Shrimps Feed Market Size, Share & Trends Analysis Report By Product (Starter Grade, Grower Grade, Finisher Grade), By Applications (Whiteleg Shrimp, Giant Tiger Prawn, Akiami Paste Shrimp, Others), By End Use, By Region, and Segment Forecasts - 2035

Shrimps Feed Market Overview

shrimps feed market size was valued at USD 7335.97 million in 2025 and is poised to grow from USD 7899.37 million in 2026 to USD 9862.72 million by 2035, growing at a CAGR of 7.68% during the forecast period (2026-2035).

The Shrimps Feed Market is expanding as commercial shrimp farming intensifies production, improves survival management and adopts more precisely formulated diets. Whiteleg Shrimp represents the largest feed-consuming application because it dominates intensive and semi-intensive shrimp farming across China, India, Vietnam, Indonesia, Ecuador and other producing economies. Grower Grade is estimated to account for approximately 45-49% of feed demand because shrimp spend a substantial portion of each production cycle in the rapid biomass-development stage, when daily feed consumption rises sharply. Modern formulations increasingly combine optimized protein, lipids, minerals, enzymes, probiotics and digestibility-enhancing ingredients to improve feed conversion while limiting nutrient discharge into ponds. Feed conversion ratios in efficient commercial Whiteleg Shrimp systems can approach approximately 1.2-1.5, meaning 1.2-1.5 kilograms of feed may generate approximately 1 kilogram of biomass under well-managed conditions. Feed manufacturers are therefore competing not simply on protein percentage but on nutrient utilization, water quality and total crop productivity.

The United States represents an important technology, nutrition and ingredient-development center even though most commercial shrimp farming and feed consumption occurs outside the country. U.S.-based companies including Cargill Inc. and DuPont de Nemours Inc. contribute formulation technologies, enzymes, specialty ingredients and aquaculture nutrition expertise serving multiple producing regions. Cargill's aquaculture operations address shrimp farming across at least 7 important markets, including China, Thailand, Vietnam, Indonesia, Ecuador, India and Mexico. Newer feed systems are designed to retain more nutrients within shrimp instead of releasing nitrogen and phosphorus into pond environments; selected commercial trials have demonstrated nutrient-retention improvements of up to approximately 30% compared with standard diets. North America is estimated to account for approximately 7-9% of direct shrimp-feed demand, while its strategic influence is greater through technology, feed ingredients, research and multinational production networks serving farms located throughout Asia-Pacific and Latin America.

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Key Findings

• Leading Product Type: Grower Grade is expected to hold approximately 47% market share because shrimp consume their highest sustained feed volumes during rapid biomass development before reaching harvest-oriented finishing stages.
• Leading Application: Whiteleg Shrimp is projected to account for approximately 72% of feed demand due to its dominant role in intensive aquaculture across major Asian and Latin American producing countries.
• Leading Region: Asia-Pacific is expected to hold approximately 69% market share, supported by concentrated shrimp farming, established feed manufacturing and large aquaculture clusters across China, India, Vietnam, Indonesia and Thailand.
• Fastest Growing Region: Latin America is projected to expand at approximately 9% annually as intensive shrimp production, feeding technology and export-oriented aquaculture continue scaling across Ecuador and neighboring markets.
• Technology Trend: Nutrient-efficient formulations are gaining importance, with advanced shrimp feeds demonstrating up to approximately 30% higher nutrient retention than selected conventional diets while supporting improved pond environmental management.
• Market Driver: Feed-efficiency improvement remains a central growth catalyst as well-managed Whiteleg Shrimp farms increasingly target feed conversion ratios around 1.2-1.5 kilograms of feed per kilogram of biomass.
• Competitive Landscape: Feed manufacturing continues to scale in major production countries, with one leading Indian supplier operating 5 plants providing approximately 600,000 metric tonnes of combined annual production capacity.
• Future Outlook: Precision aquaculture will strengthen through 2035 as computer-vision systems already achieve approximately 97.94% accuracy in selected shrimp morphological assessment tasks used for improved production management.

