Project: Pluspetrol Argentina. Petrophysical Analysis. Blocks 47/62 Offshore Suriname.
Date: 2019
Description: Evaluation of 21 wells in approximately 125.000 km2, in order to understand the distribution of petrophysical properties, as part of the objective of defining hydrocarbon potential and future opportunities. Shale Sand Sequence, Complex Sandstone-Carbonate deposits, Carbonate Platform.

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Project: Panamerican Energy/DataSeismic, MEXICO. Well Log Modelling & Integrated Petrophysical Study. OFF Shore, Mexico.
Date: 2019
Description: Well Log Modelling & Petrophysical Integrated Study. Special Editions for Seismic Analysis. Offshore, Mexico. Shaly-Sand Sequence, Turbidites Environment. Gas producing Formations.

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Project: PLUSPETROL, ARGENTINA. Petrophysical Model, Noz Castanha Reservoir, Angola
Date: 2019
Description: Petrophysical Evaluation of Gas Clean Feldspathic Sands.

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Project: GEOPARK, ARGENTINA. Integrated Petrophysical Interpretation of Cutral Co. Member. Argentina.
Date: 2019
Description: Petrophysical evaluation, wells: PLU.Nq.ChB.x-1001 y PLU.Nq.FCh.x-1Tight Gas Sands.

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Project: GLACIER OIL – LUMINA, USA. Well Log Modelling & Integrated Petrophysical Study. North Fork Unit, Alaska, USA.
Date: 2019
Description: Well Log Acoustic Modelling & Petrophysical Integrated Study. Special Editions for Seismic Analysis. North Fork Unit, ALASKA, USA. Shale Sand Sequence, Volcanics accessory Minerals Present. Spectral Gamma Analysis Required. Gas bearing Formations.

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Project: PLUSPETROL, ARGENTINA. Petrophysical Model, Upper and Lower Hollín Member, Oglan Filed, Ecuador.
Date: 2019
Description: Petrophysical Characterization for building Static Model. Water Saturation modelled as a function of Height, using Capillary Pressure Data. Heavy Oil Clean Sands.

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Project: IKON science / Fairfield GEOTECHNOLOGIES, USA. Well Log Modelling & dBASE preparation for MULTICLIENT Integrated Study. DELAWARE BASIN, New Mexico, USA.
Date: 2019
Description: Well Log Acoustic Modelling & dBase preparation for MULTICLIENT Integrated Study. Special Editions for Seismic Analysis. DELAWARE BASIN, New Mexico/Texas, USA. Shale Gas/Shale Oil Play. Light Oil & Gas bearing Formations.

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Project: Talos Energy/LUMINA GEOSCIENCES, USA. Integrated Petrophysical Model. Gulf of Mexico.
Date: 2019
Description: A complete Well Log dBase diagnose and petrophysical evaluation of 24 wells through an integrated workflow for a Petrophysical model. Gulf of Mexico, USA. Clastic Consolidated & Semi-Consolidated Sediments, shale, Gas & Light Oil-bearing sandstones sequence.

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Project: PLUSPETROL, ARGENTINA. Petrophysical Model Lower/Upper Centenario Reservoirs, U.N. Río Colorado, Neuquén Basin. Argentina
Date: 2018
Description: Petrophysical Evaluation of Oil- and gas-bearing clean feldspathic sandstones and siltstones.

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Project: PLUSPETROL, ARGENTINA. Petrophysical Characterization based on NMR logs, Camisea Field, Peru.
Date: 2018
Description: Integrated Petrophysical Model for Chonta, Nia, Noi and Ene Formations; Pagoreni, Cashiriari, Mipaya and San Martín reservoirs, Camisea Field, Peru. Petrophysical interpretation of 18 wells, with emphasis in the interpretation of Nuclear Magnetic Resonance logs (NMR). Sand-shale sequence.

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Project: PANAMERICAN ENERGY, ARGENTINA. Petrophysical Characterization of Lindero Atravesado Reservoir, Cuyo Group, Neuquén Basin, Argentina.
Date: 2018
Description: Interpretation of 43 wells and its integration with core data and production data, and geological information, with emphasis in the use of NMR and Mineralogical logs. Clastic Shaly-Tight Sand Sequence.

