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

Market Trends and Insights

Increasing Integration of Citrus Pulp into Functional Foods

Citrus pulp is entering more food formulations because it can add fiber, emulsification, and moisture retention without synthetic additives. Ingredion reported that FIBERTEX CF 100, made from upcycled citrus peel, supported a 15% fat reduction in spoonable dressings while preserving full-fat mouthfeel. Citrus fiber can replace mono- and diglycerides, agar, gellan gum, and high-methoxyl pectin in selected applications. That capability can simplify an ingredient list for manufacturers that need more than one function from a single input. Ingredion’s consumer research found that 85% of respondents approved citrus fiber on product labels. A 2025 study found that microwave-assisted extraction improved soluble-fiber recovery and thermal stability compared with conventional processing^[1].

Surge in Clean-Label and Plant-Based Product Launches

Clean-label requirements are strengthening the position of citrus fiber in food formulation. Certified organic citrus pulp can meet organic requirements under the USDA National Organic Program and the EU organic framework when the required conditions are met. Fiberstar stated that Citri-Fi can be used at below 1% inclusion, compared with 3–4% for modified food starches in the cited application context. The company also reported 80% total dietary fiber, water holding of 9–10 times its weight, and oil binding of 3 times its weight. These properties can allow formulators to replace several conventional additives with one ingredient. In plant-based dairy alternatives, citrus fiber can help limit protein aggregation and settling in almond and oat beverages 

Growing Demand for Sustainable and Eco-Friendly Animal Feed

Animal feed offers a large commercial outlet for dried citrus pulp because it connects feed economics with by-product recovery. A 2026 dairy-cow study reported that dried citrus pulp could replace 60% of corn meal without a significant change in feed-to-milk conversion efficiency^[2]. The same study reported a 4.2% reduction in daily feed costs per animal under the evaluated diet. Citrus pulp is pectin-rich, and the cited research links its fermentation profile to changes in ruminal volatile fatty acids. Linasson added citrus pulp to its feed portfolio in May 2025 for ruminants and pigs, presenting the product through circular-economy and nutritional performance claims. A 2025 life-cycle assessment examined orange-peel waste valorization for animal feed and supported continued interest in alternatives to disposal.

Rising Consumer Preference for Dietary Fiber, Antioxidants, and Prebiotic Supplements

Demand for fiber is increasingly tied to digestive health and microbiome-focused products. Citrus pulp contains pectin, which ranges from 22–42% of dry matter depending on the fruit species. The pectin fraction is associated with selective support for beneficial Bifidobacterium strains in the supplied research base. Gujarat Biotechnology University developed a powder-based prebiotic supplement from citrus peel and filed a provisional patent for use by people recovering from antibiotic use who cannot consume dietary roughage. This application extends the citrus pulp market into a pharmaceutical-oriented use case. Certified processing conditions and organic-source documentation can limit the number of suppliers qualified for pharmaceutical-grade citrus fiber.

Variable Supply Due to Citrus Fruit Yield Fluctuations

Feedstock risk remains structural for the citrus pulp market because pulp availability depends on citrus harvest volumes. The supplied data reported that HLB affected 47.63% of trees in Brazil’s São Paulo–Minas Gerais belt in 2025, with disease severity rising from 19% in 2024 to 22.7% in 2025. It also reported that the disease reduced productive potential by 35% and cut the 2025/26 harvest forecast to 306.74 million boxes. The draft further reported that Florida orange output had declined 92.5% from pre-greening levels and that acreage fell 24% in 1 year. Citrus pulp prices have been described as tracking corn prices at 80% parity, which can weaken dried citrus pulp’s cost advantage when both crop supplies tighten. The initial 36.2% recovery outlook for Brazil’s 2025/26 season was reduced as greening-related revisions altered the harvest expectation.

Stringent Sustainability, Food Safety, and Organic Certification Regulations

The citrus pulp market faces separate organic compliance systems in the European Union and the United States. The EU organic framework and the USDA National Organic Program do not provide automatic mutual recognition in the supplied draft. Smaller South American and Mediterranean processors can therefore face costs for dual certification, processing controls, and traceability systems. An EU amendment issued in December 2025 added authorized processing aids for organic fruit juice production, affecting the classification of citrus-pulp-derived processing aids in certified applications. Both frameworks require a 36-month land-conversion period before a first certified organic harvest. This period makes certified-source supply less responsive to demand and can preserve premiums while increasing vulnerability during crop stress.

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

Citrus Pulp Market Segment Analysis

Conventional citrus pulp held 60.42% of the citrus pulp market share in 2025. Brazil and Spain’s integrated processors have established drying and pelleting assets that support conventional supply. Citrosuco, Cutrale, and Louis Dreyfus can recover pulp at a low marginal cost because it arises from existing juice operations, which supports competitive pricing against newer organic suppliers. Conventional material remains important where buyers prioritize consistent volume and cost. This established base links pulp availability to large juice-processing operations.

