首页> 外文会议>Brunei International Conference on Engineering and Technology >Evaluation of petrophysical parameters and reservoir potential of Boka bil and Bhuban formations of Surma Basin, Bangladesh: A case study of Rashidpur gas field using well log
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Evaluation of petrophysical parameters and reservoir potential of Boka bil and Bhuban formations of Surma Basin, Bangladesh: A case study of Rashidpur gas field using well log

机译:孟加拉国Surma盆地Boka bil和Bhuban地层的岩石物性参数和储层潜力评估:以测井仪为例的Rashidpur气田

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Petrophysical analysis of both the Boka Bil and Bhuban Formations are studied and evaluated using the conventional well log data of five different wells of Rashidpur Gas Field located in the Surma Basin, Bangladesh. The main lithology of the targeted formations composed of sandstone and shale as identified by the various types of cross plots. The quantitative parameters were analysed using the software called Interactive Petrophysics (IP-2013). The shale volume, porosity and water saturation for the productive hydrocarbon pay zones are limited by some cut-off values of 50%, 10% and 50%, respectively, which were chosen to determine the best pay zones. The iso-parametric contour maps for the average reservoir parameters; such as average porosity, shale volume, water saturation, hydrocarbon saturation, net reservoir and net pay were also illustrated. From the present study, the presence of substantial amount of hydrocarbons and the pay zones within the Boka Bil and Bhuban Formations reveal that the studied formations exhibit reservoir potential. The study also affirms that there is good indication of accumulation of gas in the Rashidpur Field which may lead to locate new drilling sites and subsequent production within the vicinity of the selected wells.
机译:使用位于孟加拉国苏尔马盆地的拉希德布尔气田的五个不同井的常规测井数据,对博卡比尔和布班组的岩石物理分析进行了研究和评估。目标地层的主要岩性由砂岩和页岩组成,通过各种类型的交会图确定。使用名为Interactive Petrophysics(IP-2013)的软件分析了定量参数。生产性油气开采区的页岩体积,孔隙度和含水饱和度分别受某些临界值(分别确定为最佳开采区)的限制,分别为50%,10%和50%。平均油藏参数的等参等高线图;例如平均孔隙度,页岩体积,水饱和度,烃饱和度,净储量和净产值。从目前的研究来看,博卡比尔和布班地层内存在大量的烃类和产层,表明所研究的地层具有储层潜力。该研究还确认,在拉希德布尔气田有良好的天然气聚集迹象,这可能会导致在选定的油井附近找到新的钻井地点并进行后续生产。

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