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Project: PLUSPETROL, ARGENTINA. Petrophysical Model Neuquen Group, Neuquen Basin, Argentina.
Date: 2018
Description: Generation of Petrophysical model (VCL, PHI, Sw) for Upper, Mid and Lower Neuquen Untis. Conglomeratic-Feldspathic-Lithic Sands, Volcanic Minerals Present.

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Project: GEOPARK, LTD, ARGENTINA. Petrophysical Evaluation. Los Llanos, Colombia.
Date: 2018
Description: Well Log QC and Special Editions for Geophysical Modelling. Los LLANOS, Colombia. Clastic Shaly-Sand Sequence. Light Oil-bearing Formations.

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Project: DUNN Energy. Integrated Petrophysical Model. Duhon Sands, Louisiana, USA.
Date: 2018
Description: Well Log QC and Integrated Petrophysical Model for 3 wells. Duhon Sands. Clastics Consolidated Sediments, Gas & Light Oil-bearing Formations.

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Project: BLACKBRUSH OIL & GAS, USA. Integrated Petrophysical Model. Wilcox FM. South Texas, USA. 
Date: 2018
Description: Well Log QC and Integrated Multimineral Petrophysical Model for 3 wells. Wilcox and Eagleford Formations. Clastic & Carbonate Consolidated Sediments, shale Gas & Light Oil-bearing Formations.

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Project: TALOS ENERGY/LUMINA, USA. Integrated Petrophysical Model. Phoenix & Vermilion Fields, Gulf of Mexico. USA.
Date: 2018
Description: A complete Well Log dBase diagnose and petrophysical evaluation of 40 wells through an integrated workflow for a Petrophysical model. Phoenix & Vermilion Fields, Gulf of Mexico, USA. Clastic Consolidated & Semi-Consolidated Sediments, shale – Gas & Light Oil-bearing sandstones sequence.

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Project: Lewis Energy Group, USA. Integrated Petrophysical evaluation: Carbonera, Guadalupe, Gacheta and Une Formations, Los Llanos Basin, Colombia.
Date: 2018
Description: Integrated petrophysical evaluation of well Maguey-1, the evaluated column is formed by shaly-sand sequence. Porosity and permeability were calibrated with sidewall core analysis. The purpose of the evaluation was to define the prospectivity of the penetrated horizons to define development plans for the Area.

Project: PERCUSSION PETROLEUM, LLC, USA. Integrated Petrophysical evaluation: Yeso Formation (Permian), Eddy County, New Mexico, USA.
Date: 2017
Description: Integrated petrophysical evaluation of wells Long Draw 10 F # 1, Red Lake 32 State G #1 y B&B 22-12. Lithologically, the evaluated column is mainly composed of Dolomites with a partial presence of vugular porosity with an average of 5% porosity and maximum values close to 15%, low permeabilities. The evaluation was integrated with conventional and mineralogical analyses from Sidewall Core samples, Magnetic Resonance logs and mudlogging information. Secondary porosity analysis and variable m estimation were made. The purpose of the evaluation was to define the petrophysical parameters to continue with Area development.

Project: Imetame Energia LTD, BRAZIL. Petrophysical Characterization of wells in Galo de Campinas, Arribaca and Joao do Barro fields, Alagamar and Pendencia Formations, Potiguar Basin, Brazil.
Date: 2017
Description: Integrated petrophysical evaluation of wells 7-GC-7-RN, 7-GC-8-RN, 7-GC-4-RN, RT-0001-RN y 7-JB-001-RN, The reservoirs studied correspond to fluvial-deltaic environments and lacustrine deposits. Lithologically formed by turbiditic sandstones interbedded with shale deposits in lacustrine environments. Information from conventional logs was integrated with mudlogging information, sidewall core samples and capillary pressure curves from analogous fields, which were used to generate water saturation model independent of resistivity.