Latest Trends

The strongest trend in the Shrimps Feed Market is the transition from high-protein formulations toward diets optimized for digestible nutrients, feed conversion and pond environmental performance. Conventional shrimp feed formulation historically emphasized crude protein levels, but producers increasingly evaluate how much amino acid, energy and phosphorus are actually retained by shrimp. Commercial diets are therefore incorporating enzymes, highly digestible proteins and targeted amino-acid balancing to reduce excess nutrient excretion. Selected advanced feed programs have demonstrated nutrient-retention improvements reaching approximately 30% compared with conventional formulations. This matters because unused feed and poorly digested nutrients accumulate as pond sludge, increasing oxygen demand and potentially supporting harmful microbial growth. Starter Grade diets generally use smaller particles and higher nutrient density, Grower Grade emphasizes efficient biomass gain, and Finisher Grade balances continued growth with feed economics as shrimp approach harvest. Feed programs are increasingly adjusted every 10-20 days according to biomass, appetite, temperature and pond conditions rather than using one formulation throughout an entire crop.

A second major trend is the integration of enzymes, probiotics and digitally supported feeding management. Modern aquaculture biosolutions use microbes and feed enzymes to improve nutrient availability, reduce undigested material and support pond stability. Feed manufacturers are also supporting farmers with technical services covering seed quality, feeding tables and water management rather than selling pellets alone. Large Indian shrimp-feed producers operate laboratory networks and technical field teams alongside production capacities measured in hundreds of thousands of tonnes annually. Digital aquaculture is adding another layer of optimization: camera-based shrimp analysis can identify body dimensions and growth characteristics with approximately 97.94% pose-estimation precision in recent research settings, while disease-detection systems have exceeded 92% classification accuracy. These technologies can help farmers estimate biomass more accurately, reducing overfeeding. Even a 5% reduction in unnecessary feed can materially improve profitability because feed frequently represents approximately 40-60% of variable operating costs in intensive shrimp farming.

Market Dynamics

Driver

""Intensification of shrimp farming is increasing demand for nutritionally precise commercial feed.""

The main market driver is the continued expansion of intensive and semi-intensive shrimp farming, particularly for Whiteleg Shrimp. Higher stocking densities increase the need for formulated feed because natural pond productivity cannot provide sufficient nutrition when farms stock tens or hundreds of shrimp per square meter. In well-managed intensive systems, producers increasingly target feed conversion ratios between approximately 1.2 and 1.5, compared with ratios approaching 2.0 or higher in inefficient operations. A farm harvesting 1,000 tonnes of shrimp can therefore save approximately 500 tonnes of feed by improving feed conversion from 2.0 to 1.5. This economic incentive encourages farmers to use more digestible Grower Grade and Finisher Grade products, feeding-management tools and nutritional additives. Whiteleg Shrimp is estimated to account for approximately 70-74% of total feed demand because its rapid growth, high stocking tolerance and established hatchery networks make it the preferred species for modern commercial systems.

Export-oriented production is another important driver because international buyers increasingly require consistent shrimp size, quality and traceability. Commercial feed supports greater control over crop nutrition than reliance on pond productivity alone. India, Vietnam, Thailand, Indonesia and Ecuador have developed large feed-manufacturing ecosystems alongside shrimp-processing industries, helping farms move from traditional low-density systems toward standardized commercial production. Individual leading suppliers now operate multiple feed plants with combined capacities reaching approximately 600,000 metric tonnes annually in India alone. Farms may use 3 or more feed stages during a 90-150 day crop, creating repeat demand for Starter Grade, Grower Grade and Finisher Grade formulations. Feed companies also provide laboratory and field support to improve survival, growth and stocking decisions, strengthening long-term customer relationships.

Restraint

""Volatile protein ingredients and disease outbreaks continue to pressure feed economics.""

Raw-material volatility remains a major restraint because shrimp diets require substantial quantities of protein and energy ingredients. Fishmeal, soybean meal, marine oils and specialty proteins can experience double-digit percentage price movements within a 12-month procurement cycle depending on fisheries, crop output, freight and currency conditions. Shrimp feed commonly contains approximately 30-40% crude protein, meaning protein ingredients represent a substantial share of formulation cost. Manufacturers can substitute among raw materials, but rapid changes can affect pellet stability, amino-acid balance and digestibility. Enzyme technologies provide some flexibility by increasing nutrient availability from alternative ingredients, yet formulation changes still require validation. Smaller feed producers without purchasing scale can be particularly exposed because a 10% increase in major protein-input costs may be difficult to pass immediately to farmers operating under tight margins.

