Lentil Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Global Lentil Market Trends and Insights

Rising Demand for Plant-Based Proteins

Flexitarian diets and meat-reduction campaigns are reshaping protein sourcing across developed and emerging markets, with lentils capturing a share of the market from animal proteins and soy-based alternatives due to their clean-label appeal and culinary versatility. A 2024 survey by the International Food Information Council found that 54% of United States consumers actively reduced meat consumption, citing health, environmental, and cost considerations ^{[1]Source: International Food Information Council, “2024 Food and Health Survey,” ific.org}. Lentils deliver 25 to 28% protein by dry weight, comparable to many legumes, yet their faster cooking time and neutral flavor profile make them easier to incorporate into ready-to-eat meals, plant-based burgers, and extruded snacks. Ingredient suppliers are responding with lentil protein isolates and concentrates that offer functional properties (emulsification, water-binding) competitive with pea and faba-bean fractions, opening channels in sports nutrition and dairy-alternative categories. The European Union's 2024 Protein Plan allocated funding to pulse-breeding consortia and processing infrastructure, aiming to reduce reliance on imported soy and align with Farm to Fork sustainability targets. 

Government Nutrition and Food-Security Programs

Public procurement schemes and school-feeding initiatives are lifting baseline lentil demand in South Asia, the Middle East, and Sub-Saharan Africa, where governments view pulses as cost-effective protein sources that can be sourced domestically or through preferential trade agreements. India's Mission for Aatmanirbharta in Pulses, launched in October 2025 with a USD 1.37 billion budget, guarantees 100% minimum-support-price procurement for masoor, tur, and urad for four years. The mission targets higher pulse production by 2030-31, aiming to reduce import dependence and stabilize farmer incomes. The United States Department of Agriculture expanded lentil purchases for school meal programs in 2024, citing their nutritional density and alignment with dietary guidelines that recommend increased legume consumption. Bangladesh, Egypt, and Ethiopia have similarly increased pulse allocations in social safety-net programs, often sourcing from Australia and Canada under concessional financing arrangements.

Expansion of Climate-Smart Crop-Rotation Incentives

The agronomic and environmental benefits of pulse crops are driving policy support for lentil integration into cereal-dominant rotations, with carbon-credit schemes and nitrogen-fixation payments providing ancillary revenue streams that enhance farm-gate economics. Lentils fix 72 to 350 kilograms of nitrogen per hectare through symbiotic Rhizobium bacteria, reducing synthetic fertilizer requirements for subsequent wheat or canola crops and lowering greenhouse gas emissions associated with nitrogen production. Saskatchewan Pulse Growers reported that 18% of member farms enrolled in carbon-credit programs during the 2024-25 crop year, up from 9% the prior year, reflecting improved verification protocols and buyer interest from food companies seeking Scope 3 emission reductions. This trend is most pronounced in North America and Australia, where large-scale mechanized farms can absorb the administrative overhead of credit certification, yet adoption remains limited in smallholder systems where fragmented land tenure and weak extension services constrain participation.

Optical-Sorting Upgrades Boosting Premium Grade Recovery

Affordable optical sorters are increasing access to premium-grade recovery, allowing mid-tier processors to compete with larger integrators by efficiently removing discolored seeds, foreign materials, and insect-damaged kernels. Previously, these tasks required manual labor or led to product downgrading. Companies such as Bühler Group, TOMRA, and Key Technology introduced compact optical sorters in 2024 and 2025 priced below USD 150,000, significantly lower than earlier models priced at USD 250,000. This reduction makes the technology accessible for processors managing 5,000 to 10,000 metric tons annually. Indian processors are increasingly adopting this technology, with installations concentrated in Madhya Pradesh and Uttar Pradesh, which together contribute 98% of the country's lentil production. The use of optical sorters diminishes the quality advantage previously held by vertically integrated exporters, shifting the competitive focus to logistics efficiency and financial resource management.

Intensifying Pest and Disease Outbreaks

Ascochyta blight and Aphanomyces root rot are increasing production risks and input costs across major lentil-growing regions. Notably, Saskatchewan reported widespread Ascochyta infections during the 2024 growing season, which reduced average yields by 12 to 18% in affected fields. Ascochyta fabae f. sp. lentis thrives in warm, humid conditions and spreads rapidly through wind-borne spores, requiring multiple fungicide applications that add USD 29 to USD 44 (CAD 40 to CAD 60) per acre to production costs. Aphanomyces euteiches persists in soil for over a decade, limiting rotation flexibility and forcing growers to extend intervals between lentil crops from three to five years, which reduces land utilization and complicates crop planning. The United States Department of Agriculture's Animal and Plant Health Inspection Service issued updated monitoring protocols in 2024, emphasizing the importance of early detection and the deployment of resistant varieties. Commercial cultivars with durable resistance remain scarce due to the pathogen's genetic diversity and ability to overcome single-gene resistance ^{[2]Source: United States Department of Agriculture Animal and Plant Health Inspection Service, “Plant Disease Monitoring Protocols,” aphis.usda.gov}.

Tariff-Driven Price Volatility in Key Import Hubs

Sudden import-duty adjustments in India and Turkey destabilize grower prices and inventory planning, creating unpredictable demand windows that force Canadian and Australian exporters to carry higher working capital buffers and hedge currency and commodity risks more aggressively. India adjusted pulse import duties multiple times in 2024 and 2025, oscillating between zero and 50%, depending on domestic harvest outcomes and inflation pressures. Masoor (lentil) duties reached 40% in mid-2024 before being reversed to 10% in early 2025. These swings compress import volumes into narrow windows, overwhelming port and inland logistics capacity and creating quality-control bottlenecks that increase rejection rates and demurrage claims. Turkey similarly revised lentil import quotas in 2024, prioritizing bilateral agreements with Russia and Kazakhstan over open-market purchases, which reduced Australian market access and redirected shipments to the United Arab Emirates for re-export at lower netbacks. 

