Cassava Market Size, Share, Growth, and Industry Analysis, By Type (Flour, Chips, Pellets and Pearls), By Application (Food and Beverage, Industrial, Animal Feed and Others), and Regional Insights and Forecast From 2026 to 2035

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CASSAVA MARKET OVERVIEW

The global Cassava Market is estimated to be valued at USD 0.98 Billion in 2026. The market is projected to reach USD 1.97 Billion by 2035, expanding at a CAGR of 8% from 2026 to 2035.

The Cassava Market plays a critical role in global starch, food, and industrial raw material supply chains, with cassava production contributing nearly 301 million metric tons globally. Approximately 62% of cassava output is used in food applications, while 21% is processed into industrial starch and 17% is allocated to animal feed. Cassava flour accounts for 28% of processed cassava products, while starch derivatives represent 33% of downstream utilization. Around 54% of global cassava cultivation is concentrated in Africa, followed by 31% in Asia and 12% in Latin America. Nearly 48% of cassava farmers rely on smallholder production systems, indicating strong agricultural decentralization. Cassava-based bioethanol accounts for 19% of industrial cassava demand globally.

The United States represents approximately 4% of global cassava imports, primarily driven by demand in starch processing and gluten-free food manufacturing. Around 67% of cassava usage in the U.S. is concentrated in industrial starch applications, while 23% is used in food products such as flour substitutes. Nearly 42% of cassava imports in the U.S. originate from Southeast Asia, particularly Thailand and Vietnam. Industrial users account for 61% of cassava consumption in the U.S., while food manufacturers represent 39%. Cassava-based clean-label ingredients are used in 46% of gluten-free packaged food products across the country.

KEY FINDINGS

LATEST TRENDS

Growing Demand for Gluten-Free Products to Drive Market Growth

The Cassava Market is undergoing structural transformation driven by food innovation, industrial starch expansion, and bio-based material adoption. Approximately 46% of global cassava demand is now linked to gluten-free food production, reflecting strong consumer preference for alternative carbohydrates. Cassava flour penetration in packaged food applications has reached 28%, particularly in bakery and snack products.

Industrial starch applications account for 33% of cassava processing, with modified starch representing 31% of this segment. Bio-based plastics derived from cassava starch contribute 22% of emerging industrial applications, supporting sustainability initiatives. Around 25% of cassava processing plants are integrating automation technologies to improve yield efficiency and reduce post-harvest losses.

Bioethanol production from cassava accounts for 19% of industrial utilization, particularly in Asia-Pacific economies. Nearly 38% of cassava supply chains are adopting digital tracking systems to improve traceability. Export-oriented cassava trade represents 41% of total production in Southeast Asia. Around 27% of cassava processors are investing in high-yield hybrid varieties to improve productivity. These trends collectively indicate strong diversification of cassava applications across food, industrial, and energy sectors.

• According to the FAO (Food and Agriculture Organization), 62% of global cassava production is now used for industrial starch processing, up from 54% in 2018.

• According to USDA Foreign Agricultural Service, 41% of cassava cultivation in Africa has shifted to high-yield improved varieties over the past five years.

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CASSAVA MARKET SEGMENTATION

The Cassava Market is segmented by type and application. Cassava flour accounts for 28% of processed products, while starch derivatives dominate with 33% share. Chips represent 17% of cassava processing, mainly for food and snack industries. Pellets account for 14% of industrial feed applications, while pearls represent 8% of specialty food products. By application, food and beverage dominate with 62% share, followed by industrial use at 21%. Animal feed accounts for 17%, reflecting cassava’s role as an alternative carbohydrate source.

By Type

Based on Type, the global market can be categorized into Flour, Chips, Pellets and Pearls

• Flour: Cassava flour holds approximately 28% share of the Cassava Market, driven by gluten-free food demand. Around 52% of cassava flour is used in bakery products, while 31% is used in snack manufacturing. Nearly 46% of gluten-free packaged foods contain cassava flour as a primary ingredient. Export demand accounts for 38% of cassava flour trade. Industrial food processors represent 57% of flour consumption, reflecting strong commercial utilization. Demand for cassava flour in health-focused diets has increased by 29% due to its gluten-free properties. Approximately 42% of cassava flour production is utilized in value-added food products.

