... as compared with conventional Progressing Cavity Pump (PCP) systems. Enhancing the Permanent Magnet Motor (PMM) ESPCP system with the development of a composite stator breaks through conventional PCP limitations by increasing the current operating envelope and reducing the operating cost over the life...

... progressing cavity pump stator pcp high downhole temperature reliability elastomer elevated temperature high-efficiency artificial lift method bond failure artificial lift system downhole temperature installation run life Introduction The pursuit of energy efficiency and operational...

... and Progressive Cavity) Pumping systems are typically the most common artificial lift methods used. The primary challenge is to extend the lifting equipment run life, especially the downhole components. Production optimization found to be an essential for the life cycle of each system to extend run life, decrease...

... assurance that artificial lift methods will be ready to implement when needed to maximize recovery. upstream oil & gas completion installation and operations progressing cavity pump loading reservoir surveillance gas lift gas well deliquification production monitoring artificial lift...

... been successfully implemented in further testing. completion installation and operations artificial lift system investigation production enhancement bha wellbore wist bha well intervention progressing cavity pump lubricator programme unload observation well spe-206947-ms once...

... are in Oman, Netherlands and in the UK. Since 2007, Petrogas is the operator of Rima Cluster small fields in southern Oman. Artificial lift, mainly rod driven Progressive Cavity Pumps (PCPs) and Beam Pumps (BPs), is required to produce oil with an average specific gravity of 21 °API to surface. Parted rods...

... Abstract Progressing Cavity Pumps (PCP) are used for artificial lift to minimize the flowing bottomhole pressure at the initial stage of cold, low-volume, high-sand-production wells in a heavy oil steamflood in the Sultanate of Oman. While both metallic and elastomeric stators have been...

... pumps, gas lift, progressing cavity pump and electrical submersible pumping systems. Artificial lift is needed in wells when there is insufficient pressure in the reservoir to lift the liquid to the surface or facility, however is often used in naturally flowing wells, to raise the flow rate...

... beam pumping trajectory design contact load Upstream Oil & Gas severity yaguara field intervention geometry run life sucker PCP hollow rod novel design effective stress rod string progressing cavity pump caribbean petroleum engineering conference continuous rod tortuous well...

... in a field. artificial lift system progressing cavity pump gas injection Upstream Oil & Gas Artificial Intelligence gas lift asset and portfolio management field development optimization and planning well performance optimization problem gas lift system level analytic workflow society...

.... beam pumping Upstream Oil & Gas friction pump efficiency progressing cavity pump svp Efficiency structure parameter leakage reservoir simulation vane number rotor vane artificial lift system valve plate mechanical structure requirement vane pump Engineering displacement torque...

... Abstract The objective is to increase production and run life of 1200 Progressive Cavity Pumps (PCP) wells for Petroleum Development Oman (PDO) which contributes 19% of its total production. This project also intends to improve efficiency in the management of continuously growing (100+ annually...

... months. More than half of these failures are related to tubing or sucker rod failures, worn out and damaged primarily by excessive contact of the PCP sucker rods with the inner tubing wall. In Bhagyam, Rod driven Progressive Cavity pumps were selected as the mode of artificial lift for the field...

... Abstract Coal seam gas production in Eastern Australia has grown at an incredible rate over the past decade. The primary artificial lift form to de-water the coal seam gas wellbores has been progressing cavity pumps. PCPs were selected due to the high amount of produced solids including...

... Abstract Sand problem and heavy oil has been the major constraint in producing oil in Sesanip Field Tarakan. The field has unconsolidated sand reservoir with grain size D50 of 200 – 300 µm and oil gravity of 18-22 deg API. Under those conditions, Progressive Cavity Pump (PCP) performance...

... artificial lift system in terms of energy consumption. This article highlights the technology features, the related benefits observed and the performance recorded on a heavy oil field in Middle East in cold production. induction motor progressing cavity pump PM motor Upstream Oil & Gas...

... Abstract Today the number of highly-deviated and horizontal wells, viscous and heavy oil wells, sandy and waxy oil wells are increasing. Electric submersible progressing cavity pump (ESPCP) is a good measure for the new situations. Conventional asynchronous induction motors are currently used...

... worldwide. High temperature PCP package includes a patented All Metal Progressing Cavity Pump (AMPCP) installed downhole made with a metallic stator; and at surface a high temperature drivehead coming with a high temperature no-leak seal and a high temperature blow out preventer. Thanks to the follow up...