Where does orange juice come from?

The figures on this page are oranges, not juice. Juice output by country is compiled by industry bodies under license and is not carried here, so the upstream fruit crop is used as the measure, and readers should keep the distinction in mind: a large orange producer that grows for the fresh market is not necessarily a juice producer at all.

In 2024 Brazil produced 15.7 million tonnes of oranges, 23% of the world's 67.1 million tonnes (FAOSTAT). China followed with 11%, then Mexico (7.2%), Egypt (6.3%) and India (5.7%). The top five account for 54% and 135 countries reported a crop.

Two industries hide inside that table. Brazil's citrus belt in São Paulo and Minas Gerais is an industrial juice landscape: large blocks of Valencia and Pera oranges planted for yield and soluble solids, harvested into bulk trailers and delivered to extraction plants that run around the clock in season. Florida was the other, supplying the United States market from groves feeding processors in the centre of the state. Spain, Egypt, South Africa, Morocco and Turkey grow mainly for the crate, where size, skin finish, seedlessness and shelf life determine price, and their fruit rarely goes to juice except as culls.

The single most important development in this market is not economic but biological. Huanglongbing, or citrus greening, a bacterial disease spread by a psyllid insect, has devastated Florida's groves and is present in Brazil. There is no cure. Trees decline over several years, producing small, bitter, dropping fruit before dying, and the disease has cut Florida output by a very large proportion from its peak. Any account of orange juice supply that does not start with greening is missing the point.

Brazil was the largest exporter of orange juice (HS 200919 and 200911) in 2024 with 48% of world export value, ahead of Netherlands (13%), on world trade of $1.9 billion (CEPII BACI). Netherlands was the largest importer with 28%.

Juice trade has a distinctive physical form. Frozen concentrated orange juice is shipped in bulk in refrigerated tanker vessels purpose-built for the trade, running from Santos to Rotterdam, Ghent and United States ports, where it is stored in tank farms and later reconstituted and packaged close to the consumer. Not-from-concentrate juice, which commands a premium, is shipped chilled in insulated tanks and is more expensive to move because the water travels with it.

Belgium and the Netherlands appear high in export tables because they receive Brazilian bulk juice, blend and repackage it, and re-export within Europe. That is a processing and logistics position rather than an agricultural one, the same pattern seen with cocoa and coffee elsewhere on this site.

The series shown is Orange juice, frozen concentrate, first-position futures, which was $1.5/lb in July 2026, down 47% from a year earlier (IMF PCPS). The nominal high was $5.1/lb in December 2024, and the real high $5.04/lb in December 2024.

That is the front-month ICE frozen concentrated orange juice contract, which covers 15,000 pounds of orange solids and is quoted in cents per pound of solids. Note what is being priced: not juice by volume but the dissolved solids in it, because concentrate is traded on a standardized soluble solids basis so that shipments of different strengths are comparable. The contract has a long history as a weather market, since Florida's crop was for decades vulnerable to a single freezing night.

The contract's relevance has changed as the industry has. When Florida dominated United States supply, the futures market was a genuine hedging venue and its price reflected the North American balance. As Florida's output collapsed under greening and Brazil came to supply most of the world, physical business shifted toward long-term contracts between Brazilian processors and European and North American bottlers, priced off private assessments and negotiated formulas. The futures contract remains the visible reference and remains volatile, but a smaller share of physical juice settles against it than once did.

The fresh orange market prices separately again, by variety, size, grade and packing, and the two markets can move in opposite directions: a small crop of large, attractive fruit is good for the fresh trade and bad for juice.

Huanglongbing has no cure and no resistant commercial variety. It has cut Florida production by a very large proportion and is established in Brazil, where growers manage it with intensive psyllid control and replanting rather than eradication. It is a permanent structural reduction in supply capacity rather than a cyclical event.

With Florida diminished, one growing region supplies most of the world's juice. Drought during flowering, heat during fruit set or an unusually dry season reduces both fruit numbers and juice content, and there is no second origin large enough to compensate.