Project: Lewis Energy Group, USA. Petrophysical Model for Carbonera Formation, Wells of Guachiria Area, Los Llanos, Colombia.
Date: 2017
Description: Petrophysical Evaluation of 2 wells of Guachiria South: Agave-1 and Azafran-1, as well as 12 wells of Guachiria, Aceites-1, Sur-1, Sur-2, Primaveras- 1, -2 and -3, Yalea-1, Guahibos-1 and -2, Bucaro-1, Guacamaya and Malabares-1, Los Llanos area, eastern Colombia. Integration of ‘mud logging’ information, log data, porosity, permeability and saturation from sidewall core samples. The main purpose of the evaluation was defining prospects and populate the geocellular model for the field characterization.

Project: Lewis Energy Group, USA. Integrated Petrophysical evaluation of exploratory well: Villeta y Caballos Formations (Cretaceous), belonging to the Putumayo Basin, South Colombia.
Date: 2017
Description: Integrated petrophysical evaluation of well VONU-1, The evaluated column is formed by different lithological units, such as: sandstones, calcareous sandstones, limestones, with a high presence of silt and clay. There is a notable presence of Glauconite which generates effects in the resistivity (attenuation) and Density (increasing). Due to this, corrections were necessary to not sub-estimate both the porosity and HC saturation. The information from conventional logs was integrated with Mudlogging information (lithology, total gas, chromatography). The purpose of the evaluation was to define the potential of the penetrated horizons to define development plans for the Area.

Proyecto: LEWIS ENERGY. Evaluación petrofísica integrada del pozo exploratorio: Formaciones Villeta y Caballos (Cretácico), pertenecientes a la Cuenca del Putumayo, sur de Colombia.
Fecha: 2017
Descripción: Evaluación petrofísica integrada del pozo VONU-1. La columna evaluada está formada por diferentes unidades litológicas formadas por areniscas, areniscas calcáreas, calizas, con una alta presencia de limo y arcilla. Hay una presencia notable de Glauconita que genera efectos en la resistividad (atenuación) y en la densidad (aumento), lo que hace que las correcciones sean necesarias para no subestimar tanto la porosidad como la saturación de HC. La información de los registros convencionales se integró con la información de Mudlogging (litología, gas total, cromatografía). El propósito de la evaluación fue definir la prospectividad de los horizontes penetrados para definir los planes de desarrollo para el Área.

Project: Lewis Energy Group, USA. Integrated Petrophysical Model developed for Porquero, Cienaga de Oro and Chengue Formations, Sinú San Jacinto Area SSJ-1.
Date: 2017
Description: Petrophysical Evaluation and Re – Evaluation of Exploratory Wells: Bullerengue-1, Bullerengue Sur-1, Bullerengue Sur-3, Currulao-1, Curramba Est-1, Molinero-1, Molinero-2, Molinero-3X y Calipso-1. The evaluation was integrated with fracture analysis and dips from image logs, a lithological/mineralogical model was calibrated with XRD results from cuttings. A corrected resistivity curve due to laminations was estimated through multiple linear regressions from azimuth resistivity logs in Bullerengue Sur-1 well. The purpose of the evaluation was to define the potential of the penetrated horizons for Sinú San Jacinto area, Colombia.

Project: Rockliff Energy, USA. Petrophysical Interpretation of San Andres Formation, New Mexico, USA.
Date: 2017
Description: Consultancy on the Application of Petrophysical Models with variable density for the dolomitic San Andrés Formation. New Mexico. USA.

Project: High Luck Energy, ARGENTINA. Petrophysical evaluation: Los Blancos field, (Northern Argentinian Basin) Ordovician period, Salta, Argentina.
Date: 2016
Description: Petrophysical evaluation of well LB.x-1002. The evaluated zone belongs to the Ordovician period, and is composed of highly fractured quartzite sandstones, with an average thickness of about 300 meters. It was done in order to improve knowledge of the reservoir and its future exploitation by identifying potentially productive levels.

Project: ALEX Advanced Logging & Explosives, VENEZUELA. Petrophysical evaluation: Oficina Formation (Azul and Moreno members), (Eastern Venezuelan Basin), Guario field. Venezuela.
Date: 2016
Description: Petrophysical evaluation of well G-110, Oficina Formation (Azul and Moreno members), (Eastern Venezuelan Basin) Guario field. Lithology consists mainly of interbedded sands and shales. The evaluation was performed in order to define the prospective horizons.

