Con el apoyo logístico de SPE (Society of Petroleum Engineers) de

Con el apoyo logístico de SPE (Society of Petroleum Engineers) de Argentina Asociación Civil
Comité
COMITÉ HONORARIO
COMITÉ EJECUTIVO
COMITÉ TÉCNICO
Cr. José G. López
Subsecretario de Minería e Hidrocarburos - Neuquén
Cr. Daniel A. Giménez
Secretario de Hidrocarburos - Río Negro
Ing. Juan Carlos Pisanu
Presidente SPE - Buenos Aires
Lic. Ricardo M. Ferrante
Jorge Buciak
Capex
Alejandro Luppi
Chevron
Gastón Conci
YPF
Jorge Robles
San Antonio
Jorge Meaggia
Schlumberger
Martín Paris
Baker Hughes
Diego Solis
Total Austral
Gabriel Irazuzta
Capex
Emmanuel D’Huteau
YPF
Alejandro Peña
Schlumberger
Miguel Lavia
Consultor
Francisco Fragachan
Weatherford
Eduardo Barreiro
Consultor
Ricardo Palacios
Consultor
Juan Domingo Moreira
Consultor
Mariano Gurfinkel
Hess
Presidente SPE - Neuquén
Ing. Jesús G. Grande
YPF SA
Ing. Telmo F. Gerlero
Pluspetrol SA
Ing. Benício Schettini Frazão
Petrobrás Energía SA
Ing. Gustavo A. Nagel
Gas y Petróleo del Neuquén SA
Ing. Ricardo Aguirre
Chevron Argentina SRL
Ing. Horacio Marin
Tecpetrol SA
Ing. Jean-Marc Hosanski
Total Austral SA
Ing. Daniel A. De Nigris
ExxonMobil
Secretaría e informes
IT&C Event Planners
Teléfono: (+54 11) 4543-8175
[email protected]
Programa
10 al 12 de junio de 2014
Espacio DUAM, Neuquén, Argentina
Martes 10 de Junio
08:00
Acreditaciones
08:30
Apertura - Palabras del Comité Organizador
Autoridades Gobierno de Neuquén
09:00
Exposición Nº 1
09:30
Exposición Nº 2
10:00
Exposición Nº 3
10:30
Intervalo mañana
11:00
Exposición Nº 4
11:30
Exposición Nº 5
12:00
Exposición Nº 6
12:30
Exposición Nº 7
13:00
Almuerzo - Orador Ing. Richard Brown - Schlumberger
14:30
Orador Eduardo Martínez - Chevron
15:00
Mesa Redonda Compañías de servicios - Parte 1
Enfoque estratégico: Jorge Arroyo - Baker / Jorge Robles - San Antonio /
Alejandro Iglesias - Weatherford
16:30
Intervalo tarde
17:00
Mesa Redonda Compañías de servicios - Parte 2
Enfoque técnico: Youssouf Zotskine - Calfrac / Juan Bonapace - Halliburton /
Marcelo Frydman - Schlumberger
18:30
Cocktail de apertura
Miércoles 11 de Junio
08:00
Acreditaciones
08:30
Exposición Nº 8
09:00
Exposición Nº 9
09:30
Exposición Nº 10
10:00
Exposición Nº 11
10:30
Intervalo mañana
11:00
Exposición Nº 12
11:30
Exposición Nº 13
12:00
Exposición Nº 14
12:30
Orador: Chad Hartman - Weatherford Laboratories
13:00
Almuerzo - Orador Ing. Ricardo Aguirre - CHEVRON
14:30
Mesa Redonda Compañías operdoras - Parte 1
Enfoque estratégico: Juan Carlos Rodríguez - Roch / Gabriela González PAE / Leonardo Maschio - Pluspetrol / Gustavo Nagel - GyP Neuquén
16:00
Intervalo tarde
16:30
Mesa Redonda Compañías de servicios - Parte 2
Enfoque técnico: Ing. Pablo Bizzotto - YPF / Ricardo Livieres /
Maximiliano Hardie - Shell / Sergio Giorgi - Total
jueves 12 de Junio
08:00
Acreditaciones
08:30
Exposición Nº 15
09:00
Exposición Nº 16
09:30
Exposición Nº 17
10:00
Exposición Nº 18
10:30
Intervalo mañana
11:00
Exposición Nº 19
11:30
Exposición Nº 20
12:00
