PCM Oil & Gas Artificial Lift
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Sucker Rod Pump (SRP)
Sucker rod pumps are a type of artificial lift used in oil wells that involves components both above and below ground. The surface pumping unit is connected via sucker rods to the subsurface pump located downhole. The pumping cycle involves the plunger moving up and down inside the barrel, using the traveling or standing valves to draw fluid into the barrel on the upstroke and push it up on the downstroke. Sucker rod pumps are suitable for shallow wells producing 10-1000 bbl/day but become less effective at greater depths or in wells with high gas levels.
Reservoir Primary Recovery Mechanisms
The document discusses various primary recovery mechanisms for oil and gas reservoirs. It describes the natural depletion drive mechanism where natural reservoir energy is used initially. Solution gas drive and gas cap drive are discussed where gas expansion provides the energy. Water drive mechanisms are also explained, where an aquifer provides the pressure to produce hydrocarbons. Different characteristics of depletion drive, gas cap drive, and water drive on pressure behavior, gas-oil ratio, water production and oil recovery percentages are compared. The document also briefly touches on gravity drainage drive and combination drive mechanisms.
IRZ artificial lift solutions [version 1.4 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.
Qsusa oil & gas recovery
The document summarizes various methods used to extract oil from reservoirs, including primary, secondary, and tertiary (enhanced) recovery. Primary recovery relies on natural underground pressures to extract about 20% of oil. Secondary methods like water flooding are used when pressures decline to obtain 25-35% of oil. Tertiary or EOR methods like steam injection and carbon dioxide flooding are employed to further reduce viscosity and increase recovery rates up to 50%, allowing 5-15% more oil to be extracted.
Gas Lift Design: Comparative Study of Continuous and Intermittent Gas Lift (C...
This document was produced as part of my final year project of training to obtain a petroleum engineering diploma.
The aim of this project is to make a comparative study between continuous and intermittent gas lift systems based on real data from an oil well in Algeria, and to choose the system best suited to increase the production of the well.
This study was carried out by a manual design using the method of “fixed pressure drop” for the continuous gas lift system and “fallback gradient” method for intermittent gas lift system.
We were able to determine at the end of this study that the system best suited to the current conditions of our well would be the intermittent gas lift system and we also proposed that it should be combine with the "plunger lift " system in order to increase the efficiency of the intermittent gas lift system by eliminating problems linked to the phenomenon of" fallback " thus increase the production of our 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.
Fuel injector
A fuel injector injects atomized fuel into the cylinder in the proper quantity. It is the main component of a fuel injection system and is a spray delivery device. There are mechanical and electronic fuel injectors. Mechanical injectors use a single piston to pump, mix, and inject fuel while electronic injectors are controlled by an ECU through electromagnetic coils. Fuel injectors have components like a nozzle, needle valve, spring, and body to atomize and distribute fuel uniformly in the cylinder.
Recommended
Sucker Rod Pump (SRP)
Sucker rod pumps are a type of artificial lift used in oil wells that involves components both above and below ground. The surface pumping unit is connected via sucker rods to the subsurface pump located downhole. The pumping cycle involves the plunger moving up and down inside the barrel, using the traveling or standing valves to draw fluid into the barrel on the upstroke and push it up on the downstroke. Sucker rod pumps are suitable for shallow wells producing 10-1000 bbl/day but become less effective at greater depths or in wells with high gas levels.
Reservoir Primary Recovery Mechanisms
The document discusses various primary recovery mechanisms for oil and gas reservoirs. It describes the natural depletion drive mechanism where natural reservoir energy is used initially. Solution gas drive and gas cap drive are discussed where gas expansion provides the energy. Water drive mechanisms are also explained, where an aquifer provides the pressure to produce hydrocarbons. Different characteristics of depletion drive, gas cap drive, and water drive on pressure behavior, gas-oil ratio, water production and oil recovery percentages are compared. The document also briefly touches on gravity drainage drive and combination drive mechanisms.
IRZ artificial lift solutions [version 1.4 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.
Qsusa oil & gas recovery
The document summarizes various methods used to extract oil from reservoirs, including primary, secondary, and tertiary (enhanced) recovery. Primary recovery relies on natural underground pressures to extract about 20% of oil. Secondary methods like water flooding are used when pressures decline to obtain 25-35% of oil. Tertiary or EOR methods like steam injection and carbon dioxide flooding are employed to further reduce viscosity and increase recovery rates up to 50%, allowing 5-15% more oil to be extracted.
Gas Lift Design: Comparative Study of Continuous and Intermittent Gas Lift (C...
This document was produced as part of my final year project of training to obtain a petroleum engineering diploma.