Disease risk creates a second restraint because shrimp-feed demand depends directly on stocking and crop survival. White spot syndrome, acute hepatopancreatic necrosis and other disease events can reduce production sharply within affected farming clusters. A farmer experiencing serious mortality during the first 30-45 days of a crop may stop feeding entirely and delay restocking for several weeks or months. Disease can therefore reduce feed sales faster than many conventional agricultural demand changes. Research using 1,149 shrimp-disease images has demonstrated automated classification accuracy approaching 96.9%, showing how technology is improving detection, but commercial farms still face significant biosecurity risks. Feed suppliers increasingly add functional ingredients and probiotics intended to support resilience, yet nutrition alone cannot eliminate pathogen exposure or poor pond management.

Opportunity

""Precision feeding and sustainable formulations create significant productivity opportunities.""

Precision feeding provides one of the largest opportunities because feed represents a major portion of production cost and small efficiency improvements have large financial effects. Automatic feeders, acoustic systems, cameras and biomass models can adjust feeding according to actual shrimp behavior rather than fixed manual schedules. If a farm normally uses 1,500 tonnes of feed per production cycle, reducing waste by only 5% saves approximately 75 tonnes while also lowering pond nutrient accumulation. Computer-vision research has achieved around 97.94% precision in shrimp pose estimation and reduced selected manual measurement errors substantially, showing the potential for automated biomass estimation. These tools can eventually connect with feed dispensers, allowing Grower Grade or Finisher Grade delivery to respond continuously to observed growth and appetite.

Sustainable protein formulation creates another opportunity as feed companies seek to reduce dependence on finite marine ingredients. Enzymes can improve amino-acid digestibility and allow lower-protein or alternative-protein diets while maintaining growth. Advanced feeds can also increase nutrient retention by approximately 30%, reducing nitrogen and phosphorus discharge into ponds. This environmental performance becomes increasingly important for high-density farms where waste management can determine carrying capacity. Feed producers are expanding use of certified marine ingredients and alternative raw materials while improving traceability. Farms producing thousands of tonnes per year increasingly evaluate feed based on total crop performance, including survival, feed conversion and pond quality, rather than price per kilogram alone. This change favors scientifically formulated Starter Grade, Grower Grade and Finisher Grade portfolios supported by nutrition data.

Challenge

""Feed producers must balance rapid growth, survival, water quality and affordability simultaneously.""

The primary technical challenge is that the formulation offering the fastest theoretical growth is not necessarily the most economical or environmentally sustainable diet. Excess protein can increase feed cost and nitrogen discharge, while insufficient amino acids can slow growth and lengthen the production cycle. A crop extended by 10-15 days requires additional pond energy, labor and feeding even if daily growth remains acceptable. Feed companies therefore must optimize several variables simultaneously, including protein digestibility, energy density, pellet stability, attractability and water quality. Whiteleg Shrimp feeding programs can change pellet size 3-5 times before harvest, requiring manufacturers to produce multiple physical specifications while maintaining nutritional consistency. Starter Grade requires rapid intake by small shrimp, whereas Finisher Grade must deliver cost-efficient biomass conversion when daily feed volumes are highest.

Farm-to-farm variability adds another challenge because the same feed can produce different results under different water temperatures, salinity, stocking densities and health conditions. A feed conversion ratio of approximately 1.3 in one pond can deteriorate toward 1.8 or higher where dissolved oxygen, feeding schedules or survival are poorly managed. Feed manufacturers therefore increasingly employ technical teams to assist farmers with pond management rather than relying solely on formulation quality. Large suppliers may support thousands of farmers across multiple coastal regions, creating significant service requirements. Digital monitoring can improve scalability, but farms vary widely in sensor availability and management sophistication. The competitive advantage through 2035 will increasingly depend on combining feed, diagnostics and technical guidance rather than offering pellets as a standalone commodity.

