7. The summary: the Nordic Ocean Opportunity

Congratulations—you’ve made it to the end! As we said at the beginning, this report was a journey. Step by step, we’ve explored the key elements that define the Nordic Ocean Economy opportunity. Along the way, we’ve uncovered insights, answered important questions, and mapped out a market full of potential. Now, it’s time to bring it all together.

Using the FRONTTIER Investment Thesis framework, we’ve answered five essential questions that help turn a complex market into a clear and compelling investment case:

What is the Ocean opportunity?
Why invest now?
Why the Nordics?
What does the Nordic Ocean Economy landscape look like?
Where are the key opportunity segments?

Each section of the report tackled one of these questions in depth. Now that all the answers are in place, this final summary walks through them again—this time all in one place—so you can see the full picture clearly and confidently. Let’s go through each question one last time—with the whole opportunity now in view.

What is the Ocean Opportunity? The Ocean Economy Opportunity is the gap between what the ocean contributes today and what it could provide in the future. It is about discovering, developing, and managing the ocean’s assets for greater value creation.

The ocean is Earth’s largest resource, covering about 70% of our planet’s surface, holding over 90% of its water, and hosting 80% of its life. Far more than open water, it provides marine life, minerals, and powerful forces—such as waves, currents, and tides—that can be transformed into valuable products and services. Yet its current contribution to the global economy sits at only 3%–5% of GDP (about USD 3–6 trillion each year), leaving much of its true potential untapped.

At the same time, more than 80% of the ocean remains unexplored, meaning most of its species, minerals, and processes are still unknown. In 2015, the United Nations placed a careful value of USD 24 trillion on known ocean assets, a figure that would be around USD 32 trillion today. Given that this estimate is based on only a fraction of the ocean, fully exploring and understanding the ocean of it would likely reveal a value at least three times higher—above USD 128 trillion—which is similar to the total value of all publicly listed companies in the world. This huge gap between what the ocean contributes today and what it could provide in the future is the essence of the Ocean Economy Opportunity.

The Ocean Economy is the system that creates value from ocean assets—whether by harvesting fish and minerals, generating energy from waves and wind, or providing tourism and transportation services. Because so much of the ocean remains unknown and its resources underused, the Ocean Economy Opportunity lies in finding better ways to tap into these resources and uncovering entirely new ones. Therefore, the Ocean Economy Opportunity consists in the discovering, developing, and managing the ocean’s assets for greater value creation. These assets include marine life, water, seabed minerals, and natural processes like waves, tides, and carbon absorption. The opportunity has several dimensions:

Exploring the remaining 80% of the ocean. The more we explore the ocean, the more value we can uncover—whether that’s new marine organisms for medicines, rare minerals for high-tech industries, or better data for climate forecasting. Advancements in mapping, deep-sea research, and AI-driven sensors are driving a new “Ocean Rush,” revealing hidden resources and processes that can transform existing industries and spark entirely new ones.
Finding new and better uses for Ocean Assets. The more we understand the ocean, the more we can find new ways to use its resources. Discovering new species, minerals, and natural processes can help solve global challenges. This might mean creating new medicines from marine organisms, using ocean minerals in high-tech industries, or placing solar panels on open waters to produce clean energy.
Improving how we create value today. Existing ocean industries—like fishing, shipping, and aquaculture—can innovate with technology to reduce costs, increase efficiency, and minimize environmental damage. For example, autonomous ships can lower fuel use and accidents, AI-driven aquaculture can grow more fish with less waste, and advanced desalination can deliver clean water where it is most needed.
Shifting how we see and manage the ocean and its assets. As we recognize the ocean’s vast potential, a paradigm shift is under way. Rather than viewing it as a free, limitless resource, more stakeholders now see the ocean as a valuable asset that must be actively managed and protected to sustain—and grow—its worth. This “Ocean Asset Management” approach includes restoring ecosystems, preventing overuse of resources, and even creating new market opportunities such as blue carbon credits or habitat restoration services.

