Global Aquatic Production: Food vs. Non-Food Use (SOFIA 2024–2026)
The FAO’s flagship report, The State of World Fisheries and Aquaculture (SOFIA), highlights a historic shift: aquaculture has officially surpassed capture fisheries as the primary source of aquatic animal production. In 2022, global production reached 223.2 million tonnes, with a significant focus on maximizing resources for human consumption.
Production Utilization and Value by Country
The following table outlines the seven leading countries, including their approximate production volume and their primary utilization focus. While the global average for food use is 89%, these nations show varying degrees of specialization.
| Country | Production Volume (Million Tonnes) | Global Share | Primary Utilization | Primary Value Focus |
| China | 91.1 | 36% | Food Use | Domestic food security & Export |
| India | 16.2 | 8% | Food Use | Freshwater aquaculture |
| Indonesia | 14.8 | 7% | Food Use | High-value shrimp & Seaweed |
| Vietnam | 9.1 | 5% | Food Use | Export-grade Pangasius fillets |
| Peru | 5.8 | 3% | Non-Food Use | Industrial Fishmeal & Oil |
| Russia | 5.4 | ~2.5% | Food Use | Wild-caught whitefish |
| Norway | 3.6 | ~1.5% | Food Use | Premium Atlantic Salmon |
Key Insights from the 7 Leaders
The Consumption Giant: China remains the undisputed leader. Its utilization is overwhelmingly focused on "Food Use" to sustain a massive domestic market, with per capita consumption reaching roughly 41.6 kg.
The Feed Engine: Peru is the outlier. Because of its massive anchoveta fisheries, it serves as the primary global hub for "Non-Food Use," providing the essential proteins for aquaculture feed used by other nations.
The Export Powerhouses: Vietnam and Norway have highly efficient value chains. Norway, in particular, is a leader in "Blue Transformation," converting almost all by-products into high-value oils and collagen.
The Aquaculture Surge: In India and Indonesia, the growth of inland aquaculture ensures that production directly supports regional food security, keeping "Food Use" percentages near the top of the global scale.
The "Blue Transformation" Trend
The SOFIA report emphasizes that the distinction between food and non-food use is blurring. Industry leaders are shifting toward "circularity" to maximize value. In 2022, by-products (heads, tails, and frames) accounted for 34% of all fishmeal and 53% of all fish oil produced globally, significantly reducing the need to catch wild fish specifically for industrial purposes.
China: The Global Powerhouse of Aquatic Production and Utilization
According to the latest SOFIA reports from the FAO, China remains the central pillar of the global aquatic economy. Its "Food First" strategy ensures that the vast majority of its massive production is used to sustain domestic food security and international trade.
Production vs. Utilization Metrics
China’s approach to fisheries and aquaculture is defined by high efficiency and a strong focus on direct human consumption. While it is a major producer of industrial products, these are increasingly derived from processing by-products rather than whole fish.
| Metric | Value (Approx.) | Strategic Significance |
| Total Aquatic Production | 91.1 Million Tonnes | Accounts for roughly 36% of global output. |
| Aquaculture Contribution | 81.9% | The world leader in farmed species (Carp, Tilapia, Shellfish). |
| Food Use (%) | ~93% | Significantly higher than the global average of 89%. |
| Non-Food Use (%) | ~7% | Consists primarily of fishmeal and oil derived from processing waste. |
| Per Capita Consumption | 41.6 kg / year | Nearly double the global average of 20.7 kg. |
| Global Consumption Share | 37% | China consumes more aquatic food than any other single nation. |
Core Strategies of the Chinese Model
1. Domestic Food Security
China prioritizes its own catch and harvest for its 1.4 billion citizens. The cultural preference for fresh, whole aquatic products keeps "Food Use" percentages high and minimizes the diversion of whole fish into industrial "Non-Food" channels.
2. The "Non-Food" Paradox
While China uses most of its own production for food, it is the world's largest importer of "Non-Food" products (fishmeal and fish oil) from countries like Peru. This allows China to use external industrial resources to fuel its domestic food-producing aquaculture sector.
