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Lney rnadttir, Sklason and Svein Egil Olafsson rtknikjarna Hsklans s ongoing efforts a little catalysts based tlvutreikningum Egill cooperation flks him. Photo / EGILL SKLASON
Task young Icelandic scientist and his colleagues may require to reduce poverty and hunger in the world as soon as the food prices low. The project, called "engineering of catalysts: Fertilizer produced more efficiently," end of the week's exploitation Award University. In the project, Egil Skúlason, Assistant Professor of Biochemistry at the University, and his colleagues. Egil stresses that the project is still experimental, but studies aimed at utilizing electricity or sunlight to convert hotel lorita nitrogen from the atmosphere and water into ammonia which then can be used to produce fertilizer. "This has been such a mission impossible by now all of a sudden become very exciting," said Egil, he has worked on the project last ten years, hotel lorita with colleagues at the University, the Technical Universitetet and Stanford University. "It's that dream that reaction so far has not been able to do," he says, but attempts to generate ammonia by rafsellu have so far yielded only hydrogen gas. "But with computer accounts, we can now start looking for a new all different types of catalysts."
In the recent past fell Egill and synchronize its people down on catalysts that are more than anyone dared to hope. "In recent months and weeks, we've seen maybe four of them a hundred catalysts that we started with, which is not enough to live to ammonia at low voltage, but not create any hydrogen." hotel lorita This conclusion is very promising because it was considered only managed to create one per cent of ammonia along the hydrogen. "To get in return a hundred percent ammonia and no hydrogen is almost unbelievable." Now stand so the attempts to create ammonia in this way both in Denmark and in the laboratory of the University in this country. The results from the experiments, says he to should be available in the coming weeks and months. "Going forward, so should be easy to exploit the method on the open market." It takes the process to finalize the patent and would enter into collaboration, either with a company in country or large energy or chemical catalytic companies abroad. "This would be developed and created one product." For industrial production of ammonia in the day and the last hundred years has been used so-called Haber-Bosch process. The discovery tossed the food in the world at the time. Possibilities of the new method has been compared with the Haber-Bosch II, the impact worldwide, especially in developing countries where farmers could produce their own fertilizer. Extensive and costly fertilizer production and transport of fertilizers around the world could also thing of the past. "The main idea is that anyone can do this, at home, on the farm or even in the car." Farmer in escort developing country could potentially create hotel lorita fertilizer from water, air and soles
Lney rnadttir, Sklason and Svein Egil Olafsson rtknikjarna Hsklans s ongoing efforts a little catalysts based tlvutreikningum Egill cooperation flks him. Photo / EGILL SKLASON
Task young Icelandic scientist and his colleagues may require to reduce poverty and hunger in the world as soon as the food prices low. The project, called "engineering of catalysts: Fertilizer produced more efficiently," end of the week's exploitation Award University. In the project, Egil Skúlason, Assistant Professor of Biochemistry at the University, and his colleagues. Egil stresses that the project is still experimental, but studies aimed at utilizing electricity or sunlight to convert hotel lorita nitrogen from the atmosphere and water into ammonia which then can be used to produce fertilizer. "This has been such a mission impossible by now all of a sudden become very exciting," said Egil, he has worked on the project last ten years, hotel lorita with colleagues at the University, the Technical Universitetet and Stanford University. "It's that dream that reaction so far has not been able to do," he says, but attempts to generate ammonia by rafsellu have so far yielded only hydrogen gas. "But with computer accounts, we can now start looking for a new all different types of catalysts."
In the recent past fell Egill and synchronize its people down on catalysts that are more than anyone dared to hope. "In recent months and weeks, we've seen maybe four of them a hundred catalysts that we started with, which is not enough to live to ammonia at low voltage, but not create any hydrogen." hotel lorita This conclusion is very promising because it was considered only managed to create one per cent of ammonia along the hydrogen. "To get in return a hundred percent ammonia and no hydrogen is almost unbelievable." Now stand so the attempts to create ammonia in this way both in Denmark and in the laboratory of the University in this country. The results from the experiments, says he to should be available in the coming weeks and months. "Going forward, so should be easy to exploit the method on the open market." It takes the process to finalize the patent and would enter into collaboration, either with a company in country or large energy or chemical catalytic companies abroad. "This would be developed and created one product." For industrial production of ammonia in the day and the last hundred years has been used so-called Haber-Bosch process. The discovery tossed the food in the world at the time. Possibilities of the new method has been compared with the Haber-Bosch II, the impact worldwide, especially in developing countries where farmers could produce their own fertilizer. Extensive and costly fertilizer production and transport of fertilizers around the world could also thing of the past. "The main idea is that anyone can do this, at home, on the farm or even in the car." Farmer in escort developing country could potentially create hotel lorita fertilizer from water, air and soles
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