Intersect Simulator Deployment Services

Description

Reservoir simulation is a vital component of multi-disciplinary CO2 storage studies, as engineers need to study CO2 behavior over the lifetime of the project. This requires specialist features, as well as all the software functionality used for dynamic simulation of oil and gas fields.   This course introduces you to the basics of the reservoir simulation aspect of carbon capture sequestration (CCS) evaluation, including the physical phenomena and modeling approaches. It also demonstrates CCS evaluation method using a set of dynamic simulation options for CO2 storage with Intersect as the reservoir simulator.

Who Should Attend

Skilled in Intersect Reservoir SimulationFundamentals of Reservoir Engineering 

Description

This is a Remote Instructor Led Series (RILS) training. The remote classroom delivery is a modality that takes advantage of the instructor led training content, while allowing the same content to be delivered remotely. All training sessions will be delivered online with no face-to-face classroom attendance.Integrated asset models are created by connecting together existing subsurface and surface simulation models. This can deliver numerous benefits such as better understanding and representation of production system constraints enabling better field planning, production forecasting and full field optimization.SLB technologies offer a modern method of connecting and controlling subsurface and surface models using INTERSECT Field Management (IXFM). IXFM offers unique capabilities to couple multiple INTERSECT reservoir models and multiple surface network models. All the coupled models can be controlled and actioned by Field Management (FM) thus allowing all the capabilities and benefits of FM to be applied to the Integrated Model. The workflow presented in this course is focused on reservoir coupling. INTERSECT can couple multiple reservoir simulations to enable balancing control, resource management, and reporting across several isolated reservoirs. Most of the existing Field Management capabilities are available even when coupling to more than one reservoir simulation.The course will be delivered in two (2) sessions lasting ~ four (4) hours each. An intensive agenda also implies homework after each session. Hence full-time commitment is expected from participants.Each student will need the following to attend:Windows-based PC*USB HeadsetInternet Access capable of 720HD video-streamingSecond monitor or tablet (highly recommended)Webcam (highly recommended)*Hands-on exercises will be performed using locally installed Petrel and INTERSECT software; hence client machine must satisfy min. requirements. Alternatively, practical sessions can be accessed through DELFI Cloud Environment (subject to availability).

Who Should Attend

Familiarity with reservoir simulation workflows, proficiency with INTERSECT Reservoir Simulator

Description

Integrated asset models are created by connecting together existing subsurface and surface simulation models. This can deliver numerous benefits such as better understanding and representation of production system constraints enabling better field planning, production forecasting and full field optimization.SLB technologies offer a modern method of connecting and controlling subsurface and surface models using INTERSECT Field Management (IXFM). IXFM offers unique capabilities to couple multiple INTERSECT reservoir models and multiple surface network models. All the coupled models can be controlled and actioned by Field Management (FM) thus allowing all the capabilities and benefits of FM to be applied to the Integrated Model. The workflow presented in this course is focused on reservoir coupling. INTERSECT can couple multiple reservoir simulations to enable balancing control, resource management, and reporting across several isolated reservoirs. Most of the existing Field Management capabilities are available even when coupling to more than one reservoir simulation.

Who Should Attend

Familiarity with reservoir simulation workflows, proficiency with INTERSECT Reservoir Simulator

Description

Integrated asset models are created by connecting together existing subsurface and surface simulation models. This can deliver numerous benefits such as better understanding and representation of production system constraints enabling better field planning, production forecasting and full field optimization.SLB technologies offer a modern method of connecting and controlling subsurface and surface models using INTERSECT Field Management (IXFM). IXFM offers unique capabilities to couple multiple INTERSECT reservoir models and multiple surface network models. All the coupled models can be controlled and actioned by Field Management (FM) thus allowing all the capabilities and benefits of FM to be applied to the Integrated Model. The workflow presented in this course is focused on network coupling. Pressure losses in the surface production system can have a critical impact on well productivity, especially for offshore fields. Thus, when simulations are performed for the purpose of field development planning and optimization, it is highly advantageous for the simulation model to include the surface facilities as well as the reservoir. These facilities may consist of a network of flowlines from the wellheads joining at manifolds to form a gathering system and, for offshore fields, the risers that take the fluids up to the facilities on the platforms. Field Management has the capability to balance the wells in the reservoir model(s) with the coupled nodes in the surface network model(s).