Historically a single hard freeze could destroy a season and reprice the market, and the futures contract was built around that risk. Hurricanes remain a threat to the remaining Florida groves, causing fruit drop and tree damage that compounds greening losses.

Orange juice consumption in mature markets has declined for years as consumers reduced sugar intake and breakfast habits changed. That structural demand erosion has partly offset the supply shortfall, which is why prices did not rise even further than they did.

Concentrate stores well in tank farms for many months, so carryover stocks buffer a single bad season. When those stocks are depleted, as they have been after successive short crops, the market loses its shock absorber and prices become far more volatile.

Brazilian processors sell juice in dollars and pay grove and plant costs in reais, so a weaker currency raises their margin at an unchanged world price and encourages them to sell. Much of the apparent competitiveness of Brazilian juice in any year is an exchange-rate effect.

Juice oranges are harvested when soluble solids and acid reach the target ratio, picked into bins and delivered to an extraction plant within a day or so, because fruit deteriorates quickly once off the tree. At the plant the fruit is washed, graded and fed into extractors that press the juice while keeping the peel oil, which is bitter, out of it. Peel oil is recovered separately and sold to flavour and fragrance companies, and the remaining peel is dried into citrus pulp pellets for cattle feed.

Raw juice is finished by removing excess pulp, then either pasteurized and chilled as not-from-concentrate, or evaporated. Evaporation removes most of the water to produce a concentrate at around sixty-five degrees Brix, roughly six times the strength of drinkable juice, which is then frozen. Concentrating is what makes the juice storable and shippable in bulk, and it is the reason the world market developed around concentrate rather than juice.

Volatile aroma compounds are stripped during evaporation and captured separately as essence, then added back later, because concentrate without them tastes flat. Reconstitution at the destination adds water back to the concentrate, blends in essence and pulp, and packages the result.

Not-from-concentrate is pasteurized and stored in large tanks, sometimes deaerated to extend storage life, and blended across the season to maintain a consistent flavour profile. It commands a premium because consumers value the description, though the industrial process behind it is considerably more involved than the label suggests.

Drinking is essentially the whole market: chilled not-from-concentrate at the premium end, reconstituted juice from concentrate at the volume end, and juice as an ingredient in blended beverages, smoothies and food manufacture. Orange juice remains the largest single fruit juice category worldwide despite years of declining consumption in mature markets.

The co-products matter more than most people realise and are part of why the industry is viable. Cold-pressed orange oil from the peel is a major flavour and fragrance ingredient and also a solvent and cleaning agent. Citrus pulp pellets, the dried peel and pith left after extraction, are shipped in bulk as cattle feed, mainly into Europe. Essence recovered during evaporation is sold back into beverage manufacture. Pectin extracted from peel is used as a gelling agent, and limonene from the oil is used industrially.

A processing plant therefore sells four or five products from the same fruit, and the economics of the marginal orange depend on all of them, which is why co-product prices affect what a processor can pay a grower.

The chain is short, capital-intensive and geographically concentrated. Fruit must reach an extraction plant within about a day, so groves and plants are locked together in a small number of regions. The plants are large and seasonal, running flat out during the harvest and idle afterwards, and their capital cost is a barrier to any new region entering the industry.

Bulk transport is the distinctive link. Purpose-built refrigerated tanker vessels carry concentrate from Santos to European and North American tank farms, and those vessels, terminals and tank farms are owned largely by the same processors, giving a small number of companies control of the route from grove to bottler. That vertical integration is why the physical market is less transparent than the futures price suggests.

Tank farm inventory is the system's shock absorber, and it has been drawn down repeatedly by successive short crops. Without it, a poor Brazilian season passes straight into the price.

The structural risk is biological and it is not resolved. Greening has no cure, resistant varieties are years from commercial deployment, and the disease is present in the region that now supplies most of the world. Growers manage it with insecticide programmes, tree removal and continuous replanting, all of which raise costs, and the industry's long-term answer, whether transgenic or conventionally bred resistance, is still in development. This is the rare commodity where the central question is plant pathology rather than economics.