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2005-06-10 | Volume 18 Number 11 | ISSN 1494-1805 | AAFC No. 2081/E Vegetable Oils: Competition in a Changing MarketOver the past decade the world market for vegetable oil (veg-oil) has expanded sharply. This expansion was largely driven by the increased production of palm oil in Malaysia and Indonesia, higher soyoil production in Brazil, Argentina and China and the rise in veg-oil consumption in China and India. World trade also grew sharply since 1994-95 as international trade rules were liberalized and industry invested heavily in the sector. Over the medium term, the world veg-oil sector is projected to continue expanding, although, at a slower pace. This issue of the Bi-weekly Bulletin highlights issues affecting the soyoil, palm oil, canola/rapeoil and sunflowerseed oil sectors and discusses some factors that will influence the continued growth of the world veg-oil market. The world market for veg-oil has expanded sharply. Production of the seven major edible oils (soyoil, palm oil, canola/rape oil, sunflowerseed oil, cottonseed oil, peanut oil, coconut oil, olive oil and palm kernel oil) has increased by over one half since 1994- 95 to about 107 million tonnes (Mt) forecast for 2004-05. Over the past ten years, the world veg-oil market has become slightly more concentrated. In 1994-95, production by commodity was: soyoil 30%, palm oil 22%, canola/rape oil, 15% and sunflowerseed oil 12%, with the remaining oils accounting for 21% of the market. By 2004-05, the four major veg-oils accounted for 82% of the market. Palm oil has expanded its market share by one-third, largely at the expense of sunflowerseed oil which declined by onethird. Soyoil and canola oil market share remained constant while the remaining oils accounted for 18% of the total world veg-oil output. Expansion shifting to emerging economy countriesThe growth in the world veg-oil market has occurred at the same time as production was shifting from the northern hemisphere to the southern hemisphere and the expansion in consumption was shifting from North America and Europe to Asia. In 1994- 95, world production of vegetable oils was dominated by North America and the European Union (EU) which, between them, accounted for about 30% of the total world production. By 2004-05, the output from these two regions is expected to make up only 23% of the world's veg-oil output. Since 1994-95, the production of veg-oils in the US and the EU ranged from 14 Mt-15 Mt per year, each. By contrast, in China the production of edible oils nearly doubled as it surpassed the US to become the world's largest veg-oil producing country (although in part this may reflect an improvement in collecting production data as processors increased scale and size). Similarly, in Brazil and Argentina, soyoil production increased by one-half and nearly doubled, respectively. In Malaysia, palm oil production rose by two-thirds as the major investment in replanting plantations began to pay off. In Indonesia, palm oil output rose by two and one half times. During the same period, consumption of veg-oils increased sharply in several emerging economy countries in response to a rise in population growth and disposable incomes. While veg-oil usage also rose significantly among the developed countries, the net effect was a geographical redistribution of the veg-oil consumption. Since 1994-95, consumers in both the US and the EU-15 increased their veg-oil consumption by about one-quarter, while Chinese disappearance nearly doubled. India has emerged as the worlds' fourth largest consumer of veg-oils with usage rising by more than one-half over the past decade. While, smaller in size, consumption in countries such as Pakistan, Malaysia, Indonesia and Mexico has also increased sharply. Growth based on a number of factors The growth in the world veg-oil market has been impacted by numerous changes in national economic, agricultural and trade policies, economic and financial crises and currency fluctuations. The cumulative impact of these changes was to remove a number of restrictions to allow crushers to respond to increased consumer demand by the increasing production and trade of vegoils among a number of countries. Loosely speaking, the growth of the vegetable oil industry began in the early to mid-1970s when a series of events, such as the failure of the Peruvian anchovy catch, inflation in agricultural commodity prices, improved processing technology and rising North American and European incomes raised the demand for vegetable oils. This growth was further supported during the 1970s when the US boycott on soybean sales to the former Soviet Union had the unintended result of expanding soybean production in South America. Since 1994-95, veg-oil production increased sharply when, as the result of a series of policy changes and currency fluctuations, the processing industry responded to growing demand by expanding processing facilities in emerging economy countries. The sudden devaluation of the Malaysian Ringett, Brazilian Real and Argentine Peso, made the production of palm oil, soybeans and soyoil more attractive in the respective countries. The expansion in