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For week ending Jan. 10, 2008 |
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PHILIPPINE IMPORT OF VEGOILS DOWN SHARPLY IN SEPTEMBER ‘07
Figures from the National Statistics Office show Philippine vegetable oil imports in September last year at just 1,823 MT. This substantially clipped September year-earlier total at 19,053 MT by 90.4%. Save for olive oil which recorded massive growth by more than 16-fold from 8 MT to 140 MT, all imports registered decline. Cumulative figure for January-September 2007 stood at 56,327 MT, a steep plunge by 68.7% from 179,761 MT at the same time a year earlier. Seven vegetable oils comprised imports in September led by palm oil at 1,095 MT; volume shrank 93.6% from 16,994 MT. Rapeseed oil followed with delivery of 249 MT, off by 26.8% from prior year at 340 MT; then soybean oil with 147 MT, down by 85.5% from 1,012 MT; and olive oil. Other imports were sunflower oil 83 MT (258 MT year-ago), corn oil 68 MT (299 MT), sesame oil 41 MT (57 MT). JAPANESE FIRM BEGINS WORK ON COCO PROJECT IN NORTHERN LUZONA group of Japanese investors headed by Moriaki Hayashida, president of Pacific Bio-Fields Corp. (PFBC), who had forged a partnership with a Filipino corporation, Bio-Energy Northern Luzon Inc. (BENLINC), led by president and former Ilocos Sur Rep. Salacnib Baterina started last month the first phase of $600-million coconut plantation project in Northern Luzon. The ground-breaking and initial planting activities for the project that will eventually cover 600,000 hectares of public non-disposable land in the northern provinces were held on Dec. 16 in Barangay Caunayan, Pagudpud, Ilocos Norte. Hayashida said their plan is to process coconut into CME or coconut methyl ester, an essential component for the production of bio-diesel. A CME plant will be put up in Curimao, Ilocos Norte that will process the coconut production in Northern Luzon. The plant’s output will be shipped to Japan which Hayashida said will not even be enough to fill Japan’s huge bio-fuel requirement. Baterina said the project will establish the biggest coconut plantation in the country and underscored the benefits to local folks via employment generation and environment protection. The coconut seedlings that will be utilized are the “Simba” variety. SRI LANKA DESICCATED COCONUT EXPORT UP IN SEPTEMBER ‘07Figures from the Coconut Development Authority in Sri Lanka revealed the country’s export of desiccated coconut in September stood at 4,408 MT, a modest increase by 3.9% from same period year ago at 4,242 MT. The shipment was worth USD5.398 million as against USD3.771 million year-ago. Computed average traded price for the month was USD1,224.61, a substantial rise by 37.8% from prior year at USD888.86/MT FOB. January-September total export shot up by 23.0% to 36,982 MT from 30,073 MT at the same time a year ago. Export in September went to 36 countries. The top six importers held volumes above 200 MT and collectively accounted for 83.1% of total trade. Leading the pack was UAE/Dubai with 1,176 MT, followed by Pakistan with 678 MT, UAR/Egypt 467 MT, Germany 258 MT, France 257 MT, and Saudi Arabia 224 MT. Four other countries took in between 120 MT and 172 MT and together comprised 13.7% of the market. They were as follows, in descending order, Bangladesh, Spain, Portugal, and United States. The remaining 26 other countries with combined share of 3.2% bought volume ranging 1-99 MT. COOKING OIL PANIC BUYING IN MALAYSIAThe Malaysian government said it would flood the retail market with cooking oil starting this week to overcome panic buying on fears of a shortage ahead of Chinese Lunar New Year festivities. Supply of palm oil-based cooking oil in stores in many states has been depleted, prompting authorities to impose temporary rationing. Recent major celebrations in the country that included the Muslim holiday of Eid al-Ftr, Christmas, and the Hindu festival of Diwali have caused drawdown of cooking oil stocks. Consumers are worried that the problem could worsen ahead of February’s Lunar New Year revelries and cause food prices to soar. Prime Minister Abdullah Ahmad Badawi said in a statement early this week that a special Cabinet committee has decided to “increase the production quota of subsidized cooking oil significantly in the nearest future.” He said the supply problem has been compounded by hoarding and smuggling of Malaysia’s relatively cheap cooking oil to other countries, apparently referring to Singapore and