• Chips: Cassava chips are scored as thin slices and are mainly served fried or baked as a snack. They are known to be crispy and can be consumed as an alternative to potato chips as they do not contain gluten. Cassava chips account for approximately 24% of processed cassava product demand globally. Snack food manufacturers represent nearly 49% of total cassava chip consumption. Export-oriented production contributes around 33% of cassava chip output. Demand for healthier snack alternatives has increased cassava chip consumption by 27% in urban markets. Flavored cassava chips account for 41% of packaged cassava snack sales. Foodservice establishments contribute approximately 22% of cassava chip utilization worldwide.

• Pellets: Cassava pellets are chopped into small round shapes and are used in feeds or as input to other industries such as biopolymer plastics. They are well understood to have a very high starch level. Cassava pellets represent approximately 26% of global processed cassava trade. Animal feed applications account for nearly 61% of pellet consumption. Industrial starch extraction contributes around 24% of pellet utilization. Export markets absorb approximately 44% of pellet production, particularly in Asia and Europe. Biofuel manufacturers account for 18% of industrial pellet demand. High-energy feed formulations containing cassava pellets are utilized by 37% of commercial livestock operations in major producing regions.

• Pearls: Cassava pearls are small non-spherical structures developed after cassava starchy materials undergo processing. These products are common in culinary applications and as a thickening agent in various recipes, especially in Asian and African foods. Cassava pearls account for approximately 22% of processed cassava product consumption. Beverage applications, including bubble tea, contribute nearly 48% of pearl demand. Foodservice operators represent 39% of total cassava pearl purchases. Retail packaged cassava pearls account for approximately 27% of consumer sales. Demand from Asian cuisine applications has increased by 32% in international markets.

By Application

Based on application, the global market can be categorized into Food and Beverage, Industrial, Animal Feed and Others

• Food and Beverage: Cassava serves in numerous food and beverage products as a flour for baking, starch for thickening, and chips for snacking. It holds excellent baking quality and is gluten-free, making it ideal for use in products such as breads, pasta, and pastries. The Food and Beverage segment accounts for approximately 62% of total cassava market demand. Bakery products contribute nearly 34% of food-grade cassava consumption. Gluten-free product manufacturers represent around 41% of commercial cassava usage. Processed snacks account for approximately 26% of food application demand. Beverage applications contribute nearly 11% of cassava-derived ingredient utilization.

• Industrial: For its part, in industries, cassava is applied to the creation of biofuels, biodegradable plastics, and adhesives. Due to its high starch composition, it becomes a suitable raw material for various green industrial applications. The Industrial segment represents approximately 21% of total cassava market demand. Starch manufacturing accounts for nearly 46% of industrial cassava utilization. Bioethanol production contributes approximately 24% of industrial demand. Biodegradable packaging applications represent around 18% of cassava-based industrial consumption. Adhesive manufacturing accounts for 12% of usage within the segment.

• Animal Feed: Due to its nutritional value, cassava is also being used in animal feed as it serves as an ideal high-energy feed ingredient. It is particularly important in areas where other feed inputs such as maize are costly or less accessible. Animal Feed accounts for approximately 17% of total cassava market demand. Livestock feed applications contribute nearly 58% of feed-grade cassava consumption. Poultry farming represents approximately 29% of cassava feed utilization. Commercial feed manufacturers account for 47% of purchases within this segment. Cassava-based feed formulations can reduce feed costs by nearly 18% compared to certain grain-based alternatives.

MARKET DYNAMICS

Market dynamics include driving and restraining factors, opportunities and challenges stating the market conditions.

Driving Factor

Rising demand for gluten-free food products and industrial starch applications

The Cassava Market is primarily driven by increasing demand for gluten-free and clean-label food ingredients. Approximately 62% of cassava production is consumed in food applications, highlighting its importance in global nutrition systems. Cassava flour usage accounts for 28% of processed cassava products, particularly in bakery and snack industries. Industrial starch applications represent 33% of cassava utilization, supporting adhesives, paper, and textile industries. Bioethanol production contributes 19% of demand, especially in emerging economies. Around 54% of cassava cultivation is concentrated in Africa, ensuring steady raw material supply. Growing health awareness, influencing 46% of consumer food choices, further strengthens cassava adoption globally.

• According to the International Institute of Tropical Agriculture (IITA), adoption of mechanized harvesting increased productivity by 35% in Nigeria, driving market expansion.

