袁俊平 (2009) 应用现代试井技术提高低渗透油藏开发水平. 石油化工应用, 2, 39-42.
火山岩孔隙–裂缝型储层特征与渗流叠加效应——以准噶尔盆地西缘排66地区为例Characteristics and Seepage Additive Effect of Volcanic Rock Pore-Fracture Type Reservoir——A Case Study of Pai 66 Area in the West Edge of Junggar Basin
孔隙–裂缝型, 储层特征, 火山岩, 渗流叠加效应, 高产机理, 准噶尔盆地西缘Pore-Fracture Type; Reservoir Characteristics; Volcanic Rock; Seepage Additive Effect; High Yield Mechanism; The West Edge of Junggar Basin
《Advances in Geosciences》, Vol.4 No.1, 2014-02-28
Chunfeng Oilfield was located in the West Edge of Junggar Basin, with 17 exploratory wells drilled in pore- fracture type reservoirs of Volcanic Rock, among which 4 exploratory wells obtained industrial oil flow. To expand exploration results, high yield mechanism research is developed. Research shows that, the advantages for high yield conditions of Volcanic Rock in Chunfeng Oilfield are: volcanic tuff reservoir, core oil grade with oil spot, reservoir fractures and lower underground oil viscosity. In this process, pore-fracture seepage additive effect has been discovered. Pore-fracture produced better development effect than both simple pore and fracture. Pore-fracture additive permeability is many times the log interpretation permeability, and it provides theoretical basis for horizontal well and long channel fracturing.