1er Parcial Yacimientos Naturalmente Fracturados
Páginas: 38 (9407 palabras)
Publicado: 2 de noviembre de 2015
YACIMIENTOS NATURALMENTE
FRACTURADOS
Ing. Azucena Chavira
González
Propuesta para reactivar la producción petrolera en México, Jesús Saldaña Mena y David Shields
1
OBJETIVOS DEL CURSO
OBJETIVO GENERAL:
En este curso se estudiaran los conceptos básicos de la
Ingeniería de Yacimientos.
El participante, al término del curso, tendrá los
conocimientos para poder cuantificar el volumenoriginal de hidrocarburos de los yacimientos por
métodos directos o indirectos con la finalidad de
determinar las reservas de hidrocarburos líquidos
totales.
SISTEMA DE EVALUACIÓN
Exámenes:
80 %
Tareas y Participación:
20 %
Asistencia:
Condición de Evaluación parcial (≥ 80%)
Exentos de Extraordinario:
Promedio de los 3 parciales ≥ 8.0 (No hay redondeo)
Extraordinario:
Todas las tareas son a mano.
Tolerancia: Acceso únicamente en los primeros 15 min.
Por favor revise estos términos y condiciones cuidadosamente. NO están sujetos a
cambios.
Correo de la clase: ynf-ipn@outlook.com
Reprobados (<8.0 de calificación)
3
BIBLIOGRAFÍA
1.
Ali M. Saidi, Reservoir Engineering of Fractured Reservoir,( Fundamentals and Practical Aspects ), 1987, 865 paginas.*2.
Lorenz, John C., Conjugate Fracture Pairs In The Molina Member Of The Wasatch Formation, Piceance Basin,
Colorado: Implications For Fracture origins And Hydrocarbon Production / Exploration. Natural Fracture Systems1997. Four corners Geological Society.
3.
Lorenz, John C. SPE Sandia National Laboratories. Conjugate Fracture Zones: Potential “Sweet Spot” Reservoirs
Within RegionalParallel-Fracture Systems.
4.
Garrett, C.H. y Lorenz J.C. Fracturing Along The Grand Hogback, Garfield County, Colorado.
5.
Hanks, Catherine L., Lorenz, John, Teufel, Lawrence, y Krumhardt, Andrea P. Lithologic and Structural Controls on
Natural Fracture Distribution and Behavior Within the Lisburne Group, Northeastern Brooks Range and North Slope
Subsurface, Alaska.
6.
Lorenz, John C., Farrel,Helen E., Hanks, Catherine L., Rizer, William D., Sonnenfeld, Mark D. Characteristics of
Natural Fractures in Carbonete Strata.
7.
Neal, James T., Consultant, and Lorenz, John C., Sandia National Laboratories. Holbrook Anticline, Arizona: An
Exposed Analog For Fractured Reservoirs Over Salt-Dissolution Fronts.
8.
Lorenz, John C., Hill, Robin E. Measurement and Analysis of Fractures in Core.Geological Studies Relevant to
Horizontal Drilling in Western North America. Rocky Mountain Association of Geologists- 1992.
4
BIBLIOGRAFÍA
9.
Lorenz, John C., Hill, Robin E. Susurface Fracture Spacing: Comparision of Inferences From Slant / Horizontal and
Vertical Cores. Copyright 1994 Society of Pretoleum Engineers. SPE Formation Evolution, March 1994.
10.
Lorenz, John C. Lithology: TheMissing Ingredient in Core Fracture Analysis.
11.
Lorenz, John C., Finley, Sharon J., Warpinski, Norman R. Significance of Coring-Induced Fractures in Mesaverde Core,
Northwestern Colorado.
Lorenz, John C. Recognition And Use Of Induced Fractures, And Other Fractures In Core Producer By The Coring
Process.
12.
13.
Hill, R. E., Peterson, R.E., CER Corp, Warpinski, N.R., Lorenz, J.C., Teufel, L.W.Techniques for Determining
Subsurface Stress Direction and Assessing Hydraulic Fracture Azimuth.
14.
Lorenz, J.C. Stresses and Fractures in the Frontier Formation, Green River Basin, Predicted from Basin-Margin
Tectonic Element Interactions. 1995 Field Conference Guidebook. Wyoming Geological Association.
15.
Lorenz, J.C. Heartburn in Predicting Natural Fractures: The Effects of DifferentialFracture Susceptibility in
Heterogeneous Lithologies. Fractured Reservoirs: Characterization and Modeling Guidebook-1997. Rocky Mountain
Association of Geologists.
16.
Lorenz, J.C., Cherney, Jenny L., Schechter, David S., Whigham, Chris L. Natural Fractures in the Spraberry
Formation, Midland brasin, TX: The Effects of Mechanical Stratigraphy on Fracture Variability and Reservoir Behavior.
