Reanalysis LUSI Stratigraphic Based on Cutting of Banjarpanji#1 Well

H. T. Wibowo, B. Prastistho, C. Prasetyadi, D. Yudiantoro
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Abstract

The subsurface configuration or stratigraphy of the Sidoarjo Hot Mudflow (Lumpur Sidoarjo/LUSI) is used to see what formations are transported out and how the material properties can be known from the well log data of Banjarpanji#1 or BJP#1 well. There is something unusual about the BJP#1 log, namely the presence of solid volcanic sandstone at a depth of 6000-9297 ft where drilling ended. This abnormality was investigated by reanalyzing volcanic sandstone by reading the well log data which is drilling data during the exploration of the Banjarpanji-1 well by PT. Lapindo Brantas, Inc. which consists of rock logs as a result of predictions (prognosis) and facts found (actual) were then compared with the interpretation of the results of the investigation team with BP MIGAS 2006 which was then confirmed by petrographic and paleontological analysis. The unusual occurrence is the LUSI stratigraphic arrangement changes based on findings in volcanic sandstone sequences that were once considered part of the Kalibeng Formation of Plio-Pliestocene age, then changed to solid volcanic sandstone units of Middle Miocene age with a depositional environment in the outer neritic-upper bathyal.
基于Banjarpanji 1井切割的芦西地层再分析
利用Sidoarjo热泥流(吉隆坡Sidoarjo/LUSI)的地下构造或地层学,可以了解哪些地层被输送出去,以及如何从Banjarpanji#1或BJP#1井的测井数据中了解物质性质。BJP 1号测井有一些不寻常之处,即在钻探结束的深度6000-9297英尺处存在固体火山砂岩。PT. Lapindo Brantas, Inc.在Banjarpanji-1井的勘探过程中,通过读取测井数据(包括预测(预测)和发现(实际)的岩石测井数据),对火山砂岩进行了重新分析,对该异常进行了调查,然后将其与BP MIGAS 2006的调查小组的解释结果进行了比较,然后通过岩石学和古生物学分析证实了这一点。不寻常的是,芦泗地层排列的变化是基于火山砂岩层序的发现,这些火山砂岩层序曾经被认为是上新世-更新世时期卡利本组的一部分,然后变成了中中新世时期的固体火山砂岩单元,沉积环境为外浅海-上深盆。
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