Project: Lewis Energy Group, USA. Petrophysical Model of Magdalena Valley Prospects, (Porquero Formations, Cienaga de Oro, Umir, La Luna, El Salto, Simiti, Tablazo and Rosa Blanca), Colombia, for development opportunities, including a workflow for potential unconventional reservoirs (Shale Gas) in LA LUNA Formation, Colombia.
Date: 2016
Description: Petrophysical Evaluation of Exploratory Wells, (SABAL-1, CORAL-9, CORAL-11, PUERTA NEGRA, MONTELIBANO, CARAMELO-1, CARAMELO-2, AGUA CHICA-2, TOTUMAL-1, 2, 3, 4, 5, 6, TRIGO-1, TRIGO ESTE-1 and AURELIANO-1ST ) in order to define prospects along the column in the Middle and Lower Magdalena Valley area. Lithologically the evaluated column is formed by sandstones and shales, limestones and calcareous sandstones, high presence of natural fractures and organic rich shales. A Model for unconventional reservoirs interpretation “Shale Gas” was generated based on logs, calibrated with interpretation of Geochemical Laboratory Analysis to estimate TOC and Rock maturity. The evaluation was integrated with fracture analysis from image logs and “Sonic Scanner”.

Project: ALEX Advanced Logging & Explosives, VENEZUELA. Petrophysical evaluation: Oficina Formation, (Eastern Venezuelan Basin), Santa Rosa field. Venezuela.
Date: 2015
Description: Petrophysical evaluation of well RG-309 of the Santa Rosa field, by log analysis between depths of 700 to 3500 ft. Lithology consists mainly of interbedded sands and shales. The evaluation was performed in order to define the prospective horizons.

Project: YPF, S.A., ARGENTINA. Specialized Technical Consulting in Petrophysics, Perales field, Austral Basin, Comodoro, Rivadavia, Argentina.
Date: 2015
Description: Consulting and “on site” support to define strategies and definition of a workflow to generate petrophysical model to evaluate 300 wells using “Multi-well” module on IP as a tool for multiwell petrophysical evaluation, (Interactive Petrophysics). Clastic sediments, sandstone, shale and siltstone sequences with presence of volcanic tuffs

Project: High Luck Energy Group, ARGENTINA. Petrophysical Characterization of Yacoraite Formation, Palmar Largo Field, Formosa, Argentina.
Date: 2015
Description: Petrophysical Evaluation of 4 wells from Palmar Largo field. It was done in order to improve knowledge of the reservoir and its future exploitation by identifying potentially productive levels. Complex Lithology Reservoir consists of calcareous sandstones and limestones (grainstones, mudstones, packstones, wackestones).

Project: YPF, S.A, ARGENTINA. Integrated Petrophysical Characterization of Lajas Formation, Cupén Mahuida Reservoir, Phase 2. Rincon de Los Sauces Economic Unit, Neuquén, Argentina.
Date: 2014 – 2015
Description: Petrophysical Model Update of Lajas Formation through the evaluation of 33 wells and its integration with core, geological and production information. “Tight Gas” reservoirs, sequence of about 1000 meters with alternating sandstones and shales. The interpretation of Magnetic Resonance logs was added to validate porosity and permeability models and determination of moving and residual fluids. Methodology of ‘Cluster Analysis’ was incorporated to determine rock types from the porosity ‘bins’ coming from Magnetic Resonance.

Project: Quantum Management Resources, USA. Petrophysical Evaluation of new drilled wells, Norge Marchand Unit, Grady County, Oklahoma, USA.
Date: 2014
Description: Petrophysical Evaluation of 8 new drilled wells, applying the Integrated Petrophysical Model developed by Inter-Rock in 2011.

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Project: Lewis Energy Group, USA. Petrophysical Model of Potential Prospects for Development of Opportunities in Several Blocks of “Los Llanos”, Colombia.
Date: 2014
Description: Petrophysical Evaluation of Exploratory Wells, (BONSAI-1, AZUR-1, AMAZILIA-1, TULIPAN-8, SOLOPIñA-1, SURIMENA-1W) in order to define prospects along the column known as Carbonera Formation, Los Llanos, Colombia.

