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Supercritical Carbon Dioxide Circulated EGS Combined with IGCC in New Mexico 3.2 Reservoir Simulation 3.2.1 Geothermal reservoir engineering concepts Geothermal reservoir engineering starts with the determination of well locations and continues with several measurements within the wellbore (well logging, production rates, etc.), interpretation of these data, determination of production mechanisms and performance prediction studies of reservoir behavior. The ultimate goal of these studies is to determine the optimum production conditions to maximize the recovery of heat from the reservoir under suitable economic conditions. The main activity of a reservoir engineer is the prediction of the long-term behavior of the wellbore and/or reservoir under study. In this context, the important questions to be answered are: 1. What is the most suitable development plan of the reservoir? 2. How many wellbores should be drilled to reach the most suitable development plan? What would be the well pattern? 3. What will be the production rates of the wellbores? 4. How much heat will be recovered? 5. How will the change in reservoir temperature be? 6. Will there be a need to apply enhanced recovery techniques to increase the heat recovery from the reservoir? In order to find answers to those questions, reservoir engineers must pursue a continuous study with a great care from the beginning of production. Reservoir engineers can have a chance to revise his/her studies and a better representation of the reservoir with the addition of new data during production. Unfortunately, the best information about the reservoir is generally available at the latest stage of production from the reservoir. Reservoir engineers must define physical processes of a geothermal system. This can be achieved in three steps: 1. First of all the physical processes that are related to the geothermal system must be defined. Those processes should be used to develop the conceptual model of the reservoir. 2. Secondly, physical and chemical properties of reservoir rock and fluid must be determined. 3. Lastly, mathematical and physical models of the reservoir must be developed with the help of existing data. This model must contain the initial and boundary conditions of the reservoir. The model must be refined with the addition of new data as production continues. The response of the reservoir to production must be matched. Penn State University | 3.2 Reservoir Simulation 24PDF Image | GREAT NECK WATER POLLUTION CONTROL DISTRICT NASSAU COUNTY, NEW YORK MICROTURBINE INSTALLATION FEASIBILITY STUDY
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