The aim of this project is to make a comparative study between continuous and intermittent gas lift systems based on real data from an oil well in Algeria, and to choose the system best suited to increase the production of the well.
This study was carried out by a manual design using the method of “fixed pressure drop” for the continuous gas lift system and “fallback gradient” method for intermittent gas lift system.
We were able to determine at the end of this study that the system best suited to the current conditions of our well would be the intermittent gas lift system and we also proposed that it should be combine with the "plunger lift " system in order to increase the efficiency of the intermittent gas lift system by eliminating problems linked to the phenomenon of" fallback " thus increase the production of our 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.
Fuel injector
A fuel injector injects atomized fuel into the cylinder in the proper quantity. It is the main component of a fuel injection system and is a spray delivery device. There are mechanical and electronic fuel injectors. Mechanical injectors use a single piston to pump, mix, and inject fuel while electronic injectors are controlled by an ECU through electromagnetic coils. Fuel injectors have components like a nozzle, needle valve, spring, and body to atomize and distribute fuel uniformly in the cylinder.
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.
Artificial lift method
Artificial lift technology uses mechanical devices like pumps or velocity strings to increase the flow of liquids like oil or water from production wells. Artificial lift is needed when reservoir pressure is insufficient to lift fluids to the surface. Common artificial lift systems include reciprocating rod lift, progressing cavity pumping, hydraulic lift, gas lift, plunger lift, and electric submersible pumping. The appropriate system depends on factors like well characteristics, reservoir properties, fluids, surface constraints, and economics. Key components include pumping units, motors, sucker rods, pumps and accessories. Benefits include flexibility and ability to optimize production levels. Limitations depend on the specific system but may include depth rating, temperature sensitivity, fluid properties, or need for a
Oil & Gas Recovery
This document discusses various methods for oil extraction and recovery from oil reservoirs, including primary, secondary, and tertiary (enhanced) recovery. Primary recovery relies on natural underground pressures to extract about 20% of oil. Secondary methods like water flooding are used when pressures decline to recover 25-35% total. Tertiary recovery uses techniques like steam injection or carbon dioxide flooding to further reduce oil viscosity and extract additional 5-15% of remaining oil, for a total recovery of up to 50% overall.
Enhanced Oil Recovery EOR using flooding polymer ( Polyacrylamide )
There are three main types of oil recovery:
- Primary recovers oil using reservoir pressure
- Secondary uses water or gas injection to maintain pressure for additional oil recovery
- Tertiary (Enhanced Oil Recovery/EOR) introduces fluids like polymers to increase recovery by reducing viscosity and improving flow. EOR techniques like polymer flooding can increase production significantly, such as from 10 to 50 barrels per day. EOR represents a large market and revenues are growing. Proper management is needed to control environmental impacts of EOR produced water.
Enhanced oil recovery
This document discusses enhanced oil recovery (EOR) methods that can be used to extract additional oil from reservoirs when traditional production methods become inefficient. It outlines three main EOR techniques: chemical injection, miscible displacement, and thermal recovery. Chemical and miscible displacement methods involve injecting gases or chemicals to mobilize remaining oil, while thermal recovery uses steam injection to reduce oil viscosity in heavy oil reservoirs. The overall goal of EOR is to maximize the amount of oil recovered from each reservoir or well.
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LFL_Workbook 2010
This document is a workbook about creating a sustainable home garden. It begins with an introduction explaining that conventional gardens can damage the environment but that home gardens can begin to repair natural systems by working with nature. The workbook then covers topics like understanding your site, improving soil health, conserving water, selecting plants, and using environmentally-friendly materials. It provides advice and best practices for gardening in an eco-friendly way.
Organic chemist
Daniel K. Lesniewski has over 15 years of experience in organic synthesis, analytical chemistry, and process development. He holds an M.Sc. in Organic Chemistry from Colorado State University-Pueblo and a B.Sc. in Chemistry from the same institution. His experience includes positions at Corden Pharma, Avista Pharma Solutions, General Air, Amgen, Lexmark International, and Colorado State University, where he has experience in multi-step organic synthesis, analytical instrumentation, scale-up reactions, method development, and research.
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James Jones is a graduating senior at Tennessee State University pursuing a double major in civil engineering and math with above a 3.0 GPA. He is actively involved in student organizations and was formerly the president of Omega Psi Phi fraternity. As a project engineer intern, his responsibilities include submitting review, updating construction drawings, writing scopes of work and proposals. He is also trained in areas like surveying, fire safety, and OSHA regulations. In his free time, he enjoys spending time with his son, volunteering, and mentoring students.