Organic citrus pulp is projected to grow at a 9.25% CAGR from 2026 to 2031. Nutraceutical and pharmaceutical formulators often require certified-source documentation before they can buy the material. EU organic rules and the USDA National Organic Program shape entry, while the 36-month conversion period keeps supply less flexible than demand. USDA organic requirements in the supplied draft call for 95% certified-organic sourcing for pharmaceutical-grade organic pectin. Processors with fully certified supply chains can therefore hold a more defensible position in a specialized part of the citrus pulp market.

Orange-derived pulp held 53.48% of the citrus pulp market in 2025. Brazil’s processing scale supports this position, and the supplied draft placed the São Paulo belt’s 2025/26 outlook at 306.74 million 40.8 kg boxes. Orange pulp provides reliable volume for food and feed uses through established drying and logistics systems. The source segment’s scale makes it central to the wider citrus pulp market. However, higher-volume orange pulp tends to operate with more limited pricing power than specialized streams.

Lemon and lime-derived pulp is projected to grow at a 9.12% CAGR from 2026 to 2031. Functional beverage producers value lemon pulp’s pectin-methoxyl characteristics, while pharmaceutical buyers can recover d-limonene with fiber. A 2025 review described supercritical carbon dioxide extraction as reducing organic-solvent use by 80% and achieving carbon dioxide recovery above 95%. Grapefruit-derived pulp is used for naringenin-rich extracts, while the supplied draft reported that Huyou mandarine-peel fiber reduced estimated bread glycemic index from 78.3 to 68.6 at below-5% substitution. Lemon, lime, and specialty variety pulps command 15–30% premiums in pharmaceutical and nutraceutical channels according to the provided material.

Food and beverages accounted for 56.48% of the citrus pulp market size in 2025. Bakery and confectionery, beverages, and dairy alternatives are the principal volume outlets in this application group. Citrus fiber can partly replace pectin in jam and preserve formulations while increasing soluble-fiber content. In dairy alternatives, below-1% inclusion can reduce aggregation and settling in almond and oat beverages. Pharmaceutical applications are smaller by volume but can generate higher value because pharmaceutical-grade pectin oligosaccharides carry higher per-kilogram pricing than food-grade materials.

Animal feed is projected to grow at an 8.76% CAGR from 2026 to 2031. Dried citrus pulp has 74% total digestible nutrient content in the supplied draft and can displace 40–45% of ground corn in dairy rations without impairing feed-to-milk conversion efficiency. Research on the 60% corn-meal replacement level strengthens the technical case for wider use in dairy systems. HLB-related orange shortages and higher maize prices can change the cost comparison facing tropical livestock producers. The reported shift in rumen fermentation toward butyrate adds an animal-performance consideration to the feed cost case.

Geography Analysis

South America held 49.67% of global sales in 2025. Brazil’s status as a major orange juice and citrus ingredient exporter provides the regional supply base. Louis Dreyfus Company began construction of a citrus-effluent biogas facility in Bebedouro, São Paulo, in March 2025, designed to treat 390 cubic meters per hour, meet 100% of site energy needs, and reduce carbon-dioxide-equivalent emissions by 20%^[3]. Citrosuco added PSP Investments as a strategic shareholder in December 2025 to support orchard expansion and supply reliability for its Evera ingredients business. The supplied draft reported that Brazil’s 2024/25 orange harvest fell 21.8% to 230.9 million boxes, which increases the need to recover more value from lower fruit volumes.

Europe is the second-largest regional citrus pulp market. Spain, Italy, and the Netherlands serve as processing hubs, while Germany and the United Kingdom are major import destinations. Spain’s Mediterranean belt supplies lemon and mandarin varieties used by European food and pharmaceutical processors, and pulsed electric field treatment can raise soluble dietary fiber in orange bagasse by up to 65% in the supplied material. North America remains important for specialty ingredients from Fiberstar and Ingredion, despite Florida acreage falling to 208,183 acres in 2025/26, its lowest level in 105 years and 24% below the prior year.

Asia-Pacific is projected to grow at an 8.23% CAGR from 2026 to 2031. China and India are the main regional growth engines for the citrus pulp market. Patanjali inaugurated an orange-processing unit in Nagpur in 2025 with capacity for 800 tonnes of orange juice per day and an investment of INR 1,500 crore, equivalent to USD 176 million. The facility adds by-product volumes for domestic feed and ingredient use, while China’s functional ingredient demand supports beverages, dairy alternatives, and bakery products. India and China also offer demand for prebiotic supplements, while Middle East and Africa remains the smallest regional group, with Morocco, Egypt, and Turkey directing more by-products to feed applications.