-
Webinar: Field Development Plan
published: 02 Oct 2022
-
Oil and Gas Field Development in Western Australia | Balnaves #oilandgas
Balnaves is an offshore oil field located in Exploration Permit area WA-356-P, approximately 134km south-east of Mardie Station, in the Pilbara region of Western Australia.
The field is situated at a water depth of 135m, in the northern Carnarvon Basin, roughly 180km off the Western Australian coast.
The $438m Balnaves development project is operated and managed by Apache Julimar, a wholly-owned Australian subsidiary of the Apache Corporation, an oil and gas exploration and production company based in the US.
Apache Julimar’s working interest in the project was 65%. The remaining 35% stake is owned by the Kuwait Foreign Petroleum Exploration Company (KUFPEC).
Woodside Petroleum acquired Apache’s interest in the project in June 2014 in a deal that also included the acquisition of Wheats...
published: 15 Jan 2022
-
Sangomar Field Development EN
The Sangomar field, (formerly the SNE field), containing both oil and gas, is located 100 kilometres south of Dakar and will be Senegal’s first offshore oil development. First oil production is targeted in early 2023.
published: 20 Sep 2022
-
Oil and Gas Field Development Lifecycle Process
This video explains oil & gas field lifecycle development through its various phrases like access to site, appraisal wells, development, production and decommissioning of site. It highlights the work carried out in every phase of oil and gas filed development through PowerPoint animation.
Channel Name:
#GraspEngineering
Engineering Videos:
1. Crude Oil Separation using Emulsion Treater Vessel through Animation
https://www.youtube.com/watch?v=fU6SoOPPlos
2. Mold Making process for Casting
https://www.youtube.com/watch?v=KZHnp34H3TU
3. The Biggest Wind Turbine Platform in the World, Haliade-X
https://www.youtube.com/watch?v=DPCfW2zDVaU
4. Shot Blasting machine and How it works in industry
https://www.youtube.com/watch?v=E9qK__LR4XY
5. Drilling Machine Working sensitive type
https://www.youtu...
published: 20 Oct 2018
-
Offshore field development
Source: EnQuest plc
For more videos visit our gallery: https://www.youtube.com/channel/UCncN... For more info visit: http://www.serintel.org
published: 17 Oct 2017
-
Field developments in Khazer
@flairMC
Field developments in #Khazer
#Mosul #MosulOps #MosulAid #MosulOffensive #Worldnews #Iraq #News #Newsjournalism
published: 24 Oct 2016
-
Development and Decommissioning of Brent Field
For four years, Robert Cullen lived and worked on the Shell Brent Delta platform, the world's largest construction vessel. He is now taking part in it's decommission as it is lifted off to be taken to Hartlepool for recycling.
To learn more abou the development and decomissioning of Brent Field click here: https://www.ice.org.uk/what-is-civil-engineering/what-do-civil-engineers-do/brent-field-oil-rig-decommissioning
published: 09 Apr 2018
-
Next generation field development planning
Aker BP and Halliburton join forces to co-develop next generation field development planning software. Through Field Development Planning, Aker BP can make data-driven decisions for entire field concepts, covering both subsurface and well construction. This way, the company gains a much better understanding of uncertainty and risks associated with field development concepts. Furthermore, this enables us to make decisions much earlier and with better quality in the design than before.
Aker BP and Halliburton are already revolutionizing well planning and construction on Halliburton’s IEnergy cloud solution through Collaborative Well Planning and Digital Well Program.
Field Development Planning is next in line and will be available during 2022.
published: 25 May 2022
-
Subsea Field Development
SURF, Subsea Production Systems, Subsea Systems Installation, Project Management and Interface
published: 23 Apr 2016
-
Lecture (2):-Part.3: The Field Development Plan (FDP)
FREE Online Course
Reservoir Modelling
Course Description: Efficient reservoir developments require a good understanding of reservoir and production systems. MBAL contains the classical reservoir engineering tool, using analytical techniques to analyze the fluid dynamics in the reservoir. This Course will include a field as a Case Study to practice the knowledge with MBAL Software.
Join Now!
and Get the Full-Practical Oil Field Data in Excel sheet
Contact us:
petrosoft.contact@gmail.com
Course Instructor: Eng. Moataz Altarhoni
E-mail: moataz.iltarhoni@gmail.com
Petrosoftware
Knowledge . Skills . Creative
published: 24 Apr 2020
3:30
Oil and Gas Field Development in Western Australia | Balnaves #oilandgas
Balnaves is an offshore oil field located in Exploration Permit area WA-356-P, approximately 134km south-east of Mardie Station, in the Pilbara region of Wester...