Resume-Sanjay Kumar
Sanjay Kumar's resume provides details of his certifications, training courses completed, and sea experience working aboard various vessels as a deck cadet and officer. It lists his travel documents, STCW certificates in areas like firefighting and survival craft, additional training in topics such as dynamic positioning and tanker familiarization, and over 8 years of experience with companies operating vessels in India, Singapore, and Europe.
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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.
Artificial lift method
Artificial lift technology uses mechanical devices like pumps or velocity strings to increase the flow of liquids like oil or water from production wells. Artificial lift is needed when reservoir pressure is insufficient to lift fluids to the surface. Common artificial lift systems include reciprocating rod lift, progressing cavity pumping, hydraulic lift, gas lift, plunger lift, and electric submersible pumping. The appropriate system depends on factors like well characteristics, reservoir properties, fluids, surface constraints, and economics. Key components include pumping units, motors, sucker rods, pumps and accessories. Benefits include flexibility and ability to optimize production levels. Limitations depend on the specific system but may include depth rating, temperature sensitivity, fluid properties, or need for a
Oil & Gas Recovery
This document discusses various methods for oil extraction and recovery from oil reservoirs, including primary, secondary, and tertiary (enhanced) recovery. Primary recovery relies on natural underground pressures to extract about 20% of oil. Secondary methods like water flooding are used when pressures decline to recover 25-35% total. Tertiary recovery uses techniques like steam injection or carbon dioxide flooding to further reduce oil viscosity and extract additional 5-15% of remaining oil, for a total recovery of up to 50% overall.
Enhanced Oil Recovery EOR using flooding polymer ( Polyacrylamide )
There are three main types of oil recovery:
- Primary recovers oil using reservoir pressure
- Secondary uses water or gas injection to maintain pressure for additional oil recovery
- Tertiary (Enhanced Oil Recovery/EOR) introduces fluids like polymers to increase recovery by reducing viscosity and improving flow. EOR techniques like polymer flooding can increase production significantly, such as from 10 to 50 barrels per day. EOR represents a large market and revenues are growing. Proper management is needed to control environmental impacts of EOR produced water.
Enhanced oil recovery
This document discusses enhanced oil recovery (EOR) methods that can be used to extract additional oil from reservoirs when traditional production methods become inefficient. It outlines three main EOR techniques: chemical injection, miscible displacement, and thermal recovery. Chemical and miscible displacement methods involve injecting gases or chemicals to mobilize remaining oil, while thermal recovery uses steam injection to reduce oil viscosity in heavy oil reservoirs. The overall goal of EOR is to maximize the amount of oil recovered from each reservoir or well.
Traffic Evaluation DONE
This document analyzes traffic conditions at the intersection of Walter S. Davis Blvd and 39th Ave in 2015 and projects traffic to 2035. It finds that in 2015, traffic flows well with levels of service A and B. However, by 2035 without improvements, most lanes would be at levels of service C-F, requiring changes. Recommended changes include adding turn lanes and storage lanes to improve 2035 conditions.
LFL_Workbook 2010
This document is a workbook about creating a sustainable home garden. It begins with an introduction explaining that conventional gardens can damage the environment but that home gardens can begin to repair natural systems by working with nature. The workbook then covers topics like understanding your site, improving soil health, conserving water, selecting plants, and using environmentally-friendly materials. It provides advice and best practices for gardening in an eco-friendly way.
Organic chemist
Daniel K. Lesniewski has over 15 years of experience in organic synthesis, analytical chemistry, and process development. He holds an M.Sc. in Organic Chemistry from Colorado State University-Pueblo and a B.Sc. in Chemistry from the same institution. His experience includes positions at Corden Pharma, Avista Pharma Solutions, General Air, Amgen, Lexmark International, and Colorado State University, where he has experience in multi-step organic synthesis, analytical instrumentation, scale-up reactions, method development, and research.
intern powerpoint
James Jones is a graduating senior at Tennessee State University pursuing a double major in civil engineering and math with above a 3.0 GPA. He is actively involved in student organizations and was formerly the president of Omega Psi Phi fraternity. As a project engineer intern, his responsibilities include submitting review, updating construction drawings, writing scopes of work and proposals. He is also trained in areas like surveying, fire safety, and OSHA regulations. In his free time, he enjoys spending time with his son, volunteering, and mentoring students.
Resume-Sanjay Kumar
Sanjay Kumar's resume provides details of his certifications, training courses completed, and sea experience working aboard various vessels as a deck cadet and officer. It lists his travel documents, STCW certificates in areas like firefighting and survival craft, additional training in topics such as dynamic positioning and tanker familiarization, and over 8 years of experience with companies operating vessels in India, Singapore, and Europe.
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IRZ artificial lift solutions [version 1.2 july 2016]
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Enhanced Oil Recovery EOR using flooding polymer ( Polyacrylamide )
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