Pea Flour Market Size & Share 2026-2035

Pea Flour Market Size

The global pea flour market was valued at USD 22.2 billion in 2025 and is projected to rise to USD 25.2 billion in 2026 and USD 76.1 billion by 2035, representing a CAGR of approximately 13% during 2026–2035.

Growth rests on pea flour's ability to combine protein, starch, and fiber in a gluten-free input that can be used in both high-volume bakery and snack formulations and more specialized nutrition products.

Dry field peas, principally yellow and green Pisum sativum varieties, can be cleaned, dehulled, and milled into whole flour, or fractionated into protein- and starch-enriched streams. Their protein content commonly falls within a 12–25% range, alongside substantial starch and dietary-fiber fractions, making the ingredient useful where manufacturers need texture, water binding, and protein contribution from one raw material,. Dry milling remains the broadest commercial route, while wet processing supports higher-purity concentrates and isolates for applications with more demanding protein specifications. ^{[1]Cambridge University Press - Review of the health benefits of peas (*Pisum sativum* L.), 2012 - cambridge.org}

Raw-material availability has strengthened the North American processing base. Canada produced 3.93 million tonnes of dry peas in 2025, up 31.6% from 2024, with Alberta and Saskatchewan accounting for more than 93% of output. U.S. dry pea harvested area also expanded to an estimated 1.063 million acres in 2025, producing approximately 18.48 million hundredweight. This matters commercially because processors can secure peas near major growing regions before converting them into flour, starch, fiber, and protein ingredients; it also reduces exposure to the fragmented supply chains associated with many specialty nut-based flours. ^{[2]Canadian Grain Commission - Quality of western Canadian peas 2025, 2025 - grainscanada.gc.ca}

Processing investment is increasingly directed toward functional improvement rather than simply additional milling volume. Emsland Group processes more than 160,000 tonnes of peas annually through facilities in Emlichheim and Golßen, supplying pea flour, starches, and proteins into food, industrial, and feed markets. Air classification can enrich protein-bearing fine fractions without water or solvents, while optimized air-classification and electrostatic-separation sequences have produced yellow-pea fractions containing up to 63.4 g of protein per 100 g on a dry basis,. Fermentation, extrusion, and related treatment methods are being developed to reduce flavor-active compounds that constrain use in beverages and other high-inclusion formulations,.

The market also benefits from established regulatory pathways. The U.S. Food and Drug Administration has issued "no questions" responses for several pea-protein GRAS notices across food applications, including GRN 581 and GRN 1125,. Products carrying a gluten-free claim in the United States must contain less than 20 ppm of gluten under FDA requirements, creating a defined compliance framework for pea-flour formulations. In Europe, high-purity pea protein concentrate has been identified as not novel under the EU novel-food consultation process, while pea and rice protein fermented by Lentinula edodes mycelia has been authorized as a novel food,.

The value pool is likely to widen most rapidly where processors convert flour from a commodity replacement into a formulation solution. Whole flour remains relevant in bakery, snacks, and feed because of its cost and simplicity, but premium growth depends on protein enrichment, cleaner sensory profiles, and dependable application support. Regulatory clarity lowers the commercialization risk of these investments; it does not eliminate the need to prove taste, texture, and cost performance in finished products.

Key Drivers

Demand for plant-derived protein is moving pea flour beyond its historical role as a low-cost pulse ingredient. Yellow pea-derived ingredients provide protein, starch, and functional texture in plant-based meat, baked goods, and high-protein snacks. Roquette's Portage la Prairie site was designed to process up to 125,000 metric tonnes of yellow peas annually, illustrating the industrial scale being directed toward pea-derived protein systems. Its February 2026 NUTRALYS® Pea 850F launch focused on sensory neutrality, a product attribute that directly affects the addressable market for beverages and mainstream food applications. ^{[3]Roquette - How One Facility Will Turn 125,000 Metric Tons of Peas into Plant Protein Every Year, 2022 - roquette.com}

Gluten-free formulation is a second durable demand base. A global meta-analysis estimated biopsy-confirmed celiac disease prevalence at 0.7%, while seroprevalence reached 1.4%. A separate meta-analysis estimated self-reported non-coeliac gluten and wheat sensitivity at 10.3% across the underlying studies. Pea flour offers a protein-bearing alternative to starch-heavy gluten-free bases, provided manufacturers control cross-contact and meet the applicable labeling threshold. EU food-information rules also do not list peas among the allergens requiring mandatory declaration, although product-specific labeling obligations remain relevant. ^{[4]Columbia University Celiac Disease Center - Global Prevalence of Celiac Disease: Systematic Review and Meta-Analysis, 2018 - celiacdiseasecenter.columbia.edu}