3. Blue Transformation & Circularity
China is a pioneer in reducing waste. Instead of relying on "trash fish" for feed, Chinese processing plants are increasingly specialized in "circularity"—converting heads, skins, and bones into fishmeal.
34% of global fishmeal is now produced from such by-products, a trend led by Chinese processing efficiency.
4. Marine vs. Freshwater
Freshwater: Almost 100% of China's massive inland carp production is destined for Food Use.
Marine: China’s distant-water fleets focus on high-value species like squid and tuna, which are processed primarily for the global food market.
India: A Growing Hub for Food-Grade Aquatic Production
India has solidified its position as the world’s second-largest producer of aquatic animals, trailing only China. According to the latest SOFIA 2024–2026 data, India’s fisheries and aquaculture sector is characterized by a massive inland farming system that prioritizes domestic nutrition and high-value exports.
Production and Utilization Profile
India contributes roughly 8% to global aquatic production. Its utilization strategy is intensely focused on "Food Use," with a burgeoning export market for processed shrimp and a robust domestic market for freshwater fish.
| Metric | Value (Latest FY 2024-25) | Strategic Significance |
| Total Fish Production | 19.78 Million Tonnes | Doubled in size over the last decade. |
| Global Production Share | 8% | Ranks 2nd globally in total fish & aquaculture. |
| Aquaculture Share | ~75% | Primarily inland freshwater farming (Carps). |
| Utilization Focus | High Food Use | Minimal non-food diversion; by-products used for feed. |
| Export Value | US$ 7.45 Billion | Record highs driven by frozen shrimp demand. |
| Domestic Consumption | Significant Growth | Rising protein demand across rural and urban centers. |
Key Pillars of India's Aquatic Strategy
1. The Inland Revolution
Unlike nations that rely heavily on marine catches, India’s growth is fueled by inland aquaculture. Approximately 13-14 million tonnes of its production comes from freshwater ponds and tanks. This production is almost 100% Food Use, providing an affordable protein source for millions of people.
2. Frozen Shrimp: The Export Engine
India is a global leader in shrimp production. This sector is high-value and export-oriented, with the USA and China being the top destinations. While the meat is used for food, the shells and heads are increasingly processed into "Non-Food" industrial products like chitin and chitosan, showcasing India's shift toward circularity.
3. Strategic "Food First" Policy
The Indian government’s flagship scheme, Pradhan Mantri Matsya Sampada Yojana (PMMSY), explicitly focuses on:
Reducing Post-Harvest Losses: Ensuring more fish reaches the market as "Food Use" rather than being discarded.
Domestic Nutritional Security: Boosting per capita consumption to combat malnutrition.
4. The Shift Toward Value-Addition
India is transitioning from exporting raw commodities to processed, value-added products. In the last five years, the share of value-added products in the export basket rose from 2.5% to 11%. This allows India to extract more economic value from the same volume of fish while ensuring the leftovers are efficiently used in the feed chain.
Summary: India’s model is one of inclusive growth. By leveraging its vast inland water resources, India ensures that nearly all of its production serves as food, while its marine sector generates multi-billion dollar revenues through high-quality exports.
Indonesia: The Archipelagic Leader in Food and Algae Production
According to the SOFIA 2024–2026 data, Indonesia remains a top-tier global producer, ranking 3rd globally for aquatic animals and 2nd for algae. Indonesia’s strategy is unique due to its dual focus on wild-capture fisheries for food and massive seaweed farming for industrial "Non-Food" and hydrocolloid markets.
Production and Utilization Profile
Indonesia contributes roughly 7% of global aquatic animal production. Its utilization is heavily split: while fish are primarily for "Food Use," its massive seaweed sector is a global pillar for "Non-Food" industrial applications.
