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DPL LTD is evaluating three options to replace the sucker rod pump at well 3-22-21-26W4M near Herronton, Alberta: 1) a progressive cavity pumping system, 2) a beam pump/reciprocating rod pump, or 3) an electric submersible pumping system. After analyzing the well information and characteristics of each system, DPL LTD decides the progressive cavity pumping system would be the best replacement as it has lower operating and maintenance costs, typically higher operating efficiency, and has proven successful in the area.
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TangentFlow Technical Paper FINAL 221015 OCT 22 2015
The document discusses the design and testing of a new ball valve insert called the vortex insert. The goal was to improve the efficiency and reliability of sucker rod pumps. Laboratory testing found that a prototype insert with a 10mm clockwise helical twist reduced pressure drop by an average of 40% compared to conventional bar-bottom inserts, resulting in 58% more flow. Field data also showed increased production and a 25% reduction in operating costs after installing the new inserts. The vortex insert design aims to minimize issues like pressure drop, gas breakout, and solids buildup that reduce pump efficiency by forcing fluid into a stabilizing vortex motion through the ball valve.
Artificial Lift Products from Evolution Oil Tools
In the US, 96 percent of oil and gas wells require artificial lift when they are established. Worldwide only about 5% of today’s wells have enough natural lift to be profitable. Artificial lift refers to the process by which internal pressure of an oil reservoir is raised in order to drive oil to the surface. This system increases the productivity of the well.
Evolution Oil Tools has a complete selection of Artificial Lift Tools and accessories to meet your needs.
IRZ artificial lift solutions [version 1.2 july 2016]
IRZ artificial lift solutions:
- Downhole monitoring systems for ESP (downhole sensor, surface acquisition unit);
- Downhole monitoring systems with flow meter;
- Downhole monitoring systems for dual ESP production;
- Electromagnetic anti-scaling downhole system for ESP;
- Downhole monitoring systems for rod-pumps/ PCP/ Gas Lift/ Flowing Wells;
- Сontrol stations (VSD, Soft Starters, Switchboards) for ESP, PCP, rod-pumps.
Esp systems Presentation
Brief presentation about ESP systems "artificial lifting" and focus on Egyptian market and on Novomet ESP manufacturer
1053 tubing%20 performance1
The document discusses tubing performance in oil wells. It explains that tubing performance describes the outflow of hydrocarbons from the bottom of the well to the surface. Key factors that influence tubing performance include flowing tubing pressure, tubing length and diameter, fluid composition, and friction. Common terms used in tubing performance are intake pressure curve (IPC), tubing performance curve (TPC), and choke performance curve (CPC). The document provides examples of how varying these parameters can impact flowing bottomhole pressure and flow rates. It also discusses tubing sizing exercises and multiphase flow patterns in wells.
Subsurface Pumps, pumpsandpipesmdhc
The document discusses various pumping systems used in oil and gas extraction. It lists several common pumping methods including gas lift, plunger lift, sucker rod pumps, electric submersible pumps, hydraulic jet pumps, progressing cavity pumps, and notes that the challenge is efficiently transferring energy to deeper pumps in increasingly difficult environments. It concludes by inviting questions about oilfield pumping equipment photos.
Nodal analysis
Nodal Analysis way of solving Circuitry Problems.
Circuit II
Cavite State University
Rosario Campus
Artificial lift technology
The document discusses various artificial lift technologies used in oil production, including reciprocating rod lift systems, progressing cavity pumps, gas lift systems, plunger lift systems, hydraulic lift systems, and electric submersible pumps. It provides details on the advantages and limitations of each system, as well as parameters for determining appropriate applications, such as operating depth, volume, temperature, and wellbore characteristics. Selection of the optimal artificial lift method involves a systematic evaluation process to maximize return on investment.
Nodal analysis
Production Optimization using nodal analysis. The nodal systems analysis approach is a very flexible method
that can be used to improve the performance of many well
systems. The nodal systems analysis approach may be used to analyze
many producing oil and gas well problems. The procedure can
be applied to both flowing and artificial
Tubing Performance Relation (TPR)
The document discusses well deliverability and pressure drop in oil and gas wells. It explains that pressure drop is affected by properties of the reservoir fluids, production rates, and the mechanical configuration of the wellbore. Pressure loss is highest in the tubing and can be estimated using charts, correlations, or equations that consider fluid properties, flow rates, and well geometry. Matching inflow and outflow pressures gives the stabilized flow rate. The document compares methods for estimating pressure drop in single-phase and multiphase flow.
Improve production from your SRP wells by as much as 30%
DNOW are proud to introduce the Black Gold Double Displacement Pump. Increase your production by up to 30% with an improved downhole pumps that does not increase load on the surface pumping unit.
Production restriction in slim hole wells? Try the double displacement pump from DNOW / Black Gold.
Petroleum production engineering
This document provides a preface and overview for a textbook on petroleum production engineering. It discusses how modern computer technologies have revolutionized the petroleum industry and motivated the authors to write this textbook. The textbook is intended to provide production engineers with guidelines for designing, analyzing, and optimizing petroleum production systems using computer-assisted approaches. It covers topics like well performance, artificial lift methods, and production enhancement techniques across 18 chapters in 4 parts. The preface provides details on the intended audience, topics covered, and goals of presenting engineering principles through examples and companion computer programs.