Nutritional functionality supports use in products positioned around satiety and glycemic response. Dry peas contain protein, fiber, and slowly digestible starch fractions that distinguish them from many refined cereal flours. In a randomized crossover study, bread containing 20% yellow pea flour increased postprandial fullness by 18% and reduced hunger by 16–18% versus control wheat bread. Research in overweight and hypercholesterolaemic participants also reported lower fasting insulin and insulin resistance after consumption of whole and fractionated yellow pea flour relative to white-wheat-flour controls. These findings support formulation interest, but product claims must remain consistent with the applicable regulatory framework and the finished product's substantiation.

Key Restraints

Pea flour competes against rice, chickpea, oat, lentil, soy, coconut, and almond flours, each with established application advantages. Rice flour benefits from entrenched Asian supply chains and a neutral sensory profile. Chickpea flour is embedded in South Asian and Middle Eastern food traditions, while almond flour retains premium appeal in low-carbohydrate retail products. The competitive issue is therefore not merely price: manufacturers select among flour systems according to sensory targets, consumer familiarity, labeling, and the cost of reformulation.

Sensory performance remains the more technically important constraint. Hexanal and other volatile compounds formed through lipid oxidation contribute beany, grassy, and earthy notes in pea ingredients. Their intensity can vary by cultivar, harvest conditions, origin, storage, and processing route. In high-inclusion bakery, beverages, and dairy alternatives, controlling those notes may require fermentation, thermal treatment, extrusion, masking systems, or other processing steps that increase complexity and cost.

Texture also creates an adoption hurdle. Pea flour does not replicate wheat-gluten network formation, and high substitution rates can affect loaf volume, crumb structure, viscosity, and mouthfeel. Manufacturers may need starches, hydrocolloids, emulsifiers, or reformulation time to compensate. This favors suppliers that pair ingredients with application expertise rather than competing solely on flour price.

The same constraint creates an opening for differentiated processors. Technologies that lower volatile compounds or enrich native protein can make pea ingredients viable at higher inclusion levels, raising their value beyond that of a simple flour substitute. Roquette's clean-taste isolate launch and ongoing research on fermentation and dry fractionation indicate that sensory improvement is becoming a commercial design priority rather than a laboratory-only issue,,.

Pea Flour Market Segment Analysis

By Type

Yellow pea flour led the market with USD 8.97 billion in 2025 and is projected to reach USD 31.12 billion by 2035, expanding at a 13.61% CAGR. Its pale color, broad crop base, and balanced starch-protein composition make it suitable for industrial bakery, snacks, meat alternatives, and ingredient blends. AGT Food and Ingredients supplies yellow pea flour under non-GMO and gluten-free specifications, demonstrating the type's fit with standardized food-manufacturing requirements. Green pea flour, valued at USD 5.44 billion in 2025, is more selective in use because its color can constrain neutral applications, but it can differentiate savory snacks, pasta, and visibly plant-forward products. ^{[5]AGT Food and Ingredients - Pulse Flours and Semolinas product sheet, 2024–2025 - agtfoods.com}

Marrowfat pea flour is forecast to grow fastest, at 13.83% CAGR, reaching USD 16.08 billion by 2035. Its relevance lies in starch-led texture development for crisp, coated, and extruded snacks rather than protein enrichment alone. Maple pea flour is projected to reach USD 10.72 billion by 2035 and remains oriented toward specialty bakery and traditional-use niches. The type mix therefore separates high-volume yellow-pea demand from smaller varieties that offer specific visual, starch, or regional culinary attributes.

By Processing Method

Dry-milled pea flour accounted for USD 12.74 billion in 2025 and USD 14.42 billion in 2026, compared with USD 9.46 billion and USD 10.83 billion, respectively, for wet-processed flour. Dry milling, including dehulling, milling, and optional air classification, supports broad food, bakery, and feed demand with lower process complexity. Research has shown that dry fractionation can produce pea-protein-rich fractions exceeding 54% protein under optimized conditions. ^{[6]Food Science - Dry Extraction via Dry Fractionation Process and Functional Properties of Pea Protein, 2025 - spkx.net.cn}

Wet processing remains commercially important because it supports concentrates and isolates for protein fortification and higher-specification formulations. Ingredion's Protein Fortification portfolio includes pulse-based protein ingredients, while its partnership with Lantmännen is intended to add pea-protein-isolate capability in Sweden by 2027,. The split between the two methods is best understood as an application divide: dry milling serves scale and cost, whereas wet processing serves purity, functionality, and premium pricing.

