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Global Cassava Starch Market Trends and Insights

Soaring Demand for Clean-Label Thickeners in Gluten-Free Foods

Food manufacturers are reshaping starch procurement by replacing modified corn and wheat starches with native and lightly modified cassava starches. These cassava starches boast non-GMO, gluten-free, and allergen-free claims. Waxy cassava starch, rich in amylopectin, offers enhanced freeze-thaw stability and expansion properties in gluten-free baking. This allows bakeries to achieve textures akin to wheat-based products, eliminating the need for hydrocolloid blends. In North America and Europe, ingredient transparency is a top priority for many shoppers. As a result, CPG brands are reformulating sauces, soups, and dairy alternatives with cassava-based thickeners. These thickeners can be simply labeled as "tapioca starch," avoiding the more complex modified starch E-numbers. The demand for cassava starch is especially pronounced in the gluten-free segment. Cassava starch's neutral flavor and smooth mouthfeel outshine those of pea and rice starches in high-moisture applications. Producers are using enzymatic and physical modification techniques, blending, heat-moisture treatment, and extrusion to boost viscosity and gel strength. These methods, free from chemical modification, uphold the clean-label status while ensuring functional performance for instant soups and ready-to-eat meals.

Expansion of Paper and Packaging Sector

Driven by circular-economy mandates and the EU and Asia-Pacific's push to phase out single-use plastics, the paper and packaging industry is rapidly adopting cassava starch. This starch is being utilized as a binder and coating agent in containerboard, corrugated packaging, and biodegradable films. In February 2025, Ingredion Incorporated made a strategic USD 50 million investment to boost specialty industrial starch capacity in Cedar Rapids, Iowa. This move is aimed squarely at packaging and papermaking sectors, emphasizing the need for enhanced strength, biodegradability, and recyclability. This positions cassava starch as a natural polymer, offering a sustainable alternative to synthetic adhesives. When blended with chitosan and polyvinyl alcohol (PVA), cassava starch films showcase tensile strength and flexibility on par with traditional plastics. Notably, these films can undergo industrial composting within 60 days, making them suitable for food-contact packaging and agricultural mulch films that are soil-friendly. In 2025, Thailand's paper industry ramped up its consumption of native cassava starch to an estimated 120,000 tonnes, marking a 15% year-on-year increase. This shift comes as mills pivot from imported corn starch, aiming to cut costs and shrink their carbon footprints. Furthermore, research from 2025 highlights the potential of cassava pomace, a by-product of processing. It can be transformed into paper-based packaging materials, presenting a closed-loop value proposition. This innovation not only curbs waste disposal costs but also opens new revenue avenues for starch processors.

Government Biofuel Blending Mandates in Emerging Markets

Governments are increasingly mandating ethanol blending, positioning cassava as a pivotal non-food biofuel feedstock. This shift is especially pronounced in countries aiming to curtail petroleum imports and bolster smallholder agriculture. In 2025, Nigeria unveiled a roadmap to weave cassava into its national biofuel tapestry by 2026. The initiative, spotlighting rural job creation and energy security, underscores Nigeria's commitment to the biofuel vision. Meanwhile, in January 2026, Vietnam rolled out E10 ethanol blending, mandating a 10% ethanol mix in gasoline^{[2]Source: Vietnam Ministry of Industry and Trade, 鈥淓10 Implementation Report 2026,鈥� moit.gov.vn}. This move, as highlighted by the Vietnam Ministry of Industry and Trade, spurred an immediate appetite for cassava-derived ethanol, poised to bridge gaps in sugarcane supplies. Over in China, cassava accounts for roughly 10% of the nation's fuel ethanol, with production hubs nestled in Guangxi province. Here, cassava's resilience to drought and its swift 8-12 month growing cycle provide a strategic edge over corn and sugarcane. The Philippines, eyeing the potential, is testing the waters with cassava ethanol blending in Mindanao. By tapping into its established cassava cultivation framework, the Philippines aims to diminish its dependence on imported petroleum. Cassava boasts a unique advantage: it thrives on marginal lands, often deemed unsuitable for food crops. This characteristic not only alleviates food-versus-fuel dilemmas but also, combined with its starch-rich composition (20-30% by weight), yields an impressive 150-180 liters of ethanol per tonne of fresh roots. Yet, the journey to scale these advantages hinges on the establishment of nimble collection networks and processing hubs. Given cassava's swift post-harvest deterioration, these facilities must be operational within a tight 24-48 hour window post-harvest.

