中国石油大学学报(自然科学版)
中國石油大學學報(自然科學版)
중국석유대학학보(자연과학판)
JOURNAL OF CHINA UNIVERSITY OF PETROLEUM(EDITION OF NATURAL SCIENCE)
2009年
6期
66-70,86
,共6页
侯健%高达%孙建芳%吴光焕%刘业俊%宫汝祥
侯健%高達%孫建芳%吳光煥%劉業俊%宮汝祥
후건%고체%손건방%오광환%류업준%궁여상
稠油%热采%动态经济评价%经济技术界限
稠油%熱採%動態經濟評價%經濟技術界限
주유%열채%동태경제평개%경제기술계한
heavy oil%thermal recovery%dynamic economic evaluation%economic and technical boundary values
结合数值模拟和动态经济评价,建立稠油油藏热采开发经济技术界限研究方法.以乐安油田南区为原型确定稠油油藏直井蒸汽吞吐、直井吞吐加密、水平井蒸汽吞吐以及直井蒸汽驱等不同热采开发方式下的有效厚度、原油黏度及油价边界值等经济技术界限,并制作实用图版.结果表明:水平井吞吐对油藏有效厚度和原油黏度的适应范围最广;直井蒸汽驱具有最高的采收率,有效厚度界限也比直井吞吐加密小很多.不同热采开发方式的经济技术界限对比结果有助于选择最佳的热采开发方式对稠油油藏进行经济合理的开发.
結閤數值模擬和動態經濟評價,建立稠油油藏熱採開髮經濟技術界限研究方法.以樂安油田南區為原型確定稠油油藏直井蒸汽吞吐、直井吞吐加密、水平井蒸汽吞吐以及直井蒸汽驅等不同熱採開髮方式下的有效厚度、原油黏度及油價邊界值等經濟技術界限,併製作實用圖版.結果錶明:水平井吞吐對油藏有效厚度和原油黏度的適應範圍最廣;直井蒸汽驅具有最高的採收率,有效厚度界限也比直井吞吐加密小很多.不同熱採開髮方式的經濟技術界限對比結果有助于選擇最佳的熱採開髮方式對稠油油藏進行經濟閤理的開髮.
결합수치모의화동태경제평개,건립주유유장열채개발경제기술계한연구방법.이악안유전남구위원형학정주유유장직정증기탄토、직정탄토가밀、수평정증기탄토이급직정증기구등불동열채개발방식하적유효후도、원유점도급유개변계치등경제기술계한,병제작실용도판.결과표명:수평정탄토대유장유효후도화원유점도적괄응범위최엄;직정증기구구유최고적채수솔,유효후도계한야비직정탄토가밀소흔다.불동열채개발방식적경제기술계한대비결과유조우선택최가적열채개발방식대주유유장진행경제합리적개발.
Based on the numerical simulation and dynamic economic evaluation, a method for studying economic and technical boundary values in the development of heavy oil reservoir by thermal recovery methods was built. Economic and technical boundary values of different thermal recovery methods including steam soak with vertical well, infill development in steam soak with vertical well, steam soak with horizontal well and steam flooding with vertical well in southern of Le' an Oilfield were studied, which include boundary values of effective thickness, oil viscosity and oil price. Meanwhile some practical plates were made. The results show that the steam soak with horizontal well could be used more extensively in the range of reservoir effective thickness and oil viscosity than the other three thermal recovery methods. While the stream flooding with vertical well has the highest oil recovery efficiency and a smaller effective thickness boundary value than that of the infill development in steam soak with vertical well. Based on the contrast results of economic and technical boundary values of different thermal recovery methods, the optimal thermal recovery method could be chosen easily for the heavy oil reservoir economic and reasonable development.