| Metric | Value (2024-2025 Est.) | Strategic Significance |
| Total Aquatic Animal Production | ~14.8 Million Tonnes | Ranks 3rd globally; balanced between capture and farming. |
| Seaweed (Algae) Production | ~10.8 Million Tonnes | World’s 2nd largest producer; critical for global carrageenan. |
| Food Use (%) | ~91% | Higher than global average for fish; vital for local diet. |
| Non-Food Use (%) | ~9% | Focus on fishmeal for domestic aquaculture and seaweed extracts. |
| Aquaculture Growth Rate | ~3.8% CAGR | Driven by shrimp, tilapia, and seaweed expansion. |
| Export Value (to Q3 2024) | US$ 4.23 Billion | Lead exports include Shrimp, Tuna, and Seaweed. |
Key Pillars of Indonesia's Aquatic Strategy
1. "Fish as Food" Security
With over 17,000 islands, fish is the primary animal protein for most Indonesians. Consumption is high at roughly 55–56 kg per capita, making "Food Use" the absolute priority for the government. Small pelagic fish (like mackerel and sardines) are the backbone of the domestic food supply.
2. The Seaweed Powerhouse (Dual Utilization)
Indonesia is a global leader in seaweed, which falls into a unique utilization category:
Food Use: Increasing use in local snacks, "mie" (noodles), and functional foods.
Non-Food Use: Most Indonesian seaweed is exported (88% to China) to be processed into carrageenan and agar, used in everything from cosmetics to pharmaceuticals.
3. Downstream Processing (Hilirisasi)
A major theme in Indonesia's 2025–2026 policy is downstream development. Rather than exporting raw materials, Indonesia is investing in:
Fishmeal Factories: Converting processing by-products into feed to reduce reliance on imports from Peru.
Refining Algae: Building domestic processing plants to capture the value of the "Non-Food" hydrocolloid market internally.
4. High-Value Aquaculture
Indonesia is a global top-3 producer of shrimp (Vannamei) and tilapia. These sectors are almost exclusively "Food Use" and are major foreign exchange earners. The government’s "Blue Transformation" goal aims to increase shrimp production targets significantly by 2026 through the "Shrimp Estate" program.
Summary: Indonesia’s model balances subsistence (feeding its large population) with industrial leadership (seaweed and shrimp exports). It is successfully transitioning its "Non-Food" sector from raw export to value-added domestic processing.
Vietnam: The Global Leader in Export-Oriented Aquatic Production
According to the SOFIA 2024–2026 data and recent industry figures from VASEP, Vietnam remains a critical pillar of the global aquatic trade. It ranks as the 4th largest producer of aquatic animals and a top-tier global exporter, particularly dominant in the pangasius (catfish) and shrimp sectors.
Production and Utilization Profile
Vietnam contributes approximately 5% of global aquatic animal production. Its utilization is intensely focused on Food Use, specifically for high-quality export markets in Asia, the US, and the EU.
| Metric | 2025 Value (Actuals/Est.) | 2026 Target | Strategic Significance |
| Total Aquatic Production | ~9.9 Million Tonnes | 10.0 Million Tonnes | Sustained growth led by aquaculture expansion. |
| Aquaculture Share | ~6.1 Million Tonnes | 6.25 Million Tonnes | ~62% of output; world leader in pangasius. |
| Capture Fisheries | ~3.8 Million Tonnes | 3.75 Million Tonnes | Strategic reduction to manage marine stocks. |
| Export Value | US$ 11.3 Billion | US$ 11.5 Billion | Record high in 2025; leads in global trade. |
| Utilization Focus | Food Use (~90%) | Food Use (~90%) | Most volume goes to high-value food exports. |
Key Pillars of Vietnam's Aquatic Strategy
1. The Pangasius (Catfish) Powerhouse
Vietnam is the world's primary source of Pangasius, accounting for nearly 90% of global trade. This sector is almost entirely Food Use, with 2025 export values reaching US$ 2.2 billion. The production process is highly integrated, ensuring that meat becomes food while fats and bones are diverted to "Non-Food" uses like biodiesel and high-quality fishmeal.
2. Premium Shrimp Exports
Shrimp remains Vietnam's "gold mine," with a 2025 export value of US$ 4.6 billion. While the meat is a staple in international food markets, the Non-Food sector is rapidly growing here:
Chitin & Chitosan: Vietnam has become a leader in extracting these high-value industrial materials from shrimp shells, turning "waste" into revenue for the pharmaceutical and textile industries.
3. Market Diversification and FTAs
Vietnam's 2025 record performance was driven by its agility in leveraging Free Trade Agreements (FTAs).