Electrical submersible pump
This document discusses electrical submersible pump analysis and design. It focuses on three key areas: well inflow performance behavior, fluid pressure-volume-temperature and phase behavior, and pump equipment performance specifications. It emphasizes the importance of modeling the well, fluids, pump, and motor as an interconnected system and analyzing each pump stage individually. Periodic monitoring using specialized software is also recommended to identify changes that could impact pump life.
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University of Buea SPE Student Chapter Presentation
University of Buea SPE Student Chapter Presentation
Sucker rod pumping short course!!! ~downhole diagnostic
Sucker rod pumping short course!!! ~downhole diagnostic
TangentFlow Technical Paper FINAL 221015 OCT 22 2015
TangentFlow Technical Paper FINAL 221015 OCT 22 2015
IRZ artificial lift solutions [version 1.2 july 2016]
IRZ artificial lift solutions [version 1.2 july 2016]
Improve production from your SRP wells by as much as 30%
Improve production from your SRP wells by as much as 30%
Similar to Presentation211 1264359193394 Phpapp01
2 PCCE White_Paper-Rev5
The document describes a Power Conditioning and Control Equipment (PCCE) system designed to improve the efficiency and production of oil wells that use sucker rod pumps. The PCCE replaces the pump motor with a more efficient motor and power electronics to precisely control the motor. Sensors monitor the pump mechanics to detect stresses and optimize the stroke cycle. This allows increasing production while reducing stresses on equipment. The PCCE is estimated to reduce energy and demand costs by 10-15% on average while increasing oil production by 15-20% through intelligent control of the pump stroke cycle. It also provides operators with analytics to monitor individual well performance.
a single stage photovoltaic system for a dual-inverter-fed open-end winding i...
This document presents a single-stage photovoltaic system for driving an open-end winding induction motor for pumping applications. The key aspects are:
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3) Analytical modeling, simulations, and experimental results are presented to validate the performance of the system under different environmental conditions.
Pump efficiency
This document discusses methods for assessing the energy performance of water pumps. It describes how to measure key parameters like flow, head, and power to determine a pump's efficiency. Flow can be measured using tracer methods, ultrasonic meters, or by filling a tank. Total head is the difference between suction and discharge heads. Pump efficiency is the fluid power divided by the power input. The document also explains how to construct a system resistance curve and compare it to the pump curve to evaluate performance and identify efficiency losses over time.
EE6009 unit 4
This document discusses various topics related to analysis of wind and PV systems including:
- Standalone and grid-connected operation of fixed and variable speed wind energy conversion systems and solar photovoltaic systems.
- Grid integration issues for permanent magnet synchronous generator (PMSG) and squirrel-cage induction generator (SCIG) based wind energy conversion systems, as well as grid-integrated solar systems.
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- Design of hybrid renewable energy systems and factors affecting the plant economy of renewable power plants such as initial capital cost
pumps and pump chart basics, applications ,types etc.
The PPT is about pumps and basic pump charts, you may also Learn about different types of pumps, their applications, working principles, and design considerations.
NOTE- the PPT was made to present for semester internals.
Using A Hydraulic Ram to Pump Livestock Water
This document discusses using a hydraulic ram pump to pump livestock water from a flowing stream to a higher elevation. Hydraulic ram pumps use the energy in a falling column of water to pump water upwards without an external energy source. They work by creating water hammer pressure increases that open and close valves to pump a small amount of water with each cycle. Proper sizing of the ram pump, drive pipe, delivery pipe, fall, and lift are required for efficient operation. Tables provide guidance on estimating pump output and selecting an appropriately sized ram pump based on site characteristics. A surge tank can be used if the natural stream gradient is insufficient to provide the needed drive pipe fall.
International Journal of Computational Engineering Research(IJCER)
International Journal of Computational Engineering Research(IJCER) is an intentional online Journal in English monthly publishing journal. This Journal publish original research work that contributes significantly to further the scientific knowledge in engineering and Technology.
Using a Hydraulic Ram to Pump Livestock Water - British Columbia
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Using a Hydraulic Ram to Pump Livestock Water - British Columbia
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http://scribd.com/doc/239851110 ~Powerician Solar Pumping System Kits
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Performance evolution of a PMSG based WECS using maximum power point tracking...
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SUMMER TRAINNING REPORT ELECTRIC LOCOSHED KANPUR
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SIX PHASE TRANSMISSION SYSTEM REPORT
Power optimization using six phase transmission systems provides several benefits over traditional three phase systems. A six phase system can transfer up to 73% more power than a three phase double circuit line using the same transmission right-of-way. Six phase systems have lower line voltages for the same power transfer, reducing electric field, radio noise, audible noise, and corona losses. While six phase end equipment such as transformers and circuit breakers are more expensive, the reduced line costs result in similar total costs compared to upgraded three phase systems. Studies have shown six phase systems to have better reliability, voltage regulation, stability, and current balance.