Thailand. Abdullah expressed confidence that supply would return to normal in a few days after additional cooking oil is pumped into the market, adding that prices would not be raised and rationing would no longer be required. Last year, Malaysia spent nearly MYR800 million to subsidize cooking oil. CHINA HIKES EDIBLE OIL IMPORT DESPITE HIGH PRICESFigures from Chinese Customs for the period January-October 2007 show the country imported 6.965 million MT of edible oil valued at US$4.99 billion. The volume rose by 26.6% from prior year while value nearly doubled (+98.6%), indicating huge spikes in price levels. Palm oil import at 3.756 million MT was paid at an average price of US$706.10/MT, appreciating significantly by 60.2% from prior year level. Import of soybean oil at 2.217 million MT was traded at US$727.60/MT, a jump by 44.9% from last year. Analysts said vegetable oils are replacing pork oil which has become costly due to production shortfall. ARGENTINA EARNS $268 MILLION FROM BIODIESEL EXPORTArgentina exported nearly 320,000 MT of biodiesel last year (2007) worth $268.4 million and paid at an average price of $841/MT. The Agriculture Ministry said the United States was the main destination accounting for 76%. The European Union imported virtually the remainder for a market share of 23.7%. There are eight firms approved to manufacture biodiesel in Argentina with annual production capacity of 600,000 MT. It is predicted that by the end of the current year, biodiesel capacity will expand to 1.5 million MT per year. Argentine biofuels are produced from animal fats and traditional crops including soybeans, corn, sunflower, sorghum, and sugar cane, as well as non-traditional crops such as rape, from which rapeseed oil is extracted. BRAZIL NOW USES BIODIESEL BLENDBeginning this year, Brazil has required all diesel fuel to contain 2% biodiesel. Nelson Hubner, mines and energy minister is confident there will be enough biodiesel available to meet the demand. He acknowledged, however, that there could be some potential delivery problems at first in remote areas of the country. The 2% blending ratio will need 800 million liters each year and the country has the capacity to produce more than three times that amount, said Mr. Hubner. Biodiesel is produced in Brazil from soybeans, castor seeds, sunflower seeds and palm fruits. Most of Brazil’s available biodiesel, however, comes from soybeans. The country plans to increase the biodiesel component to 5% by 2013 as production of soybean-based biodiesel increases. SOUTH AFRICA’S BIOFUELS SCHEME EXCLUDES MAIZEThe Department of Minerals and Energy (DME) in South Africa announced the government will exclude maize from the initial stages of the country’s biofuels program following food security concerns and high prices. Maize is a staple food source for majority of the country. However, biotechnology firm Monsanto and farmers group Grain South Africa have criticized the government’s decision to exclude maize from its biofuels policy, claiming it will hurt farmers, the economy and affect the country’splans to hand over 30% of all agricultural land to the black majority by 2014. Blending targets at present have been set at 8% for ethanol and 2% for biodiesel. BIODIESEL BYPRODUCT CONVERTED TO HYDROGENScientists at the University of Leeds, United Kingdom, have shown glycerol can be converted to produce a hydrogen rich gas. Glycerol is a byproduct in the production of biodiesel, a motor fuel derived from vegetable oil and a renewable alternative to rapidly depleting fossil fuel. Hydrogen is in great demand for use in fertilizers, chemical plants and food production. It is also viewed as a future clean replacement for hydrocarbon-based transport fuels; most countries currently reliant on these fuels are investing heavily in hydrogen development programs. The novel process which was developed by Dr. Valerie Dupont and her co-investigators in the University Faculty of Engineering mixes glycerol with steam at a controlled temperature and pressure, separating the waste product into hydrogen, water and carbon dioxide, with no residues. A special absorbent material filters out the carbon dioxide, which leaves a much purer product. Current production methods are expensive and unsustainable, using either increasingly scarce fossil fuel sources such as natural gas, or other less efficient methods such as water electrolysis. Dr. Dupont said their process is clean, renewable alternative to conventional methods.
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