Balnaves is an offshore oil field located in Exploration Permit area WA-356-P, approximately 134km south-east of Mardie Station, in the Pilbara region of Western Australia.
The field is situated at a water depth of 135m, in the northern Carnarvon Basin, roughly 180km off the Western Australian coast.
The $438m Balnaves development project is operated and managed by Apache Julimar, a wholly-owned Australian subsidiary of the Apache Corporation, an oil and gas exploration and production company based in the US.
Apache Julimar’s working interest in the project was 65%. The remaining 35% stake is owned by the Kuwait Foreign Petroleum Exploration Company (KUFPEC).
Woodside Petroleum acquired Apache’s interest in the project in June 2014 in a deal that also included the acquisition of Wheatstone and Kitimat LNG projects.
The final investment decision for the offshore project was revealed by the two partners in late September 2011.
All contracts required for the development of the field were placed by June 2012. First oil from the Balnaves field was produced in August 2014. The net production from the field was 18,300 barrels (bbl) of oil equivalent a day as of October 2014.
Recoverable reserves and production
The field is estimated to hold gross recoverable reserves of up to 17 million barrels of oil and 30 billion cubic feet of gas.
The Balnaves FPSO has been producing at an average 30,000bbl a day since August 2014 and is expected to continue producing until 2018.
Discovery of the Balnaves oil field
The Balnaves field was discovered by Apache in May 2009. The Balnaves-1 discovery well was drilled by Stena Clyde, a self-propelled, semi-submersible drilling unit, when she was undertaking exploration and appraisal drilling in the Julimar-Brunello fields.
Balnaves-1 discovered light, sweet oil accumulated in a separate reservoir belonging to the Triassic Mungaroo formation, which overlies the Locker Shale. The well was drilled to a total depth of 3,261m and encountered 20m of net oil pay in the Mungaroo B20 sand.
The deliverability of the field was confirmed by Balnaves-2 and Balnaves-3 appraisal wells. The Balnaves Deep-1, drilled in March 2011, further delineated the field.
Balnaves-2 was drilled as a sidetrack to Balnaves-1. Balnaves-3, which was drilled in 2010, flowed at the rate of 9,076bbl of oil and 13 million cubic feet of gas a day during flow testing. Balnaves-4 was drilled as a sidetrack to Balnaves-3.
Balnaves Deep-2 and Balnaves Deep-3 appraisal wells were drilled by the Atwood Falcon semi-submersible drilling rig.
Balnaves offshore development and infrastructure
The development of the field comprised a subsea manifold, two production wells, one gas injection well and one water injection well tied back to an FPSO that processes liquids from the field.
The manifold is tied back to the Armada Claire floating production storage and offloading (FPSO) vessel featuring a disconnectable riser turret mooring (RTM) system.
Oil recovered from the production wells is first sent to the manifold, from where it is carried further to the FPSO via flexible pipelines and risers for separation, treatment and storage.
Produced water and gas are re-injected into the reservoir. Re-injected gas may be recovered in the future.
Armada Claire FPSO vessel processing capacity
Armada Claire is a double-hulled FPSO vessel owned by Bumi Armada. It was modified and upgraded in Singapore and, upon completion in late 2013, has been available for processing 80,000bbl of oil and 50 million cubic feet of natural gas a day.
It has a storage capacity of 750,000bbl and a reinjection capacity of 60,000bbl of water a day.
Contracts awarded for the Australian field
In September 2011, Bumi Armada was commissioned to supply and operate its Armada Claire vessel for a fixed period of four years.
The contract was worth approximately $478m (1.46bn Ringgit) and included an option for a four-year extension on an annual basis.
The FPSO was modified and upgraded by Keppel Shipyard as part of a contract given by Bumi Armada in April 2012.
Subsea installation work for the Balnaves project was undertaken by Technip under a $63m contract announced in July 2012. According to the contract, Technip provided project management, design, engineering and installation of 7km of flexible flowlines and risers, 3km of umbilicals; manifolds, spools, flying leads and jumpers, and a mooring system and riser column.
Subsea installation was carried out by Technip’s Deep Orient multipurpose installation and construction vessel.