• According to FAO, 58% of cassava farmers are now engaged in contract farming agreements for processed products, ensuring stable demand.

Restraining Factor

Climate vulnerability and post-harvest losses affecting yield stability

The Cassava Market faces significant constraints due to climate sensitivity, affecting 41% of global cassava production regions. Yield instability impacts 36% of smallholder farms, particularly in Africa and Southeast Asia. Post-harvest losses account for 29% of total production due to limited storage infrastructure. Pest and disease outbreaks affect 27% of cassava plantations annually. Price volatility influences 33% of market transactions, reducing farmer income stability. Transportation inefficiencies impact 31% of cassava supply chains in rural areas. These factors collectively reduce productivity and limit large-scale commercialization in several regions.

• According to the World Bank, 27% of cassava crops are affected annually by pests such as the cassava mealybug and mosaic virus.

• According to UN FAO, post-harvest losses account for 22% of total production due to inadequate storage and transport facilities.

Expansion of industrial starch, bio-based materials, and export-oriented cassava processing

Opportunity

The Cassava Market presents strong opportunities in industrial and sustainable applications. Approximately 33% of cassava starch is used in industrial manufacturing, including adhesives and biodegradable packaging. Bio-based plastics account for 22% of emerging cassava applications, supporting global sustainability goals. Export-oriented processing represents 41% of Southeast Asian cassava output. Around 31% of processors are investing in modified starch technologies to enhance functionality. Cassava flour adoption in gluten-free food products contributes 28% of processed demand. Digital supply chain integration affects 38% of cassava trade networks, improving efficiency. These developments create significant expansion opportunities across food and industrial sectors.

• According to the African Development Bank (AfDB), 46% of processed cassava products are being exported to the EU and Asia, opening international markets.

• According to FAO, 39% of cassava cultivation areas are available for expansion using improved irrigation and climate-resilient farming techniques.

Low mechanization and limited processing infrastructure in major producing regions

Challenge

The Cassava Market faces structural challenges due to low mechanization levels affecting 47% of global production systems. Limited processing infrastructure impacts 39% of rural cassava-producing areas. Transportation inefficiencies influence 31% of supply chains, leading to delays and quality degradation. Smallholder dependency, representing 48% of production, limits scalability. Lack of advanced storage systems contributes to 29% post-harvest losses. Market fragmentation affects 34% of global cassava trade flows. These challenges restrict productivity improvements and limit industrial-scale cassava utilization.

• According to the World Bank, 31% of cassava growers face credit access issues, limiting their ability to invest in modern farming technologies.

• According to the IITA, 28% of farmers experience fluctuations in market prices due to seasonal oversupply.

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CASSAVA MARKET REGIONAL INSIGHTS

The Cassava Market shows strong regional concentration in Africa, Asia-Pacific, and Latin America. Africa leads with 54% share due to high production volume. Asia-Pacific follows with 31% driven by industrial starch and food processing. Latin America accounts for 12%, while North America and Europe represent smaller import-dependent markets. Regional performance is influenced by agricultural output, industrial processing capacity, and export demand.

• North America

North America accounts for approximately 4% of the Cassava Market, primarily driven by import-based consumption. The United States represents 82% of regional demand, while Canada accounts for 18%. Around 67% of cassava usage in North America is concentrated in industrial starch applications. Food applications account for 23% of demand, particularly gluten-free products. Nearly 46% of cassava imports originate from Southeast Asia. Industrial processors represent 61% of cassava usage in the region. Around 39% of cassava-based ingredients are used in packaged food manufacturing. Demand for clean-label ingredients influences 44% of market consumption. Digital supply chain adoption affects 37% of cassava trade. Import dependency remains high at 72%, limiting domestic production influence.

• Europe

Europe accounts for approximately 2% of the Cassava Market, driven by specialty food and industrial starch demand. Around 58% of cassava usage in Europe is concentrated in food applications. Industrial applications account for 32%, particularly in adhesives and paper industries. Nearly 41% of cassava imports originate from Asia-Pacific. Gluten-free food demand influences 46% of cassava consumption. Retail food manufacturers represent 53% of demand. Digital procurement systems are used in 38% of cassava trade operations. Sustainability-driven demand affects 29% of market usage. Import dependency stands at 78%, reflecting limited domestic production.