In essence, the Ocean Economy Opportunity is about narrowing the gap between the ocean’s modest current economic output and its much larger potential value. It is a call to explore uncharted possibilities, reimagine how we can engage and utilize the ocean’s vast potential, and position ourselves to effectively seize this emerging multi-trillion-dollar market. For businesses, investors, and governments, it offers a chance to create new markets and expand existing ones, while also solving critical global challenges—like food security, clean energy, and climate change.

This opportunity will shape industries and economies in the decades to come and those able to identify early on these growing emerging opportunities and able to best position themselves to capture this new wave of value creation will be the ones that will win.

Why now? The Ocean Economy is approaching a tipping point, driven by multiple factors that are setting the stage for the development of groundbreaking solutions, innovations, and new markets in this space in the coming decades.

The Ocean Economy is at a pivotal moment. Rapid global changes—ranging from growing populations to new technologies—are creating fresh demand for ocean-based solutions and reshaping how we view and use the ocean. These shifts present significant opportunities for businesses, investors, and governments looking to address new challenges, form new markets, and develop new products or services. Below are four key forces driving these changes and opening doors for innovation in the Ocean Economy:

Rising global demand is pushing ocean industries to expand. As the global population approaches 10 billion, rising incomes and consumption patterns are increasing demand for food, energy, and trade. Seafood consumption is growing rapidly, with fish farming and alternative proteins expanding to meet the need. Offshore energy production—wind, wave, and tidal—is scaling up to support the clean energy transition. Meanwhile, global trade, 90% of which moves by sea, is set to grow 35% by 2050, pushing the shipping industry to expand capacity and adopt efficiency-driven innovations. Companies that enhance food production, energy output, or transport efficiency will have a strong advantage in this evolving market.
Environmental limits are changing industry practices. Industries reliant on ocean resources—fishing, shipping, and offshore energy—are facing hard limits. Over 90% of fish stocks are at or beyond capacity, and stricter regulations are forcing industries to rethink how they operate. Oil and gas extraction faces rising costs and environmental constraints, while marine pollution, including 11 million metric tons of plastic annually, is drawing scrutiny. This is driving industries to adopt new efficiencies, invest in better resource management, and find more productive ways to extract value. The shift is opening the market for high-efficiency fishing, alternative fuels, and resource optimization.
Geopolitical tensions are increasing the strategic importance of the Ocean. The ocean is becoming a key battleground for resources, trade security, and national interests. Countries are racing to secure critical minerals, such as cobalt and rare earth elements, which are vital for battery production, defense, and electronics. Trade disruptions in key chokepoints like the Strait of Hormuz and the Suez Canal are highlighting the need for maritime security, alternative routes, and supply chain resilience. Meanwhile, new Arctic trade routes are intensifying territorial disputes and driving investments in infrastructure and defense. These and other multiple factors are accelerating the demand for ocean surveillance, deep-sea mining technologies, and strategic resource exploration.
Technological, scientific, and engineering breakthroughs. New technologies are making previously unreachable ocean resources accessible. AI, robotics, and satellite monitoring are transforming how industries explore and manage the ocean. Autonomous underwater vehicles (AUVs) and remote sensors are mapping the seabed and finding new resources. Floating wind farms, modular nuclear reactors at sea, and wave energy systems are enabling offshore energy to expand far beyond coastal areas. Engineering advances in materials, desalination, and marine construction are also driving new opportunities. These innovations are reducing costs, improving efficiency, and making previously unfeasible ocean solutions commercially viable.

Why focus on the Nordics? The Nordics are uniquely positioned to capture the Ocean Economy Opportunity due to an unparalleled blend of natural resources, expert know-how, supportive innovation ecosystems, and a consistent history of creating world-class ocean enterprises.