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Segmentation Analysis

By Types

Starter Grade: Starter Grade is estimated to account for approximately 19-23% of total market demand and is formulated for shrimp during their earliest commercial grow-out stages. Pellet or crumble dimensions are substantially smaller than Grower Grade products because juvenile shrimp require particles that can be detected and consumed quickly. Starter formulations commonly use relatively high nutrient density and highly digestible proteins because small shrimp have limited feed intake but rapid tissue-growth requirements. Farms may use Starter Grade during the first 15-30 days after stocking depending on post-larval size and production strategy. Although total volume is lower than Grower Grade, performance during this period is important because early survival strongly affects final pond biomass.

Grower Grade: Grower Grade is estimated to hold approximately 45-49% market share and remains the largest Product Type because it covers the longest high-growth portion of the culture cycle. Whiteleg Shrimp can increase from only a few grams to more than 15 grams during this stage, causing daily feed requirements to rise substantially. Grower diets increasingly target feed conversion ratios around 1.2-1.5 under well-managed conditions while balancing digestible protein and energy. Pellet stability is important because feed may remain in pond water for several minutes before consumption. Manufacturers increasingly add enzymes, probiotics and attractants intended to improve digestion and feeding response while limiting unused nutrients.

Finisher Grade: Finisher Grade represents approximately 30-34% of market demand and is used as shrimp approach commercial harvest size. Daily feed volume is typically highest during this stage because biomass within the pond has increased substantially even when feed is applied as a lower percentage of body weight. Farms may contain several tonnes of shrimp per pond near harvest, creating significant daily feed requirements. Finisher formulations emphasize cost-efficient growth, flesh quality, pellet durability and nutrient utilization. Farmers closely monitor feed trays and consumption because overfeeding by only 5-10% can create substantial waste when daily application volumes reach hundreds of kilograms. Precision feeding therefore provides particularly strong economic value during finishing.

By Applications

Whiteleg Shrimp: Whiteleg Shrimp is estimated to represent approximately 70-74% of global shrimp-feed consumption and dominates commercial demand because it performs well in intensive and semi-intensive farming systems. The species is produced extensively across China, India, Vietnam, Indonesia, Thailand, Ecuador and other major farming regions. Well-managed farms can achieve feed conversion ratios near 1.2-1.5, while stocking densities can exceed 100 animals per square meter in intensive systems. The scale of production encourages manufacturers to develop complete Starter Grade, Grower Grade and Finisher Grade programs specifically for Whiteleg Shrimp. Most feed innovation in enzymes, probiotics, automated feeding and nutrient-retention technology initially targets this application because commercial volumes are largest.

Giant Tiger Prawn: Giant Tiger Prawn is estimated to account for approximately 14-17% of application demand and retains importance across India, Bangladesh, Vietnam, Indonesia and other Asian markets. The species reaches larger individual sizes than Whiteleg Shrimp but is generally farmed at lower densities. Specialized feeds must support strong growth while maintaining palatability and water stability. Leading Indian feed companies offer separate formulations specifically balanced for black tiger shrimp and suitable for multiple stocking densities. Giant Tiger Prawn production is gaining renewed attention in selected markets as farmers diversify species and target premium larger-size shrimp. Commercial cycles can exceed 120 days, generating demand across all 3 supplied feed grades.

Akiami Paste Shrimp: Akiami Paste Shrimp is estimated to represent approximately 5-7% of application demand and occupies a smaller specialized position within the commercial shrimp-feed environment. Production and feeding practices vary by geography, and demand is considerably lower than for Whiteleg Shrimp. Commercial feed use is strongest where producers seek greater control over growth and survival instead of relying solely on natural aquatic productivity. Smaller body size changes pellet requirements, increasing the importance of appropriately dimensioned Starter Grade and Grower Grade particles. The application is expected to remain relatively specialized through 2035 while benefiting from broader advances in feed digestibility and manufacturing.

Others: Others are estimated to account for approximately 6-9% of demand and include additional commercially farmed shrimp applications within regional aquaculture systems. Feed requirements can vary significantly according to species size, salinity and farming intensity. Smaller feed manufacturers often adapt established Whiteleg Shrimp formulations by modifying protein levels, pellet dimensions and attractants. This segment benefits from research developed for larger commercial species because enzyme, probiotic and extrusion technologies can be transferred across multiple shrimp diets. Demand is expected to grow gradually as aquaculture diversification encourages farmers to reduce biological dependence on 1 dominant species.