Digitization of Root-to-Mill Traceability Boosting Industrial Procurement

To comply with the European Union Deforestation Regulation (EUDR), which requires proof of deforestation-free sourcing by the end of 2026, cassava supply chains are increasingly adopting blockchain, IoT sensors, and QR-code systems. In 2025, Vietnam's cassava sector, which exported over 3.9 million tonnes, with 93-94% going to China, is grappling with compliance hurdles. Smallholder farmers often lack geo-tagged plot data and harvest records. In response, processors are channeling investments into digital platforms to log root origins, harvest dates, and transport details, as highlighted by Vietnam Customs. Thai Wah Public Company, leveraging a multi-origin sourcing strategy across Thailand, Cambodia, Vietnam, and Laos, employs traceability systems. These systems not only facilitate dynamic export routing to sidestep trade barriers but also assure European buyers of supply-chain transparency. Industrial buyers in pharmaceuticals and food sectors are increasingly favoring suppliers with ISO 22000 food safety certification and ISO 14064-1 greenhouse gas accounting. This trend is pushing processors to embrace digital traceability as a key competitive edge. Digitization, while ensuring regulatory compliance, also curtails post-harvest losses by streamlining logistics. Given that cassava roots need processing within 24-48 hours post-harvest to avert enzymatic degradation, real-time quality monitoring becomes crucial in reducing batch rejections. Although establishing traceability infrastructure costs between USD 50,000-200,000 per processing facility, European buyers' premium pricing and enhanced inventory turnover are mitigating these costs. Early adopters in Indonesia and Brazil report payback periods of just 18-24 months.

Supply Chain Volatility from Cassava Mosaic and Brown Streak Viruses

Whiteflies transmit cassava mosaic disease (CMD) and cassava brown streak disease (CBSD), and climate change exacerbates their impact. These diseases can slash yields by 50-100%, leading to significant disruptions for starch processors. Thailand, the globe's top cassava exporter, anticipates a CMD-infected expanse of 532,850 hectares by 2025. This could result in a staggering economic setback of USD 356 million, as farmers either abandon these plots or hastily harvest to salvage what they can, as reported by the Thai Tapioca Starch Association. Meanwhile, CBSD has made inroads in Tanzania, Uganda, and Kenya, nations where cassava holds staple status. This has compelled processors to either pay a premium for roots from uninfected areas or settle for diseased tubers with diminished starch content, hampering extraction efficiency and inflating processing costs. The swift spread of these viruses is tied to the expansion of whitefly populations during warm, dry spells. Consequently, a single outbreak can ripple across multiple provinces in one growing season, leaving processors short on feedstock and unable to run at full capacity. While the International Institute of Tropical Agriculture (IITA) has rolled out CMD-resistant cassava varieties, fewer than 30% of smallholder farmers have adopted them. This hesitance stems from challenges in accessing disease-free planting materials and extension services. In response, processors are broadening their sourcing strategies across nations. Take Thai Wah, for example: their strategy encompasses Thailand, Vietnam, Cambodia, and Laos. Yet, this multi-origin approach brings added logistical challenges and exposes the company to currency fluctuations and regulatory hurdles in different jurisdictions.