West Coast Pilots provided marine pilotage services and marine consultancy advice for the Balnaves project.
https://wn.com/Oil_And_Gas_Field_Development_In_Western_Australia_|_Balnaves_Oilandgas
Balnaves is an offshore oil field located in Exploration Permit area WA-356-P, approximately 134km south-east of Mardie Station, in the Pilbara region of Western Australia.
The field is situated at a water depth of 135m, in the northern Carnarvon Basin, roughly 180km off the Western Australian coast.
The $438m Balnaves development project is operated and managed by Apache Julimar, a wholly-owned Australian subsidiary of the Apache Corporation, an oil and gas exploration and production company based in the US.
Apache Julimar’s working interest in the project was 65%. The remaining 35% stake is owned by the Kuwait Foreign Petroleum Exploration Company (KUFPEC).
Woodside Petroleum acquired Apache’s interest in the project in June 2014 in a deal that also included the acquisition of Wheatstone and Kitimat LNG projects.
The final investment decision for the offshore project was revealed by the two partners in late September 2011.
All contracts required for the development of the field were placed by June 2012. First oil from the Balnaves field was produced in August 2014. The net production from the field was 18,300 barrels (bbl) of oil equivalent a day as of October 2014.
Recoverable reserves and production
The field is estimated to hold gross recoverable reserves of up to 17 million barrels of oil and 30 billion cubic feet of gas.
The Balnaves FPSO has been producing at an average 30,000bbl a day since August 2014 and is expected to continue producing until 2018.
Discovery of the Balnaves oil field
The Balnaves field was discovered by Apache in May 2009. The Balnaves-1 discovery well was drilled by Stena Clyde, a self-propelled, semi-submersible drilling unit, when she was undertaking exploration and appraisal drilling in the Julimar-Brunello fields.
Balnaves-1 discovered light, sweet oil accumulated in a separate reservoir belonging to the Triassic Mungaroo formation, which overlies the Locker Shale. The well was drilled to a total depth of 3,261m and encountered 20m of net oil pay in the Mungaroo B20 sand.
The deliverability of the field was confirmed by Balnaves-2 and Balnaves-3 appraisal wells. The Balnaves Deep-1, drilled in March 2011, further delineated the field.
Balnaves-2 was drilled as a sidetrack to Balnaves-1. Balnaves-3, which was drilled in 2010, flowed at the rate of 9,076bbl of oil and 13 million cubic feet of gas a day during flow testing. Balnaves-4 was drilled as a sidetrack to Balnaves-3.
Balnaves Deep-2 and Balnaves Deep-3 appraisal wells were drilled by the Atwood Falcon semi-submersible drilling rig.
Balnaves offshore development and infrastructure
The development of the field comprised a subsea manifold, two production wells, one gas injection well and one water injection well tied back to an FPSO that processes liquids from the field.
The manifold is tied back to the Armada Claire floating production storage and offloading (FPSO) vessel featuring a disconnectable riser turret mooring (RTM) system.
Oil recovered from the production wells is first sent to the manifold, from where it is carried further to the FPSO via flexible pipelines and risers for separation, treatment and storage.
Produced water and gas are re-injected into the reservoir. Re-injected gas may be recovered in the future.
Armada Claire FPSO vessel processing capacity
Armada Claire is a double-hulled FPSO vessel owned by Bumi Armada. It was modified and upgraded in Singapore and, upon completion in late 2013, has been available for processing 80,000bbl of oil and 50 million cubic feet of natural gas a day.
It has a storage capacity of 750,000bbl and a reinjection capacity of 60,000bbl of water a day.
Contracts awarded for the Australian field
In September 2011, Bumi Armada was commissioned to supply and operate its Armada Claire vessel for a fixed period of four years.
The contract was worth approximately $478m (1.46bn Ringgit) and included an option for a four-year extension on an annual basis.
The FPSO was modified and upgraded by Keppel Shipyard as part of a contract given by Bumi Armada in April 2012.
Subsea installation work for the Balnaves project was undertaken by Technip under a $63m contract announced in July 2012. According to the contract, Technip provided project management, design, engineering and installation of 7km of flexible flowlines and risers, 3km of umbilicals; manifolds, spools, flying leads and jumpers, and a mooring system and riser column.
Subsea installation was carried out by Technip’s Deep Orient multipurpose installation and construction vessel.
West Coast Pilots provided marine pilotage services and marine consultancy advice for the Balnaves project.
