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

Project: IKON Science, Fairfield Geotechnologies, USA. Well Log Modelling & dBASE preparation for MULTICLIENT Integrated Study. DELAWARE BASIN, New Mexico, USA.
Date: 2018
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.

Project: Imetame Energia LTD, BRAZIL. Petrophysical Characterization for Geoscience Integration in Galo de Campinas, Arribaca and Joao do Barro fields, Alagamar and Pendencia Formations, Potiguar Basin, Brazil.
Date: 2017
Description: Integrated petrophysical Model 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 samples and capillary pressure curves from analogous fields were used to generate water saturation model independent of resistivity.

Project: Lewis Energy Group, USA. 3D Geological Model GUACHIRIA area, Los Llanos, Colombia.
Date: 2017
Description: 3D Geological Modeling and reserves estimation in the Guachiria Area, using following wells; Agave-1 and Azafran-1, Aceites-1, Sur-1, Sur-2, Primavera-1, -2 and -3, Yalea-1, Guahibos-1 and -2, Bucaro-1, Guacamaya and Malabares-1, from the Colombian “Llanos” area, with the purpose of estimating reserves in the Carbonera-7 and Carbonera-8 Formations..

Project: LUMINA GEOPHYSICAL, USA. IPG PILOT PROJECT, Abilene County, Texas.
Date: 2016
Description: Integrated Reservoir Characterization, in a 575-acre pilot area of Abilene County, Texas, with Dbase Quality Control, Geological, Petrophysical and Reservoir Engineering Model Construction. Volumetric calculations of OOIP and Reserves were performed, identifying and recommending opportunities in oil resources not yet exploited for the Palo Pinto (Sandstone) and Strawn (Calcareous Sandstones and Limestone Strata) Formations.

Project: PACIFIC RUBIALES ENERGY, COLOMBIA. Integrated Petrophysical – Sedimentological Characterization, Carbonera Formation, Cubiro Block, Los Llanos Basin, Colombia.
Date: 2014 – 2015
Description: Generation of Petrophysical and Sedimentological Models of the Copa, Petrirrojo, Yopo, Careto – Arauco, Barranquero Trend, Tijereto Sur, Alondra and Criollo fields; Including 129 wells with core data integration of Copa D-2 well, geology and production. New opportunities were generated. Vertical variability of formation water. Clastic sediments, interbedded sandstones and shales.

Project: BP Américas, USA. Integrated Study of Olmos – Escondido Formations, West Texas, U.S.A
Date: 2012 – 2013
Description: Reservoir Characterization through the petrophysical evaluation of 60 wells and its integration with core, geology and production information. “Tight” reservoirs with alternately sequence of sandstones, shales and siltstones. A rock type model was generated based on capillary pressure, by defining Swirr ranges, flow and storage capacity and Sw estimation using J function model and Inter-Rock’s SwMinRel equation, helping to optimize the development plans of the field.

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Project: PETROSAUDI, UK-VENEZUELA. Integrated Reservoir Characterization in Mature Fields of Maracaibo Lake, Block VI Lamar, Block V Center, Block (V) 10 Center, Block South Lake., Lake Maracaibo Basin, Venezuela.
Date: 2011-2012
Description: Integrated Reservoir Characterization with the purpose of optimizing exploitation plans the Tertiary and Cretaceous sands (light crude and gas) in clastic and carbonaceous reservoirs. New locations and re-completion works were recommended. 3D model calibrated with seismic in Petrel. Reservoirs studied: Eocene B and C sands of the Misoa Formation, Lower Miocene sand of La Rosa Formation. The Misoa Formation is predominantly siliciclastic with little carbonate content, Cretaceous La Luna Formation and Cogollo Group (Lisure, Maraca and Apon formations); Guasare Formation, and what is referred as Basal Oligocene Sands.

Project: Quantum Resources Management, USA. Integrated Reservoir Model, Norge Marchand Unit, Grady County, Oklahoma. USA.
Date: 2011
Description: The reservoir was characterized through the interpretation of  200 wells, using well logs, cores, geological and production information. The integration of stratigraphic, sedimentological, structural and petrophysical models allowed the delimitation of the reservoir and the geostatistical properties distribution. A Sw model was generated from capillary pressure data that allowed the relocation of the water-oil contact. The reservoir is formed by sandstones alternating with siltstones, laminated sandstones and shales.

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Project: REPSOL VENEZUELA. Technical Assistance in Characterization of Carbonate Reservoirs and Integrated Petrophysics, Campo Perla, Cardón IV Block, Venezuela.
Date: 2011
Description: Construction of an Integrated Petrophysical Model evaluating existing wells and integrating information from logs, cores, geology and production. Cardon IV block. Carbonate sediments with double porosity systems.