5...
FRACTURADOS
Ing. Azucena Chavira
González
Propuesta para reactivar la producción petrolera en México, Jesús Saldaña Mena y David Shields
1
OBJETIVOS DEL CURSO
OBJETIVO GENERAL:
En este curso se estudiaran los conceptos básicos de la
Ingeniería de Yacimientos.
El participante, al término del curso, tendrá los
conocimientos para poder cuantificar el volumenoriginal de hidrocarburos de los yacimientos por
métodos directos o indirectos con la finalidad de
determinar las reservas de hidrocarburos líquidos
totales.
SISTEMA DE EVALUACIÓN
Exámenes:
80 %
Tareas y Participación:
20 %
Asistencia:
Condición de Evaluación parcial (≥ 80%)
Exentos de Extraordinario:
Promedio de los 3 parciales ≥ 8.0 (No hay redondeo)
Extraordinario:
Todas las tareas son a mano.
Tolerancia: Acceso únicamente en los primeros 15 min.
Por favor revise estos términos y condiciones cuidadosamente. NO están sujetos a
cambios.
Correo de la clase: ynf-ipn@outlook.com
Reprobados (<8.0 de calificación)
3
BIBLIOGRAFÍA
1.
Ali M. Saidi, Reservoir Engineering of Fractured Reservoir,( Fundamentals and Practical Aspects ), 1987, 865 paginas.*2.
Lorenz, John C., Conjugate Fracture Pairs In The Molina Member Of The Wasatch Formation, Piceance Basin,
Colorado: Implications For Fracture origins And Hydrocarbon Production / Exploration. Natural Fracture Systems1997. Four corners Geological Society.
3.
Lorenz, John C. SPE Sandia National Laboratories. Conjugate Fracture Zones: Potential “Sweet Spot” Reservoirs
Within RegionalParallel-Fracture Systems.
4.
Garrett, C.H. y Lorenz J.C. Fracturing Along The Grand Hogback, Garfield County, Colorado.
5.
Hanks, Catherine L., Lorenz, John, Teufel, Lawrence, y Krumhardt, Andrea P. Lithologic and Structural Controls on
Natural Fracture Distribution and Behavior Within the Lisburne Group, Northeastern Brooks Range and North Slope
Subsurface, Alaska.
6.
Lorenz, John C., Farrel,Helen E., Hanks, Catherine L., Rizer, William D., Sonnenfeld, Mark D. Characteristics of
Natural Fractures in Carbonete Strata.
7.
Neal, James T., Consultant, and Lorenz, John C., Sandia National Laboratories. Holbrook Anticline, Arizona: An
Exposed Analog For Fractured Reservoirs Over Salt-Dissolution Fronts.
8.
Lorenz, John C., Hill, Robin E. Measurement and Analysis of Fractures in Core.Geological Studies Relevant to
Horizontal Drilling in Western North America. Rocky Mountain Association of Geologists- 1992.
4
BIBLIOGRAFÍA
9.
Lorenz, John C., Hill, Robin E. Susurface Fracture Spacing: Comparision of Inferences From Slant / Horizontal and
Vertical Cores. Copyright 1994 Society of Pretoleum Engineers. SPE Formation Evolution, March 1994.
10.
Lorenz, John C. Lithology: TheMissing Ingredient in Core Fracture Analysis.
11.
Lorenz, John C., Finley, Sharon J., Warpinski, Norman R. Significance of Coring-Induced Fractures in Mesaverde Core,
Northwestern Colorado.
Lorenz, John C. Recognition And Use Of Induced Fractures, And Other Fractures In Core Producer By The Coring
Process.
12.
13.
Hill, R. E., Peterson, R.E., CER Corp, Warpinski, N.R., Lorenz, J.C., Teufel, L.W.Techniques for Determining
Subsurface Stress Direction and Assessing Hydraulic Fracture Azimuth.
14.
Lorenz, J.C. Stresses and Fractures in the Frontier Formation, Green River Basin, Predicted from Basin-Margin
Tectonic Element Interactions. 1995 Field Conference Guidebook. Wyoming Geological Association.
15.
Lorenz, J.C. Heartburn in Predicting Natural Fractures: The Effects of DifferentialFracture Susceptibility in
Heterogeneous Lithologies. Fractured Reservoirs: Characterization and Modeling Guidebook-1997. Rocky Mountain
Association of Geologists.
16.
Lorenz, J.C., Cherney, Jenny L., Schechter, David S., Whigham, Chris L. Natural Fractures in the Spraberry
Formation, Midland brasin, TX: The Effects of Mechanical Stratigraphy on Fracture Variability and Reservoir Behavior.
5...
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