veg-oil production in these countries was facilitated by the availability of outside credit at the same time domestic credit was tight. In South America it has been estimated that industry traders cover about 50% of the financing required for the soybean crop, especially in the frontier regions where opening costs are much higher. While production was expanding, the demand for veg-oils was increasing in China. Although China is the worlds' third largest oilseed producer, domestic production of veg-oils fell short of domestic demand and China had to depend heavily on imports to make up the shortfall. With China being largely self-sufficient in soybean meal, the government imposed a 13 % value added tax (VAT) on meal imports. This is supporting the domestic production of soyoil. Given the relatively low oil content in soybeans, China then increased imports of soyoil to satisfy the unfulfilled domestic demand, to the point where the country accounts for 30% of the world trade in veg-oil. Per-capita consumption of veg-oils is only 15 kg compared to 34.7 kg in the US and 20 kg in Mexico. This suggests that there is ample room for growth in the Chinese market and that the country will remain a major importer of veg-oils for the foreseeable future. The spurt in world trade was supported, in part over the past decade, by the strength of the US dollar against most major currencies. This gave emerging economy countries a competitive advantage by artificially reducing prices compared to US soybeans and soyoil. Following the 18% devaluation of the US dollar against the European Euro since January 2003, along with other major currencies, although it remains pegged to the Chinese remenbi, this form of support for veg-oil production and exports to emerging economy countries has been reduced. Soyoil: Value and versatility supports growthOver the past decade, the production of soyoil has increased by 60%. Although the US remains the largest producer of soyoil, output increased by only 20% since 1994- 95, despite a 25% increase in the supply of raw soybeans during that period. Similarly, the production of soyoil remained stagnant in the EU-25 at around 2.5 Mt, annually. The major growth in soyoil production occurred in China, Brazil and Argentina which increased the official soyoil output by 450%, 50% and by over 300%, to 5.2 Mt, 5.7 Mt and 4.7 Mt, respectively. The growth in soyoil consumption was led by the tripling of Chinese soyoil disappearance to 7.5 Mt annually for 2004- 05. The US remains the worlds' largest consumer of soyoil using slightly under 8 Mt annually. Brazil, India and the EU-25 consume about 3 Mt, 2.5 Mt and 2 Mt, respectively. The remainder of the soyoil is consumed among a widely dispersed number of countries. Largely due to the expansion of soyoil production in South America and the growth in Chinese demand, trade in soyoil increased by 60% over the past ten years. The growth in trade was facilitated by changes in Chinese import regulations, low ocean freight rates and by the 72,000 tonnes per day expansion in oilseed crushing capacity in Brazil and Argentina. The expansion of the world soyoil sector is forecast to continue but at a slower pace. The production and consumption of soyoil is forecast to rise by about 8% over the medium term. The rate of growth will be affected by how fast the Brazilian soybean sector expands with another 90 million hectares reportedly available for seeding, expansion will be limited by economic and infrastructure constraints. Recent events suggest that the rate of expansion will decrease for 2005-06 because of low market prices for soybeans in combination with higher input costs. A recent cost of production analysis for soybeans indicates that Argentina and Canada have a cost advantage in growing and delivering soybeans into the EU. While Brazilian producers have low land costs, the cost of fertilizer is increasing and they are still constrained by high transport costs in getting the soybeans to port. US soybean producers have the highest production cost per tonne because of the high price of land. Palm Oil: Driving Growth Through Low PricesSince 1994-95, world production of palm oil has expanded sharply, to the point where it slightly trails, and is expected to surpass the output of soyoil. Production is highly concentrated in Malaysia and Indonesia. In Malaysia, palm oil production has nearly doubled over the past ten years because of the large scale increase in harvested area. With suitable area for further expansion becoming scarce, the expansion in palm oil production has shifted to Indonesia which has almost tripled its output over the past ten years. The growth in the palm tree area has been driven by the low operating costs compared to competing veg-oils. Investing in palm trees is capital intensive with a five year lag before production begins, but subsequent costs largely involve the cost of harvesting and on-going fertility. The consumption of palm oil has increased sharply since 1994- 95. The major consuming countries; India, the EU-25, China, Indonesia, Malaysia and Pakistan account for about 60% of disappearance with the remainder widely dispersed among numerous countries. As the major