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Effects of Insufficient Investment and Overproduction on Iran's Oil Production Trend
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作者 Shirkou Bahadori 《Journal of Energy and Power Engineering》 2013年第2期318-324,共7页
This paper, using multiple-Hubbert model, forecasts oil production trend of Iran with special focus on Iran's insufficient investment for developing recently discovered oilfields and overproduction from mature oilfie... This paper, using multiple-Hubbert model, forecasts oil production trend of Iran with special focus on Iran's insufficient investment for developing recently discovered oilfields and overproduction from mature oilfields. This is mostly due to Iran's political and technical limitations to carry out oil and gas projects. The trend of Iran's oil production has been forecasted based on a multi-cycle modified Hubbert. Three different scenarios have been assumed. In the first scenario, it is assumed that Iran does not have any limitations to carry out oil and gas projects and develop its oilfields. International sanctions and lack of foreign investment have been taken into account in the second scenario. Overproduction from currently producing mature oilfields and its effect on production trend is investigated in the third scenario. The most important parameter to forecast oil production trend is URR (ultimate recoverable resource). URR of Iran has been estimated by parabolic fractal curve. Here, based on the plotted parabolic fractal curve for the oil fields, amount of URR of Iran has been calculated that is around 200 Gb. First scenario has two peaks while the second and third scenarios have three peaks. All of the scenarios have forecasted Iran's first peak in 1975 at annual production rate of 2 Gb/Year. Based on first scenario, Iran's second peak will occur in 2029 at 2.334 Gb/Year. Second scenario has forecasted Iran's second and third peaks in 2011 at 1.575 Gb/Year and in 2064 at 2.205 Gb/Year respectively, and third scenario's peaks have been estimated to occur in 2011 at 1.573 Gb/Year and in 2061 at 2.030 Gb/Year. 展开更多
关键词 OVERPRODUCTION insufficient investment multiple-Hubbert model ultimate recoverable resource.
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德国大型老气田Altmark面临的经济和技术难题
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作者 王炯 党俊芳 +1 位作者 赵川喜 张兴平 《国外油田工程》 2008年第3期53-54,共2页
老气田的产量在世界油气产量中超过70%。为此,油气勘探与生产单位必须寻求经济有效的技术来不断提高油气的最终采收率。因此,有必要持续不断地保持最佳经营效率并减少对环境的影响。除了开发新技术,还必须应用现代管理技术和新的企业经... 老气田的产量在世界油气产量中超过70%。为此,油气勘探与生产单位必须寻求经济有效的技术来不断提高油气的最终采收率。因此,有必要持续不断地保持最佳经营效率并减少对环境的影响。除了开发新技术,还必须应用现代管理技术和新的企业经营模式有效地控制技术和经济风险。 展开更多
关键词 成熟气田 新技术开发 经营模式 风险评估 提高采收率
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