PENINGKATAN PRODUKSI LAPANGAN “M” DENGAN PENDEKATAN SIMULASI UNTUK MENENTUKAN SKENARIO PENGEMBANGAN MENGGUNAKAN METODE WATERFLOODING

PETRO Pub Date : 2018-09-27 DOI:10.25105/PETRO.V5I1.1979

Maria Irmina Widyastuti, Maman Djumantara

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Abstract

Reservoir simulation is an area of reservoir engineering in which computer models are used to predict the flow of fluids through porous media. Reservoir simulation process starts with several steps; data preparation, model and grid construction, initialization, history matching and prediction. Initialization process is done for matching OOIP or total initial hydrocarbon which fill reservoir with hydrocarbon control volume with volumetric method.To aim the best encouraging optimum data, the plant of developments of this field was predicted for 22 years( until December 2035). The Scenario consisted of five different variation. First one is basecase, second scenario is scenario 1 + workover, third scenario would be scenario 1 + infill wells, fourth scenario is scenario 1 + peripheral injection, and the last fifth scenario is scenario 1 + 5-spot injection pattern wells. From all of the scenarios planned, recovery from from each scenario varied, the results are 31.05% for the first scenario, 31.53%, for the second one, 34.12%, for the third, 33.75% for the fourth scenario, and 37.04% for the fifth scenario which is the last one.Keywords: reservoir simulation,reservoir simulator, history matching

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通过模拟方法“M”场产量的增加，以确定使用水路方法的开发方案

油藏模拟是油藏工程的一个领域，它使用计算机模型来预测流体通过多孔介质的流动。油藏模拟过程从几个步骤开始;数据准备，模型和网格构建，初始化，历史匹配和预测。用体积法对含烃控制体积充填储层的OOIP或总初始烃进行初始化处理。为了获得最令人鼓舞的最佳数据，预测了该油田22年(至2035年12月)的开发情况。该场景由五个不同的变体组成。第一种是基本情况，第二种是方案1 +修井，第三种是方案1 +填充井，第四种是方案1 +外围注入井，最后第五种是方案1 + 5点注入井。在所有计划的情景中，每种情景的回收率各不相同，第一种情景的回收率为31.05%，第二种情景为31.53%，第三种情景为34.12%，第四种情景为33.75%，第五种情景为37.04%。关键词:油藏模拟，油藏模拟器，历史拟合

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PETRO

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