Project: Lewis Energy Group, USA. Petrophysical Model for New Prospects Development. Middle Magdalena Valley Area, Colombia.
Date: 2014
Description: Petrophysical Evaluation of Exploratory and Advanced Wells, (CARAMELO-1, CARAMELO-2, TOPOSI-1, TOPOSI-2) in order to define prospects along the column under study in the Magdalena Medio Valley area, Colombia.

Project: Lewis Energy Group, USA. Evaluation of Prospects for Opportunities Development. Sinú – San Jacinto Field, Colombia.
Date: 2013
Description: Conventional and Unconventional Petrophysical Evaluation of Exploratory Wells, (CURRAMBA EST-1, CURRULAO-1) in order to define prospects along the column under study in the Sinú – San Jacinto Field, Colombia.

Project: Quantum Management Resources, USA. Integrated Petrophysical Model of new drilled wells, Norge Marchand Unit, Grady County, Oklahoma, USA.
Date: 2013
Description: Petrophysical Evaluation of 2 new drilled wells, applying the Integrated Petrophysical Model developed by Inter-Rock in 2011

Project: Pemex through EOG Services of México. Integrated Petrophysical Model of Tupilco Field, Concepción and Filisola Formations. Comalcalco Asset. Tabasco, Mexico.
Date: 2012 – 2013
Description: Petrophysical Characterization through the evaluation of Tertiary Reservoirs in 150 Wells of the Area. Model built based on adjustment with Core Data, old and modern logs, production data and Geological information. Clastic sediments, interbedded sandstone and shales.

Project: REPSOL VENEZUELA. Petrophysical Model for Zeta, Etha and Theta members of the Quiriquire Shallow Field, Eastern Venezuelan Basin.
Date: 2012
Description: Review and update of the Petrophysical Model for heavy oil reservoirs, mostly using data from old logs, some modern logs, production data, geology and cores available for the evaluation of 61 Wells. Clastic sediments, alternating sandstone – shales.

Project: YPF, S.A. ARGENTINA. Integrated Petrophysical Characterization, East Desfiladero Bayo Field, Rayoso Clastico, Lower Troncoso and Upper Agrio reservoirs, Mendoza Business Unit, Mendoza, Argentina.
Date: 2011
Description: Generation of Integrated Petrophysical Model and evaluation of 104 wells to improve reservoir productivity. Integration of core, geology and production information. Clastics and mixed lithology sediments.

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Project: YPF, S.A. ARGENTINA. Integrated Petrophysical Characterization of Tight Gas Reservoirs, Formación Lajas, Rincón de Los Sauces, U.N.A.O. Neuquén, Argentina.
Date: 2010
Description: Rock Typing Model for 20 wells and its integration with core, geology and production information. A sequence of approximately 1000 meters with alternating sandstones and shales was evaluated based on capillary pressure, by defining Swir ranges, flow and storage capacity for each rock type, which will be help to optimize the development plans of the field.

Project: EXARO ENERGY, LLC, USA. Conventional Petrophysical Evaluation, of wells in Sun, Lyda Fields and Samano Fields. Sun, Frio, Vicksburg and Rincon Formations, Texas, U.S.A..
Date: 2010
Description: Petrophysical Evaluation of 105 wells in these fields with the purpose of identifying new opportunities for development and re-completion work. Emphasis made in establishing relationships between petrophysical properties obtained through open hole logs and cased hole logs. Among other things, water saturation was estimated from the interpretation of SIGMA curves from “Thermal Decay Tools” TDT logs. Also, “Flow Meter” type production logs were validated and incorporated with the production tests results.

Project: REPSOL BOLIVIA. Review of the petrophysical model of Margarita and Huacaya fields, Caipipendi Block, South Subandino Basin, Bolivia.
Date: 2010
Description: Diagnosis and review of the petrophysical model of Margarita and Huacaya fields. Existing petrophysical evaluations and available data from cores and logs for 7 wells were reviewed and analyzed, in order to update this model, and at the same time define the scope and objectives based on the new acquired data and the application of new methodologies. A fractured reservoir of complex lithology with carbonate sediments and calcareous sandstones.