Exposición Nº 21
12:30
Orador: Marieliz García López - BHP Billiton
13:00
Almuerzo - Orador Ing. Jesús Grande - VP de Usptream YPF
14:30
Exposición Nº 22
15:00
Exposición Nº 23
15:30
Exposición Nº 24
16:00
Intervalo tarde
16:30
Orador de la Subsecretaría de Hidrocarburos Neuquén
17:00
Orador Manuel Chavez - Shell
17:30
Conclusiones / Entrega de premios
17:45
Palabras finales
Trabajos seleccionados
Los expositores preseleccionados son los siguientes:
Presentation Title
Speaker name
Company
Country suggesting Clasificación
this presentation
Preliminary results of mud gas
data applied as indicator to
infer maturity. A new approach
to Vaca Muerta and Los Molles
Formation
Cecilia Marina Lauri CoAuthors: Nicolás Segura,
Thamy C. Sales, Nicolás
Gutierrez Schmidt
Subsecretaría
de Minería e
Hidrocarburos,
Provincia de
Neuquén
Argentina
Caracterización
The Challenge of Liquid Rich
Shale Systems and its implications on Completions and
Stimulations
Jorge Ponce
Apache
Argentina
Completación
Eco-Friendly Biodegradable
Agents For Diversion And Zonal
Isolation Of Multiple Stage
Horizontal Well Completions:
Case Histories From Marcellus
Shale Hydraulic Fracturing
David Arnold Co-Authors:
Rajesh Saini, Francisco
Fragachan, Mathew
Samuel
Weatherford
USA (Houston)
Estimulación
Production based Multistage
Hydraulically Fractured Completion Guidelines for Los Molles
Tight Gas Appraisal
Stephane Pichon. CoAuthors: Gabriel Weber,
Francisco Herrero,
Sebastian María, Leonardo Machio, Pluspetrol,
Gustavo Cavazzoli (SPE),
Schlumberger
Schlumberger
Argentina
Estimulación
Brief review of Vaca Muerta
Development in Loma Campana
Field, Neuquén Basin, Argentina
Brief review of Vaca
Muerta Development in
Loma Campana Field,
Neuquén Basin
YPF
Argentina
Caracterización
Adecuación de Ecuaciones Convencionales para Pronósticos de
Reservorios No Convencionales
Carlos Canel - Carlos
Gilardone. Co-Authors:
Luciana de Marzio –
Nicolás Bellini
FDC
de Argentina
SRL
Argentina
Producción
Trabajos seleccionados
Presentation Title
Country suggesting
this presentation Clasificación
Speaker name
Company
Effect of Pressure Dependent
Permeability on Production
Forecasts in the Numerical
Modeling of Shale Plays
Jose Cardenas. Co-Authors:
Ruben Dario Castillo N.
Edgar Ricardo Perez C.
Juan Jose Tovar M
Ecopetrol
Colombia
Caracterización
Vaca Muerta in the Central
Areas of Neuquén, Basin,
Argentina. A methodology for its
Evaluation
Eduardo Achem-GYP,
Martin Paris-BH.
Co-Authors: Eduardo Molina, Alejandro Aubert,
Gustavo Nagel-GYP and
Angela Lopez-BH
Gas y Petroleo
de Neuquen SA
Argentina
Caracterización
Determining Hydraulic-Fracture
Orientation and Height Using
After-Fracture Borehole Acoustic
Attributes in the Vaca Muerta
Unconventional Reservoirs
Edgar Velez - Schlumberger. Co-Author: Jorge
Ponce (SPE), Sergio
Tessari, Apache
SLB, Apache
Argentina
SLB, Apache
Transient Pressure Analysis:
New strategies on the application of dynamic characterization in Vaca Muerta formation
Juan Domingo Moreyra
JMCons.
