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Sao Paulo (AFP) Feb 14, 2007 Brazil, South America's economic heavyweight, could produce enough ethanol to replace 10 percent of world gasoline demand in the next 20 years, according to a recently unveiled project. News of the renewable energy project comes amid growing concern about greenhouse gases caused by burning fossil fuels that are blamed for global warming. The Brazilian project, developed with the participation of the government and state-owned oil giant Petrobas, would multiply by 15 times the country's current production of ethanol from sugar cane. The ramp-up would push Brazilian ethanol exports to 200 billion liters (44 billion gallons) in the coming 20 years, up from the roughly three billion (660,000 gallons) currently exported, Rogerio Cesar Cerqueira Leite, a professor emeritus at Campinas University, told reporters. Cerqueira Leite presented the project Friday to the Sao Paulo State Business Federation. The project would need investments of up to 20 billion reals (nearly 10 billion dollars) a year for the first four or five years, after which the need was expected to diminish. "During the final seven to eight years, the return (on investment) should cover the amounts invested," Cerqueira Leite said. He said that Brazil, the continent's biggest country, could drastically increase ethanol production without destroying the Amazon rainforest or encroaching on farmland. "Brazil has an enormous quantity of available land. We don't need to go into the Amazon or compete with food growing," he said. "The project can be done by occupying a small part of the available land in Brazil, to the exclusion of the virgin forest, the protected areas," he said. According to him, only 10 percent of the available land would be needed. Sugar-cane growing would occupy less than 30 million hectares (74 million acres) compared with 5.6 million hectares (13.8 million acres) currently, a size that "isn't very significant," he said. By comparison, soya farming occupies 20 million hectares (49 million acres) and livestock 200 million hectares (494 million acres). The project was developed from ethanol technologies currently in use in Brazil, without resorting to more sophisticated techniques. "To produce these quantities using hydrolysis would require barely a third of the hectares (acres)," he said. Under the project, sugar cane would be grown in practically all regions of Brazil, and local distilleries would be built to produce process it into ethanol. Besides being the world's top exporter of ethanol, Brazil is also a leading producer of the fuel, along with the United States, which extracts it from corn rather than sugar cane. Underpinning the country's success has been the mass-marketing since 2003 of hybrid-fuel cars, which consume either pure ethanol or a five-to-one mix of gasoline and ethanol. There are now more than 2.6 million such vehicles in the domestic market. The project arrives at a time when ethanol demand worldwide is growing as governments and consumers seek ways to reduce carbon-dioxide emissions in the fight against global warming and oil dependency. US President George W. Bush has set a target of reducing US gasoline consumption by 20 percent in the next decade, particularly by developing non-fossil fuels. Last week Washington sent a senior diplomat to Brazil to explore a bilateral alliance on biofuels development, aimed at building a global market in renewable oil substitutes like ethanol. The European Union is seeking a 5.75 percent level of biofuels in gasoline sold in the 27-nation bloc by 2010.
Source: Agence France-Presse Related Links Powering The World in the 21st Century at Energy-Daily.com Our Polluted World and Cleaning It Up China News From SinoDaily.com Global Trade News The Economy All About Solar Energy at SolarDaily.com Civil Nuclear Energy Science, Technology and News Powering The World in the 21st Century at Energy-Daily.com
![]() ![]() Convergence Ethanol has delivered its latest Intelligent Filtration System (IFS) to Chevron's El Segundo, Calif. oil refinery. This advanced filtration system improves the production of cleaner-burning, reduced-sulfur motor fuel, supporting refinery environmental improvement goals. |
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