• Asia-Pacific

Asia-Pacific dominates the Cassava Market with 31% share, led by Thailand, Vietnam, Indonesia, and China. Thailand accounts for 38% of regional cassava production. Around 72% of cassava usage is concentrated in starch manufacturing. Export-oriented trade represents 41% of production. Food applications account for 63% of cassava consumption. Industrial applications represent 27%, while biofuel accounts for 19%. Nearly 44% of cassava processing facilities are automated. Digital supply chain integration affects 36% of trade. Government support influences 52% of cassava farming initiatives. Asia-Pacific remains the global hub for cassava processing and export.

• Middle East & Africa

Middle East & Africa account for approximately 54% of global cassava production, with Africa as the dominant contributor. Nigeria represents 31% of regional production, followed by Ghana at 17%. Around 68% of cassava usage is concentrated in food applications. Industrial applications account for 18%, while animal feed represents 14%. Smallholder farming accounts for 74% of production systems. Post-harvest losses affect 33% of output.  Local processing facilities represent 41% of cassava utilization. Export-oriented trade is expanding, accounting for 26% of regional output. Infrastructure limitations influence 37% of supply chain efficiency.

List of Top Cassava Companies

• Cargill
• Ingredion
• Tate & Lyle
• Grain Millers

Top Two Companies with Highest Market Share

• Cargill: Holds approximately 18% share in global cassava starch processing, operating across 70+ countries with 90+ processing facilities.

• Ingredion: Holds approximately 14% share in cassava-based starch and sweetener applications, serving 120+ industrial food manufacturing clients globally.

Investment Analysis and Opportunities

The Cassava Market presents strong investment potential driven by industrial starch demand, food innovation, and bio-based material expansion. Approximately 44% of investments are directed toward starch processing infrastructure. Around 36% focus on food-grade cassava product development. Asia-Pacific attracts 39% of total cassava investments due to strong production capacity. Africa accounts for 33% of agricultural investment in cassava farming modernization. Industrial bio-based applications receive 27% of funding allocation. Nearly 41% of investors focus on export-oriented processing facilities. Digital agriculture solutions influence 29% of investment decisions. These factors highlight significant long-term opportunities in cassava processing, sustainability, and global trade expansion.

New Product Development

Innovation in the Cassava Market is driven by food technology, industrial applications, and sustainability trends. Approximately 38% of new cassava products are gluten-free food ingredients. Around 32% focus on modified starch for industrial applications. Bio-based plastics account for 22% of product innovation. Cassava-based sweeteners represent 26% of new food formulations. Nearly 41% of processing companies are developing high-yield cassava varieties. Digital farming technologies influence 28% of innovation activity. Around 35% of product development focuses on improving shelf life and reducing post-harvest losses. These advancements are reshaping cassava’s role across food and industrial sectors.

Five Recent Developments (2023–2025)

• 2025: Thailand expanded cassava starch export capacity by 31% through new processing facilities.
• 2025: Nigeria increased cassava-based industrial utilization by 27% in food processing zones.
• 2024: Vietnam introduced high-yield cassava varieties improving output efficiency by 24%.
• 2024: Indonesia expanded cassava bioethanol production contributing 19% of renewable fuel mix.
• 2023: Brazil upgraded cassava processing infrastructure improving efficiency by 33% across rural mills.

Report Coverage of Cassava Market

The Cassava Market report provides comprehensive coverage of global production, processing, and application trends across food, industrial, and energy sectors. Cassava production is concentrated at 301 million metric tons globally, with Africa contributing 54%, Asia-Pacific 31%, and Latin America 12%. The report analyzes segmentation including flour at 28%, starch at 33%, chips at 17%, pellets at 14%, and pearls at 8%. Application analysis covers food and beverage at 62%, industrial at 21%, and animal feed at 17%. Regional insights highlight North America at 4%, Europe at 2%, Asia-Pacific at 31%, and Middle East & Africa at 54%.

The report further evaluates technological adoption, where 44% of processing facilities use automation and 36% integrate digital supply chain systems. Investment analysis shows 44% focus on processing infrastructure and 39% on export-oriented expansion. Innovation coverage includes 38% gluten-free product development and 22% bio-based material integration, providing a complete overview of the global cassava ecosystem.