The Nordics stand out as global leaders in the Ocean Economy due to their unique combination of abundant ocean resources, deep expertise in ocean industries, favorable innovation conditions specific to ocean-based solutions, and a proven track record of building category winners in the sector and delivering strong investor returns. Below, we break down why these factors give the Nordics an unmatched edge.

Abundant ocean assets. Nordics benefit from a vast abundance of ocean assets. The region’s marine territories are often several times larger than their land areas, and its coastline stretches tens of thousands of kilometers. This gives Nordic countries an unfair “natural advantage” in tapping resources like fish stocks, critical minerals, and offshore energy potential. For example:
- The Nordic region controls over 6.6 million square kilometers of Exclusive Economic Zones (EEZs), alongside a coastline that spans 98,000 kilometers. In relative terms, the region’s ocean territories are almost 2 times larger than their combined land area, with Iceland and Norway leading at 7 and 6 times their landmass, respectively.
- This scale translates into enormous access to fish stocks, offshore wind and wave energy, seabed minerals, and other critical resources. Norway alone holds 7.7 billion barrels of crude oil reserves, Europe’s largest. Meanwhile, Greenland is believed to contain 43 of the 50 minerals considered essential for green technologies.
Deep industry expertise and a strong ocean economy today. Nordics already have deep expertise in ocean industries. Norway, for instance, leads in global seafood exports, shipping, and offshore energy production. Denmark pioneered offshore wind technology and is home to some of the world’s biggest shipping companies. Other Nordic nations excel in advanced aquaculture, oil and gas, or maritime logistics, showing a long-established capacity to harness the ocean for economic gain.
- Thanks to this wealth of resources, the Ocean Economy already drives a higher share of GDP in the Nordics than in most regions—15% on average, compared to 3–5% globally. In Norway, ocean-based industries account for 40% of total value creation, while in Iceland, Greenland, and Faroe Island, they represent an estimated 25% of GDP.
- The region leads in key sectors: Norway ranks among the top seafood exporters in both volume and value; Denmark has pioneered offshore wind since 1991; Finland is a global leader in icebreaker and cruise ship construction; and Nordic shipping companies like Maersk dominate global maritime trade. This established leadership provides the know-how, infrastructure, and global networks needed to scale new ocean solutions.
Innovation-friendly environment. The region has an innovation-friendly environment, driven by high quality talent in the ocean space, leading maritime research institutions, well-integrated maritime infrastructure, and a steady flow of capital into ocean solutions. Nordic investors and government programs actively back startups in marine technology, fisheries, renewable energy, and more, creating the conditions for promising ideas to grow and scale globally.
- High-quality talent: The Nordic region stands out globally for its excellence in entrepreneurship, innovation, and company-building within ocean-based solutions. Investors highlight the region’s superior performance, with over 40% recognizing higher entrepreneurship levels, 55% identifying stronger innovation, and almost 50% affirming that Nordic ocean companies demonstrate higher overall quality compared to other regions. This combination positions the Nordics as a leader in delivering top-tier dealflow for ocean-based industries.
- Robust infrastructure: The Nordics are home to world-class research institutes like the Technical University of Denmark and the University of Bergen, along with major maritime hubs such as the Port of Gothenburg, which drive R&D and large-scale testing. Collaborative initiatives, such as the Norlights offshore wind project, unite industry and academia to tackle complex ocean challenges. Notably, GlobalConnect’s recently completed Nordic digital infrastructure project—the largest in a decade—has installed over 125,000 kilometers of fiber-optic cable, greatly enhancing connectivity and data capacity across the region. This strong foundation positions the Nordics as a leader in innovation and ocean solutions.
- Ample capital: A robust “capital flywheel” anchored in the Nordics’ established shipping, fishing, and energy industries drives reinvestment into emerging ocean ventures. Specialized VC funds, corporate venture arms (e.g., Maersk, Equinor), and state-backed investors provide a consistent flow of risk capital across all stages, from seed to IPO. Dealroom.co highlights this unique ecosystem, noting that between 2017 and 2024, over 40% of all VC funding in Norway and Iceland was directed toward Blue Economy ventures—a figure far surpassing the global average. This is further reinforced by a survey of Nordic investors, where 60–70% indicated that funding levels for ocean-related companies are average or above average across all stages of growth.
Proven track record of investor returns. The Nordics have a proven ability to create category winners and build large, valuable companies in ocean-based industries. From shipping giants to disruptive energy and aquaculture ventures, Nordic companies consistently grow into global champions, delivering significant outcomes for early investors willing to take the risk.
- In public markets, Nordic ocean-related companies are among the region’s most valuable. One-third of the top 10 leading Nordic companies by market capitalization are ocean-focused, contributing 21% of the region’s total market cap. Major players include Equinor, DSV, Maersk, Aker BP, and Mowi, demonstrating the strength and impact of the region’s ocean economy.
- In private markets, Nordic ocean startups have achieved remarkable success, with companies like Kerecis (valued at USD 1.3 billion), Cognite (valued at USD 1.6 billion in 2021), and ICEYE (valued at USD 900 million in 2024) showcasing the high potential of the region to scale ocean-focused ventures into global leaders.