By Application

Food and beverages generated USD 11.20 billion in 2025 and are projected to reach USD 35.28 billion by 2035, growing at 13.60% CAGR. This segment draws on pea flour's water binding, texture, protein content, and gluten-free positioning across bakery, pasta, snacks, meat alternatives, and beverages. Its scale makes sensory performance commercially decisive: a formulation that works only in low-inclusion snacks will not capture the same value as one capable of supporting mainstream bakery or dairy-alternative applications.

Nutritional supplements represented USD 5.45 billion in 2025 and are forecast to reach USD 16.61 billion by 2035. The segment benefits from the ability to blend pea and grain proteins to create complementary amino-acid profiles. Animal feed accounted for USD 4.33 billion in 2025, with use across swine, poultry, aquaculture, and companion-animal formulations. Pulse Canada identifies feed peas as an established ingredient in Canadian livestock diets and a growing option for aquaculture and pet-food applications. The others category is projected to expand fastest, at 14.77% CAGR, reaching USD 4.22 billion by 2035, reflecting early use cases in specialty pet food, bioplastics, and related starch- and fiber-based applications.

By Distribution Channel

Offline retail remained the leading channel, valued at USD 16.54 billion in 2025 and USD 18.79 billion in 2026. Its leadership reflects direct bulk procurement by food manufacturers, distributors, and foodservice customers, where qualification, supply continuity, and technical support frequently matter more than consumer-facing convenience. AGT's reach across 127 countries and 39 manufacturing facilities illustrates the importance of established physical supply networks for industrial ingredient sales.

Online retail generated USD 5.66 billion in 2025 and USD 6.45 billion in 2026. The channel gives smaller food producers and home bakers access to specialty flours, while also supporting business-to-business ordering for lower-volume customers. Its strategic contribution is access rather than displacement: online channels broaden trial and specialty demand, whereas offline contracts remain the foundation for large-volume ingredient movement.

Processing and application choices reinforce that divide. Dry milling captures the largest pool of lower-complexity demand, but wet processing and advanced fractionation can command a higher-value role where protein purity, dispersibility, or taste is essential. The strongest competitive position is therefore not simply the largest milling footprint; it is the ability to match a pea type and processing method to the functional tolerance of each end-use category.

Pea Flour Market Regional Analysis

North America

North America led the market at USD 7.88 billion in 2025 and is projected to reach USD 27.49 billion by 2035, a 13.24% CAGR. Canada's large crop base and the United States' expanding acreage provide regional processors with unusually direct access to feedstock,. The United States benefits from established GRAS precedents for pea-protein ingredients and received USD 22.7 million of HS 110610 legume flour imports from Canada in 2024,. Canada combines raw-material scale with processing investment: Protein Industries Canada committed C$10.7 million toward a C$24 million project involving Roquette, Prairie Fava, BioNeutra, and Plant Up to improve plant-based ingredient and co-product development. ^{[7]U.S. Department of Agriculture Economic Research Service - Vegetables and Pulses Outlook: December 2025, December 2025 - ers.usda.gov}

U.S.

The U.S. market is driven by demand from food manufacturers reformulating products toward clean-label and plant-based positioning. FDA GRAS frameworks for pea-protein ingredients across multiple food categories reduce commercialization risk, and the country's expanded 2025 dry pea acreage shortens import dependence for regional processors,. Domestic manufacturers increasingly source pea flour for use in bakery, snacks, plant-based meat, and protein supplements. ^{[8]U.S. Food and Drug Administration - Agency Response Letter GRAS Notice No. GRN 000581, January 2016 - fda.gov}

Canada

Canada operates as both the world's largest pea-producing country and a growing processing hub. Saskatchewan and Alberta account for more than 93% of national output. Investment through Protein Industries Canada is directed at improving processing yield, co-product capture, and ingredient quality across the prairie processing base, positioning Canada as an ingredient-exporting node rather than purely a raw commodity supplier.

Europe

Europe was valued at USD 6.55 billion in 2025 and is forecast to reach USD 21.96 billion by 2035, at a 12.80% CAGR. Germany is a central processing market because Emsland Group's Emlichheim and Golßen sites convert peas into flour, proteins, and starches at industrial scale. Emsland's Emvision 2030 program includes investment in a modified-starch reaction vessel, a 40,000-tonne starch silo, and logistics infrastructure, supporting greater processing flexibility through 2026–2030.

