The Chickpeas Market size was estimated at USD 17.43 billion in 2025 and expected to reach USD 18.57 billion in 2026, at a CAGR of 6.97% to reach USD 27.94 billion by 2032.

Chickpeas are a globally traded pulse valued for their protein, fiber, micronutrients, versatility, and compatibility with vegetarian, vegan, and traditional cuisines. Demand is shaped by household food consumption, foodservice, ingredient manufacturing, nutrition priorities, crop conditions, trade flows, and processing capacity. The market includes whole, split, canned, frozen, milled, and otherwise processed chickpeas, with product preferences varying by culinary tradition, income, convenience needs, and supply-chain access.

Chickpea consumption is being influenced by interest in plant-based protein, affordable nutrition, clean-label foods, and familiar minimally processed ingredients. Convenience is supporting demand for canned, ready-to-eat, roasted, and milled formats, while hummus and other prepared foods broaden usage beyond traditional home cooking. On the supply side, drought, heat, water availability, disease pressure, input costs, storage conditions, and logistics are increasing the importance of resilient varieties, agronomic support, quality assurance, and diversified sourcing.

Artificial intelligence can improve chickpea value-chain decisions without replacing agronomic and commercial expertise. Applications include satellite and weather analysis for crop monitoring, predictive models for pest and disease risks, optimization of irrigation and input use, automated grading and defect detection, demand sensing, route planning, inventory management, and traceability. The strongest benefits depend on reliable field, quality, transaction, and logistics data; transparent validation; farmer access; cybersecurity; and human oversight, especially where model errors could affect food safety, purchasing, or production decisions.

North America combines established pulse production and processing with demand for hummus, snacks, plant-based foods, and convenient retail formats. Latin America reflects strong culinary relevance in selected countries, with opportunities linked to nutrition, foodservice, and value-added processing. Europe emphasizes sustainability, traceability, allergen control, and plant-protein innovation, while the European Union’s regulatory environment heightens the importance of documentation and compliance. The Middle East remains closely associated with chickpea-based dishes and processed foods, making quality, continuity, and regional logistics important. Africa has substantial relevance for household nutrition, local production, and climate-resilient agriculture, although infrastructure and affordability can constrain access. Asia-Pacific includes major consumption and production centers, diverse culinary applications, expanding food processing, and significant sensitivity to monsoon conditions, farm economics, and trade policy.

ASEAN highlights the role of urbanization, foodservice, regional trade, and convenience-oriented products in expanding pulse use. BRICS brings together major agricultural, consumer, and trading economies, underscoring the importance of crop resilience, domestic food security, processing, and bilateral supply relationships. The European Union prioritizes food safety, sustainability evidence, and supply-chain transparency. G7 markets tend to emphasize premium quality, health positioning, convenience, and responsible sourcing. GCC countries are especially dependent on reliable food imports and efficient logistics, with demand supported by prepared foods and diverse expatriate diets. NATO members, considered as a broad set of food and agricultural economies, demonstrate the strategic value of resilient transport, storage, and cross-border supply systems.

Australia is a significant pulse-growing and exporting country where rainfall variability, crop rotation, quality consistency, and access to Asian markets matter. Brazil combines expanding interest in plant-based foods with agricultural potential and regional trade considerations. Canada is an important pulse producer and exporter focused on agronomy, grading, storage, and diversified outlets. China has substantial food demand and processing capacity, with chickpeas competing across a broad and evolving pulse landscape. France, Germany, Italy, Spain, and the United Kingdom show strong interest in healthy, convenient, sustainable, and value-added foods, with differing culinary traditions and regulatory requirements. India is central to chickpea consumption and production, making monsoon performance, farm economics, domestic availability, and policy especially consequential. Japan and South Korea emphasize food safety, convenience, quality, and processed applications. Mexico connects traditional legume consumption with retail, foodservice, and cross-border supply dynamics. Russia remains relevant through agricultural conditions, domestic demand, and trade connectivity. The United States combines pulse cultivation, food manufacturing, retail innovation, and demand for hummus, snacks, and plant-based protein.

Industry leaders should diversify sourcing across suitable origins, strengthen supplier and farmer relationships, and use scenario planning for drought, disease, logistics disruption, and policy changes. Investment should favor quality-preserving storage, efficient cleaning and processing, flexible pack formats, and traceability from farm to finished product. Product strategies should align nutrition claims with substantiated evidence and address convenience without sacrificing taste or ingredient transparency. Companies should pilot artificial intelligence in measurable use cases, establish data-governance standards, and retain human review for high-impact decisions. Partnerships with growers, researchers, food manufacturers, retailers, foodservice operators, and public agencies can improve resilience while supporting responsible water, soil, labor, and emissions practices.

This executive summary uses a structured, evidence-led assessment of chickpeas as a food and agricultural category. The approach triangulates publicly available agricultural, trade, nutrition, regulatory, climate, and food-industry sources; compares production, consumption, processing, and distribution conditions by geography; and interprets differences in crop systems, culinary use, infrastructure, and policy. Regional, group, and country perspectives are integrated qualitatively rather than expressed through market estimates, shares, or forecasts. Findings should be refreshed as new crop, trade, weather, regulatory, and consumer evidence becomes available.

Chickpeas occupy an important position at the intersection of affordable nutrition, plant-based eating, traditional cuisine, and agricultural diversification. Future competitiveness will depend less on a single demand driver than on coordinated progress in resilient production, dependable sourcing, efficient processing, quality assurance, and credible sustainability practices. Leaders that combine regional insight with disciplined data use, including carefully governed artificial intelligence, will be better positioned to serve changing consumer needs while managing climate, logistics, and regulatory uncertainty.