Taken together, these factors make the Nordics exceptionally well-positioned to capture the Ocean Economy Opportunity.

How does the Nordic Ocean Economy look like today? The Nordic Ocean Economy is a dynamic ecosystem with many rising stars across different sectors, where the combined strengths of Nordic countries create a strong and competitive landscape.

The Nordic Ocean Economy is broad and diverse, covering a wide range of sectors and sub-sectors that leverage ocean resources to address major global challenges. These companies operate in every Nordic country, spanning industries such as maritime transport, aquaculture, energy production, health and life sciences, manufacturing, environment, and more. Collectively, they form a thriving ecosystem that positions the Nordics as a global hub for ocean innovation.

Nordic Ocean Economy Landscape by sector:

Transportation: Faced with the need to modernize and meet stricter environmental rules, Nordic companies are introducing battery-powered vessels, alternative fuels like hydrogen and ammonia, and advanced propulsion technologies that reduce emissions. They also develop data-driven logistics tools that optimize routes and improve supply chain efficiency, making maritime transport cleaner and more cost-effective.
Food & Water: With growing demands on seafood production and increasingly strict regulations, startups in the Nordics focus on precision aquaculture—using AI, sensors, and sustainable feed to boost yields and reduce waste. Other companies explore algae- and seaweed-based proteins for food and animal feed, while advanced desalination and water recycling technologies address global freshwater scarcity.
Communication and Information: Technologies like IoT sensors, satellite systems, and autonomous drones are transforming how data is gathered and used at sea. Nordic companies in this area develop real-time monitoring solutions that track ocean conditions, improve safety, and help manage operations—from fishing fleets to offshore energy platforms.
Energy: Building on a history of offshore engineering, the Nordics are ramping up offshore wind capacity—both fixed and floating turbines—and exploring wave and tidal energy solutions. Some firms are even trialing floating solar setups, taking advantage of open-water spaces to produce renewable power.
Health & Life Sciences: Marine biotechnology is opening new frontiers for drug discovery, nutraceuticals, and medical devices derived from ocean organisms. Nordic research in areas like tissue engineering, anti-bacterial compounds, and functional foods is fueled by the region’s rich marine biodiversity and robust R&D infrastructure.
Manufacturing: Companies are leveraging ocean resources to create sustainable materials for industrial use—such as bio-based plastics made from algae or marine sediments repurposed for construction. Some are advancing seabed mining and rare mineral extraction technologies to tap into critical resources hidden in deep-sea environments.
Environment: Nordic startups are addressing marine pollution, habitat loss, and climate change by pioneering solutions like seagrass restoration, plastic waste collection, and carbon sequestration in decommissioned oil fields. These efforts not only safeguard marine ecosystems but also create new business models, from carbon credits to recycled plastic products.
Living & Tourism: With coastal populations growing and sea levels rising, innovations like floating infrastructure support housing, commercial developments, and climate adaptation in waterfront areas. Meanwhile, eco-tourism initiatives strike a balance between economic activity and preserving fragile coastal ecosystems, reflecting the region’s focus on sustainable development.

