen sovereign industrial capacity in defence-relevant technologies. Uncrewed surface vessels have moved from experimental platforms to operationally relevant assets across multiple navies and coast guards, with demand for scalable production growing as defence budgets are redirected toward unmanned systems that can extend operational reach, reduce crew exposure, and operate in contested environments. The Davie and Kraken partnership positions both companies to capture a share of this demand across the Canadian market and potentially across allied North American defence procurement. Read more: US Prepares First-Ever Seabed Mining Lease Sales in American Samoa, CNMI and Alaska Operational Vision for Autonomous Naval Integration Davie senior vice-president of commercial development Philip Burns-O'Brien has described the future of maritime security as one in which crewed and autonomous vessels operate seamlessly across vast distances in the world's most contested environments. The framing reflects the operational reality that autonomous systems are not replacing crewed vessels but are being integrated alongside them as force multipliers and persistent surveillance assets. Kraken chief executive Mal Crease has emphasised the importance of combining innovation with industrial capacity for the future of security at sea, positioning the partnership as a mechanism for accelerating the production and deployment of proven platforms rather than continuing to develop technology at a pre-commercial pace. Implications for Canadian Shipbuilding The collaboration extends Davie's capability profile beyond conventional shipbuilding into the integration and production of advanced autonomous maritime systems, a segment with significant long-term growth potential as unmanned systems become a baseline expectation in naval and coast guard procurement. For the Canadian shipbuilding industry, the partnership signals that the integration of autonomous systems into the production workflow is becoming a strategic imperative, and that yards capable of combining conventional shipbuilding scale with advanced technology integration will be better positioned for the next generation of government and commercial maritime contracts. Outlook for Autonomous Maritime Development in Canada The Davie and Kraken partnership provides a commercial and industrial foundation for Canada to develop a domestic autonomous maritime capability that meets the requirements of both national defence procurement and export markets across allied nations. 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The Youth Ocean Leadership and Advocacy programme will hold its second pilot edition in Sopot and Gdynia from 8 to 11 June 2026, bringing together young people, researchers, artists, and ocean professionals for interdisciplinary workshops and collaborative sessions focused on ocean conservation, climate communication, and civic engagement. Co-funded by the Erasmus+ programme of the European Union, the event marks the programme's expansion from its inaugural edition in Boulogne-sur-Mer, France, to the Baltic Sea region, where it will connect with the International Youth Conference Sopot 2026 under the theme Where the World is Heading. Programme Design and Thematic Focus The three-day YOLA programme is structured around the premise that ocean literacy and climate communication require more than scientific knowledge, drawing on artistic practice, embodied storytelling, and systems thinking to create new ways of understanding and conveying ocean and climate challenges. Sessions will be moderated by practitioners working across ocean science, environmental communication, education, art, and activism, creating an interdisciplinary environment designed for genuine dialogue rather than conventional conference presentation. The Baltic Sea is used as a contextual frame for the programme, explored as a living network of ecological, cultural, and social relationships that brings together the scientific reality of a stressed and rapidly changing sea with the human communities and historical connections that shape how Baltic countries relate to marine environments. Baltic Sea Context and Regional Relevance The choice of Sopot and Gdynia as the host location is significant given the Baltic Sea's position as one of the most ecologically stressed enclosed sea basins in the world, facing pressures including eutrophication from agricultural runoff, hypoxic dead zones, warming water temperatures, microplastic accumulation, and the escalating environmental demands of offshore wind construction. The Baltic is also one of the most politically active maritime regions in Europe, with significant ongoing debates about offshore wind development, fisheries management, maritime security, and the governance of shared marine resources across multiple jurisdictions. Placing a youth ocean leadership programme in this setting provides participants with a direct connection between global ocean science and a locally relevant and practically observable set of challenges. Youth Engagement and Ocean Literacy YOLA's model for youth engagement combines ocean literacy with leadership development, creative exchange, and participatory environmental action, following a methodology that positions young people as active contributors to ocean governance conversations rather than passive recipients of scientific information. The Erasmus+ co-funding reflects the EU's institutional commitment to developing the next generation of ocean advocates and communicators, and to building the civic capacity needed to sustain long-term public engagement with marine science and policy. As the EU continues to advance its Ocean Pact and Blue Deal commitments, the development of a network of trained and motivated young ocean advocates across member states provides a valuable social infrastructure for the implementation of those policy frameworks. Read more: Rossi Launches EP Winch Planetary Gearbox With Rotating Housing for Marine, Construction and Mining Applications International Youth Conference and Knowledge Exchange The programme concludes with the International Youth Conference Sopot 2026, an open interdisciplinary platform for young scientists, students, and early-career researchers to present research, ideas, and perspectives spanning humanities and social sciences alongside natural and physical sciences. The conference includes a dedicated session on inclusiveness in science, addressing the importance of diverse voices and accessible research environments in the production and communication of ocean knowledge. Selected contributions will be published in registered conference proceedings with ISBN recognition and awards for outstanding work, providing participants with a formal academic output that supports early career development alongside the advocacy and communication skills cultivated through the YOLA workshops. Implications for Ocean Education and Civic Engagement The YOLA programme reflects a broader recognition within the ocean conservation and climate communication community that technical knowledge alone is insufficient to drive the societal change required to protect marine ecosystems. Effective ocean advocacy requires the ability to translate complex scientific realities into culturally resonant narratives, to engage diverse audiences across different social and political contexts, and to build coalitions that sustain action beyond individual awareness campaigns. By combining scientific grounding with artistic and civic practice, YOLA is developing a model for ocean education that addresses this broader set of competencies, and that can be replicated across different geographic and cultural settings as the programme continues to grow. Outlook for the YOLA Initiative The progression from the inaugural edition in France to the second pilot in Poland, with EU co-funding and growing institutional support, suggests that YOLA is establishing itself as a credible and scalable format for international youth ocean engagement. As the programme builds an expanding network of trained advocates across Europe and potentially beyond, its cumulative influence on how the next generation of citizens, scientists, policymakers, and communicators engage with ocean and climate challenges is likely to grow. For the broader ocean economy and conservation community, investment in youth leadership and ocean literacy infrastructure provides a long-term return in the form of more informed public discourse, more diverse scientific and policy talent, and more widespread civic engagement with the marine issues that will define the coming decades.

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