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Verano, R., (2021). Incremento económico de los pozos petroleros mediante el sistema artificial bombeo hidráulico tipo JET [Tesis, Universidad Nacional de Ingeniería]. http://hdl.handle.net/20.500.14076/22279
Verano, R., Incremento económico de los pozos petroleros mediante el sistema artificial bombeo hidráulico tipo JET [Tesis]. PE: Universidad Nacional de Ingeniería; 2021. http://hdl.handle.net/20.500.14076/22279
@misc{renati/267356,
title = "Incremento económico de los pozos petroleros mediante el sistema artificial bombeo hidráulico tipo JET",
author = "Verano Romero, Rafael Alejandro",
publisher = "Universidad Nacional de Ingeniería",
year = "2021"
}
Title: Incremento económico de los pozos petroleros mediante el sistema artificial bombeo hidráulico tipo JET
Authors(s): Verano Romero, Rafael Alejandro
Advisor(s): Del Castillo Rodríguez, Luis Antonio
Keywords: Pozos petroleros; Bombeo hidraúlico
OCDE field: http://purl.org/pe-repo/ocde/ford#2.07.03
Issue Date: 2021
Institution: Universidad Nacional de Ingeniería
Abstract: En la Industria pe- trolera siempre ha existido la necesidad de reducir costos tanto en mantenimiento como en operación de sistemas, y buscar nuevas alternativas para una mayor producción a menores costos, hace que el bombeo hidráulico tipo jet sea un sistema de Levantamiento Artificial necesario y requerido en la región, desde este punto de vista la importancia de conocer las múltiples aplicaciones de la Bomba Hidráulica Tipo Jet.
En este trabajo de tesis profesional, tiene como objetivo el incremento en la rentabilidad económica de los pozos petroleros, utilizando como levantamiento artificial el bombeo hidráulico tipo jet.
Los Sistemas Artificiales de Producción (SAP), son un conjunto de mecanismos que
se instalan dentro del pozo, con el fin de brindarle una fuente externa de energía cuando este ya no puede producir por sus propios medios o cuando se requiere aumentar la producción.
Los SAP más aplicados a nivel mundial son el Bombeo Neumático (BN), Bombeo
Mecánico (BM), Bombeo Electro centrifugo Sumergido (BEC), Bombeo de Cavidades
Progresivas (PCP), Bombeo Hidráulico (BH) y Émbolo Viajero.
El BH es un SAP cuyo uso ha crecido en los últimos años, donde su empleo era
escaso. El BH ofrece una gran flexibilidad de operación y es un sistema relativamente barato a comparación de los antes nombrados, haciéndolo atractivo a la hora de considerar un SAP para ser instalado en un pozo que así lo requiera.
El presente trabajo tiene también como objetivo presentar los avances más importantes que ha tenido la industria petrolera en el Bombeo Hidráulico tipo Jet, para que este pueda ser considerado como una opción técnicamente viable a la hora de evaluar sistemas artificiales de producción, en pozos que presenten características similares a las expuestas en el presente trabajo.
In the oil industry, there has always been the need to reduce costs in both maintenance and operation of systems, and to seek new alternatives for greater production, at lower costs, makes jet-type hydraulic pumping a necessary and required Artificial Lifting system in the region, from this point of view the importance of knowing the multiple applications of the Hydraulic Jet Pump. In this work of professional sufficiency, the objective is to increase the economic profitability of oil wells using jet-type hydraulic pumping as artificial lift. Artificial Production Systems (SAP) are a set of mechanisms that are installed inside the well in order to provide an external source of energy when it can no longer produce by its own means or when it is required to increase production. The SAP most applied worldwide are Pneumatic Pumping (BN), Mechanical Pumping (BM), Submerged Electro centrifugal Pumping (BEC), Progressive Cavity Pumping (PCP), Hydraulic Pumping (BH) and Traveling Plunger. The BH is a SAP whose use has grown in recent years, where its use was quite scarce. The BH offers great operating flexibility and is a relatively inexpensive system compared to those previously mentioned, making it attractive when considering a SAP to be installed in a well that requires it. The present work also aims to present the most important advances that the oil industry has had in Jet Hydraulic Pumping, so that it can be considered as a technically viable option when evaluating artificial production systems in wells that present characteristics similar to those exposed at work.
In the oil industry, there has always been the need to reduce costs in both maintenance and operation of systems, and to seek new alternatives for greater production, at lower costs, makes jet-type hydraulic pumping a necessary and required Artificial Lifting system in the region, from this point of view the importance of knowing the multiple applications of the Hydraulic Jet Pump. In this work of professional sufficiency, the objective is to increase the economic profitability of oil wells using jet-type hydraulic pumping as artificial lift. Artificial Production Systems (SAP) are a set of mechanisms that are installed inside the well in order to provide an external source of energy when it can no longer produce by its own means or when it is required to increase production. The SAP most applied worldwide are Pneumatic Pumping (BN), Mechanical Pumping (BM), Submerged Electro centrifugal Pumping (BEC), Progressive Cavity Pumping (PCP), Hydraulic Pumping (BH) and Traveling Plunger. The BH is a SAP whose use has grown in recent years, where its use was quite scarce. The BH offers great operating flexibility and is a relatively inexpensive system compared to those previously mentioned, making it attractive when considering a SAP to be installed in a well that requires it. The present work also aims to present the most important advances that the oil industry has had in Jet Hydraulic Pumping, so that it can be considered as a technically viable option when evaluating artificial production systems in wells that present characteristics similar to those exposed at work.
Link to repository: http://hdl.handle.net/20.500.14076/22279
Discipline: Ingeniería de Petróleo
Grade or title grantor: Universidad Nacional de Ingeniería. Facultad de Ingeniería de Petróleo, Gas Natural y Petroquímica
Grade or title: Ingeniero de Petróleo
Juror: Argumé Chávez, Edgard Américo; Pure Nuñez, César Abraham
Register date: 21-Jun-2022
This item is licensed under a Creative Commons License