CPTPP Markets: Exports to member nations (like Japan and Canada) rose by over 20%.
China Pivot: As trade barriers shifted in the US, Vietnam successfully redirected its "Food Use" supply to the Chinese market, which imported US$ 2.4 billion of Vietnamese seafood.
4. The "Blue Transformation" & Sustainability
Vietnam is actively implementing the FAO’s Blue Transformation by:
Reducing Wild Catch: Intentional 2.1% reduction in capture fisheries for 2026 to address the EU's "yellow card" on IUU fishing.
Increasing Farmed Tilapia: A massive 141% surge in tilapia sales in 2025 highlights Vietnam's push into versatile, fast-growing species that support both local food security and global demand.
Summary: Vietnam's model is the ultimate example of Export-Led Growth. By focusing on premium aquaculture (Shrimp and Pangasius) for food, while aggressively reclaiming industrial value from by-products, Vietnam has turned its aquatic sector into a multi-billion dollar economic engine.
Peru: The Global Engine of Non-Food Aquatic Production
While Asian leaders like China and Vietnam focus on "Food Use," Peru occupies a unique and vital position in the global aquatic economy. According to the SOFIA 2024–2026 report, Peru is the world's primary supplier of the industrial ingredients—fishmeal and fish oil—that fuel the global aquaculture and livestock industries.
Production and Utilization Profile
Peru’s production is characterized by massive volumes of a single species: the Peruvian Anchoveta. Because this fish is small, oily, and bony, the vast majority is diverted to Non-Food Use rather than direct human consumption.
| Metric | Value (2025/2026 Est.) | Strategic Significance |
| Total Aquatic Production | ~5.8 Million Tonnes | Volume fluctuates based on El Niño climate patterns. |
| Non-Food Use (%) | ~85% | Highest in the world; the primary global hub for fishmeal. |
| Food Use (%) | ~15% | Focused on squid, horse mackerel, and trout for domestic use. |
| Global Fishmeal Share | ~25%–30% | Peru is the #1 global exporter of fishmeal and fish oil. |
| Export Value | US$ 3.5+ Billion | Driven by high demand from China’s aquaculture sector. |
Key Pillars of Peru's Aquatic Strategy
1. The Anchoveta: The World’s Feed Foundation
The Peruvian Anchoveta fishery is the largest single-species fishery in the world. In 2025, after recovering from climatic shifts, Peru's "First Season" catch reached over 2.4 million tonnes in just three months. Almost all of this is processed into:
Fishmeal: A high-protein powder used to feed farmed salmon, shrimp, and pigs globally.
Fish Oil: Rich in Omega-3, used both for aquaculture feed and human health supplements.
2. The "Non-Food" to "Food" Paradox
Peru presents a strategic paradox: it produces enough "Non-Food" protein to potentially feed millions, yet it imports a significant portion of its food fish. To address this, the government is pushing for Direct Human Consumption (DHC) initiatives, trying to market canned and frozen anchovies as a nutritious, low-cost food source for the domestic population.
3. Climate-Driven Management
Peru’s production is at the mercy of the El Niño Southern Oscillation (ENSO).
Adaptive Management: The Peruvian maritime agency (IMARPE) uses real-time acoustic surveys to set strict quotas. If the water is too warm, they stop fishing entirely to protect the biomass, ensuring long-term sustainability for the global feed supply chain.
4. Giant Squid: The Food Leader
While anchovy dominates the volume, the Giant Squid (Pota) is Peru’s second most important fishery and its leader in Food Use. Peru is the world’s largest producer of Pota, exporting thousands of tonnes of frozen squid rings and tentacles to Asia and Europe, representing a high-value food-grade sector.
The "Blue Transformation" in Peru
Under the FAO’s Blue Transformation guidelines, Peru is working to:
Increase Efficiency: Capturing and refining "stickwater" (protein-rich wastewater) during fishmeal production to ensure zero waste.
Diversify Aquaculture: Developing inland trout farming in the Andes and scallop farming in coastal bays to balance its industrial marine capture with food-grade production.
