OPTIMASI LAJU PRODUKSI DENGAN CARA DESAIN ULANG PROGRESSIVE CAVITY PUMP (PCP) PADA SUMUR “X” LAPANGAN “Y”
Progressive Cavity Pump (PCP) has been applaid as artificial lift at X well that is owned by PT Pertamina EP Asset 1 Field Jambi. From the early calculation of current production gets 17,16 bfpd that has not reached the target of 48,57 bfpd. This indicates that PCP must be redesign. Before redisgn we used Productivity Index (PI) to make an Inflow Performance Relationship (IPR) curve that shows the oil is still suitable production or not. We redisgn PCP using R & M Energy Systems calculation methods as the provider and found that the optimal for revolution per minute (RPM), horse power (HP), torque values and the drive head type are 101,5 RPM, 2,7 HP, 15 ft-lbs and there have to be a change in drive head type AA4. To get results optimal production.
Nesbitt, B. (2006). Handbook of Pumps and Pumping. Amerika Serikat. Akkawuttiwanich, P., & Yenradee, P.
Christian .W, & Cholet. H. (2013). Progressing cavity pumps oil well production artificial lift. Paris: France.
Kermit. E, Brown. (1977). The Technology Of Artificial Lift Method. Petroleum Publishing Co : USA.
Lake, L.W. (2007). Petroleum Engineering Handbook: Production Operations Engineering. Texas: Society of Petroleum Engineers Rahmansyah, I. (2012). Perencanaan dan Trouble Shooting Progressive Cavity Pump.Jakarta: PT Pertamina – Manajemen Produksi Hulu.
Nelik, L. (2005). Progressive Cavity Pump, Downhole Pumps and Mud Motor. Gulf Publishing Company : Texas
Robbins dan Myers. (1989). Moyno Down Hole Pump Manual. Brosur Robbins and Myers Company: USA.
Robbins dan Myers. (1989). Material of Cavity Pump Construction Selection Tables. Amerika Serikat: Brosur Robbins and Myers Company.
Saveth, K.J. dan Klein, S.T. (1998). The Progressing Cavity Pump Principle andCapabilities. SPE 18873
Shauna, N. (2011). Progressing cavity pumps. SPE 18978.
Val S. Lobanoff, Robert R. Ross. (2018). Centrifugal Pumps: Design And Application. Amerika Serikat.
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