... Progressing cavity pump (PCP) are characterized by their simple structure, high transmission efficiency, and broad adaptability. They have been used in drilling and oil extraction engineering since the 1980s and have now developed into one of the most important lifting equipment in oil...

... for conveying highly viscous fluids. lsp artificial lift system rotor esp upstream oil & gas viscosity lsp prototype university enhanced recovery groove labyrinth screw pump cfd simulation clearance degradation progressing cavity pump simulation experiment numerical simulation...

... artificial lift system neural network progressing cavity pump upstream oil & gas operation international conference working status shengli oilfield application algorithm petroleum engineer proceedings convolution layer deep learning model machine learning deep learning screw pump real...

... Abstract Artificial lift methods typically drive Coal Seam Gas (CSG) wells, and Progressive Cavity Pump (PCP) is the preferred method of lift with Australian CSG operators. CSG wells in Australia are typically equipped with necessary instrumentation and automation systems to provide real-time...

... as the associated deferred production may overwhelm the economic viability of the field. The primary reason for workovers is progressive cavity pump (PCP) system failures. Here, we demonstrate the use of a machine learning framework that can be used to customise each workover configuration such that it optimises...

... Abstract Current market conditions in the oil industry call for cost effective well intervention methods to optimize production in wells completed with Insertable Progressing Cavity Pumps (I-PCPs). Rigless rod-string conveyance of I-PCP's traditionally rely on Pump Seating Nipples (PSNs...

... downturn triggered by low oil prices. beam pumping investment Efficiency pump system electric consumption artificial lift system submersible direct-drive screw pump rodless artificial lift technology application consumption progressing cavity pump artificial lift technology Cost...

... production. A rodless artificial lift system, electric submersible progressive cavity pump (ESPCP), was developed and had been successfully deployed. This paper focuses on the ESPCP technology and field application. The system included a progressive cavity pump driven by a downhole permanent magnet...

... Efficiency characteristic beam pumping SAGD multiple stage vane pump production technology operation torque bitumen rotational speed 6-stage mvp drive head progressing cavity pump thermal production well vane pump oil sand steam injection valve Transmission section society of petroleum...

... contribution to the popularization of Electronic Submersible Progressing Cavity Pump (ESPCP). This paper will present the details of this design and experiments. progressing cavity pump Upstream Oil & Gas pressure measurement system cylinder capillary tube field application dynamic liquid level...

... and easy to maintain. beam pumping system efficiency progressing cavity pump Upstream Oil & Gas heating rod direct-drive electric submersible plunger pump submersible linear motor plunger pump oil-well pump electrical heating rod submersible plunger pump lifting technology submersible...

... of the technology. artificial lift system PetroChina Upstream Oil & Gas diameter protector motor protector application rod-tubing wear problem shaft rodless pcp technology oil field torque PCP field trial analyzing progressing cavity pump oil production operation requirement flexible...

... downhole pumping types have been assessed to tackle these issues such as Electric Submersible Pump (ESP), Progressive Cavity Pump (PCP), and Linear Rod Pump (LRP). Considering hilly swampy conditions of the field that requires more compact type of surface unit and flexible to match displacement rate...

.... Permission to reproduce in print is restricted to an abstract of not more than 300 words; illustrations may not be copied. The abstract must contain conspicuous acknowledgment of SPE copyright. References References [1] Majid Delpassand . Progressing cavity pump design optimization...

... Abstract During the operation of Progressive Cavity Pumps (PCPs), the problem of internal slip which defines the pump performance in terms of volumetric efficiency and lifting capacity always occurs. However, due to the complex geometrical structure and coupling interactions between the stator...

... Abstract This paper presented the development of Progressing Cavity Pump (PCP) technologies in Daqing Oilfield during the past 27 years, covering the successful experiences and lessons learned. The history of PCP lifting technology development was reviewed in the round. Several main PCP...

... Abstract The original Kulin Horizontal well project scope was to drill two horizontal wells and run Electric Submersible Progressive Cavity Pumps (ESPCP's). ESPCP is a combination of Progressive Cavity Pump (PCP) and Electric Submersible Pump (ESP) motor as a down hole fluid lifting system...

... progressing cavity pump beam pumping multiphase pump production monitoring workover frequency desert petroleum engineer el-emam spe 64508 history drillstem/well testing reservoir surveillance production control gulf petrobel Introduction The decision of which artificial lift system to use...

... Abstract To realize the high comprehensive production economic benefit of the lateral directional drilling well, one method, progressive cavity pump-jet pump production method, for lateral directional drilling well is studied in this paper. Its principle is introduced and the main...