user, India consumes 13% of the world's palm oil while China uses 11%. Consumption is concentrated in the Asian countries, with the exception of the EU which is increasing imports to offset the shortage of rape-oil in response to shortages caused by increased bio-fuel consumption. In response to the concentrated production of palm oil and its diversified usage, about two-thirds of production is exported with palm oil accounting for over one-half of the world trade in veg-oils. Estimates derived by industry analysts suggest that the international palm oil prices trade at up to a US$120/t discount to soyoil due to differential tariffs in India, of 66% for soyoil and 45% for palm oil. Despite importing only 18% of the world's palm oil and 11% of the world's soyoil, the widely quoted analysis states that this differential in tariffs is sufficient to pressure world palm oil prices. The expansion in world palm oil production is forecast to continue at a slower pace over the medium term as planting of new trees is slowed by low veg-oil prices. Output is forecast to rise by 10% by 2014-15. A Roundtable on Sustainable Palm Oil Production was recently announced as a joint EU-Malaysian environment preservation initiative to support the production of palm oil in ecologically sensitive regions. Some of the projects approved under the Roundtable were: (1) to construct a functional Identity Preserved system for sustainable Palm Oil usage in European margarine, (2) building Palm Oil Supply Chains and (3) to fund a project to reduce tiger attacks on livestock and humans. In addition, Malaysia recently announced success in cloning palm oil trees, which could increase yields by up to 30% and in the production of Red Palm Oil, which is low in saturated fat and does not require hydrogenation. Canola/rape oil: Premium-priced and focused on health and biofuelSince 1994-95, world production of canola/rape oil has increased by about 50% on steady growth. The largest increase occurred in China where output rose by 80% to about 4.5 Mt expected for 2004-05. Smaller increases occurred in the EU-25 and Canada where production increased by about 25% respectively. Production of canola/rapeoil in India and Japan remained stable or decreased slightly. China had the largest increase in canola/rapeoil usage and for 2004-05 is expected to consume 4.8 Mt of canola oil. In the EU-25, the consumption of canola/rapeoil is also expected to reach 4.8 Mt for 2004-05, with most of the rise due to its increased use in biofuels. World trade in canola/rapeoil declined by about one-third largely due to decreased EU exports. World production of canola/rapeoils is projected to increase marginally over the medium term. Over the past decade, canola/rapeoil had positioned itself as a healthy veg-oil, low in saturated fats, and good for human health. During the early to mid 2000s, consumer concerns over trans-fatty acids, generated when the canola/rapeoil is hydrogenated, challenged the canola/rapeoils healthy image. During the same time frame, biofuel production began to expand rapidly in the EU-25 as the Union sought to reduce its dependence on fossil fuels and to find a market for oilseeds grown on set-aside land. Since 2000, the production of biodeisel quadrupled in the EU and is estimated to account for 32% of EU-25 rapeoil consumption. In Canada, biofuel production remains at a standstill, with large scale government support required to build a biodiesel plant in western Canada. Sunflowerseed oil: pressured by high costsSimilar to canola/rapeseed, sunflowerseed contains 50% oil and tends to be crushed close to its growing area. Prices are determined by the world vegetable oil market, unlike the preceding vegoils, there is no one country that dominated production. Unlike the previous three vegoils, the production of sunflowerseed oil has remained stable at slightly under 9 Mt for the past decade. In order of size, the larget producers of sunflowerseed oil are the EU-25, Russia, Ukraine, Argentina and the combined countries of central Europe. The consumption of sunflowerseed oil is highly dispersed, with the EU-15 and Russia being by far the largest consumers, with Turkey, Ukraine, India, Romania, South Africa and Argentina also being significant users. The demand for sunflowerseed oil is expected to grow moderately in the EU-25 and Eastern Europe while consumption in other regions declines. Ukraine is expected to surpass Argentina as the world's largest sunflowerseed oil exporter while Russia will shift from being an importer to an exporter of sunflowerseed oil. Sunflowerseed oil is perceived as a high quality vegetable oil and trades at a premium to other veg-oils. However, future growth is expected to be constrained as it lacks the competitive cost structure of competing soyoil and palm oil. Sunflowerseed oils is likely to command only a small portion of the world veg-oil market. Competitive strategies include price and product differentiation
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A selected history of events affecting world veg-oil production and trade | |
1970s | Malaysia began replanting rubber plantations into palm oil Peruvian anchovy catch failed World grain and oilseed prices rose sharply US embargoed soybean exports -- soybean planting began in Brazil |