Project: CHEVRON GLOBAL TECHNOLOGY SERVICES, Co, USA. Integrated Petrophyscial Model, East Coast Marine Area, Dolphin, Doplhin Deep and Starfish fields, Trinidad & Tobago.
Date: 2010
Description: Generation of integrated petrophysical model of sands C, D, E, F, G, H, I, J, to Dolphin, Dolphin Deep and Starfish, East Coast Marine Area, Trinidad, through the evaluation of 25 wells and the integration with core, geology and production data using specialized methodologies for thin layer evaluation. Alternation of thin layers of sandstones, siltstones and shales.

Project: EXARO ENERGY, LLC, USA. Generation of Petrophysical Model, Kettleman Middle Dome Field, Temblor, Burbank, Whepley and Vaquero formations, Eastern California, USA.
Date: 2009
Description: Generation of Petrophysical Model for modern and old logs, through calibration with core data, mud logging and production data. 7 wells were evaluated. Clastic and carbonate sediments, sand-shale-silt sequences.

Project: YPFB ANDINA, S.A, BOLIVIA. Integrated Petrophysical Characterization, Cajones, San Telmo, Escarpment Y and Escarpment Z reservoirs, Rio Grande Field, Santa Cruz, Bolivia.
Date: 2009
Description: Generation of Integrated Petrophysical Model of Cajones, San Telmo, Escarpment Y and Escarpment Z reservoirs. Evaluation of 79 wells through integration with core, geology and production data. In this study, models of clay, porosity, permeability, petrofacies and water saturation were constructed for wells with old and modern logs. Water saturation obtained from capillary pressures was used using various methods of Sw as a function of height, including: J function of Leverett and Inter-Rock’s SwMinRel due to resistivities attenuation (LRP Reservoirs) because of the presence of Clay “thin layers” and “Clay Coating” as an effect of Diagenesis in Sandstones of San Telmo Formation. Clastic sediments, alternating sandstones – shales and siltstones, predominance of clays of the Illita type and Montmorillonite and Chlorite as well.

Project: CHEVRON GLOBAL TECHNOLOGY SERVICES, Co, USA. Petrophysical Evaluation Well Tuna-1X, Cardón Block III, Offshore Falcón, Venezuela.
Date: 2010
Description: Petrophysical Evaluation of Wildcat Well Tuna-1X, Clastic and carbonates sediments, sand-shale-carbonates sequences.

Project: REPSOL BOLIVIA. Integrated Petrophysical Characterization, Lower Petaca and Yantata reservoirs, Mamore Block, Paloma and Surubi Fields, Bolivia.
Date: 2009
Description: Generation of Petrophysical Model of Lower Petaca & Yantata reservoirs through the evaluation of 67 wells and integration with core, geological and production data. In this study, flow units were generated based on pore throat size. Water saturation as a function of height was used, obtained from both; Leverett’s J function and Inter Rock SwMinRel due to the excess of conductivity which attenuated resistivity in Lower Petaca. Clastic sediments, sandstones – shales and siltstones interbedded, predominance of Illita clay.

Project: YPF, S.A. ARGENTINA. Integrated Petrophysical Characterization, Rayoso Clastico, Lower Troncoso and Upper Agrio reservoirs, Infill Este Area, Chihuido de la Sierra Negra Field, Rincon de Los Sauces Economic Unit, Neuquén, Argentina.
Date: 2009
Description: Generation of Petrophysical Model of Lower Troncoso and Agrio Superior reservoirs. Evaluation of 108 wells and integration with core, geological and production data. In this study, a relationship was established to generate ranked flow and storage units based on pore throat size. Saturation model was calibrated with the saturation obtained from the modeling of the J function and Inter-Rock’s SwMinRel equation. Clastic sediments, carbonates, sandstones and shales interbedded, with presence of calcareous cement.

Project: REPSOL – YPF, ARGENTINA. Petrophysical Evaluation of clastic sediments of NW Neuquén Basin, Lotena Formation and Cuyo Group. Economic Exploration Unit, Neuquén, Argentina.
Date: 2008
Description: Petrophysical Evaluation of 50 wells as part of the exploratory Project: Clastics of NW Neuquén Basin. Clastic sediments, sand-shale sequences.

