Bibliographic citations
Flores, H., (2018). Metodología para el seguimiento de proyectos de recuperación secundaria por inyección de agua en la cuenca Talara [Tesis, Universidad Nacional de Ingeniería]. http://hdl.handle.net/20.500.14076/18196
Flores, H., Metodología para el seguimiento de proyectos de recuperación secundaria por inyección de agua en la cuenca Talara [Tesis]. : Universidad Nacional de Ingeniería; 2018. http://hdl.handle.net/20.500.14076/18196
@misc{renati/710217,
title = "Metodología para el seguimiento de proyectos de recuperación secundaria por inyección de agua en la cuenca Talara",
author = "Flores Oscco, Héctor Eduardo",
publisher = "Universidad Nacional de Ingeniería",
year = "2018"
}
The actual economy’s growth of the world demands the use more energy account, oil is the most important of them. This energy source is the most used worldwide and its use increases every year. As a result, hydrocarbon reserves can be increased, reserves must be increased, either by discovering new reservoirs or substantially improving the recovery of existing fields. For this reason, to take into account the presence of a reservoir or accumulation of hydrocarbons whose exploitation is economically profitable, an exploitation plan is generated with the objective of maximized the recovery factor the reservoirs during the primary phase [1]. Subsequently, the secondary and improved Recovery methods that currently exist, the injection of water is still the method of collecting oil most used in the world and has generated reserves in the order of billions of barrels. This is due to the availability of water; the relative ease with which it is injected; the ease with which water spreads through an oil formation; and the efficiency of water for the displacement of oil [2]. The engineering applied to water injection projects don’t end with an engineering study, geology and complement with an economic evaluation, but then, comes the monitoring of the project as a continuous activity and about the little known written in the technical literature. The Reservoir’s management has applied a water injection project that consists in the development of activities over time from the beginning of the process until it ceases to be economic or changes to an improved recovery process. In summary, these activities are: the characterization of the deposit, the fluids that contain and their behavior, the perforation in the landfill, the production operation of the wells and the superficial processing of the fluids produced in a complex system. The system is managed in such a way that it generates the maximum economic benefit [3].
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