Argentina
Ensayo de pozo
Field Cases of Dynamic Characterization of Unconventional
Gas Reservoirs In Mexico
Francisco CastellanosPaez. Co-Authors: Jorge
A. Arevalo-Villagran,
Néstor Martínez-Romero
and Francisco Pumar
Pemex
Mexico
Caracterización
The Role of Microseismic
Monitoring in the Development
of the Vaca Muerta Formation
Juan G. Garcia-Pinnacle,
a Halliburton Service
Juan C. Bonapace,
Gabriel Triffiletti, Federico Sorenson; Mariano
Garcia - Halliburton
Pinacle
USA (Houston)
Estimulación
Trabajos seleccionados
Presentation Title
Country suggesting
this presentation Clasificación
Speaker name
Company
Decline Curve Analysis of
Unconventional Gas Reservoirs
in Mexico with Organic Material
and Adsorbed Gas
Francisco CastellanosPaez. Co-Authors: Jorge
A. Arevalo-Villagran,
Néstor Romero-Martínez,
Nancy HernándezRamírez and Pumar,
Francisco
Pemex
Mexico
Producción
Real Time Fracture Placement
and Completion Design using
an LWD Azimuthal Sonic and
Spectral Azimuthal Gamma Ray
for Anisotropic Unconventional
Reservoir Evaluation
Claudia Amorocho,
Martina Nardi, Cory
Langford, and Camilo
Mejia Weatherford
Weatherford
USA (Houston)
Caracterización
Unlocking the true potential of
the Vaca Muerta Shale via an
Integrated Completion Optimization Approach
Alan Diaz - SLB.
Co-Authors: Hryb, D.
Archimio,A,YPF, Cavazzoli G .Ejofodomi, E.,
Zalazar F. Lagarrigue E.,
Pichon,S. Schlumberger
Schlumberger
Argentina
Caracterización
An Unconventional Approach
To Determine The Presence Of
Natural Open Fractures From
Openhole Logs In The Quintuco – Vaca Muerta Unconventional Play
Edgar Velez, - Schlumberger, Alberto
Ortiz - YPF Co-Author:
Daniel Astesiano, Maria
Rodriguez - YPF
SLB, YPF
Argentina
Caracterización
Applications of Technological
& Engineering Solutions in Old
Wells to Stimulate Vaca Muerta
Formation using Pinpoint
Technique
Pablo Forni-CAPEX S.A.
Co-Authors: Juan C.
Bonapace, Federico
Kovalenko, Federico
Sorenson y Mariano N.
Garcia
Halliburton
Argentina
Completación
Unveiling Vaca Muerta Stimulation
Andre Archimio- YPF.
Co-Authors: Emmanuel
d’Huteau, Martin Vitolo
YPF
Argentina
Estimulación
Trabajos seleccionados
Presentation Title
Country suggesting
this presentation Clasificación
Speaker name
Company
Successful Application of Underbalance Casing Drilling through
Naturally Fractured Formation in
Unconventional in Argentina
Raul Krasuk. Co-Authors:
Oscar Gutierrez, Leonardo Tisera, Horacio
Rufini
YPF
Argentina
Perforación
Natural fracture Characterization and its impact on well
performance in Unconventional
Reservoirs
Martin Foster, CoAuthor: Victoria Lazzari
- Damián Hryb
YPF
Argentina
Caracterización
Determining the optimun distance between hydraulic fractures
in a horizontal well: A path to
avoid underlower stimulating
the rock
Matias Fernandez - YPF.
Co-Author: Daniela
Rojas
YPF
Argentina
Caracterización
Capacidad de Adsorción de La
Formación La Luna y Equivalentes: Aproximación Geológica y
Petrofísica
Paula Andrea Pacheco.
Co-Authors: Agustín
Cardona Molina; Farid
Bernardo Cortés
Universidad
Nacional
Colombia
Caracterización
Multiple plug milling in horizontal Vaca Muerta well
Martin Mauro Nebiolo.