- published: 15 Jan 2022
- views: 2589
4:38
Sangomar Field Development EN
The Sangomar field, (formerly the SNE field), containing both oil and gas, is located 100 kilometres south of Dakar and will be Senegal’s first offshore oil dev...
The Sangomar field, (formerly the SNE field), containing both oil and gas, is located 100 kilometres south of Dakar and will be Senegal’s first offshore oil development. First oil production is targeted in early 2023.
https://wn.com/Sangomar_Field_Development_En
The Sangomar field, (formerly the SNE field), containing both oil and gas, is located 100 kilometres south of Dakar and will be Senegal’s first offshore oil development. First oil production is targeted in early 2023.
- published: 20 Sep 2022
- views: 11088
14:17
Oil and Gas Field Development Lifecycle Process
This video explains oil & gas field lifecycle development through its various phrases like access to site, appraisal wells, development, production and decommis...
This video explains oil & gas field lifecycle development through its various phrases like access to site, appraisal wells, development, production and decommissioning of site. It highlights the work carried out in every phase of oil and gas filed development through PowerPoint animation.
Channel Name:
#GraspEngineering
Engineering Videos:
1. Crude Oil Separation using Emulsion Treater Vessel through Animation
https://www.youtube.com/watch?v=fU6SoOPPlos
2. Mold Making process for Casting
https://www.youtube.com/watch?v=KZHnp34H3TU
3. The Biggest Wind Turbine Platform in the World, Haliade-X
https://www.youtube.com/watch?v=DPCfW2zDVaU
4. Shot Blasting machine and How it works in industry
https://www.youtube.com/watch?v=E9qK__LR4XY
5. Drilling Machine Working sensitive type
https://www.youtube.com/watch?v=zLcEvFY5xXc
6. Introduction to practical Finite element analysis
https://youtu.be/Rp4PRLqKKXQ
7. Midsurface, Surface and weld creation using ANSYS Design Modular for Base Frame
https://www.youtube.com/watch?v=hzdRHs3VWHI
8. Vertical Pressure Vessel Modeling Using ANSYS Design Modular
https://www.youtube.com/watch?v=WXKUCky9CtA&t=2s
9. 1D beam topside module Structure Modeling using ANSYS workbench Design Modular
https://www.youtube.com/watch?v=2gNafn8B3EQ&t=1458s
10. FEA Static Analysis of Pressurized Stop valve using ANSYS Workbench
https://www.youtube.com/watch?v=naaFwGbSQoY
11. Nozzle Shell Junction FEA Analysis USING ANSYS
https://www.youtube.com/watch?v=jm9YitmmnQ0
12. Bolted Flange Gasket FEA Analysis Usign ANSYS Workbench
https://www.youtube.com/watch?v=vk0fp5k5MhM
13. Hydrostatic Pressure application in ANSYS
https://www.youtube.com/watch?v=VJ2uXYLNAUI
14. Vertical Pressure Vessel Hydrostatic test analysis as per ASME Guidelines using ANSYS Workbench
https://www.youtube.com/watch?v=8nrT9ok_LoA
15. Lifting Analysis of Horizontal pressure vessel using two lifting lugs in ANSYS, Part-1
https://www.youtube.com/watch?v=MkbU2BhaCLQ
16. Lifting Analysis of Horizontal pressure vessel using four lifting lugs in ANSYS, Part-2
https://www.youtube.com/watch?v=t6Hy36WNQxI
17. Introduction to Rotordynamic Analysis Using ANSYS, PART-1
https://www.youtube.com/watch?v=OlM7OI-A_Ng
18. Rotordynamic Modal Analysis of Impeller in ANSYS PART-https://www.youtube.com/watch?v=XHDY6Z92GE4
19. Ellipsoid Head with Eccentric Nozzle & Reinforcing Pad Modelling Using Ansys Design Modular
https://www.youtube.com/watch?v=_s9oB6hItp8
20. Hoop & Radial Stress correlation of pressure vessel with FEA using ANSYS
https://www.youtube.com/watch?v=yF8QsZ06Yps
21. Forklifting FEA Analysis of Base Frame using ANSYS
https://www.youtube.com/watch?v=m_G5H0Kl_Tc
https://wn.com/Oil_And_Gas_Field_Development_Lifecycle_Process
This video explains oil & gas field lifecycle development through its various phrases like access to site, appraisal wells, development, production and decommissioning of site. It highlights the work carried out in every phase of oil and gas filed development through PowerPoint animation.
