PENGARUH SCALE TERHADAP PRODUKTIVITAS PADA SUMUR BN-52, BN-104, DAN BN-110 DI LAPANGAN “X”

PETRO Pub Date : 2019-04-20 DOI:10.25105/PETRO.V8I1.4290
Abhikama Pradipta, Lestari Lestari, Samsol Samsol
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引用次数: 1

Abstract

BN-52, BN-104, and BN-110 wells are located on the X field, PT. PERTAMINA FIELD RAMBA ASSET 1, South Sumatra. The three wells are oil-producing wells in field X. Using the Vogel equation, the IPR curve and maximum flow rate of each well are obtained, which are 152.14 BOPD, 57.2 BOPD, and 53.76 BOPD respectively. By using the exponential Decline Curve Analysis calculation method, it can be seen the rate of decline in production, as well as the time of well production to economic limit. The results of the Decline Curve Analysis show that the BN-52 well will still be in production until March 2022, and the BN-110 well can produce until March 2020. In the analysis with the Stiff & Davis Method, carbonate deposits are proven, with each Stability Index value  +1.19, +1.60, and +1.35, whereas with the Skillman, Mcdonald & Stiff method there was no scale sulfate, with S values of each well at 57,272 meq / l, 54,416 meq / l, and 55,147 meq / l. The scale causes oil production to decrease, consequently the IPR curve shifts to the left. The decreasing production of the three wells is due to a scale that inhibits the flow rate. Maximum flow rate was obtained by using the Standing correlation in each well of 100.06 BOPD, 54.53 BOPD, and 28.72 BOPD. The decline in oil production caused by scales must be handled appropriately.
在“X”场中,SCALE对生产力的影响是:BN-52、BN-104和BN-110
BN-52、BN-104和BN-110井位于南苏门答腊岛PT. PERTAMINA field RAMBA ASSET 1的X油田。3口井均为x油田的采油井,利用Vogel方程,得到了每口井的IPR曲线和最大流量,分别为152.14 BOPD、57.2 BOPD和53.76 BOPD。采用指数递减曲线分析计算方法,可以看出产量递减的速度,以及油井生产达到经济极限的时间。递减曲线分析结果表明,BN-52井将持续生产至2022年3月,BN-110井将持续生产至2020年3月。在Stiff & Davis方法的分析中,证实了碳酸盐岩沉积,稳定指数分别为+1.19,+1.60和+1.35,而在Skillman, Mcdonald & Stiff方法中,没有发现硫酸盐结垢,每口井的S值分别为57,272 meq / l, 54,416 meq / l和55147 meq / l,结垢导致产量下降,导致IPR曲线向左移动。这三口井的产量下降是由于水垢抑制了流量。每口井的最大流量分别为100.06桶/天、54.53桶/天和28.72桶/天。对水垢造成的产量下降,必须妥善处理。
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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