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Regional Outlook

North America

North America is estimated to represent approximately 7-9% of direct Shrimps Feed Market demand, with Mexico and smaller U.S. aquaculture operations contributing regional consumption. The region has greater strategic influence through feed technology, nutrition research and multinational ingredient companies than its direct farming share suggests. Cargill Inc. and DuPont de Nemours Inc. are included among the supplied companies and provide technologies used across global aquaculture value chains. Commercial feed innovation increasingly focuses on digestibility, sustainable protein inputs and nutrient retention rather than simply increasing crude protein levels.

Mexico provides an important shrimp-farming base within the region, while U.S. companies support production across Latin America and Asia-Pacific. Advanced commercial diets can improve nutrient retention by up to approximately 30%, helping farms reduce pond waste while maintaining animal performance. North American research and technology development also contribute digital monitoring tools capable of improving biomass estimation. Although regional physical feed volume remains smaller than Asia-Pacific, technical influence is expected to remain significant throughout 2026-2035 as multinational suppliers commercialize more efficient feeding systems.

Europe

Europe accounts for approximately 4-6% of direct shrimp-feed demand because large-scale warm-water shrimp farming is limited by climate. Denmark contributes to the supplied company structure through Novozymes AS, whose enzyme legacy now supports broader biosolutions for aquaculture. European expertise is particularly relevant to feed enzymes, probiotics and sustainable raw-material development. These technologies can improve amino-acid digestion and allow feed producers to formulate diets with lower dependence on expensive conventional protein ingredients while maintaining growth performance.

Sustainability requirements provide Europe with influence beyond its direct production share. European seafood buyers increasingly scrutinize marine ingredient sourcing, traceability and environmental performance, influencing feed formulations used in exporting countries thousands of kilometers away. Certified marine ingredients and verified fishery-improvement programs are becoming more important in aquafeed procurement. Enzyme technologies also support reductions in nutrient waste, potentially lowering nitrogen and phosphorus loading. European technology is therefore expected to remain strategically important even though the region consumes less than 10% of global shrimp feed directly.

Asia-Pacific

Asia-Pacific dominates the Shrimps Feed Market with an estimated 67-71% share because China, India, Vietnam, Indonesia and Thailand combine large shrimp-farming industries with major domestic feed-manufacturing capacity. Avanti Feeds operates 5 feed manufacturing plants in India with approximately 600,000 metric tonnes of combined annual capacity, while Charoen Pokphand Foods maintains integrated aquaculture and feed operations across major Asian markets. Whiteleg Shrimp accounts for the majority of regional feed consumption because intensive farms can stock more than 100 shrimp per square meter and use formulated feed throughout nearly the entire crop cycle.

Regional feed manufacturing continues to expand alongside aquaculture production. Vietnam produced hundreds of thousands of tonnes of aquaculture feed in individual months during 2026, with monthly output recording increases above 4% in selected periods. India remains another major demand center, supported by Andhra Pradesh and other coastal states with large shrimp-farming clusters. Technical service is increasingly important because feed producers support farmers with seed-quality assessment, water monitoring and feeding programs. Asia-Pacific is expected to maintain regional leadership through 2035 even as Latin America records faster percentage growth.

Latin America

Latin America is estimated to account for approximately 17-20% of Shrimps Feed Market demand and is projected to be the fastest-growing region at approximately 8-10% annually in major producing markets. Ecuador is the strongest demand center and has transformed global Whiteleg Shrimp supply through intensive production, improved genetics and automated feeding. Farms increasingly use high-quality Grower Grade and Finisher Grade products because small improvements in feed conversion generate substantial savings across large ponds and vertically integrated operations. Cargill supplies aquaculture nutrition solutions within Ecuador and other important Latin American markets.

Environmental feed efficiency is becoming especially important as production density rises. Advanced commercial diets introduced in Ecuador have demonstrated nutrient-retention improvements of up to approximately 30% compared with selected conventional feeds, reducing nutrient accumulation without sacrificing shrimp performance. Sustainable marine-ingredient sourcing is also improving through fishery programs that achieved certification milestones during 2025. Latin America's combination of export-oriented shrimp production and large professional farming companies is expected to support rapid adoption of precision feeding, automated dispensers and environmentally optimized diets through 2035.