1980s | Soyoil production expanded in US Soybean production expanded in South America |
1994 | Brazil implemented Real Plan, including removal from market management |
1995-96 | Brazil reformed agricultural policy/removed export tax on soybeans Argentina taxed soybean exports but offered rebates on soyoil and soymeal US FAIR Act removed program restrictions on soybeans, introduced marketing loan rates and loan deficiency payments for oilseed crops |
1997-98 | Asian financial crisis' and devaluation of the Malaysian Ringget Devaluation of the Brazilian Real |
1998-99 | Asian financial crisis' and devaluation of the Malaysian Ringget Devaluation of the Brazilian Real |
2000-01 | BSE EU ban on animal meal China entered World Trade Organization Devaluation of the Argentine Peso |
2003-04 | EU expansion EU decoupled grain and oilseed production from payment Devaluation of the US Dollar EU biofuel directive/EU energy taxation directive Trans-fat issues/Avian Bird Flu |
Source: AAFC, based on a Survey of Documents |
How the Oilseed Industry is dealing with trans-fatty acids | |||
Stage/method | Developer/company | Characteristics | Commercial Brands |
Seeds | |||
High Oleic canola | Cargill Dow AgroSciences |
Increases resistance to oxidation and heat | Clear Valley™ and Odyssey™ oils Transend™ shortening Natreon™ |
Mid-oleic sunflower | Almost all sunflower seed companies | No hydrogenation and less than 10% saturated fat 65% mononunsaturated; 26% polyunsaturated; 9% saturated | |
High-oleic sunflower | High Stablility. No need for hydrogenation. At least 77% monounsaturated | High Oleic Sunflower Oil™ | |
Low linolenic soybeans | Iowa State University Monsanto Pioneer |
Eliminates need for hydrogenation | VISTIVE™ |
Palm Oil | Loders Croklan Cargill |
Premise: Consumers are more concerned with trans fatty acid than with saturated acids. | Sanstrans™-frying oils and bakery
shortenings TransAdvantage line |
Process | |||
Enzyme inter-estification | ADM | Rearranges fatty acids on the glycerol backbone. Products are similar to those obtained via hydrogenation but has little or no TFA | NovaLipid™ line |
Use of emulsifiers | Danisco | Reduces TFA content and allows the use of non-hydrogenated oil | Benefat salatrin™ |
Use of stearic acid | Degussa Food Ingredients | Fully hydrogenated acid blended with soyoil and short chain organic acids | Benefat salatrim™ |
Use of antioxidants | Allows use of unsaturated oils without compromising product stability | Emulzym™ | |
Improving hydrogenation |
Bunge | Use of a different catalyst and set of conditions. Reduces TFA content by 75%. | Vream Right™ - all purposed shortening Vreamay Right™ -cake and icing shortening |
Southern Illinois University | Hydrogenation under low temperatures. Reduces TFA content by 80% | ||
End Product | |||
Production and marketing TFAfree/ reduced products | Most consumer product companies as well as fastfood chains | Minimizes TFA in the final product | n/a |
Source: Rabobank |
Canada: Canola Oil Supply and Disposition | |||
August-July Crop year |
2003- 2004 | 2004- 2005e | 2005-2006f |
...… thousand tonnes …... | |||
Canola Seed | |||
Crush | 3,390 | 3,100 | 3,100 |
Canola Oil | |||
Carry-in Stocks | 25 | 30 | 30 |
Production | 1,395 | 1,342 | 1,302 |
Imports (1) | 10 | 10 | 10 |
Total Supply | 1,430 | 1,382 | 1,342 |
Exports (1) | 1,015 | 900 | 850 |
Domestic Use (2) | 385 | 452 | 462 |
Total Use | 1,400 | 1,352 | 1,312 |
Carry-Out Stocks | 30 | 30 | 30 |
(1) Includes crude and refined oil but excludes hydrogenated oil and processed products (margarine, salad oil and shortening). (2) Domestic Use = Total Supply minus Exports minus Carry-Out stocks. Domestic use includes exports of processed products. e: estimate, AAFC May 2005 f: forecast, AAFC May 2005 Source: Statistics Canada |
World: Vegetable Oils: Situation and Outlook | |||
(million tonnes) | |||
2003-04 | 2004-05e | 2005-06f | |
Carry-In Stocks | 6.82 | 6.82 | 7.25 |
Production | |||
Soy | 29.99 | 31.90 | 33.62 |
Palm | 28.78 | 31.58 | 32.97 |
Canola/Rape | 14.16 | 15.92 | 15.56 |
Sunflowerseed | 9.16 | 9.03 | 9.79 |
Other | 18.51 | 19.48 | 19.48 |
Total Production | 100.51 | 107.91 | 111.42 |
Total Supply | 107.15 | 113.95 | 118.67 |
Trade | |||
Soy | 8.58 | 9.50 | 10.11 |
Palm | 21.11 | 22.63 | 23.94 |
Canola/Rape | 1.25 | 1.31 | 1.39 |
Sunflowerseed | 2.58 | 2.36 | 2.60 |
Other | 4.43 | 6.77 | 4.53 |
Total Trade | 38.39 | 42.57 | 42.57 |
Consumption | 98.44 | 106.96 | 109.99 |
Carry-out Stocks | |||
Soy | 1.55 | 1.59 | 1.77 |
Palm | 2.46 | 2.68 | 2.68 |
Canola/Rape | 0.49 | 0.63 | 0.49 |
Sunflowerseed | 0.51 | 0.48 | 0.47 |
Other | 1.81 | 1.61 | 1.56 |
Total Carry-out Stocks | 6.82 | 7.25 | 6.96 |
Source: e: USDA, f: AAFC |
While the Market Analysis Division assumes responsibility for all information contained in this bulletin, we wish to gratefully acknowledge input from the following: Agriculture and Agri-Food Canada, Ag Commodity Info, Canadian Oilseed Processors Association
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Date Modified: 2006-12-08 |
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