Summary: Peru is the "backstage" hero of global aquaculture. Without its massive Non-Food Use output, the high-value "Food Use" salmon and shrimp sectors in countries like Norway and China would struggle to find sustainable, high-protein feed.
Russia: The Powerhouse of Wild-Capture and Deep Processing
According to the latest SOFIA 2024–2026 context and recent 2025/26 data from Rosrybolovstvo (Federal Agency for Fishery), Russia has solidified its status as a top-tier producer of wild-caught marine fish. Russia’s strategy is currently defined by a massive shift from exporting raw, frozen fish toward deep processing, ensuring more of its catch is utilized for high-value "Food Use" products like fillets and surimi.
Production and Utilization Profile
Russia contributes approximately 2.5% to 3% of global aquatic animal production. Its utilization is heavily focused on wild-capture species from the Far Eastern and Northern Basins, with a strategic push to increase the "Food Use" value of its massive pollock and crab stocks.
| Metric | 2025 Value (Actual) | 2026 Projections/Trends | Strategic Significance |
| Total Catch | ~5.3 Million Tonnes | Sustained at 5.0M+ | Dominance in Far Eastern Basin (Pollock, Herring). |
| Export Value | US$ 6.1 Billion | Increasing | Shift toward high-value fillets and live crab. |
| Deep Processing Share | 37.5% (Pollock) | Growing | Catch increasingly used for surimi and fillets (Food Use). |
| Food Use (%) | ~88% | Increasing | Goal to maximize human consumption over industrial meal. |
| Non-Food Use (%) | ~12% | Optimizing | Increasing fishmeal production from by-products. |
Key Pillars of Russia's Aquatic Strategy
1. Pollock: The "White Gold" of the East
Pollock is Russia's most significant fishery, with catches exceeding 2.1 million tonnes annually.
Utilization Shift: Historically, much of this was exported as whole-frozen fish. By the end of 2025, Russia reached a milestone where 37.5% of pollock was deep-processed into fillets and minced fish (surimi).
Target: Russia aims to compete with the US by processing up to 50–60% of its pollock catch directly at sea using new "super-trawler" processing vessels.
2. The Crab and Crustacean Boom
Russia is a global leader in high-value "Food Use" crustaceans. In 2025, crab exports surged by 19%, driven by a strategic shift toward live crab deliveries to Asian markets (China and South Korea), which commands significantly higher prices than frozen products.
3. Investment Quotas and "Blue Transformation"
A cornerstone of Russia’s 2026 outlook is the "Investment Quotas" program. The government grants fishing rights in exchange for companies building:
Modern Vessels: Ships equipped with onboard processing plants that turn guts and heads into fishmeal (Non-Food Use) while the prime meat is frozen as fillets (Food Use).
Coastal Factories: Over 25 new plants have been built to ensure that "Food Use" starts at the shoreline, reducing waste and increasing value.
4. Market Reorientation
Due to geopolitical shifts, Russia has successfully reoriented its "Food Use" exports. While the EU and US markets have restricted Russian seafood, China has become the primary destination, absorbing the volume once destined for the West. In early 2026, exports to Japan also showed a value increase of 20%, despite lower physical volumes, reflecting the success of the high-value processing strategy.
The "Non-Food" Sector
While Russia's priority is food, its "Non-Food Use" sector is becoming more efficient. Fishmeal production is no longer a primary goal but a secondary outcome of deep processing. In the Bering Sea, smaller fish that are unsuitable for fillets are utilized for high-quality meal to support domestic and regional aquaculture feed.
Summary: Russia is moving away from being a "raw material supplier" to becoming a "refined food producer." By leveraging its massive Arctic and Pacific catches through onboard technology, it ensures that a higher percentage of the global catch remains in the Food Use category, even as it navigates changing global trade routes.
Norway: The Gold Standard for Precision Food and Circular Utilization
Norway is the world’s leading producer of Atlantic salmon and a global pioneer in the "Blue Transformation." According to the SOFIA 2024–2026 framework and recent 2025/2026 industry data, Norway distinguishes itself through an exceptionally high-value "Food Use" sector and a "Non-Food" sector built almost entirely on the principles of a circular economy.