Germany

Germany's food manufacturing base is shifting toward plant-based ingredient decks, creating demand for pea-derived starches and flours as gelatine and modified starch replacements. Emsland's processing assets serve both domestic and export markets across the continent,.

UK

The UK has a long tradition of marrowfat pea consumption and processing, supporting domestic use in food applications and providing a foundation for specialty ingredient development.

France

France hosts Roquette Frères' primary European manufacturing complex at Vic-sur-Aisne, supplying pea protein and flour to food and beverage manufacturers across Europe. Roquette reported approximately EUR 4.5 billion in 2024 turnover and has continued to expand its specialty ingredient portfolio.

Spain, Italy, Rest of Europe

Mediterranean markets support growing pea-flour adoption in pasta reformulation and bakery, driven by health-conscious consumers and manufacturer cost optimization alongside supply-chain regionalization goals.

Asia Pacific

Asia Pacific was valued at USD 4.38 billion in 2025 and is projected to reach USD 14.78 billion by 2035, expanding at 12.86% CAGR. China's market is supported by pulse processing, starch-based food applications, and expanding protein-ingredient demand. India combines a large pulse-processing culture with export activity; it supplied USD 6.9 million, or 5.4 million kg, of HS 110610 legume flour to the United States in 2024. Japan offers higher-value demand in functional foods, beverages, noodles, and nutrition products, while Australia provides an additional regional pea-production and export platform.

China

China's pea starch processing for traditional glass noodle production provides an existing industrial base. Broader expansion is being driven by plant-based food manufacturing growth and rising demand for pulse-derived protein ingredients in consumer products.

India

India functions as both a pulse producer and a processing exporter. Its second-place ranking in U.S. legume-flour import volumes in 2024 reflects established processing and distribution capability. A large domestic vegetarian consumer base and rising health-food awareness contribute to internal demand alongside export activity.

Japan

Japan's consumer sensitivity to allergens and preference for clean-label ingredients drive adoption of pea flour over soy alternatives in noodles, beverages, and nutrition products.

Australia

Australia's proximity to Asian markets and established agricultural trade networks position it as a growing regional raw-material supplier and processing node.

South Korea, Rest of Asia Pacific

South Korea's expanding plant-based food sector creates premium application demand. Southeast Asian markets represent longer-term volume opportunities tied to rising incomes and food-processing development.

Latin America

Latin America generated USD 2.16 billion in 2025 and is forecast to reach USD 7.18 billion by 2035, at a 12.67% CAGR. Brazil's sizable food and beverage manufacturing base supports demand for enriched bakery, snacks, and supplements, although the region remains dependent on imported pea ingredients. Mexico's export-oriented food sector offers a route for pea-flour use in snacks and meat extensions designed for North American clean-label requirements. Honduras' USD 0.56 million of HS 110610 exports to the United States in 2024 signals developing Central American processing activity.

Brazil

Brazil's large consumer market and food processing infrastructure support demand growth, though local pea cultivation is limited relative to soy and corn, keeping the country a net importer of pea-derived ingredients.

Mexico

Mexico sources pea flour for food reformulation targeted at North American clean-label retailer requirements, leveraging its manufacturing proximity to the U.S. market.

Rest of Latin America

Argentina, Colombia, and Chile represent incremental emerging demand nodes as urbanization and health awareness continue to expand the market for plant-based protein ingredients.

Middle East and Africa

Middle East and Africa was valued at USD 1.22 billion in 2025 and is projected to reach USD 4.67 billion by 2035, the highest regional CAGR at 14.26%. Saudi Arabia and the United Arab Emirates benefit from food-manufacturing investment linked to Vision 2030 initiatives and serve as distribution hubs across the MENA region. South Africa exported USD 0.74 million of legume flour to the United States in 2024 and functions as a processing and distribution gateway for Sub-Saharan African markets.

Saudi Arabia

Food-manufacturing investment under Vision 2030 supports domestic ingredient demand while the Kingdom's position as a regional trade hub facilitates distribution of imported pea-flour products.

South Africa

South Africa's established processing capability and export orientation position it as an ingredient-supply node within the continent while also serving growing domestic functional-food demand.

UAE

The UAE's role as a regional food trade and distribution hub supports broader MENA market access for pea flour producers and ingredient distributors.

