Geothermal Wellbore Simulation with JIWA Flow

In this subject, you will learn about fluid flow, starting from the very basics, until learn about calculating pressure drop for either single-phase or two-phase fluid flow. By watching all videos on this subject, you are expected to know how to calculating fluid flow which is the basis for conducting wellbore simulations.

In this subject, you will learn about the importance of the feedzone in geothermal. We will also learn about what a feedzone is, the important parameters of a feedzone, how to find out feedzone information, and what will happen if our wells have multiple feedzones.

Dealing with uncertainty condition in geothermal system is quite challenging, especially during exploration phase where subsurface data information is very limited. Since geothermal project cost is high and site-sensitive, resource capacity become the big question to be revealed in every geothermal project, it will determine development strategy.

To lead project more successful, risk and uncertainty must be reduced by improving the understanding of reservoir characterization with wellbore simulation. Learn more about wellbore simulation by watching videos in this subject.

This subject will describe JIWA Flow (Geothermal Software), a new generation of wellbore simulator developed by AILIMA. To support evaluations during field exploration and operations, JIWA Flow has been built with capabilities to perform a complete reservoir engineering analysis from permeabilities characterization, well behavior monitoring, production and injection decline analysis, to steam supply and injection capacity forecasting.

To honor reservoir uncertainties, JIWA Flow is also coupled with monte carlo simulation to allow probabilistic calculation. JIWA Flow has been developed to make analysis much more time and cost efficient, robust and meet business requirements. JIWA Flow allows cloud computation and is integrated with web-based JIWA applications to perform seamless connection with geosciences, reservoir engineering, and surface monitoring data.

In this subject, you are expected to know what data is needed to do wellbore simulation with JIWA Flow and how to input the data so you can do the simulation correctly.

In this subject, videos will explain how to do wellbore simulation in production wells. You are expected to be able to operate JIWA Flow in order to run wellbore simulation in production well and understand the output curve as the result that can help you in making analysis about the well.

From this subject you are expected to be proficient in simulating the wellbore using Deterministic estimation approach and its application for geothermal fields especially in injection wells.

This subject will make you fully understand how to use Probabilistic estimation approach in JIWA Flow Wellbore Simulation in order to make analysis much more time and cost efficient.

Through this subject, you will be able to fully understand about probabilistic in wellbore simulation and also how to operate JIWA Flow in order to reduce the uncertainties throughout the well operation.