埃及阿布吉拉迪盆地白垩系碎屑岩储层发育,具备良好的油气勘探开发前景。以Alam El Shawish West区块(简称为AESW区块)上白垩统Abu Roash组G段(简称为AR-G段)为例,在岩心、铸体薄片、扫描电镜、X射线衍射、压汞实验、物性分析、地化分...埃及阿布吉拉迪盆地白垩系碎屑岩储层发育,具备良好的油气勘探开发前景。以Alam El Shawish West区块(简称为AESW区块)上白垩统Abu Roash组G段(简称为AR-G段)为例,在岩心、铸体薄片、扫描电镜、X射线衍射、压汞实验、物性分析、地化分析及测井资料等研究基础上,对碎屑岩沉积微相及储层特征进行了研究,并对影响储层发育及分布的重要控制因素进行了分析。结果表明:(1)AESW区块AR-G段碎屑岩主要为潮坪沉积,发育潮间带、潮下带亚相及多种微相。(2)砂岩类型以石英砂岩及长石质石英砂岩为主,颗粒分选性及磨圆度较好,成分及结构成熟度较高。(3)储集空间包括剩余原生粒间孔、次生的粒间及粒内溶孔等,依据压汞曲线形态及孔喉半径分布等特征,将砂岩储层分为3类,分别对应于粗-中喉道、中-细喉道及微喉道。(4)储层主要为中孔中渗型,次为中孔低渗型,孔渗相关性较好,储层整体上以孔隙型为主。(5)储层发育及分布受沉积微相及成岩作用等多种因素控制。其中潮下带水下砂坝及潮汐水道砂体物性较好,为区内有利的储层发育微相类型。溶蚀作用能够形成次生储集空间,极大地改善了储层物性条件,最终形成潮坪相砂岩储层。展开更多
This paper analyzes a problem processing mechanism in a new collaboration system between the main manufacturer and the supplier in the"main manufacturer-supplier"mode,which has been widely applied in the col...This paper analyzes a problem processing mechanism in a new collaboration system between the main manufacturer and the supplier in the"main manufacturer-supplier"mode,which has been widely applied in the collaborative development management of the complex product.This paper adopts the collaboration theory,the evolutionary game theory and numerical simulation to analyze the decision-making mechanism where one upstream supplier and one downstream manufacturer must process an unpredicted problem without any advance contract in common.Results show that both players'decision-makings are in some correlation with the initial state,income impact coefficients,and dealing cost.It is worth noting that only the initial state influences the final decision,while income impact coefficients and dealing cost just influence the decision process.This paper shows reasonable and practical suggestions for the manufacturer and supplier in a new collaboration system for the first time and is dedicated to the managerial implications on reducing risks of processing problems.展开更多
文摘埃及阿布吉拉迪盆地白垩系碎屑岩储层发育,具备良好的油气勘探开发前景。以Alam El Shawish West区块(简称为AESW区块)上白垩统Abu Roash组G段(简称为AR-G段)为例,在岩心、铸体薄片、扫描电镜、X射线衍射、压汞实验、物性分析、地化分析及测井资料等研究基础上,对碎屑岩沉积微相及储层特征进行了研究,并对影响储层发育及分布的重要控制因素进行了分析。结果表明:(1)AESW区块AR-G段碎屑岩主要为潮坪沉积,发育潮间带、潮下带亚相及多种微相。(2)砂岩类型以石英砂岩及长石质石英砂岩为主,颗粒分选性及磨圆度较好,成分及结构成熟度较高。(3)储集空间包括剩余原生粒间孔、次生的粒间及粒内溶孔等,依据压汞曲线形态及孔喉半径分布等特征,将砂岩储层分为3类,分别对应于粗-中喉道、中-细喉道及微喉道。(4)储层主要为中孔中渗型,次为中孔低渗型,孔渗相关性较好,储层整体上以孔隙型为主。(5)储层发育及分布受沉积微相及成岩作用等多种因素控制。其中潮下带水下砂坝及潮汐水道砂体物性较好,为区内有利的储层发育微相类型。溶蚀作用能够形成次生储集空间,极大地改善了储层物性条件,最终形成潮坪相砂岩储层。
基金supported by the National Natural Science Foundation of China(7117111271502073)。
文摘This paper analyzes a problem processing mechanism in a new collaboration system between the main manufacturer and the supplier in the"main manufacturer-supplier"mode,which has been widely applied in the collaborative development management of the complex product.This paper adopts the collaboration theory,the evolutionary game theory and numerical simulation to analyze the decision-making mechanism where one upstream supplier and one downstream manufacturer must process an unpredicted problem without any advance contract in common.Results show that both players'decision-makings are in some correlation with the initial state,income impact coefficients,and dealing cost.It is worth noting that only the initial state influences the final decision,while income impact coefficients and dealing cost just influence the decision process.This paper shows reasonable and practical suggestions for the manufacturer and supplier in a new collaboration system for the first time and is dedicated to the managerial implications on reducing risks of processing problems.