Channel Name:
#GraspEngineering
Engineering Videos:
1. Crude Oil Separation using Emulsion Treater Vessel through Animation
https://www.youtube.com/watch?v=fU6SoOPPlos
2. Mold Making process for Casting
https://www.youtube.com/watch?v=KZHnp34H3TU
3. The Biggest Wind Turbine Platform in the World, Haliade-X
https://www.youtube.com/watch?v=DPCfW2zDVaU
4. Shot Blasting machine and How it works in industry
https://www.youtube.com/watch?v=E9qK__LR4XY
5. Drilling Machine Working sensitive type
https://www.youtube.com/watch?v=zLcEvFY5xXc
6. Introduction to practical Finite element analysis
https://youtu.be/Rp4PRLqKKXQ
7. Midsurface, Surface and weld creation using ANSYS Design Modular for Base Frame
https://www.youtube.com/watch?v=hzdRHs3VWHI
8. Vertical Pressure Vessel Modeling Using ANSYS Design Modular
https://www.youtube.com/watch?v=WXKUCky9CtA&t=2s
9. 1D beam topside module Structure Modeling using ANSYS workbench Design Modular
https://www.youtube.com/watch?v=2gNafn8B3EQ&t=1458s
10. FEA Static Analysis of Pressurized Stop valve using ANSYS Workbench
https://www.youtube.com/watch?v=naaFwGbSQoY
11. Nozzle Shell Junction FEA Analysis USING ANSYS
https://www.youtube.com/watch?v=jm9YitmmnQ0
12. Bolted Flange Gasket FEA Analysis Usign ANSYS Workbench
https://www.youtube.com/watch?v=vk0fp5k5MhM
13. Hydrostatic Pressure application in ANSYS
https://www.youtube.com/watch?v=VJ2uXYLNAUI
14. Vertical Pressure Vessel Hydrostatic test analysis as per ASME Guidelines using ANSYS Workbench
https://www.youtube.com/watch?v=8nrT9ok_LoA
15. Lifting Analysis of Horizontal pressure vessel using two lifting lugs in ANSYS, Part-1
https://www.youtube.com/watch?v=MkbU2BhaCLQ
16. Lifting Analysis of Horizontal pressure vessel using four lifting lugs in ANSYS, Part-2
https://www.youtube.com/watch?v=t6Hy36WNQxI
17. Introduction to Rotordynamic Analysis Using ANSYS, PART-1
https://www.youtube.com/watch?v=OlM7OI-A_Ng
18. Rotordynamic Modal Analysis of Impeller in ANSYS PART-https://www.youtube.com/watch?v=XHDY6Z92GE4
19. Ellipsoid Head with Eccentric Nozzle & Reinforcing Pad Modelling Using Ansys Design Modular
https://www.youtube.com/watch?v=_s9oB6hItp8
20. Hoop & Radial Stress correlation of pressure vessel with FEA using ANSYS
https://www.youtube.com/watch?v=yF8QsZ06Yps
21. Forklifting FEA Analysis of Base Frame using ANSYS
https://www.youtube.com/watch?v=m_G5H0Kl_Tc
- published: 20 Oct 2018
- views: 11961
7:34
Offshore field development
Source: EnQuest plc
For more videos visit our gallery: https://www.youtube.com/channel/UCncN... For more info visit: http://www.serintel.org
Source: EnQuest plc
For more videos visit our gallery: https://www.youtube.com/channel/UCncN... For more info visit: http://www.serintel.org
https://wn.com/Offshore_Field_Development
Source: EnQuest plc
For more videos visit our gallery: https://www.youtube.com/channel/UCncN... For more info visit: http://www.serintel.org
- published: 17 Oct 2017
- views: 786
1:28
Field developments in Khazer
@flairMC
Field developments in #Khazer
#Mosul #MosulOps #MosulAid #MosulOffensive #Worldnews #Iraq #News #Newsjournalism
@flairMC
Field developments in #Khazer
#Mosul #MosulOps #MosulAid #MosulOffensive #Worldnews #Iraq #News #Newsjournalism
https://wn.com/Field_Developments_In_Khazer
@flairMC
Field developments in #Khazer
#Mosul #MosulOps #MosulAid #MosulOffensive #Worldnews #Iraq #News #Newsjournalism
- published: 24 Oct 2016
- views: 64
1:48
Development and Decommissioning of Brent Field
For four years, Robert Cullen lived and worked on the Shell Brent Delta platform, the world's largest construction vessel. He is now taking part in it's decommi...