Co-Author: Christian
Cerne
Thrutubing
Argentina
Completación
The role of Formation Evaluation
/ Petrophysics in Unconventional Shale Reservoirs Development
Ricardo Herrera
Rodriguez
Halliburton
USA (Houston)
Caracterización
3D Geomechanical Modeling
in the Vaca Muerta shale: a
predictive tool for horizontal well
landing and completion strategy
Damian Hryb. Co-Author:
Raúl A. Varela (YPF),
Stephane Pichon (Schlumberger)
YPF
Argentina
Caracterización
Improving Water Management in
Vaca Muerta Shale
JD Estrada, S Monsalve
- Schlumberger and M
Vitolo - YPF. Co-Authors:
R Poletti, M Lederhos Schlumberger and J Ferrell, G Moll - Mi-SWACO
Schlumberger
Argentina
SGA
Trabajos seleccionados
Presentation Title
Country suggesting
this presentation Clasificación
Speaker name
Company
Single-Size-Ball Interventionless
Multi-Stage Stimulation System
Improves Stimulated Reservoir
Volume and Eliminates Milling
Requirements: Case Study
Yuan Feng
Weatherford
USA (Houston)
Completación
Impact of Proppant Selection on
Economics in Shale Plays
Tim Stephens, Ph.D.;
Tihana Fuss, Ph.D.; Dan
Herndon and Oscar
Rescia, Saint-Gobain
Proppants
Saint - Gobain
Proppants
USA (Houston)
Producción
Successful Slickwater Fracturing
in Ultrahigh TDS Produced
Water by Novel Environmentally
Preferred Water-based Friction
Reducer
Arjun Sareen - Baker
Hughes. Co-Authors: Jia
Zhou, Jennifer Cutler,
Michael Farris, Hong
Sun, Qi Qu - Baker
Hughes
Baker Hughes
USA (Houston)
SGA
Physic-Based EUR’s and
Optimization in NoConv’s
James C. Erdle,
PhD-CPG. Co-Authors:
K. Patel, A. Moinfar &
Victor Salazar
Computer
Modeling Group
USA (Houston)
Caracterización
Impact of Paraffin and
Asphaltene on Well Productivity
for Unconventional Reservoirs
Elizabet Savoy
Co-Authors: Ucan S.,
Casamayor A., Monti
L., Martínez J.F., and
Álvarez Claramunt J.I.
YPF
Argentina
Producción
Curso PreCongreso
y Programa Escuela
de Campo
10 al 12 de junio de 2014
Espacio DUAM, Neuquén, Argentina
Lunes 9 de Junio
Cursos Previos al Congreso
9:00 a 12:00 y 14:00 a 18:00
Requiere inscripción previa
1. Introduction to Petroleum Rock Mechanics
Introduction to Petroleum Rock Mechanics
The mechanics of rocks play an important role in all aspects of hydrocarbon exploitation. Their faulting and folding control the movement and trapping of hydrocarbons in the reservoir. During seismic investigations, their elastic
properties control how much of the subsurface we can see. During drilling, rock failure around the wellbore can lead to
expensive lost rig time and stuck pipe, and rock failure under the bit partly controls the rate of drilling. During production, the rock itself can fail and be produced to surface; if this is likely to be a problem, costly sand exclusion methods
may be needed. Wells may need to be hydraulically fractured for stimulation or formation damage bypass; the stress in
the rock around the wellbore strongly influences this process. Finally, the reservoir itself may deform during production,
sometimes benefiting us with compaction drive, sometimes causing us problems with subsidence and permeability
decreases.
Rock mechanics has become an important tool for engineers and geologist working with oil field problems. However,
very few specialists still exist that are fully conversant in rock engineering. We give a short introduction to the science
of rock mechanics, and discuss how it can be used to help improve the effectiveness of hydrocarbon exploitation, with
the emphasis on planning for wellbore stability control during drilling, and understanding hydraulic fracturing stimulation
and completion strategy. This intensive course can help understand the essential aspects of geomechanics enabling an
engineer or geoscientist to make better field development decisions.