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

Geography Analysis

The Asia-Pacific region accounted for 46% of the lentil market size in 2025, with India holding the largest single-country share due to its population of 1.4 billion and dietary traditions centered on dal preparations. India imported 6.6 million metric tons of pulses in 2024, more than double the volume in the prior year, with masoor (lentil) imports exceeding 1.2 million metric tons, as domestic production of 1.6 million metric tons fell short of consumption needs ^{[3]Source: United States Department of Agriculture Foreign Agricultural Service, “Grain and Feed Annual – India,” fas.usda.gov} . China and Japan are emerging markets for zero-tannin lentil varieties, with the International Centre for Agricultural Research in the Dry Areas (ICARDA) conducting multi-location trials in both countries to support ready-to-eat soup and noodle applications that require neutral flavor profiles compatible with umami seasoning systems.

Africa is poised for the fastest growth at a 6.4% CAGR through 2031, led by Ethiopia, Egypt, and Sub-Saharan countries, where population expansion and school-feeding programs are increasing baseline pulse demand. Ethiopia produced an estimated 450,000 metric tons of lentils in 2024, making it the largest producer in Africa; however, domestic consumption absorbed nearly all the output, leaving a minimal surplus for export. Egypt imported lentils primarily from Turkey and Canada, with volumes reaching 120,000 metric tons in 2024, up from 95,000 metric tons in 2023, as government subsidies for bread and legumes kept retail prices affordable for low-income households. 

North America, led by Canada and the United States, is forecast to grow at a significant rate annually, reflecting mature per-capita consumption and slower population growth, yet the region remains the dominant exporter, with Canada shipping 2.1 million metric tons of lentils in 2024, representing approximately 35% of global trade. The United States produced 320,000 metric tons in 2024, primarily in Montana, North Dakota, and Idaho, with most of the output destined for domestic food service and export to Mexico and Central America. South America is growing with Argentina and Brazil expanding lentil acreage to meet domestic demand and reduce reliance on imports from Canada, yet production remains constrained by limited varietal adaptation to subtropical climates and competition from soybeans and wheat for prime farmland.

Regulatory Landscape

Cross-border lentil trade is shaped by destination-country import controls and origin-country grading and export compliance. In July 2026, Canada updated the Canada Grain Regulations (Table 36) for Red Lentils, a technical change intended to improve grading consistency, which feeds into contract specifications and claim resolution in long-haul export channels governed by Canadian Grain Commission standards.

Market access into South Asia continues to depend on tariff settings and import licensing. Under the Australia-India Economic Cooperation and Trade Agreement (AI-ECTA), lentils are covered by a 150,000-tonne annual tariff rate quota, and Australia updated quota administration arrangements in March 2025 under DAFF to align quota shipments with a reduced MFN-linked tariff. For Bangladesh, importers typically need an Import Registration Certificate (CCI&E) and a Plant Quarantine Permit from the Department of Agricultural Extension, while in the United States, pulse producers can use Farm Service Agency programs such as marketing assistance loans and loan deficiency payments that influence producer marketing behavior.

Value Chain Analysis

The lentil value chain starts with seed selection and agronomy, then moves through primary handling by country elevators or aggregators, followed by cleaning, dehulling/splitting, and grading before bulk export or domestic distribution. Export-oriented origins such as Canada and Australia rely on large-scale processing tied to rail and port logistics, while South Asian markets (notably India) combine high-volume import handling with domestic milling into splits and flours for retail and foodservice. Quality management is increasingly processor-led, with optical sorting and standardized grade tables supporting tighter No. 1 grade specifications and identity-preserved programs.

Downstream, the chain splits between commodity channels (bulk whole and split lentils) and ingredient channels (flours, concentrates, and protein fractions) used in prepared foods. Policy-driven demand windows in India and Turkey, alongside recurring logistics constraints at Canadian Pacific ports, increase working-capital needs for exporters and raise the value of reliable consolidation and shipment scheduling. Company-led infrastructure upgrades, such as CHS Inc. expanding capabilities at its Othello edible-bean facility for improved rail receiving and consolidation, point to how logistics and throughput investments can lower per-ton handling costs and reduce execution risk for export programs.

Market Opportunities and Future Outlook

Value-added ingredient manufacturing and functionality-led product development remain a clear whitespace beyond bulk whole and split shipments. Lentil proteins, flours, and extruded ingredients are being pulled into plant-based formulations where emulsification and water-binding performance are decisive, and Canada has been funding this pathway: in March 2026, Protein Industries Canada announced a CAD 3.9 million project with AGT Food and Ingredients and Sweet Nutrition to improve pulse ingredients, leveraging AGT's Regina extrusion facility and Sweet Nutrition's Saskatoon operations.

Product and channel expansion in Asia is another opportunity track, especially for neutral-flavor and convenience formats. ICARDA has been running multi-location trials in China and Japan for zero-tannin lines intended for ready-to-eat soups and noodles, where commercialization depends on seed multiplication and regulatory progression. In parallel, yield and quality gaps in smallholder systems (including Ethiopia and Nepal) create room for scaling improved varieties and integrated nutrient and disease management, particularly where governments are already using procurement programs and school feeding as demand anchors.