Economic Evaluation Of Water Production Management With Rpm (Relative Permability Modifier) Treatment Based On Gross Split Contract In “Re” Well In “Dn" Field

None Boqin Changming, Liang Longwei
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 Appropriate handling in overcoming excessive water production, one of which is by using a method that can selectively restrain water production without restraining hydrocarbon production with RPM (Relative Permeability Modifier) ​​Treatment. RPM (Relative Permeability Modifier) ​​is a type of polymer with a high molecular weight as the main molecule of RPM. RPM can be done without isolating the layer zone so that it can be injected bullhead into all layer zones to reduce water permeability.
 This final project research has been seen from increasing the rate of oil production and decreasing the water cut. The selected well is the \"RE\" well in the \"DN\" field which has an increasing water cut value and decreased oil production. Then calculate the economy using the gross split method to calculate the feasibility level of the RPM (Relative Permeability Modifier) ​​Treatment project.
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Abstract

The "RE" well in the "DN" field is an oil well produced in June 2004 with an initial water cut value of 15% as time went on there was a fairly high increase in the water cut value reaching 97% which means that it caused increased water production. and oil production decreased from 387 BOPD to 11 BOPD. Appropriate handling in overcoming excessive water production, one of which is by using a method that can selectively restrain water production without restraining hydrocarbon production with RPM (Relative Permeability Modifier) ​​Treatment. RPM (Relative Permeability Modifier) ​​is a type of polymer with a high molecular weight as the main molecule of RPM. RPM can be done without isolating the layer zone so that it can be injected bullhead into all layer zones to reduce water permeability. This final project research has been seen from increasing the rate of oil production and decreasing the water cut. The selected well is the "RE" well in the "DN" field which has an increasing water cut value and decreased oil production. Then calculate the economy using the gross split method to calculate the feasibility level of the RPM (Relative Permeability Modifier) ​​Treatment project.
Dn油田“Re”井基于总分割合同的相对渗透率改进剂处理产水管理经济评价
“DN”油田的“RE”井是2004年6月生产的一口油井,初始含水值为15%,随着时间的推移,含水值增加了相当高,达到97%,这意味着它导致了产量的增加。原油产量从387桶/天降至11桶/天;适当的处理方法可以克服过量的产水,其中一种方法是使用RPM(相对渗透率调节剂)处理,可以选择性地抑制产水,而不抑制油气的生产。相对渗透性改性剂(Relative Permeability Modifier, RPM)是一种以高分子量为主要分子的聚合物。RPM可以在不隔离层段的情况下进行,因此可以将井口注入所有层段,以降低水渗透性。 最终的项目研究从提高采油速度和降低含水来看。选择的井为“DN”油田含水值上升、产油量下降的“RE”井。然后用总分割法计算经济效益,计算出RPM(相对渗透性改进剂)处理方案的可行性水平。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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审稿时长
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