Afterwards, you will have learnt:
• The value that Geomechanics can add to drilling and completion operations
• An understanding of the requirements from Geomechanics work
• Basic knowledge to structure and conduct Geomechanics projects for wellbore stability and sand prediction
• Knowledge of the data requirements for Geomechanics studies
Language: English, Portuguese or Spanish
Bibliography to be used
R.E. Goodman; Introduction to Rock Mechanics, John Wiley &Sons.
E. Fjaer, R.M. Holt, P. Horsrud, A.M. Raaen and R.Risnes; Petroleum Related Rock Mechanics; Elsevier
Detailed agenda
Introduction
What is meant by Geomechanics
Mechanical Earth Model (1D, 2D and 3D)
Applications (wellbore stability control, sand prediction, hydraulic fracture design, drilling optimisation and reservoir
stress management)
Key participants in building the MEM
Elasticity and Rock strength
Stress
Mohr’s circle
Strain
Stress-strain behaviour
Linear and non-linear elasticity
Anisotropy
Modes of rock failure
Common laboratory strength tests
Stress-strain behaviour in compression
Effect of the confining pressure
Failure surface
Mohr-Coulomb failure criteria
Anisotropic rocks
Rock properties from logs
Acoustic wave propagation in rocks
Dynamic elastic properties
Static elastic properties
Strength properties (UCS and FANG)
State of stress in the earth
Introduction
Overburden stress
Horizontal stress models
Stress direction
Measurement of stress
Overburden
Pore pressure
Minimum horizontal stress
Maximum horizontal stress
Stresses around wellbore and borehole failure criteria
State of stress around the wellbore
Borehole failure criteria
Exercise
Influence of trajectory
Planning for wellbore stability
Data gathering - rock properties, stress state, drilling hazards, …
Unstable boreholes – Failure mechanism
Shear failure
Tensile failure
Plane of weakness
Reactivity
Unstable boreholes – Time dependent effects
Cavings - A component of real time wellbore stability monitoring
Mud window calculations
History case
Instructor: Schlumberger
Lunes 9 de Junio
9:00 a 12:00 y 14:00 a 18:00
Cursos Previos al Congreso
Requiere inscripción previa
2. Diagnostic Fracture Injection Tests Execution,
Interpretation and Integration to Improve Reservoir
Characterization
Introduction
Historically diagnostic pumping events were mostly used to fine tune our fracture design on location, like calibrate perforation and near wellbore frictions, measure frac fluid efficiency and possible pressure dependant leakoff.
Nowadays with high focus on tight and unconventional reservoirs where applying buildup techniques to measure
reservoir properties and evaluate hydraulic fracture effectiveness is unpractical due to closure time requirements, the application of Diagnostic Fracture Injection Tests (DFIT) became very popular. Therefore it is very important that we properly
understand how these tests should be applied, its limitations and how to run the interpretation to get the most possible
out of them.
We should keep in mind that one critical step we must take before running any test, is to define what information we are
looking for. Based on this, we will be able design and plan for the proper test.
Afterwards, you will have learnt:
• Plan and Execute a DFIT Test
• Do a DFIT Interpretation
• Understand Information Limitations
• Integration and Usage of Results
Bibliography to be used
SPE-60291. Adapting High Permeability Leakoff Analysis to Low Permeability Sands for Estimating Reservoir Engineering
Parameters.
SPE-93419 After-Closure Analysis to Determine Formation Permeability, Reservoir Pressure and Residual Fracture
Properties.
SPE-107877 Holistic Fracture Diagnostic.
Detailed agenda
Introduction
Type of Diagnostic Tests
What type of information are we looking for?
Selection of the most appropriate one based on information requirements
Diagnostic Fracture Injection Test (DFIT)
Objective
What Information can we get?
