India Grows 26% of the World's Bananas — Yet Imports Crores Worth of Functional Starch
India harvests 37.8 million tonnes of bananas annually — over a quarter of global output — yet imported 55.86 million kg of functional starches worth US$82.62 million in 2024. The gap is not agricultural; it is industrial.

Expert insights
Subha Shree · Founder, Smarex Ingredients
Subha Shree is the Founder of Smarex Ingredients, a venture focused on building Green Banana RS2 Resistant Starch as a commercial food ingredient.
The short answer
India is the world's largest banana producer, yet it imports tens of millions of kilograms of functional and modified starches every year because domestic processing infrastructure cannot convert raw agricultural abundance into specification-grade industrial ingredients. Post-harvest losses ranging from 7.57% to nearly 30% of banana output compound the missed opportunity. The global resistant starch market is projected to nearly double from US$12.84 billion in 2025 to US$24.21 billion by 2035, and India's participation as a value-added supplier — rather than a commodity exporter — remains largely unrealised.
The core paradox
World's Largest Banana Producer, Yet a Net Importer of Starch
India accounts for 26.22% of global banana production, harvesting 37.8 million tonnes every year — more than any other country on Earth. Yet in 2024, Indian manufacturers imported 55.86 million kg of modified and functional starches, spending approximately US$82.62 million to do so.
Thailand alone supplied more than 53% of the import value and nearly 77% of the import volume, according to trade data cited in the source material. The arithmetic is striking: abundant domestic raw material, significant overseas procurement.
The explanation is not a shortage of bananas. It is a shortage of processing. Food manufacturers sourcing functional starches are not buying a crop — they are buying batch consistency, validated specifications, and supply reliability. Those are industrial capabilities, not agricultural ones, and India has not yet built them at scale for this ingredient category.
The processing gap
Only 4.5% of India's Fruit Is Processed — Against 65% in the US
India's processing deficit is stark when placed alongside peer economies. Only 4.5% of the country's fruit output is processed into value-added products. The United States processes around 65%, Brazil 70%, and China 23%.
This gap has a direct cost beyond missed manufacturing output. Post-harvest losses for bananas range from 7.57% to nearly 30% depending on the study — meaning millions of tonnes of starch-rich biomass that could serve as industrial inputs for products such as Green Banana Flour and Resistant Starch Type 2 (RS2) simply spoil before entering any value chain.
The infrastructure required to convert green bananas into functional, food-grade ingredients at commercial scale — validated processing technology, quality systems, analytical testing, and regulatory compliance — remains limited in India. Raw material availability is not the constraint; conversion capacity is.
The ingredient gap
What It Takes to Compete in Functional Starches
Producing bananas and manufacturing functional starch ingredients are categorically different activities. The latter demands capabilities that go well beyond farming:
- Validated processing technology capable of producing consistent RS2 or modified starch
- Robust quality and documentation systems that satisfy food manufacturer procurement standards
- Analytical testing and regulatory compliance for domestic and export markets
- Reliable, scalable supply that can match contracted volumes across seasons
Food companies do not switch suppliers because a domestic option is geographically closer — they switch when a domestic option can match performance, consistency, and technical documentation. Until Indian processors can credibly demonstrate those capabilities, the import dependency is rational from a buyer's standpoint, even when the underlying raw material is growing in abundance locally.
The market opportunity
A US$24.21 Billion Market Is Scaling — India's Role Is Unresolved
The global resistant starch market is projected to grow from US$12.84 billion in 2025 to approximately US$24.21 billion by 2035, driven by rising demand for functional ingredients in food, nutrition, bakery, beverage, and health-focused product categories.
This trajectory presents India with a strategic choice. The country currently occupies the role of agricultural commodity supplier — selling the raw crop rather than the processed ingredient. As functional nutrition demand accelerates domestically and internationally, the value differential between a green banana sold at farm-gate price and a scientifically validated RS2 ingredient sold to a food manufacturer widens considerably.
The demand exists. The science exists. The raw material exists in abundance. What has been missing, as the source material frames it, is the commercial-scale infrastructure to translate all three into a consistent, globally competitive product.
The path forward
Building an Ecosystem, Not Just a Factory
Closing the functional starch gap requires more than a single processing plant. It calls for an integrated ecosystem in which:
- Farmers benefit from demand for value-added banana cultivation
- Researchers successfully bridge the gap between scientific knowledge and commercial product specifications
- Processors invest in the quality systems and scale required to meet industrial buyer expectations
- Food companies gain access to domestic suppliers who can match imported ingredient performance
The goal, as articulated in the source material, is not to replace imports for nationalistic reasons but to build domestic capabilities that are genuinely competitive on quality, reliability, and documentation — so that Indian manufacturers choose domestic supply because it is the better commercial option.
With the functional nutrition segment scaling rapidly in India, the window to establish credible domestic RS2 supply chains is present. Whether the processing infrastructure will be ready when major brands go looking for a domestic source is the defining question for this segment over the next decade.
Why it matters
For Indian farmers, agri-businesses, and policymakers, this data exposes a structural value-destruction loop: world-class agricultural output is leaving the farm gate at commodity prices while premium functional ingredients are being sourced from Thailand and other suppliers at a significant foreign-exchange cost. With only 4.5% of India's fruits currently processed — against 65% in the United States and 70% in Brazil — the processing gap is the single most actionable lever for capturing more value from existing crops. As the global resistant starch market scales toward US$24.21 billion by 2035, the window for India to establish credible domestic supply chains for functional ingredients is open now, but will not remain so indefinitely.
Frequently asked
- How much functional starch did India import in 2024, and where did it come from?
- India imported 55.86 million kg of modified and functional starches in 2024, valued at approximately US$82.62 million. Thailand was the dominant supplier, accounting for more than 53% of the import value and nearly 77% of the import volume.
- What share of India's fruit output is currently processed?
- Only 4.5% of India's fruit output is processed into value-added products, compared with approximately 65% in the United States, 70% in Brazil, and 23% in China.
- How large are post-harvest banana losses in India?
- Depending on the study, post-harvest losses for bananas in India range from 7.57% to nearly 30%, representing significant quantities of starch-rich biomass that fail to enter any industrial value chain.
- How big is the global resistant starch market expected to become?
- The global resistant starch market is projected to grow from US$12.84 billion in 2025 to approximately US$24.21 billion by 2035, reflecting rising demand for functional food and nutrition ingredients worldwide.
Source
This report summarises and analyses coverage from linkedin.com. The analysis and India context are IndianAgri's own.