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Worldwide trade: 2018, a break-even year…
It is estimated that in 1997, worldwide exports of tomato products absorbed slightly more than 10 million metric tonnes (mT) of raw materials, in various processed forms. About ten years later, the volumes of raw materials absorbed by worldwide trade in 2008 had doubled and amounted to slightly more than 20 million tonnes. In 2018, another ten years later, trade flows only involved just over 25 million tonnes. So over the past ten years, the growth of trade in this sector has been two times slower than it was over the ten previous years. More specifically, the volumes of raw materials absorbed by total overall worldwide trade increased over the past seven years at an average annual rate of just over 1%, whereas the annual growth rate exceeded 6.3% for the period running 1997-2011.
2018 also saw the continuation of trends recorded in recent years in terms of the contribution of the different sectors to overall export shipments. With a processed farm weight equivalent of 19.4 million mT, exports in the paste category accounted for approximately 76% of the raw materials used around the world, a proportion that is virtually identical to the average of the three previous years. It is nonetheless important to note that within the worldwide export sector, the volumes of raw materials absorbed by the tomato paste category are currently stagnating, if not declining, and account for a shrinking fraction of total volumes (76% in 2018, like in 2017, against 80% of the total farm weight equivalent exported in processed form in 2011).
Conversely, exports in the sauces category, and even more so in the canned tomato category, have been absorbing growing volumes of tomatoes, and account for an increasingly large proportion of the farm weight equivalent in the form of processed products. Despite a slight dip in dynamics last year (see infographics in the appendix at the end of this article), worldwide exports of sauces are absorbing increasing volumes of raw materials (3.88 million mT in 2018 against 3.7 million mT on average for the period running 2013-2017), which amount to slightly more than 15% of the farm weight equivalent exported around the world in processed form. As for canned tomato exports, they absorbed the equivalent of 2.25 million tonnes in 2018 (which is 3.4% more than in 2017 and 6.8% more than over the three previous years), or slightly less than 9% of the total farm weight equivalent of exports in 2018.
Notably due to the lower level of technical qualities required for raw materials and for processing operations (compared to the very demanding requirements of the canned tomato category) and a greater exposure to competition at the first-stage processing level (compared to the sauces category), tomato pastes have undergone increasingly wide and uncoordinated competition that has progressively been reported in recent years, due to a multitude of projects, industrial installations and factory relaunches in several countries of Africa, but also in India, Central America, Central Europe, etc. Along with other causes, like the evolution of the technical requirements for remanufacturing processes, the emergence of new local supply sources has contributed to shifting the focus of demand and to eroding the dominant supplier positions of about 12 leading countries in this processing sector.
In recent years, the annual increase in raw materials absorbed worldwide by exports of tomato paste has been virtually insignificant (less than 0.4%), with growth recorded at a theoretical rhythm of approximately 75 000 mT per year. This apparent (and possibly temporary) market saturation has most likely disrupted the mechanisms governing the recovery of worldwide prices, aggravating competition at the very time when efforts were being made to stabilize worldwide operations, a situation that should have contributed to a faster consolidation of prices in the tomato paste category.

Some complementary data
Evolution of paste exports, according to category, expressed in volumes of raw materials. Peak volumes were reached in 2011 by pastes above 30°Brix, in 2016 by 12-30°Brix pastes and in 2017 by low concentration purées.
Source: TDM

