Nordic Ocean Economy Landscape by country:

Norway: Strong in aquaculture (especially salmon farming) and green shipping, developing battery-powered vessels, hydrogen fuels, and advanced propulsion. Also a leader in communications & information (e.g., maritime IoT) and transitioning offshore energy expertise from oil to renewables.
Sweden: Focuses on maritime transportation—particularly logistics and propulsion technologies—and wave energy solutions. Additionally, it invests in alternative proteins and sustainable materials, expanding circular economy initiatives and biotech applications.
Denmark: A global pioneer of offshore wind, it continues to push turbine tech and related infrastructure. Also excels in transportation (cleaner fuels, emission-reducing propulsion) and food & water solutions, including alternative proteins and precision aquaculture.
Finland: Known for maritime engineering (shipbuilding, advanced propulsion systems) and manufacturing from ocean resources, along with emerging interests in wave energy, thermal storage, and ocean defense/surveillance technologies.
Iceland: Leads in marine biotechnology, developing therapies, nutraceuticals, and protein products from ocean organisms. It also leverages renewable energy sources—both geothermal and marine—to innovate in power generation and contributes to environmental solutions around resource management and ecosystem protection.
Faroe Islands: Fisheries and aquaculture drive the economy, with ongoing efforts to improve sustainability and efficiency. Seaweed cultivation is expanding, with startups developing food, biofuel, and biomaterial applications. The islands also pioneer tidal energy, deploying kite technology to harness ocean currents for renewable power
Greenland: Fisheries remain a key economic pillar, with a growing focus on sustainable resource management. Ocean-based transportation is critical for trade and tourism, supporting Arctic wildlife tours and cultural experiences. Meanwhile, the region’s seabed holds valuable critical minerals, sparking interest in deep-sea exploration and extraction

Viewing the Nordics as a unified region reveals the full potential of their Ocean Economy. By combining their strengths, the Nordic countries create a stronger, more competitive opportunity, solidifying their position as a global leader in ocean-based industries. This collective approach makes the region far more attractive for investment and innovation than evaluating each country individually.

What are the main opportunities in the space? The Nordic Ocean Opportunity is as vast as their seas, covering the transformation of key industries, the discovery of new uses for ocean resources, the creation of advanced tools for exploration, and the development of systems to protect and restore vital ocean assets.

The Nordic Ocean Economy presents four major segments where new technologies, innovative business models, and favorable market conditions are converging to create high-value investment opportunities. These segments and key opportunities identified in this report build on the Nordics’ established leadership in maritime industries while also exploring entirely new ways to harness ocean resources. The four key segments are:

1. Optimization of existing ocean activities: This is the largest and most immediate investment segment, covering established industries such as shipping, aquaculture, and offshore wind, which together contribute a significant share of Nordic GDP and export revenues. As these sectors face mounting pressures—including stricter regulations, higher resource costs, and growing global demand—there is a pressing need for solutions that boost efficiency, sustainability, and profitability. Key opportunities include:

