IFM Solutions | Course

COURSES

This course is an introduction to IPM (PROSPER, MBAL and GAP) in the context of gas field applications. A series of tutorials and introductory videos will guide you to build up knowledge on the use of the tools.

COURSE OVERVIEW

This course is divided into three main sections. The first part of the course focuses on reservoir modelling. In the second section the construction of well models is explained. Finally, the entire system (reservoir, wells and pipelines) are coupled in a GAP model.

Gas IPM for beginners course overview – PROSPER

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RESERVOIR MODELLING

In this section an introduction to the material balance concept is presented and there are tutorials that show the workflow to create, history match and forecast production in MBAL models.

	Material balance introduction for gas fields – MBAL This tutorial is an introduction to the material balance concept applied in gas fields. 11m 52s • Version: IPM 11 • Code: T02 • Required Tools: MBAL Category Tags:		VIEW
	Performing the history matching for a gas reservoir – MBAL This introductory tutorial will guide the user how to perform a history match for a gas reservoir and obtain useful information such as the GIIP, drive mechanism, etc. 12m 02s • Version: IPM 11 • Code: M01 • Required Tools: MBAL Category Tags: Getting started Gas and condensate material balance History matching		VIEW
	Performing the history matching for a gas and condensate reservoir – MBAL The history matching of a gas and condensate field is performed in this tutorial. In this case, production information is available on a well-by-well basis. OGIP and acquifer parameters are obtained. 14m 56s • Version: IPM 11 • Code: M03 • Required Tools: MBAL Category Tags: Getting started Gas and condensate material balance History matching		VIEW
	Introduction to material balance production forecast – MBAL This tutorial explains how predictions are calculated from a material balance model using certain boundary conditions (e.g. well-head pressure). 03m 44s • Version: IPM 11 • Code: T03 Category Tags:		VIEW
	Predictions for a gas reservoir – MBAL Using MBAL's prediction capabilities, a forecast is calculated for a gas field with 4 wells. The model is used to obtain abandonment P/z values, evaluate proved developed reserves, and estimate the future gas production profile. 12m 27s • Version: IPM 11 • Code: M06 • Required Tools: MBAL Category Tags: Getting started Gas and condensate material balance Production forecast		VIEW

WELL MODELLING

An introduction to nodal analysis pressure loss in the wellbore and inflow performance relationship is presented. The construction and calibration of three well models consolidate the concept.

	Introduction to Production System Performance of wells for gas fields – PROSPER This tutorial will introduce the production system performance, otherwise known as PROSPER. In addition, this tutorial will explain the basis of solving the nodal analysis of a well model. 08m 26s • Version: IPM 11 • Code: T04 Category Tags:		VIEW
	Basic example gas well model construction – PROSPER Load PVT and system data into Prosper. Load data to calculate IPR, using Jones model. Perform a system calculation using a 1000 psig top node pressure 12m 12s • Version: IPM 11 • Code: P02 • Required Tools: PROSPER Category Tags: Getting started Gas/Retrograde condensate wells		VIEW
	Gas well model performance analysis – PROSPER Starting from tutorial 2, the user must generate the well IPR, and then perform a sensitivity analysis to study how much does the WHP impacts on the gas rate. 07m 25s • Version: IPM 11 • Code: P03 • Required Tools: PROSPER Category Tags: Getting started Gas/Retrograde condensate wells Sensitivity Analysis		VIEW
	Gas and condensate well model – PROSPER The user must construct a gas and condensate well model and obtain the expected gas production rate for a 1500 psi WHP. After that, perform sensitivity analysis to tubing size increase and WHP reduction (compression). 09m 27s • Version: IPM 11 • Code: P12 • Required Tools: PROSPER Category Tags: Gas/Retrograde condensate wells Sensitivity Analysis		VIEW

SURFACE NETWORK MODELLING

The integration of the reservoir and well models into a common system including the surface network pipelines in GAP is presented. The tutorials in this section will show how to setup a network, solve the network (to obtain the gas production rate and how it is allocated between wells) and perform predictions.

	Introduction to GAP – GAP Brief explanation about GAP, what can be achieved using GAP. 06m 12s • Version: IPM 11 • Code: T05 • Required Tools: GAP Category Tags:		VIEW
	Integrated production model setup – GAP This introductory tutorial will guide the user to create and set up a GAP model for a condensate field. The critical tasks are highlighted during the construction process. 19m 59s • Version: IPM 11 • Code: G01 • Required Tools: PROSPER, MBAL, GAP Category Tags: Getting started Gas production network		VIEW
	Solving an integrated production network for a condensate field – GAP A condensate IPM model is used to demonstrate how to solve the network and obtain results. 12m 41s • Version: IPM 11 • Code: G02 • Required Tools: GAP Category Tags: Getting started Gas production network		VIEW
	Performing production forecasts and scenario evaluation for gas and condensate field – GAP This tutorial shows how to perform production forecasts in GAP for a condensate field and evaluate different scenarios. 21m 17s • Version: IPM 11 • Code: G03 • Required Tools: GAP Category Tags: Getting started Gas production network Production forecast		VIEW

COURSES

COURSE OVERVIEW

RESERVOIR MODELLING

WELL MODELLING

SURFACE NETWORK MODELLING

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