Production and Utilization Profile
Norway’s aquatic production is dominated by high-value aquaculture. In 2025, Norway saw a record-breaking increase in farmed fish, with salmon output jumping by 200,000 tonnes in a single year due to improved biological performance and lower mortality rates.
| Metric | 2025 Value (Actuals) | 2026 Forecast/Trend | Strategic Significance |
| Total Production | ~3.8 Million Tonnes | ~3.9 Million Tonnes | Growth driven by technological gains and health stability. |
| Aquaculture Share | ~1.7 Million Tonnes | ~1.75 Million Tonnes | Farmed salmon and trout account for the bulk of value. |
| Capture Fisheries | ~2.1 Million Tonnes | Stable | Sustainable management of Cod, Herring, and Mackerel. |
| Food Use (%) | ~92% | Increasing | Strategic priority to maximize human consumption. |
| Non-Food Use (%) | ~8% | Optimizing | Derived almost exclusively from processing by-products. |
| Export Value | ~US$ 16 Billion | Strong Growth | Record-breaking seafood exports to 150+ countries. |
Key Pillars of Norway’s Aquatic Strategy
1. The Salmon Empire
Norway is the global synonym for premium salmon. In 2025, the industry achieved a milestone by reducing aggregate salmon mortality from 16.7% (2023) to 14.2%.
Utilization: Virtually 100% of the primary salmon meat is utilized for Food Use.
Innovation: Increasing smolt size (from 400g to 800g) before sea transfer has reduced time at sea by 36%, significantly lowering exposure to sea lice and increasing the efficiency of food production.
2. Leader in Circularity (The 100% Fish Goal)
Norway leads the world in utilizing "Non-Food" by-products. Instead of catching fish specifically for fishmeal, Norway uses the heads, frames, and viscera from its massive processing sector.
Hydrolisates: Companies like Pelagia and TripleNine process salmon by-products into high-value protein hydrolysates used in starter feeds and even human nutraceuticals.
Result: By 2026, Norway is approaching a "zero-waste" model where every part of the fish is used—either for food or as high-grade industrial ingredients.
3. Technology and "Blue Transformation"
Norway's 2026 Risk Report highlights a shift toward data-driven farming.
AI-Driven Feeding: Systems now use sensors to monitor fish appetite in real-time, reducing feed waste and ensuring that the "Non-Food" inputs (like fishmeal from Peru) are converted into "Food Use" salmon as efficiently as possible.
Traffic Light System: A unique regulatory framework that limits or allows growth based on environmental health (sea lice levels), ensuring that production volume never compromises the ecosystem.
4. The Whitefish Sector
While salmon gets the headlines, Norway’s capture of Atlantic Cod and Mackerel remains vital.
Food Security: Much of this catch is salted, dried (clipfish), or frozen, serving as a critical protein source for markets in Portugal, Brazil, and West Africa.
Value Over Volume: Despite some quota reductions for Cod in 2025/2026 to protect stocks, the value of the catch remains high due to record-high global prices for wild-caught whitefish.
Summary: Norway has decoupled production growth from environmental degradation. By focusing on animal welfare and circular utilization, Norway ensures that its "Food Use" products are the highest quality in the world, while its "Non-Food" sector serves as a global model for sustainability.
Leading Nations in Blue Transformation: Key Aquatic Projects for 2026
As we move through 2026, the world's leading aquatic producers are no longer just focused on volume. Driven by the FAO’s Blue Transformation initiative, nations like China, India, and Norway are launching massive infrastructure and technology projects to maximize food use efficiency while turning non-food waste into high-value assets.
Strategic Projects by Country
The following countries are spearheading projects that redefine how aquatic resources are harvested, processed, and consumed.
1. China: Deep-Sea Expansion & Integrated Ranches
China is shifting its massive aquaculture footprint from crowded coastlines to the open ocean.
Deep-Sea "Floating Farms": The deployment of 120,000-ton class automated aquaculture vessels. These "mobile farms" can produce up to 100,000 tonnes of fish annually, moving to different waters to maintain optimal temperatures for food quality.
