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

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Page 1: Con el apoyo logístico de SPE (Society of Petroleum ...fdc-group.com/media/ProgramaSPE-NQN.pdf• The value that Geomechanics can add to drilling and completion operations • An

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

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ComitéCOMITÉ HONORARIO COMITÉ EJECUTIVO COMITÉ TÉCNICO

Cr. José G. LópezSubsecretario de Minería e Hidrocarburos - NeuquénCr. Daniel A. GiménezSecretario de Hidrocarburos - Río NegroIng. Juan Carlos PisanuPresidente SPE - Buenos AiresLic. Ricardo M. FerrantePresidente SPE - NeuquénIng. Jesús G. GrandeYPF SAIng. Telmo F. GerleroPluspetrol SAIng. Benício Schettini FrazãoPetrobrás Energía SAIng. Gustavo A. NagelGas y Petróleo del Neuquén SAIng. Ricardo AguirreChevron Argentina SRLIng. Horacio MarinTecpetrol SAIng. Jean-Marc HosanskiTotal Austral SAIng. Daniel A. De NigrisExxonMobil

Jorge Buciak CapexAlejandro Luppi ChevronGastón Conci YPFJorge Robles San AntonioJorge MeaggiaSchlumbergerMartín ParisBaker HughesDiego Solis Total Austral

Gabriel IrazuztaCapexEmmanuel D’Huteau YPFAlejandro Peña SchlumbergerMiguel Lavia ConsultorFrancisco FragachanWeatherfordEduardo Barreiro ConsultorRicardo Palacios ConsultorJuan Domingo Moreira ConsultorMariano Gurfinkel Hess

Secretaría e informesIT&C Event PlannersTeléfono: (+54 11) [email protected]

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Programa10 al 12 de junio de 2014Espacio DUAM, Neuquén, Argentina

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martes 10 de Junio

13:00

09:00

11:00

18:30

17:00

10:00

16:30

12:00

08:30

08:00

14:30

09:30

15:00

11:30

10:30

12:30

Acreditaciones

Almuerzo - Orador Ing. Richard Brown - Schlumberger

Exposición Nº 2

Exposición Nº 5

Exposición Nº 4

Mesa Redonda Compañías de servicios - Parte 2Enfoque técnico: Youssouf Zotskine - Calfrac / Juan Bonapace - Halliburton / Marcelo Frydman - Schlumberger

Exposición Nº 7

Exposición Nº 1

Apertura - Palabras del Comité Organizador Autoridades Gobierno de Neuquén

Mesa Redonda Compañías de servicios - Parte 1Enfoque estratégico: Jorge Arroyo - Baker / Jorge Robles - San Antonio / Alejandro Iglesias - Weatherford

Exposición Nº 3

Intervalo tarde

Exposición Nº 6

Intervalo mañana

Orador Eduardo Martínez - Chevron

Cocktail de apertura

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miérColes 11 de Junio

08:00

13:00

09:00

11:00

10:00

16:30

12:00

08:30

14:30

09:30

16:00

11:30

10:30

12:30

Acreditaciones

Almuerzo - Orador Ing. Ricardo Aguirre - CHEVRON

Exposición Nº 9

Exposición Nº 12

Exposición Nº 11

Mesa Redonda Compañías de servicios - Parte 2Enfoque técnico: Ing. Pablo Bizzotto - YPF / Ricardo Livieres / Maximiliano Hardie - Shell / Sergio Giorgi - Total

Exposición Nº 14

Exposición Nº 8

Mesa Redonda Compañías operdoras - Parte 1Enfoque estratégico: Juan Carlos Rodríguez - Roch / Gabriela González - PAE / Leonardo Maschio - Pluspetrol / Gustavo Nagel - GyP Neuquén

Exposición Nº 10

Intervalo tarde

Exposición Nº 13

Intervalo mañana

Orador: Chad Hartman - Weatherford Laboratories

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Jueves 12 de Junio

08:00

13:00

17:30

17:45

09:00

11:00

10:00

15:30

12:00

08:30

14:30

09:30

15:00

11:30

10:30

12:30

17:00

Acreditaciones

Almuerzo - Orador Ing. Jesús Grande - VP de Usptream YPF

Conclusiones / Entrega de premios

Palabras finales

Exposición Nº 16

Exposición Nº 19

Exposición Nº 18

Exposición Nº 24

Exposición Nº 21

Exposición Nº 15

Exposición Nº 22

Exposición Nº 17

Exposición Nº 23

Exposición Nº 20

Intervalo mañana

Orador: Marieliz García López - BHP Billiton

Orador Manuel Chavez - Shell

16:30

16:00

Orador de la Subsecretaría de Hidrocarburos Neuquén

Intervalo tarde

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Trabajos seleccionados

Presentation Title

Preliminary results of mud gas data applied as indicator to infer maturity. A new approach to Vaca Muerta and Los Molles Formation