Main Considerations
Operational Overview
Subpresurized and Overpresurized Reservoirs
Analysis Techniques
Understanding G Function
Flow Mechanisms Identification
Estimating Stress Anisotropy
Estimating Pore Pressure and Transmissibility
G Time – BCA - ACA
Getting Involved with Analysis Tools
Other Pressure Decline Analysis and Usage
Data Integration – Examples Review
Open Hole Logs
Minimum Horizontal Stress, Lab Data, Pore Pressure
Pressure History Match – DFIT and Fracture
Validate Minimum Horizontal Stress, Permeability, Pore Pressure
Production History Match
Validated Matrix Perm, Pore Pressure, Secondary Perm and SRV
Instructor: Halliburton
Lunes 9 de Junio
9:00 a 12:00 y 14:00 a 18:00
Cursos Previos al Congreso
Requiere inscripción previa
3. Evaluación de Reservas Yacimientos No Convencionales
Temas:
•Cambio de juego y proceso de masificación
•Conceptos petrofísicos
•Conceptos de volumetría
•Análisis de producción (Arps, StreTched, Duong)
•Ejemplo Evaluación combinando volumetría y producción
•Aplicación de simulación de yacimientos
•Conceptos probabilísticos y análisis de portafolio
•Ejemplo y ejercicio de clase
Instructor: Herman G. Acuña* - Ryder Scott
* Managing Senior V.P. – International
Member of the Board – Ryder Scott Company
Graduado de Ingeniero y Maestría en Petróleos de la Universidad de Tulsa.
Herman Acuña ha acumulado casi 25 años de experiencia internacional en el área de evaluación de yacimientos,
estudios integrados y estimaciones de reservas y recursos de hidrocarburos. Su carrera empieza con Exxon en donde
ejecuta estudios de simulación y desarrollo en áreas tan diversas desde el Este de Texas hasta Arabia Saudita.
Luego de casi 10 años con Exxon se une a Ryder Scott Company en 1997. El Sr. Acuña se ha especializado en evaluaciones de reservas y servicios de consultoría estratégica a compañías internacionales y gubernamentales.
Herman Acuña fue uno de los co-autores del reporte incipiente del potencial no convencional de Vaca Muerta en Argentina que da como resultado un enfoque mundial a este recurso. El Sr. Acuña tiene particular experiencia e interés en los
aspectos probabilísticos y efectos de portafolio de los recursos no convencionales.
viernes 13 de Junio
Salida de NQN a las 7 hs. y regreso a las 20 hs.
Actividad posterior al Congreso
Requiere inscripción previa
Salida Escuela de campo Vaca Muerta
Las personas que deseen participar en las actividades de Cursos Previos al Congreso y Escuela de Campo se deben
anotar complementariamente al Congreso.
Objetivos
1. Visualizar y comprender el marco estratigráfico de la F. Vaca Muerta.
2. Interpretar y entender el sistema petrolero en el que participa la F. Vaca Muerta, poniendo énfasis en los presentes
en nuestros yacimientos.
3. Reconocer los elementos estratigráficos – estructurales que pueden ser obtenidos con el objeto de mejorar nuestras caracterizaciones de subsuelo.
4. Identificar heterogeneidades laterales y verticales (litológicas, granulométricas, forma y espesor de los cuerpos,
etc.), y relacionarlas con posibles escenarios de producción y estimulación.
5. Comparar la información de afloramiento con la información de subsuelo, fundamentalmente registros eléctricos de
pozo.
6. Analizar el afloramiento desde la óptica de la estimulación por fracturamiento hidráulico, estableciendo hipótesis
de desarrollo en función de las características observadas.
Actividades
Ejercicio: Levantamiento de un perfil estratigráfico a mano alzada
Determinación de espesores, litologías, granulometrías, estructuras sedimentarias, etc.
Identificación de facies y procesos sedimentarios asociados.
Definición de cuerpos. Geometría. Tamaños
Relaciones entre cuerpos.
Estratificación interna.
Heterogeneidades verticales.
Análisis de paleocorrientes
Definición de cuerpos. Geometría. Tamaños. Formas. Arreglo interno.
Relaciones entre cuerpos mayores. Ciclicidad.
Heterogeneidades horizontales (espesores, litologías, granulometrías, facies, estructuras internas –órdenes y jerarquía de superficies–, etc.).
Comparación con el Vaca Muerta Basal de Quebrada del Sapo y Puente Picún Leufú