The optimization of the shipping industry: As global trade expands and environmental rules become stricter, the shipping sector must reduce emissions, increase efficiency, and improve safety. Key opportunities include switching to alternative fuels like hydrogen and methanol, using new propulsion systems such as wind-assisted and hybrid engines, and digitalizing logistics with IoT and AI for smarter route planning. Additionally, advanced safety technologies are improving crew conditions and making operations more reliable.
The optimization of aquaculture & fisheries: Rising seafood demand and stricter regulations are driving the need for more efficient and responsible practices. Key opportunities include expanding offshore and land-based aquaculture to increase production, using AI and automation for real-time monitoring and precision feeding, and improving sustainability with alternative feed sources and technologies that minimize bycatch.
The optimization of offshore wind energy production: As offshore wind power continues to grow, there is increasing demand for technologies that lower costs, improve efficiency, and strengthen grid connections. Key opportunities include floating and modular turbines for deep-water deployment, multi-turbine platforms that maximize energy output in a smaller area, and energy storage systems that stabilize power supply. Advanced planning software and predictive analytics are also playing a crucial role in making wind farm development faster and more scalable.

The success story of Cognite—building a USD 1.6 billion industrial data analytics platform—underscores the significant upside for solutions that help key maritime industries become more efficient and productive. Moving forward, the most successful solutions in this space will be those that are able to combine increased productivity and efficiency for these leading ocean industries with sustainable practices that protect the environment and avoid harm. In the new era, winners will be the companies that can deliver both economic value and environmental responsibility.

2. New applications of ocean assets: Roughly a third of the emerging deal flow involves creating entirely new uses for ocean resources—turning overlooked or underutilized assets into high-value products and services. With almost 7 million square kilometers of marine territory, the Nordics can test and deploy these novel solutions on a significant scale. Key opportunities include in:

New applications of marine living resources: Algae, seaweed, fish by-products, and marine microorganisms are being developed into valuable products across multiple industries. These resources are now used for alternative proteins in food and animal feed, biodegradable bioplastics, and pharmaceutical and health applications. Bioactive compounds from fish and seaweed are being turned into nutraceuticals, wound care treatments, and medical products. Additionally, algae-based biofuels and marine microorganisms are providing new alternatives to fossil-based chemicals in industrial manufacturing.
New applications of physical ocean elements: The ocean’s surface, subsea structures, and deep cold waters are being utilized in new ways for energy production, infrastructure, and industrial efficiency. Floating solar farms are increasing offshore power generation, while floating housing projects expand urban space in coastal areas. Subsea carbon storage repurposes former oil and gas sites to capture emissions. Ocean-cooled data centers are lowering energy use by using deep-sea cold water for cooling.
New applications of ocean dynamics: Companies are harnessing ocean waves, tides, and atmospheric interactions to generate energy, produce freshwater, and reduce climate-related risks. Wave and tidal power technologies are converting ocean movements into electricity, while wave-powered desalination is providing a low-energy method to produce drinking water. Some technologies aim to weaken hurricanes by cooling surface waters, and subsea desalination systems use natural water pressure to generate fresh water with lower energy consumption.
New applications of marine non-living resources: Ocean plastics and seabed minerals are being repurposed into new materials for industry, lowering waste and improving resource efficiency. Ocean plastic waste is being recycled and processed into materials for manufacturing, reducing pollution while creating new supply chains. Meanwhile, advancements in seabed mineral extraction focus on reducing environmental impact while accessing critical materials for industrial and energy applications.

The success story of Kerecis—transforming fish skin into a billion-dollar wound care product—illustrates the immense upside for ventures that discover, refine, and commercialize new applications of ocean assets. Moving forward, the most promising solutions in this segment will be those able to provide disruptive value of ocean assets, more than those providing an incremental value, and those solutions capable of transforming low-value ocean assets into high-value applications with significant global impact.