For four years, Robert Cullen lived and worked on the Shell Brent Delta platform, the world's largest construction vessel. He is now taking part in it's decommission as it is lifted off to be taken to Hartlepool for recycling.
To learn more abou the development and decomissioning of Brent Field click here: https://www.ice.org.uk/what-is-civil-engineering/what-do-civil-engineers-do/brent-field-oil-rig-decommissioning
https://wn.com/Development_And_Decommissioning_Of_Brent_Field
For four years, Robert Cullen lived and worked on the Shell Brent Delta platform, the world's largest construction vessel. He is now taking part in it's decommission as it is lifted off to be taken to Hartlepool for recycling.
To learn more abou the development and decomissioning of Brent Field click here: https://www.ice.org.uk/what-is-civil-engineering/what-do-civil-engineers-do/brent-field-oil-rig-decommissioning
- published: 09 Apr 2018
- views: 2154
5:52
Next generation field development planning
Aker BP and Halliburton join forces to co-develop next generation field development planning software. Through Field Development Planning, Aker BP can make data...
Aker BP and Halliburton join forces to co-develop next generation field development planning software. Through Field Development Planning, Aker BP can make data-driven decisions for entire field concepts, covering both subsurface and well construction. This way, the company gains a much better understanding of uncertainty and risks associated with field development concepts. Furthermore, this enables us to make decisions much earlier and with better quality in the design than before.
Aker BP and Halliburton are already revolutionizing well planning and construction on Halliburton’s IEnergy cloud solution through Collaborative Well Planning and Digital Well Program.
Field Development Planning is next in line and will be available during 2022.
https://wn.com/Next_Generation_Field_Development_Planning
Aker BP and Halliburton join forces to co-develop next generation field development planning software. Through Field Development Planning, Aker BP can make data-driven decisions for entire field concepts, covering both subsurface and well construction. This way, the company gains a much better understanding of uncertainty and risks associated with field development concepts. Furthermore, this enables us to make decisions much earlier and with better quality in the design than before.
Aker BP and Halliburton are already revolutionizing well planning and construction on Halliburton’s IEnergy cloud solution through Collaborative Well Planning and Digital Well Program.
Field Development Planning is next in line and will be available during 2022.
- published: 25 May 2022
- views: 3097
1:11
Subsea Field Development
SURF, Subsea Production Systems, Subsea Systems Installation, Project Management and Interface
SURF, Subsea Production Systems, Subsea Systems Installation, Project Management and Interface
https://wn.com/Subsea_Field_Development
SURF, Subsea Production Systems, Subsea Systems Installation, Project Management and Interface
- published: 23 Apr 2016
- views: 250
3:05
Lecture (2):-Part.3: The Field Development Plan (FDP)
FREE Online Course
Reservoir Modelling
Course Description: Efficient reservoir developments require a good understanding of reservoir and production systems. M...
FREE Online Course
Reservoir Modelling
Course Description: Efficient reservoir developments require a good understanding of reservoir and production systems. MBAL contains the classical reservoir engineering tool, using analytical techniques to analyze the fluid dynamics in the reservoir. This Course will include a field as a Case Study to practice the knowledge with MBAL Software.
Join Now!
and Get the Full-Practical Oil Field Data in Excel sheet
Contact us:
petrosoft.contact@gmail.com
Course Instructor: Eng. Moataz Altarhoni
E-mail: moataz.iltarhoni@gmail.com
Petrosoftware
Knowledge . Skills . Creative
https://wn.com/Lecture_(2)_Part.3_The_Field_Development_Plan_(Fdp)
FREE Online Course
Reservoir Modelling
Course Description: Efficient reservoir developments require a good understanding of reservoir and production systems. MBAL contains the classical reservoir engineering tool, using analytical techniques to analyze the fluid dynamics in the reservoir. This Course will include a field as a Case Study to practice the knowledge with MBAL Software.
Join Now!
and Get the Full-Practical Oil Field Data in Excel sheet
Contact us:
petrosoft.contact@gmail.com
Course Instructor: Eng. Moataz Altarhoni
E-mail: moataz.iltarhoni@gmail.com
Petrosoftware
Knowledge . Skills . Creative
- published: 24 Apr 2020
- views: 932