Rest of Middle East and Africa

Gulf Cooperation Council markets offer premium food-service and health-food channel opportunities, while Sub-Saharan African markets represent a longer-term demand frontier tied to urbanization and food-processing sector growth.

Asia Pacific, Latin America, and Middle East and Africa offer growth, but each requires a different route to market. In Asia Pacific, suppliers must compete against deeply embedded rice and pulse-flour systems. In Latin America and MEA, market development is more dependent on distributor capability, imported-ingredient economics, and local application expertise. The fastest-growing regions may therefore reward companies that can transfer technical support and reliable logistics, not merely export bulk flour.

Pea Flour Market Share & Competitive Landscape

The competitive field spans vertically integrated ingredient processors, specialty millers, regional pulse operators, and consumer-oriented flour brands. Roquette Frères, Ingredion Incorporated, AGT Food and Ingredients, and Emsland Group possess the strongest capacity to combine crop procurement, processing, product development, and international customer access. Their competitive advantage lies in converting pea inputs into differentiated ingredient systems rather than relying on unmodified flour sales alone.

Roquette operates pea-ingredient facilities in France and Manitoba and has continued to develop the NUTRALYS® portfolio for food and beverage applications. Ingredion's partnership with Lantmännen extends its access to planned Swedish pea-protein-isolate capacity. AGT combines pulse sourcing, flour production, and international distribution, while Emsland's investment program strengthens its position in European pea starch and flour processing,. ^{[9]Ingredion Incorporated - Ingredion and Lantmännen Create Strategic Partnership to Accelerate Plant-Based Protein, November 2024 - ir.ingredionincorporated.com}

Avena Foods, Grain Millers, Golden Grain Mills, Barry Farm Foods, Bob's Red Mill, A&B Ingredients, Midlands Holdings, and Murlidhar Industries add important specialized and regional positions. Avena contributes gluten-free pulse processing and sustainability-oriented ingredient work, including its life-cycle assessment of Canadian pulse ingredients. Bob's Red Mill maintains consumer-facing specialty flour reach and introduced three specialty baking flours in November 2025. Murlidhar Industries represents Indian pulse-processing capability, while A&B Ingredients, Barry Farm Foods, Golden Grain Mills, Grain Millers, and Midlands Holdings participate through ingredient distribution, specialty milling, procurement, and regional market access.

Competitive differentiation is moving toward formulation support, sensory improvement, and co-product utilization. A supplier that can provide a consistent flour specification may secure conventional bakery or feed demand, but high-value food and nutrition customers increasingly require evidence of dispersibility, texture, taste, protein quality, and supply continuity. This favors companies with application laboratories, fractionation capabilities, and the scale to absorb crop-quality variation.

Recent Industry Developments

February 2026 - Roquette launched NUTRALYS® Pea 850F. The pea protein isolate was positioned around improved sensory neutrality for plant-based food and beverage applications. Roquette linked the launch to a 29% increase in food and beverage product launches carrying protein and weight-management claims in 2024–2025.

March 2026 - Beyond Meat entered a pea-protein supply agreement with Roquette. The sales agreement covered 2026 and 2027 supply at specified minimum annual quantities, with an aggregate value of approximately USD 23.5 million.

March 2026 - AGT Foods, Sweet Nutrition, and Protein Industries Canada announced a pulse-ingredient project. The initiative is intended to improve the functionality of pulse proteins, starches, and fibers and expand relevant capacity at AGT's Regina extrusion facility and Sweet Nutrition's Saskatoon operations.

November 2024 - Ingredion and Lantmännen formed a strategic partnership. Lantmännen committed more than EUR 100 million toward a Swedish pea-protein production plant targeted for completion in 2027, while Ingredion will support commercialization of the resulting portfolio.

May 2024 - Protein Industries Canada and Roquette announced a C$24 million processing project. The initiative includes C$10.7 million from Protein Industries Canada and focuses on improved plant-based ingredient and co-product development at Roquette's Portage la Prairie facility.

November 2025 - Bob's Red Mill introduced three specialty baking flours. The launch included a High Fiber Flour positioned as a cup-for-cup all-purpose-flour replacement with five times the fiber of conventional all-purpose flour.

2024–2026 - Emsland Group continued the Emvision 2030 expansion program. The program includes a modified-starch reaction vessel planned for 2026 commissioning, a 40,000-tonne starch silo, and an automated logistics hall.

September 2024 - Avena Foods presented life-cycle assessment findings for Canadian pulse ingredients. The assessment identified whole pea flour among the lower-impact pulse ingredients evaluated in Avena's portfolio.