3. New solutions for ocean exploration, engagement, and extraction: Currently less than 15% of deal flow but rapidly expanding, this segment emerges as we enter a global "Ocean Rush" era, driven by demand for critical minerals, climate change pressures, and geopolitical interests. Over 80% of the ocean remains unexplored, representing one of the largest untapped frontiers for discovery and innovation. Furthermore as Arctic melting opens new routes and global competition for marine resources intensifies, ocean exploration solutions could become some of the fastest-growing opportunities in the next decade. Key opportunities include in:

New solutions for ocean exploration: Technologies are advancing how we map, monitor, and understand the ocean. Satellite imaging, autonomous underwater vehicles, and IoT sensors are enabling more precise data collection, allowing industries to explore remote and uncharted waters with greater accuracy. These innovations support resource discovery, environmental monitoring, and climate research by providing real-time insights into ocean conditions, ecosystems, and underwater structures.
New solutions for ocean engagement: Technologies that enhance real-time communication, robotic inspection, and maritime mobility are transforming offshore operations. New communication systems improve data flow and vessel coordination, while autonomous inspection and maintenance tools reduce downtime and safety risks. Additionally, advancements in electric and autonomous maritime vehicles are improving transport efficiency and connectivity across ocean environments. These innovations optimize resource use, improve safety, and enable more efficient management of ocean-based activities.
New solutions for ocean resource extraction: New technologies are enabling the extraction of deep-sea minerals and rare-earth elements with greater precision and reduced ecological impact. Robotics and geophysical imaging are improving seabed exploration, allowing industries to access critical materials needed for energy storage, electronics, and manufacturing. Additionally, advancements in refining and processing are optimizing material recovery from both newly mined and recycled sources, reducing dependence on traditional raw material extraction.

The success story of ICEYE—turning advanced radar satellite imaging into a USD 900 million data platform—demonstrates the immense potential for solutions that transform how we explore and monitor the ocean. Moving forward, the most promising solutions in this segment will be those that provide the infrastructure to enable the development of new tools for ocean exploration, discovery, and engagement, or solutions that can support multiple ocean sectors in their exploration and engagement activities.

4. New solutions for ocean value protection, restoration, and management: Though still in its early stages, this segment aims to safeguard, restore, and actively manage ocean assets—recognizing the ocean’s growing economic and environmental value. Over time, it could evolve into a large-scale “ocean asset management” industry as businesses, governments, and global institutions act to protect critical marine ecosystems. Key opportunities include in:

New solutions for ocean value protection: Innovative tools are safeguarding ocean assets by preventing damage and ensuring long-term sustainability. AI-driven monitoring, satellite surveillance, and compliance systems enhance oversight, detecting illegal activities and environmental threats in real time. Climate adaptation and pollution prevention technologies help protect marine ecosystems, while maritime security solutions secure key infrastructure and coastal areas.
New solutions for ocean value restoration: Much of the ocean’s valuable assets have already been damaged, and restoration technologies are working to recover what has been lost. Solutions in waste cleanup, oil spill response, and plastic removal are actively rehabilitating marine environments, restoring ecosystems, and reclaiming lost value. These innovations focus on undoing past harm, ensuring that critical ocean resources can regain their economic and environmental significance.
New solutions for ocean value management: As we better understand the ocean and unlock new ways to generate value from its resources, the overall worth of ocean assets continues to grow. New solutions in this space focus on managing and maximizing this increasing value. Bioengineering innovations improve aquaculture and seaweed cultivation, while advanced monitoring tools optimize water quality and ecosystem health. These solutions not only sustain ocean assets but also create new pathways to enhance their long-term economic and environmental impact.

Although this is a new and evolving space, with no established success stories yet, the most promising solutions in this segment will be those that protect or restore the ocean’s most valuable assets and introduce disruptive innovations capable of increasing the intrinsic value of these assets.

In sum, the Nordic Ocean Opportunity is in essence the unique chance for the Nordic region to leverage its strengths—vast ocean resources, deep industry expertise, and an innovation-driven ecosystem—to lead in one of the largest global opportunities of the next decade. And more than just a regional advantage, it is an open invitation for more investors and other actors to explore this opportunity and to be part of this value creation and value capturing process arising from the ocean potential and its assets.

Remember, “the ship is safe in harbor, but that’s not what ships are built for.”—Roald Amundsen, polar explorer.