The evaluation of natural energy for small fault block edge water reservoir
Zhou Chun-xiang, Moe Key
Abstract
Zhou Chun-xiang, Moe Key
Abstract
The small fault block edge water reservoirs are characterized by small volume, narrow oil bearing area. In early development stage,if geological knowledge is not clear, the accurate evaluation of the size of edge water is not carried out, it will reduce development efficiency. Authors analyze the geologyand production characteristic of West 58- 8 fault block reservoir, calculate the size of the water aquifer by use of material balance equation and evaluate the edge water energy by use of numerical simulation. The calculation results showthat two methods (material balance equation and numerical simulation) are quite consistent. The model is accurate and reasonable.
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The small fault block edge water reservoirs are characterized by small volume, narrow oil bearing area. In early development stage,if geological knowledge is not clear, the accurate evaluation of the size of edge water is not carried out, it will reduce development efficiency. Authors analyze the geologyand production characteristic of West 58- 8 fault block reservoir, calculate the size of the water aquifer by use of material balance equation and evaluate the edge water energy by use of numerical simulation. The calculation results showthat two methods (material balance equation and numerical simulation) are quite consistent. The model is accurate and reasonable.
Key concepts: Geology, Aquifer, Fault block, Enhanced Data Rates for GSM Evolution, Fault (geology), Material balance, Block (permutation group theory), Stage (stratigraphy)