Who Should Attend

Familiarity with reservoir simulation workflows, proficiency with INTERSECT Reservoir Simulator

Description

This is a Remote Instructor Led Series (RILS) training. The remote classroom delivery is a modality that takes advantage of the instructor led training content, while allowing the same content to be delivered remotely. All training sessions will be delivered online with no face-to-face classroom attendance.Integrated asset models are created by connecting together existing subsurface and surface simulation models. This can deliver numerous benefits such as better understanding and representation of production system constraints enabling better field planning, production forecasting and full-field optimization.SLB technologies offer a modern method of connecting and controlling subsurface and surface models using INTERSECT Field Management (IXFM). IXFM offers unique capabilities to couple multiple INTERSECT reservoir models and multiple surface network models. All the coupled models can be controlled and actioned by Field Management (FM) thus allowing all the capabilities and benefits of FM to be applied to the Integrated Model. The workflow presented in this course is focused on network coupling. Pressure losses in the surface production system can have a critical impact on well productivity, especially for offshore fields. Thus, when simulations are performed for the purpose of field development planning and optimization, it is highly advantageous for the simulation model to include the surface facilities as well as the reservoir. These facilities may consist of a network of flowlines from the wellheads joining at manifolds to form a gathering system and, for offshore fields, the risers that take the fluids up to the facilities on the platforms. Field Management has the capability to balance the wells in the reservoir model(s) with the coupled nodes in the surface network model(s).The course will be delivered in five (5) sessions lasting ~ four (4) hours each. An intensive agenda also implies homework after each session. Hence full-time commitment is expected from participants.Each student will need the following to attend:Windows-based PC*USB HeadsetInternet Access capable of 720HD video-streamingSecond monitor or tablet (highly recommended)Webcam (highly recommended)*Hands-on exercises will be performed using locally installed Petrel, INTERSECT, IAM & PIPESIM software; hence client machine must satisfy min. requirements. Alternatively, practical sessions can be accessed through DELFI Cloud Environment (subject to availability).

Who Should Attend

Familiarity with reservoir simulation workflows, proficiency with INTERSECT Reservoir Simulator

Description

Effective Reservoir Pressure Maintenance is a virtual instructor-led training (VILT) course delivered in real time. The course is presented in two 4-hour sessions over a period of one day. It is delivered using the WebEx platform. Thecourse content incorporates passive and active learning approaches. The result is an unrivaled virtual trainingexperience.This course discusses the skills and techniques required to implement pressure maintenance strategies inINTERSECT* software using Petrel* Reservoir Engineering workflow tools, such as the Field Management userinterface.The course provides you with the knowledge and software skills necessary to understand the challenges of reservoirpressure maintenance using INTERSECT reservoir simulations. You learn how to apply strategies that range from traditional to advanced injection.The course contains lessons and exercises that help you practice the strategies presented in the training.You will learn how to:• apply tailored guide rate strategies, such as reinjection, voidage replacement, and production balancing• use field management action and instruction frameworks to design smart control techniques• create and tune PID controllers to control pressure in a reservoir region• use the LP Balance allocation in INTERSECT to optimize injection balancingTo effectively participate in the training, you must have the following hardware, software, and connectivity:• Computer• USB headset• Video capabilities (720HD)• Microsoft Office• Internet access

Who Should Attend

To successfully complete this course, you must have a working knowledge of numerical reservoir simulation using INTERSECT software. You also must know the basic operations of the Petrel Reservoir Engineering platform.

Description

The INTERSECT* Reservoir Simulation course shows you  how to construct and run simulation models using INTERSECT. The training solves a variety of reservoir simulation problems, and you become acquainted with the features of INTERSECT. The course takes you through full field development workflows and demonstrates the flexibilities and benefits of field management with INTERSECT. This course adopts the Petrel* platform as the primary front end for the pre- and post- processing interface.

Who Should Attend

Applied reservoir engineering and simulation knowledge are the key pre-requisites for this course. An introduction to Petrel reservoir simulation workflow is also incorporated in the course since Petrel* is used as the pre and post processing platform. However, previous attendance of Petrel Reservoir Engineering course will be an added advantage.

Description

This is a Remote Instructor Led Series (RILS) training. The remote classroom delivery is a modality that takes advantage of the instructor led training content, while allowing the same content to be delivered remotely.All training sessions will be delivered online with no face-to-face classroom attendance. The INTERSECT Reservoir Simulation course shows you  how to construct and run simulation models using INTERSECT. The training solves a variety of reservoir simulation problems, and you become acquainted with the features of INTERSECT. The course takes you through full field development workflows and demonstrates the flexibilities and benefits of field management with INTERSECT. This course adopts the Petrel* platform as the primary front end for the pre- and post- processing interface. The course will be delivered in five (5) sessions lasting ~ four (4) Hours each. An intensive agenda also implies a homework after each session. Hence full-time commitment is expected from participants. Each student will need the following to attend: Windows-based PC* USB Headset Internet Access capable for 720HD video-streaming Second monitor or tablet (highly recommended) Webcam (highly recommended) *Hands-on exercises will be performed using locally installed Petrel and INTERSECT software; hence client machine must satisfy min. requirements. Alternatively, practical sessions can be accessed through DELFI Cloud Environment (subject to availability).

Who Should Attend

Applied reservoir engineering and simulation knowledge are the key pre-requisites for this course. An introduction to Petrel reservoir simulation workflow is also incorporated in the course since Petrel* is used as the pre and post processing platform.