本文在推导热力作用下水合物地层温度分布基础上,发展了评价热力法开采天然气水合物的热效率(用于水合物分解的热量与输入总的热量之比)和能量效率(即输出能量与输入能量之比)的模型.模型分析表明,水合物地层热物性参数以及水合物饱和度决定了热力法开采的能量效率.在注入蒸汽开采初始条件下,能量效率可以达到7.0.
参考文献
[1] | Sang-Yong Lee;Gerald D.Holder .Methane hydrates potential as a future energy source[J].Fuel Processing Technology,2001(1/3):181-186. |
[2] | Holder G D;Angert P F;John V T .A Thermodynamic Evaluation of Thermal Recovery of Gas from Hydrates in Earth[J].Journal of Petroleum Technology,1982,37(01):1127-1132. |
[3] | Selim M S;Sloan E D.Modeling of the Dissociation of an In-Situ Hydrate.SPE 13597[A].Sakerafii,California,1985 |
[4] | 唐良广,李刚,冯自平,樊栓狮.热力法开采天然气水合物的数学模拟[J].天然气工业,2006(10):105-107. |
[5] | Selim M S;Sloan E D.Hydrate Dissociation in Sediment[A].,1990:245-251. |
[6] | Makogon Y F.Hydrates of Natural Gas[M].Penn Well Publishing Company,Tulsa,Oklahoma,1997 |
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