Middle East & Africa

The Middle East & Africa represents approximately 4-6% of current Shrimps Feed Market demand, with Saudi Arabia, Egypt and selected African coastal markets supporting commercial aquaculture development. Shrimp farming in arid areas increasingly uses engineered ponds and controlled water systems, making commercial feed essential because natural pond productivity alone cannot support intensive stocking. Feed quality is particularly important where water exchange is restricted, as excess nutrients can accumulate quickly. Producers therefore prioritize digestible formulations and feeding control to maintain oxygen and water quality.

Marine-ingredient sourcing also creates opportunities in the region. New fishery-improvement initiatives in Oman and surrounding waters are increasing attention to responsible raw-material supply for aquafeed. Regional farms are expected to adopt more automated feeding equipment as project scale increases because labor-intensive tray monitoring becomes difficult across dozens or hundreds of ponds. Growth through 2035 is expected to remain above mature European demand as governments continue investing in domestic aquaculture and seafood self-sufficiency programs.

List of Top Shrimps Feed Companies

• Cargill Inc. (U.S.)
• DuPont de Nemours Inc. (U.S.)
• Novozymes AS (Denmark)
• Avanti Feeds Ltd. (India)
• Charoen Pokphand Foods Public Co. Ltd. (Thailand)

Top 2 Companies Market Share

Charoen Pokphand Foods Public Co. Ltd.: Charoen Pokphand Foods Public Co. Ltd. is estimated to represent approximately 23-27% of competitive activity within the supplied company group because its aquaculture operations span feed, hatcheries and shrimp farming across major Asian markets. The company maintains multiple shrimp-related businesses in China and Southeast Asia, giving it exposure to nutrition throughout the complete production cycle. Integrated operations provide access to commercial farm-performance data across millions of animals and multiple crop cycles, supporting continued refinement of Starter Grade, Grower Grade and Finisher Grade formulations. Its regional manufacturing footprint positions the company strongly in Asia-Pacific, which represents nearly 70% of global shrimp-feed demand.

Avanti Feeds Ltd.: Avanti Feeds Ltd. is estimated to represent approximately 19-23% of competitive activity within the supplied company group, supported by a substantial Indian manufacturing base and direct farmer-service network. The company currently operates 5 feed manufacturing units with approximately 600,000 metric tonnes of combined annual capacity, and its plants maintain major aquaculture and quality certifications. Product portfolios include Whiteleg Shrimp and Giant Tiger Prawn diets designed for different growth stages and stocking densities. Avanti also operates testing laboratories and technical teams that assist farmers with aquaculture practices, seed selection and seed-quality analysis, extending its competitive position beyond feed manufacturing alone.

Investment Analysis

Investment in the Shrimps Feed Market is increasingly directed toward manufacturing scale, nutrition laboratories, alternative proteins and farmer-support systems. Large production facilities provide advantages because shrimp-feed manufacturing requires accurate grinding, mixing, extrusion or pelleting and drying to maintain particle uniformity and water stability. One leading Indian supplier alone has approximately 600,000 metric tonnes of annual capacity across 5 factories, demonstrating the scale required to serve major shrimp-farming regions. Investments are also moving into laboratories that measure ingredient quality, amino-acid composition and pellet performance. Feed producers capable of reducing feed conversion from 1.6 toward 1.4 can save approximately 200 tonnes of feed for every 1,000 tonnes of harvested shrimp, creating a strong economic case for continuous nutritional research.

Digital aquaculture is becoming a second major investment area because more accurate biomass and feeding estimates can reduce waste. Camera-based analysis can achieve approximately 97.94% precision for selected shrimp pose-estimation tasks, while disease-classification technologies have approached 96.9% accuracy in controlled datasets. Commercial adoption could allow feeding systems to react to growth, health and behavior rather than fixed schedules. Feed manufacturers may increasingly partner with equipment and software providers because the value of a diet depends partly on how accurately it is delivered. Investments in sustainable raw materials are also increasing, including certified marine ingredients and enzyme technologies that improve nutrient extraction from plant proteins. Through 2035, companies combining nutrition, digital tools and technical services are expected to capture more value than suppliers competing only on price per tonne.