The Challenge of Liquid Rich Shale Systems and its implica-tions on Completions and Stimulations

Eco-Friendly Biodegradable Agents For Diversion And Zonal Isolation Of Multiple Stage Horizontal Well Completions: Case Histories From Marcellus Shale Hydraulic Fracturing

Production based Multistage Hydraulically Fractured Comple-tion Guidelines for Los Molles Tight Gas Appraisal

Brief review of Vaca Muerta Development in Loma Campana Field, Neuquén Basin, Argentina

Speaker name

Cecilia Marina Lauri Co-Authors: Nicolás Segura, Thamy C. Sales, Nicolás Gutierrez Schmidt

Jorge Ponce

David Arnold Co-Authors: Rajesh Saini, Francisco Fragachan, Mathew Samuel

Stephane Pichon. Co-Authors: Gabriel Weber, Francisco Herrero, Sebastian María, Leon-ardo Machio, Pluspetrol, Gustavo Cavazzoli (SPE), Schlumberger

Brief review of Vaca Muerta Development in Loma Campana Field, Neuquén Basin

Company

Subsecretaría de Minería e

Hidrocarburos, Provincia de

Neuquén

Apache

Weatherford

Schlumberger

YPF

Country suggesting this presentation

Argentina

Argentina

USA (Houston)

Argentina

Argentina

Clasificación

Caracterización

Completación

Estimulación

Estimulación

Caracterización

Los expositores preseleccionados son los siguientes:

Adecuación de Ecuaciones Con-vencionales para Pronósticos de Reservorios No Convencionales

Carlos Canel - Carlos Gilardone. Co-Authors: Luciana de Marzio –

Nicolás Bellini

FDC de Argentina

SRL

Argentina Producción

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Presentation Title

Effect of Pressure Dependent Permeability on Production Forecasts in the Numerical Modeling of Shale Plays

Vaca Muerta in the Central Areas of Neuquén, Basin, Argentina. A methodology for its Evaluation

Determining Hydraulic-Fracture Orientation and Height Using After-Fracture Borehole Acoustic Attributes in the Vaca Muerta Unconventional Reservoirs

Transient Pressure Analysis: New strategies on the applica-tion of dynamic characteriza-tion in Vaca Muerta formation

Field Cases of Dynamic Char-acterization of Unconventional Gas Reservoirs In Mexico

The Role of Microseismic Monitoring in the Development of the Vaca Muerta Formation

Speaker name

Jose Cardenas. Co-Authors: Ruben Dario Castillo N. Edgar Ricardo Perez C.

Juan Jose Tovar M

Eduardo Achem-GYP, Martin Paris-BH.

Co-Authors: Eduardo Mo-lina, Alejandro Aubert, Gustavo Nagel-GYP and

Angela Lopez-BH

Edgar Velez - Schlum-berger. Co-Author: Jorge

Ponce (SPE), Sergio Tessari, Apache

Juan Domingo Moreyra

Francisco Castellanos-Paez. Co-Authors: Jorge

A. Arevalo-Villagran, Néstor Martínez-Romero and Francisco Pumar

Juan G. Garcia-Pinnacle, a Halliburton Service Juan C. Bonapace,

Gabriel Triffiletti, Fed-erico Sorenson; Mariano

Garcia - Halliburton

Company

Ecopetrol

Gas y Petroleo de Neuquen SA

SLB, Apache

JMCons.

Pemex

Pinacle

Country suggesting this presentation

Colombia

Argentina

Argentina

Argentina

Mexico

USA (Houston)

Clasificación

Caracterización

Caracterización

SLB, Apache

Ensayo de pozo

Caracterización

Estimulación

Trabajos seleccionados

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Presentation Title

Decline Curve Analysis of Unconventional Gas Reservoirs in Mexico with Organic Material and Adsorbed Gas

Real Time Fracture Placement and Completion Design using an LWD Azimuthal Sonic and Spectral Azimuthal Gamma Ray for Anisotropic Unconventional Reservoir Evaluation

Unlocking the true potential of the Vaca Muerta Shale via an Integrated Completion Optimiza-tion Approach

An Unconventional Approach To Determine The Presence Of Natural Open Fractures From Openhole Logs In The Quin-tuco – Vaca Muerta Unconven-tional Play

Applications of Technological & Engineering Solutions in Old Wells to Stimulate Vaca Muerta Formation using Pinpoint Technique

Unveiling Vaca Muerta Stimula-tion

Speaker name

Francisco Castellanos-Paez. Co-Authors: Jorge

A. Arevalo-Villagran, Néstor Romero-Martínez,

Nancy Hernández-Ramírez and Pumar,

Francisco

Claudia Amorocho, Martina Nardi, Cory

Langford, and Camilo Mejia Weatherford

Alan Diaz - SLB. Co-Authors: Hryb, D.