Weak Cold-Storage Infrastructure in Key African Producer Nations

In 2023, Nigeria produced over 60 million tonnes of cassava roots, while Tanzania, a key supplier in East Africa, grappled with a lack of cold-storage and rapid-processing infrastructure. Cassava roots start to degrade enzymatically within 24-48 hours post-harvest. This urgency demands swift transport to processing facilities or temporary storage in refrigerated units. Yet, as highlighted by the Nigeria Cassava Initiative, fewer than 15% of rural cassava-growing regions in both Nigeria and Tanzania have access to such cold-chain logistics. This infrastructural shortfall compels processors to establish facilities within a 50-kilometer radius of farming clusters. Such a limitation curtails economies of scale and hinders the consolidation witnessed in Thailand and Vietnam, where centralized mills handle an impressive 300,000-500,000 tonnes annually. In Nigeria, post-harvest losses are alarmingly estimated at 30-40% of harvested roots. This not only diminishes farmer incomes but also leads to feedstock shortages during peak demand. Furthermore, the absence of cold storage facilities stifles export potential. International buyers, seeking consistent quality and reliable delivery schedules, find it challenging to navigate the volatility tied to harvest seasons. However, there's a silver lining: investments in solar-powered cold rooms and mobile processing units are on the rise. A case in point is Agbeyewa Industries' strategic acquisition of Matna Foods in January 2026, with ambitious plans to modernize and expand processing operations in Ondo State. Yet, the journey to scale these innovative solutions isn't without its hurdles. Each facility demands a capital commitment ranging from USD 5-10 million, alongside a call for supportive policies, including tax incentives and guarantees for grid access.

Segment Analysis

By Product Type: Modified Starch Captures Specialty Applications

In 2025, native starch held 65.59% of market revenue, driven by its use in commodity applications like food thickening, paper sizing, and animal feed, where cost and availability outweigh functional performance. Modified cassava starch is growing at a 7.96% CAGR through 2031, fueled by demand in 3D food printing, biodegradable packaging, and pharmaceutical excipients, which require precise control over viscosity, gel strength, and thermal stability. Techniques like enzymatic modification, physical treatments (heat-moisture, extrusion), and chemical cross-linking allow processors to tailor starch properties for applications such as instant noodles that rehydrate in 90 seconds and tablet binders that disintegrate within 15 minutes in gastric fluid. Thai Wah Public Company reported high-value-added (HVA) products, mainly modified starches, accounted for 47% of starch revenue in 2025, up from 45% in 2024, with HVA volume growing 1.7% year-on-year and strong export growth to Japan and Australia. Ingredion鈥檚 July 2024 launch of a cassava-derived modified starch line for food-tech and non-food applications highlights supplier investment in this segment.

Native starch鈥檚 clean-label status and lower cost make it the preferred choice for manufacturers in emerging economies where price sensitivity is critical. In 2025, Brazil鈥檚 native cassava starch exports reached 40,600 tonnes, a 13.9% year-on-year increase, as domestic producers supplied regional food manufacturers and industrial users in Argentina and Chile, according to the Center for Advanced Studies in Applied Economics^{[3]Source: Center for Advanced Studies on Applied Economics (CEPEA), 鈥淏razil Tapioca Market 2025,鈥� cepea.esalq.usp.br} . Modified starch, though priced 20-30% higher, offers functional benefits that justify the cost in applications like frozen foods (freeze-thaw stability), sauces (shear resistance), and confectionery (controlled sweetness release). The segment also benefits from the growth of cassava-based bioplastics, where modified starches blended with biodegradable polymers achieve the mechanical properties needed for injection-molded cutlery and blown-film packaging. Regulatory support, including the European Union鈥檚 single-use plastics directive and Asia-Pacific bans on polystyrene foam, is accelerating the adoption of cassava-based TPS resins like Thai Wah鈥檚 Roseco line, positioned as a closed-loop solution from cultivation to composting.

By Application: Animal Feed Surges on Cost Competitiveness

In 2025, the food and beverage sector accounted for 55.72% of cassava starch consumption, driven by its use in gluten-free baking, instant noodles, sauces, and dairy alternatives. Waxy cassava starch, valued for its high amylopectin content, is widely used in frozen bakery products due to its resistance to syneresis during freeze-thaw cycles, extending shelf life without hydrocolloid stabilizers. Growth is supported by the global gluten-free market's 9.2% expansion and the rise of ready-to-eat (RTE) and ready-to-cook (RTC) meal kits featuring cassava-based noodles and vermicelli. Thai Wah's Double Dragon Ready brand launched RTE products in 2025, including Pad Cha Ta Lay hot plate with flat glass noodles and instant rice noodles in flavors like Tom Yum Bo Lan, targeting Thai consumers and export markets in ASEAN and the Middle East.