Project: REPSOL – YPF. ARGENTINA. Integrated Petrophysical Characterization of Rayoso Clastico, Lower Troncoso and Upper Agrio reservoirs, Desfiladero Bayo Field, Mendoza and Neuquén Basins, Rincon de Los Sauces Economic Unit, Neuquén, Argentina.
Date: 2008
Description: Characterization of Rayoso Clastico, Lower Troncoso and Upper Agrio reservoirs. Evaluation of 200 wells and its integration with core, geological and production information. A model to define rock types based on mercury injection capillary pressure data was generated, a relationship was established to generate ranked flow and storage units based on pore throat size. Clastic and carbonate sediments, sand-shale sequences with presence of calcareous cement.

Project: REPSOL – YPF. ARGENTINA. Petrophysical Characterization and Determination of Flow Units in Naturally fractured carbonate reservoirs in La Tosca Member, Pata Mora Field, Neuquina and Mendocina Basins, Neuquen, Argentina.
Date: 2007
Description: La Tosca Member was characterized through the evaluation of 43 wells, consisting of fractured carbonaceous sediments, shales, limestones and partially interbedded dolomitized limestones. A model for the evaluation of fractured rocks was generated and a model for defining rock types based on capillary pressure tests by mercury injection, a relationship was established to generate ranked flow and storage units based on pore throat size.

Project: PETROQUIRIQUIRE – REPSOL – IGIS, VENEZUELA. Petrophysical Evaluation of Paují and Misoa formations, Mene Grande Field, Lake Maracaibo Basin, Venezuela.
Date: 2007
Description: Petrophysical Evaluation of 24 wells through analysis of old and modern logs, and its calibration with core data. Clastic sediments, sand-shale sequences and carbonate sediments (limestones).

Project: REPSOL – YPF. ARGENTINA. Integrated Petrophysical Model of the North and Center-North reservoirs of Chihuido – La Salina Field, El Portón Economic Unit, El Portón, Argentina.
Date: 2006-2007
Description: A complete diagnose and petrophysical evaluation of 110 wells was carried out for the generation of the Petrophysical model and the improvement of productivity of the North and Center-North reservoirs of Chihuido – La Salina field. In this study, the status of reservoir pressures was analyzed, and a relationship was established to generate ranked flow and storage units based on pore throat size. Clastic Sediments, shale – sandstone sequence with calcareous cement.

Project: REPSOL – YPF, VENEZUELA. Integrated Petrophysical Model of Jabillos, Caratas, Vidoño, San Juan and San Antonio Formations of Quiriquire Deep Field, Monagas State, Eastern Venezuela. Basin.
Date: 2006
Description: A complete diagnose of 32 wells was performed in order to generate the Petrophysical Model, with the purpose of improving productivity of gas condensate reservoirs of the Eastern Repsol Economic Unit as part of the Gas Licenses given in Venezuela. Clastic Sediments, shale – sandstone sequence.

Project: MINPRO, VENEZUELA. Establish a relationship for resistivity modeling and petrophysical evaluation of 66 wells, sands L1U, L1L, L2, L3, L4, M1, M4 and N2L in Chimire field, Eastern Venezuelan Basin.
Date: 2005-2006
Description: Generation of Petrophysical Model for several reservoirs of the Chimire field. A relationship was established for resistivity Modeling in wells with old logs “e-log”, the current water contact and the existence of “bypassed oil” were determined. Clastic sediments. Sandstone and shales sequences.

Project: SCHLUMBERGER – PETRONAS, MALAYSIA. Petrophysical Evaluation of Erb West Field, Malaysia, as part of an integrated reservoir study.
Date: 2005
Description: Petrophysical Evaluation of Erb West Field, Malaysia, as part of the integrated reservoir study made by Schlumberger DCS in Kuala Lumpur, Malaysia, for the state company PETRONAS, through the petrophysical evaluation of 82 wells and the integration of the results with the sedimentological, stratigraphic and structural models. A petrophysical model was generated based on the presence of siltstone content to correct the effective porosity in the studied formations, which are composed of clastic sediments, with alternating shales and high silt content.

Project: PEMEX – CBM, MEXICO. Petrophysical Evaluation of Wildcat wells, Macuspana, Regocijo, Sarlat, Triunfo, Pijul and Reventón fields. Mexico.
Date:2005
Description: Petrophysical advising in the definition of exploratory opportunities in the Medellín Area, done for the Macuspana Integral Asset, through the Petrophysical Evaluation of 6 wildcat wells. Complex carbonate sediments (limestone-dolomite).