....................Coupling Failure.pdf
A motor fault caused a coupling failure between an electric motor and gearbox driving a compressor. During startup after maintenance, the motor speed fluctuated, exciting a torsional vibration mode that caused tremendous torque loads over 4 times the rated capacity on the high speed coupling. This caused the compressor side disc pack and spacer to buckle and break apart, ejecting the center section through the guard. A loose wire on the motor diode wheel was found to be the root cause of the speed fluctuations. Ensuring proper wiring after electrical work and evaluating torsional response to transients can prevent such rare but dangerous coupling failures.
Electric traction
The document summarizes electric traction systems used for railways. It discusses the types of electric traction which include DC traction using direct current from overhead lines or third rails, and AC traction using alternating current from overhead lines. It describes the components of electric locomotives like transformers, rectifiers, inverters, traction motors. It also discusses track electrification systems like single catenary construction and compound catenary construction. The document provides an overview of the key elements of electric traction systems used for rail transport.
Calculation of Forces on Reactor Containment Fan Cooler Piping.pdf
This paper compares hydraulic load calculations for reactor containment fan cooler (RCFC) piping using the Electric Power Research Institute (EPRI) methodology and RELAP5 simulations. Both methods were used to model the hydraulic behavior of the RCFC system during a loss of offsite power and loss of coolant accident. The RELAP5 simulation produced larger pressure pulses and resulting hydraulic loads than the EPRI methodology due to conservative modeling assumptions in RELAP5. However, both methods can accurately generate hydraulic loads for evaluating RCFC piping integrity.
2013 IEEE Eee m.tech 2013 titles with abstracts
The document provides information about academic projects available for M.Tech students in electrical engineering at EEE for the 2013-2014 academic year. It lists several potential project topics in areas like transmission and distribution, renewable energy, motor drives, power electronics, and MATLAB/Simulink modeling. It also provides contact information for students to get more details on project descriptions and includes a table with 7 sample past project titles from 2013. The document aims to help students identify suitable project topics and contact faculty for further information.
Partial discharge monitoring of High Voltage Assets - TATA Steel Scunthorpe
Extensive Presentation with 14 Case Studies from High Voltage Assets Preventative Maintenance by Non-intrusive testing using Partial Discharge detection and monitoring equipment. This Presentation contains: Author's Key Facts, Integrated Steelworks Plants brief overview of processes and Biggest Private HV Network in the UK Single Line Diagram - to highlight importance of HV Assets importance to the whole site uninterrupted operations, 14 case studies showing various High Voltage Switchgear and Transformers Partial Discharge issues detected, located and eliminated by prompt action.
Wind Energy
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Modeling & simulation of hydraulic pitch actuator for wind turbine.
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Presentation211 1264359193394 Phpapp01
- 1. DPL LTD. Clint Dalziel Owen Lanktree SeemaPallan
- 2. Replace Sucker rod pump at the well 3-22-21-26W4M near Herronton, Alberta. Based on our comparison of these three pumps 1) Progressive Cavity Pumping System 2) Beam Pump/ Reciprocating Rod Pump 3) Electric Submersible Pumping System Artificial Oil Lift Technologies -Agenda
- 8. Reciprocating Rod Pump Travelling
- 11. Electric Submersible Pumps Shaft Housing Diffuser Impeller MLE Cable Submersible Pump Intake Protector Motor
- 14. Summary of Condition Ranges
- 15. Replace the sucker rod system at 3-22-21-26W4M near Herronton Gas Plant Use the information we were given and our knowledge of the three systems to choose the best system for this well. Problem
- 16. 3-22-21-26W4M 3-22-21-26W4M Offsetting Wells
- 17. Operating Conditions 03-22-21-26W4M Bottomhole Conditions .
- 19. Production Comparison PCP PCP RRP RRP RRP RRP ESP RRP ESP RRP
- 21. We have decided the more expensive Progressive Cavity system would be the best system to replace the pump on this well with. Conclusion
- 22. The PCP system has: Lower pump cost, which allows us to replace tubing within the same cost range as an ESP or Rod Pump system. Lower operating and maintenance cost. Typically higher operating efficiency. High reliability if good operating. practises are followed. Proven to produce well in this area. Why?
- 24. Sources http://www2.agric.gov.ab.ca/icons/acis/maps/agricultural_land_resource_atlas_of_alberta/overview/township_grid_system_of_alberta/alberta_township_grid_big_map.png http://www.glossary.oilfield.slb.com/files/OGL05015.gif http://upload.wikimedia.org/wikipedia/commons/archive/3/3f/20080803011212!Pump_Jack_labelled.png http://www.weatherford.com http://www.spe.org/jpt/2009/08/performance-benefits-of-progressing-cavity-pumps-touted/ http://www.glossary.oilfield.slb.com/DisplayImage.cfm?ID=523
- 25. Initial cost is ranked lowest to highest as follows: 1) Progressive Cavity 2) Reciprocating Rod Pump 3) Electric Submersible Pump Typically the capital cost of a Progressive Cavity System is ½ what a Reciprocating Rod Pump costs, and 1/5 what an ESP system costs. We are only replacing an existing system so some costs are omitted. Initial Cost
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