Archimio,A,YPF, Cavaz-zoli G .Ejofodomi, E.,

Zalazar F. Lagarrigue E., Pichon,S. Schlumberger

Edgar Velez, - Sch-lumberger, Alberto

Ortiz - YPF Co-Author: Daniel Astesiano, Maria

Rodriguez - YPF

Pablo Forni-CAPEX S.A. Co-Authors: Juan C. Bonapace, Federico Kovalenko, Federico

Sorenson y Mariano N. Garcia

Andre Archimio- YPF. Co-Authors: Emmanuel d’Huteau, Martin Vitolo

Company

Pemex

Weatherford

Schlumberger

SLB, YPF

Halliburton

YPF

Country suggesting this presentation

Mexico

USA (Houston)

Argentina

Argentina

Argentina

Argentina

Clasificación

Producción

Caracterización

Caracterización

Caracterización

Completación

Estimulación

Trabajos seleccionados

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Presentation Title

Successful Application of Under-balance Casing Drilling through Naturally Fractured Formation in Unconventional in Argentina

Natural fracture Characteriza-tion and its impact on well performance in Unconventional Reservoirs

Determining the optimun dis-tance between hydraulic fractures in a horizontal well: A path to avoid underlower stimulating the rock

Capacidad de Adsorción de La Formación La Luna y Equivalen-tes: Aproximación Geológica y Petrofísica

Multiple plug milling in horizon-tal Vaca Muerta well

Improving Water Management in Vaca Muerta Shale

The role of Formation Evaluation / Petrophysics in Unconvention-al Shale Reservoirs Development

3D Geomechanical Modeling in the Vaca Muerta shale: a predictive tool for horizontal well landing and completion strategy

Speaker name

Raul Krasuk. Co-Authors: Oscar Gutierrez, Leon-ardo Tisera, Horacio

Rufini

Martin Foster, Co-Author: Victoria Lazzari

- Damián Hryb

Matias Fernandez - YPF. Co-Author: Daniela

Rojas

Paula Andrea Pacheco. Co-Authors: Agustín

Cardona Molina; Farid Bernardo Cortés

Martin Mauro Nebiolo. Co-Author: Christian

Cerne

JD Estrada, S Monsalve - Schlumberger and M Vitolo - YPF. Co-Authors: R Poletti, M Lederhos - Schlumberger and J Fer-rell, G Moll - Mi-SWACO

Ricardo Herrera Rodriguez

Damian Hryb. Co-Author: Raúl A. Varela (YPF),

Stephane Pichon (Sch-lumberger)

Company

YPF

YPF

YPF

Universidad Nacional

Thrutubing

Schlumberger

Halliburton

YPF

Country suggesting this presentation

Argentina

Argentina

Argentina

Colombia

Argentina

Argentina

USA (Houston)

Argentina

Clasificación

Perforación

Caracterización

Caracterización

Caracterización

Completación

SGA

Caracterización

Caracterización

Trabajos seleccionados

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Presentation Title

Single-Size-Ball Interventionless Multi-Stage Stimulation System Improves Stimulated Reservoir Volume and Eliminates Milling Requirements: Case Study

Impact of Proppant Selection on Economics in Shale Plays

Successful Slickwater Fracturing in Ultrahigh TDS Produced Water by Novel Environmentally Preferred Water-based Friction Reducer

Physic-Based EUR’s and Optimization in NoConv’s

Impact of Paraffin and Asphaltene on Well Productivity for Unconventional Reservoirs

Speaker name

Yuan Feng

Tim Stephens, Ph.D.; Tihana Fuss, Ph.D.; Dan

Herndon and Oscar Rescia, Saint-Gobain

Proppants

Arjun Sareen - Baker Hughes. Co-Authors: Jia Zhou, Jennifer Cutler, Michael Farris, Hong Sun, Qi Qu - Baker

Hughes

James C. Erdle, PhD-CPG. Co-Authors: K. Patel, A. Moinfar &

Victor Salazar

Elizabet Savoy Co-Authors: Ucan S., Casamayor A., Monti L., Martínez J.F., and Álvarez Claramunt J.I.