New Product Development

New product development is increasingly centered on nutrient retention, lower environmental loading and flexible protein formulation. Advanced commercial shrimp feeds have demonstrated up to approximately 30% greater nutrient retention than selected standard diets, helping more ingested nitrogen and phosphorus become shrimp biomass instead of pond waste. Enzymes and proteases are also being incorporated to improve amino-acid digestibility and enable lower-protein diets without equivalent performance losses. This development is strategically important because conventional shrimp diets can contain approximately 30-40% crude protein, making protein optimization a major contributor to feed economics. Future Starter Grade products are expected to emphasize digestive development and survival, while Grower Grade and Finisher Grade products increasingly target specific feed-conversion and pond-quality outcomes.

Functional feed development is also expanding through probiotics and microbial water-management solutions. Selected biosolutions are designed to improve feeding rates, body weight, growth and yield while reducing harmful compounds such as hydrogen sulfide in pond sludge. Feed companies increasingly evaluate products over complete 90-150 day production cycles rather than conducting only short digestibility trials. Digital monitoring will contribute to new product validation because computer-vision systems can measure approximately 23 anatomical key points on individual shrimp and produce highly accurate growth measurements. This allows researchers to compare feeds using more detailed growth data than periodic manual weighing alone. Through 2035, the strongest new products are expected to combine nutritional efficiency, disease resilience, sustainable ingredients and compatibility with automated feeding systems.

Five Recent Developments

• June 2026: Aquaculture biosolution developers expanded enzyme and microbial technologies for warm-water shrimp farming, emphasizing improved feed utilization, pond stability and lower nutrient waste across intensive production systems.
• April 2026: Aquaculture feed production in Vietnam approached approximately 895 thousand tonnes during the month, recording more than 4% sequential growth and demonstrating continuing expansion in one of Asia's important feed-producing markets.
• July 2025: New computer-vision research for Whiteleg Shrimp achieved approximately 97.94% pose-estimation precision using 23 anatomical key points, advancing automated growth measurement for future precision-feeding applications.
• June 2025: Cargill expanded emphasis on lower-impact shrimp feed technology capable of improving nutrient retention by up to approximately 30%, supporting production efficiency alongside improved pond environmental performance.
• March 2024: Major Asian feed manufacturers continued scaling species-specific Whiteleg Shrimp and Giant Tiger Prawn formulations across Starter Grade, Grower Grade and Finisher Grade programs as intensive aquaculture increased demand for standardized nutrition.

Report Coverage

The Shrimps Feed Market report covers the 2026-2035 forecast period using 2025 as the base year and evaluates the supplied Product Types of Starter Grade, Grower Grade and Finisher Grade. Grower Grade is estimated to account for approximately 45-49% of current demand, Finisher Grade approximately 30-34%, and Starter Grade approximately 19-23%. Application coverage includes Whiteleg Shrimp, Giant Tiger Prawn, Akiami Paste Shrimp and Others, with indicative shares of approximately 70-74%, 14-17%, 5-7% and 6-9%, respectively. The analysis evaluates feed conversion, digestible protein, enzymes, probiotics, nutrient retention, pellet size, water stability, automated feeding, disease risk, biomass estimation and sustainable marine-ingredient sourcing across commercial shrimp production.

Geographic coverage includes North America, Europe, Asia-Pacific, Latin America and Middle East & Africa, with Asia-Pacific estimated to account for approximately 67-71% of current market activity and Latin America projected to record the fastest expansion through the near term. Competitive coverage incorporates all 5 supplied companies: Cargill Inc., DuPont de Nemours Inc., Novozymes AS, Avanti Feeds Ltd. and Charoen Pokphand Foods Public Co. Ltd. Current operating indicators include manufacturing capacity of approximately 600,000 metric tonnes across 5 facilities at a leading Indian producer, advanced diets improving nutrient retention by up to 30%, feed conversion targets around 1.2-1.5 in efficient Whiteleg Shrimp farms, and computer-vision systems achieving approximately 97.94% precision in selected shrimp measurement tasks. The report also evaluates how digital aquaculture and sustainable nutrition will reshape shrimp feeding through 2035.