Animal feed was the fastest-growing application, with a 7.81% CAGR, due to cassava starch's cost-effectiveness compared to corn in livestock and poultry rations, especially in Southeast Asia and Latin America. Providing 3,500-3,800 kcal/kg of metabolizable energy, cassava starch matches corn's energy output but is priced 20-30% lower, making it a preferred energy source for swine and broiler producers. Fermented cassava products, which enhance digestibility, are increasingly used in aquaculture feed for shrimp and tilapia, particularly in Vietnam and Indonesia. Paper applications, accounting for 18-20% of cassava starch consumption, are growing as mills replace synthetic binders with cassava starch in packaging to meet recyclability standards. Smaller but stable segments include textile sizing, pharmaceutical tablet binders, and cosmetics. The "Others" category, including adhesives and construction binders, is seeing pilot-scale adoption in Brazil, where modified cassava starch is being tested as a binder in concrete to reduce reliance on petroleum-based polymers.

Geography Analysis

Asia-Pacific, holding 35.40% of the global market in 2025, is projected to grow at a 7.92% CAGR through 2031, driven by Thailand, Indonesia, and Vietnam leveraging low production costs and strong export infrastructure. Thailand exported over 8 million tonnes of cassava products in 2025, valued at THB 95 billion (USD 2.7 billion), with native tapioca starch prices reaching USD 480-500 per tonne FOB Bangkok in early 2026. Thai Wah Public Company, controlling 17% of global cassava starch exports, is shifting focus to Japan's premium gluten-free and non-GMO markets to reduce reliance on China. Indonesia, with 125 cassava starch companies operating at 43% capacity, is prioritizing import substitution and export growth, with Lampung province contributing 70% of domestic tapioca production and exports reaching USD 18.7 million through November 2025. Vietnam, the third-largest cassava exporter, shipped over 3.9 million tonnes worth USD 1.26-1.27 billion in 2025, with T芒y Ninh province accounting for 60-65% of output. However, Vietnam faces EUDR compliance challenges due to a lack of geo-tagged traceability data required by end-2026. China's cassava starch imports from Thailand and Vietnam fell 37.88% in Q1 2026, prompting exporters to diversify into ASEAN, the Middle East, and Europe.

South America, led by Brazil, is scaling modified starch production and targeting exports through the pending Mercosur-EU trade agreement. Brazil's cassava root production reached 20.8 million tonnes in 2025, up 9.4% from 2024, while starch production hit 689,000 tonnes in 2024. Modified starch exports surged 44% to 68,400 tonnes in 2025. Paran谩 accounted for 65.6% of production, followed by Mato Grosso do Sul at 21.3% and S茫o Paulo at 9.7%, enabling economies of scale and investments in higher-margin products like modified starches. Argentina imports cassava starch from Brazil for food and industrial uses, while Latin America is expanding in animal feed and biodegradable packaging as governments phase out single-use plastics.

Europe and North America, as net importers, prioritize clean-label, non-GMO, and organic cassava starches for gluten-free foods, specialty bakery, and pharmaceutical applications. Rising anti-dumping duties and EUDR traceability requirements favor suppliers with digital supply-chain infrastructure. In the Middle East and Africa, Nigeria, producing over 60 million tonnes of cassava roots in 2023, is shifting from low-margin food applications to industrial-grade starch and biofuel feedstocks. Agbeyewa Industries' acquisition of Matna Foods in January 2026 integrates cultivation in Ekiti State with processing in Ondo State. South Africa and Saudi Arabia import cassava starch, while Turkey acts as a re-export hub. Sub-Saharan Africa, despite challenges like weak infrastructure and cassava diseases, holds potential with over 200 million tonnes of cassava roots produced annually, contingent on addressing these issues.