Company

Weatherford

Saint - Gobain Proppants

Baker Hughes

Computer Modeling Group

YPF

Country suggesting this presentation

USA (Houston)

USA (Houston)

USA (Houston)

USA (Houston)

Argentina

Clasificación

Completación

Producción

SGA

Caracterización

Producción

Trabajos seleccionados

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10 al 12 de junio de 2014Espacio DUAM, Neuquén, Argentina

Curso PreCongreso y Programa esCuela

de CamPo

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lunes 9 de Junio

1. Introduction to Petroleum Rock Mechanics

Introduction to Petroleum Rock MechanicsThe mechanics of rocks play an important role in all aspects of hydrocarbon exploitation. Their faulting and fold-ing 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 produc-tion, 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 usedR.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 agendaIntroduction

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 strengthStressMohr’s circle

Cursos Previos al CongresoRequiere inscripción previa9:00 a 12:00 y 14:00 a 18:00

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StrainStress-strain behaviour

Linear and non-linear elasticityAnisotropy

Modes of rock failureCommon laboratory strength testsStress-strain behaviour in compressionEffect of the confining pressureFailure surfaceMohr-Coulomb failure criteriaAnisotropic rocks

Rock properties from logs Acoustic wave propagation in rocksDynamic elastic propertiesStatic elastic propertiesStrength properties (UCS and FANG)

State of stress in the earthIntroductionOverburden stressHorizontal stress modelsStress directionMeasurement of stress

OverburdenPore pressureMinimum horizontal stressMaximum horizontal stress

Stresses around wellbore and borehole failure criteriaState of stress around the wellboreBorehole failure criteriaExerciseInfluence of trajectory

Planning for wellbore stabilityData gathering - rock properties, stress state, drilling hazards, …Unstable boreholes – Failure mechanism

Shear failureTensile failurePlane of weaknessReactivity

Unstable boreholes – Time dependent effectsCavings - A component of real time wellbore stability monitoringMud window calculationsHistory case

Instructor: Schlumberger

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2. Diagnostic Fracture Injection Tests Execution, Interpretation and Integration to Improve Reservoir Characterization

IntroductionHistorically diagnostic pumping events were mostly used to fine tune our fracture design on location, like calibrate perfo-ration 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 ap-plication 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 usedSPE-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 agendaIntroduction

Type of Diagnostic TestsWhat type of information are we looking for?Selection of the most appropriate one based on information requirements

Diagnostic Fracture Injection Test (DFIT)ObjectiveWhat Information can we get?Main ConsiderationsOperational Overview Subpresurized and Overpresurized Reservoirs

Cursos Previos al CongresoRequiere inscripción previa

lunes 9 de Junio 9:00 a 12:00 y 14:00 a 18:00

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Analysis TechniquesUnderstanding G FunctionFlow Mechanisms IdentificationEstimating Stress AnisotropyEstimating Pore Pressure and Transmissibility

G Time – BCA - ACA

Getting Involved with Analysis Tools

Other Pressure Decline Analysis and Usage

Data Integration – Examples ReviewOpen Hole Logs Minimum Horizontal Stress, Lab Data, Pore PressurePressure History Match – DFIT and Fracture Validate Minimum Horizontal Stress, Permeability, Pore PressureProduction History Match Validated Matrix Perm, Pore Pressure, Secondary Perm and SRV

Instructor: Halliburton

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Cursos Previos al CongresoRequiere inscripción previa

lunes 9 de Junio 9:00 a 12:00 y 14:00 a 18:00

Instructor: Herman G. Acuña* - Ryder Scott

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

* Managing Senior V.P. – InternationalMember of the Board – Ryder Scott CompanyGraduado 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 evalua-ciones 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 Argen-tina 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.

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viernes 13 de Junio

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.

Objetivos1. 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 nues-

tras 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.

ActividadesEjercicio: 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. TamañosRelaciones entre cuerpos.Estratificación interna.Heterogeneidades verticales.Análisis de paleocorrientesDefinición de cuerpos. Geometría. Tamaños. Formas. Arreglo interno.Relaciones entre cuerpos mayores. Ciclicidad.Heterogeneidades horizontales (espesores, litologías, granulometrías, facies, estructuras internas –órdenes y jerar-quía de superficies–, etc.).Comparación con el Vaca Muerta Basal de Quebrada del Sapo y Puente Picún Leufú

Salida de NQN a las 7 hs. y regreso a las 20 hs.Actividad posterior al Congreso

Requiere inscripción previa