Project: REPSOL YPF VENEZUELA. Petrophysical Model for Zeta, Etha and Theta members, Quiriquire Shallow field, Monagas State, Eastern Venezuelan Basin.
Date: 2005
Description: Study based on an Integrated Petrophysical Model for heavy oil, using mostly old logs data, some modern logs, production, geological and available core data for the evaluation of 120 wells. Clastic Sediments, shale – sandstone sequence.

Project: CONEX P&G – ENI, VENEZUELA. Generation of Petrophysical Model for Ganso Field. Eastern Venezuela.
Date: 2005
Description: Petrophysical Study of Ganso Field as part of the static and dynamic models that would support the strategies of exploitation and new opportunities. 60 wells were evaluated, and iso-properties and rock types maps were elaborated for the interest zones, as important part of the integrated reservoir study. Clastic Sediments, shale – sandstone sequence.

Project: TEIKOKU OIL, VENEZUELA. Generation of Petrophysical Model for Chaguaramas, Roblecito and La Pascua formations, Greater Copa Macoya Area, Eastern Guárico, Eastern Venezuelan Basin.
Date: 2005
Description: Project developed with the purpose of re-evaluating reserves and to determine the lateral and vertical variability of the Petrophysical Properties. 143 wells were evaluated in Jobal, Taman – Tucupido, Copa Macoya, Ribas, Gopa, Guama and Zurón fields, as part of the integrated reservoir study completed in this area. It is important to note that only 35% of the wells had modern porosity logs. Clastic Sediments, shale – sandstone sequence.

Project: SCHLUMBERGER – GENERAL PETROLEUM COMPANY, EGYPT. Petrophysical Evaluation of the Ras Gharib Field, Gulf of Suez, Egypt.
Date: 2004
Description: Logs, core data and production analysis of the reservoir sequence including the Belayim, Miocene Basal, Matulla, Wata, Raha, Nubia A and Nubia CD formations in 69 wells, as a part of the integrated reservoir study made by Schlumberger. The analyzed formations are composed of Clastic Sediments, shale – sandstone sequence and complex carbonate sediments (limestone-dolomite).

 

Project: SCHLUMBERGER – PETROTRIN, TRINIDAD. Petrophysical Evaluation of the Penal, Wilson and Barrackpore fields, Trinidad.
Date: 2004
Description: Petrophysical Evaluation of Penal, Wilson and Barrackpore fields, Trinidad, as part of the integrated reservoir study made by Schlumberger DCS in Point-a-Pierre, Trinidad, for final client Petrotrin, through the petrophysical interpretation of 78 wells and integration of results with other disciplines. Clastic Sediments, shale – silty sandstone sequence.

Project: SCHLUMBERGER – TRIMAR & BP, TRINIDAD. Petrophysical Analysis of the S-256 reservoir, Manzanilla Formation, Soldado North Area, Trinidad, and Petrophysical Evaluation of Poinsettia, Chaconia and Hibiscus reservoirs, Block Nine Area, Trinidad.
Date: 2004
Description: Petrophysical Analysis of 12 wells in the S-256 reservoir, Manzanilla Formation, Soldado North area, Trinidad, and Petrophysical Evaluation of 23 wells in the Poinsettia, Chaconia e Hibiscus reservoirs, Block Nine area, Trinidad, as consultancy for the mentioned companies. Clastic Sediments, shale – coarse sandstone and calcareous sandstone sequence, carbonate sediments (limestone).

Project: VINNCLER OIL & GAS, VENEZUELA. Generation of Petrophysical Model for the evaluation of Wells LV-8X, 23-Mir-23 and 23-Mir-12. La Vela field, Falcón State, Venezuela.
Date: 2004
Description: The evaluation was focused on determining the potential of intervals found below the Guadalupe thrust. The results of this analysis were used as input for the decision of drilling a sidetrack in well LV-8X, in order to reach the prospects mentioned above. Additionally, wells LV-5X, 6X and 7X were analyzed. Clastic Sediments, shale – sandstone – calcarenite sequence.