Fuxi-1 Project: An innovative "Offshore Wind + Marine Ranch" model in Guangdong that combines renewable energy with fish farming, utilizing the space beneath wind turbines for high-density food production.
2. India: PMMSY & Value-Addition Hubs
India's focus is on the Pradhan Mantri Matsya Sampada Yojana (PMMSY), with a record-high budget for the 2026-27 cycle.
Integrated Aqua-Parks: Development of centralized hubs for fish processing to reduce post-harvest losses.
Seaweed Park (Tamil Nadu): A massive project to cultivate seaweed for both food supplements and biodegradable packaging, creating a new non-food revenue stream for coastal communities.
3. Indonesia: The International Seaweed Hub
Indonesia is betting heavily on downstreaming its raw materials.
Ekas Bay Research Center: Ground was recently broken on a global seaweed research hub in East Lombok. This project aims to develop heat-resistant "climate-smart" seaweed seedlings to ensure food and industrial stability.
Blue Carbon Pricing: A new 2026 initiative to link seaweed farming with carbon credits, turning non-food biomass into a financial asset.
4. Vietnam: Sustainable Pangasius 2.0
Vietnam is focused on cleaning up its image to secure higher-value food use exports to the EU and USA.
Mekong Digital Value Chain: A project implementing IoT and digital traceability across millions of tonnes of farmed fish. This ensures "farm-to-table" transparency, a key requirement for high-end global food markets.
By-Product Valorization: New factories in the Mekong Delta are now dedicated to extracting collagen and gelatin from pangasius skins, maximizing every gram of the fish.
5. Peru: The Direct Consumption Push
While Peru remains the "fishmeal king," 2026 sees a major push to redirect its anchoveta toward human plates.
DHC (Direct Human Consumption) Program: Government-backed projects to develop shelf-stable, high-protein anchovy products (like "anchoveta ham" and canned varieties) to combat domestic malnutrition.
Real-Time Acoustic Monitoring: Advanced 2026 tech deployments by IMARPE to manage quotas more precisely during El Niño fluctuations.
6. Russia: The "Investment Quotas" Super-Trawlers
Russia is in the middle of a massive fleet renewal program.
Onboard Processing Plants: Under the "Investment Quota" scheme, new super-trawlers are entering the Far East fleet in 2026. These ships are "factories at sea," capable of deep-processing pollock into surimi and fillets immediately.
Live Crab Logistics: New specialized vessels designed to ship live king crab directly to Asian markets (China and South Korea), which commands significantly higher prices than frozen products.
7. Norway: Land-Based Revolution & Animal Welfare
Norway is the pioneer of high-tech salmon farming.
Atlantic Sapphire Expansion: Major progress in 2026 for land-based "Bluehouse" farming. By growing salmon in controlled indoor environments, Norway is eliminating sea lice and environmental waste.
Precision Feeding AI: 2026 projects are standardizing AI that monitors individual fish appetite, drastically reducing the feed required to produce food use protein.
Summary of Country Priorities (2026)
| Country | Key Project Type | Primary Goal |
| China | Deep-Sea Vessels | Moving production to cleaner, offshore waters |
| India | Aqua-Parks | Reducing waste and boosting rural food security |
| Indonesia | Seaweed Hubs | Industrial non-food leadership (Agar/Packaging) |
| Vietnam | Digital Traceability | Securing premium export status in Western markets |
| Peru | Nutritional DHC | Redirecting industrial fish for local food |
| Russia | Modern Trawlers | Transitioning from raw export to deep-processed food |
| Norway | Land-Based Farming | Solving environmental and fish health challenges |
Conclusion
The 2026 landscape of global fisheries and aquaculture is one of technological maturity. We are seeing a clear transition: nations are no longer just competing on who can catch the most fish, but on who can use those fish most intelligently. Whether it is China’s deep-sea ships, India’s aqua-parks, or Norway’s circular economy, the goal is the same—to ensure that aquatic resources provide the maximum possible benefit for human nutrition while creating zero-waste industrial cycles.
As these projects reach scale, the distinction between food and non-food will continue to blur, as even the "scraps" of today become the high-value pharmaceuticals and bio-plastics of tomorrow.