Project: PETRO MAGDALENA ENERGY CORP, COLOMBIA. Specialized Technical Assistance in Petrophysics and Reservoirs Characterization. Carbonera Formation, Cubiro Block, Los Llanos Basin, Colombia.
Date: 2011
Description: Integrated Study including petrophysical and electro-facies models, allowing a better understanding of the reservoir characteristics of the Block and the generation of 3D Geomodelling.

Project: REPSOL VENEZUELA. Determination of Sedimentary Facies Model (Lithofacies) based on visual core description, for wells from Quiriquire Deep Field, Eastern Venezuela Basin, Monagas, Venezuela.
Date: 2008
Description: Description of sedimentary environments and facies in cored Wells in order to obtain relations between lithofacies and electrofacies. The sedimentary facies described were extrapolated to the rest of the wells in the area through relationships established with logs. Clastic and carbonate sediments, sand-shale sequences with calcareous cement

Project: YPF S.A., ARGENTINA. Integrated Study of Lower Troncoso and Chorreado Members, El Portón Field, El Portón Economic Unit, El Portón, Argentina.
Date: 2008 (II)
Description: Integrated Petrophysical Model for 57 wells  with the purpose of enhancing Reservoir productivity of Lower Troncoso and Chorreado Members. In this study, a relationship was established to rank flow and storage units based on pore throat size. Water saturation model was calibrated using J Function and Inter-Rock’s SwMinRel equation. Clastic and carbonate sediments (limestone/dolomite), sand-shale sequences with calcareous cement.

Project: MONCLOVA PIRINEOS GAS, MEXICO. Petrophysical and Geological Characterization of Fractured Carbonate Reservoirs of La Virgen Formation, Pirineo Field, Sabinas Basin, Monterrey, Mexico.
Date: 2007
Description: The carbonate reservoirs of La Virgen Formation were characterized through petrophysical evaluation of 7 wells, and integration with geological, core and PLT information. Stratigraphic cross-sections, thickness and isoproperties maps were performed. The fracture analysis from logs interpretation using Aguilera’s methodology, allowed the porosity discretization in matrix porosity vs. fracture porosity, and the identification of prospective areas. This analysis was supported by image logs analysis (fracture density), sonic full-wave, and production. Likewise, the structural interpretation was incorporated to identify areas that are more likely to be fractured. The result of the study served as support for the future field drilling plan.

Project: MEGAWEST ENERGY, USA – CANADA. Integrated “Fast Track” study in Edward County, Lula, Campanero and Holland fields, West Texas, USA.
Date: 2006-2007
Description: Integrated Characterization of reservoirs with the purpose of optimizing the exploitation plans of the shallow Trinity sands (heavy oils) as wells as for intermediate clastic reservoirs (gas) and deeper carbonate reservoirs (volatile crude and gas). Six locations in the Lula field (3 in lease # 1 and 3 in lease # 2) and 4 locations in the Shanklin Lease in Campanero field were recommended. Additionally, 74 maps (structural, Gross and net sand, electrofacies and isoproperties) and 49 stratigraphic cross-sections and 5 structural cross-sections were generated in this project. Clastic sediments, sandstones – shales interbedded and carbonate sediments (limestones).

Project: PETROBRAS, VENEZUELA. Geological & Petrophysical characterization in Cretaceous carbonate reservoirs, La Concepción Field, Maracaibo Lake, Western Venezuela Basin.
Date: 2006
Description: Generation of of Petrophysical Model Integrating Petrofacies with existing models of Lithofacies / Microfacies (from cuttings and core, image logs, fractures, etc.) in 32 wells. Additionally, available PLT data was integrated and a permeability function was determined based on multiple regressions. Core data, logs, sedimentology, reservoir and production information were analyzed in La Luna, Maraca, Lisure and Apon Formations. Twenty wells (with a complete set of logs) were evaluated as part of an integrated study performed for Petrobras Energy of Venezuela. Clastic sediments, sandstones – shales sequences and complex carbonate sediments (limestones -dolomites).

Project: REPSOL YPF VENEZUELA. Technical Advisory on Reservoir Mineralogical Characterization through the detailed core study of TAG-13 and TAG-15 wells from Tacata Field, with the purpose of implementing a Water Injection Project. Eastern Venezuelan Basin.
Date: 2006
Description: Integrated Geological and Petrophysical characterization from special core analysis (Capillary Pressure, SEM, Thin Sections and Fluid Sensitivity) for Tacata Field, to determine reservoir rock qualities and its implications in an eventual water injection process for energy restoration. Clastic sediments, sandstone and interbedded shale.

Project: MEGAWEST ENERGY, USA – CANADA. Wellbore Stability Study, Diagnostic of data and available information for detection of sanding, Edward County, Texas, USA.
Date: 2006
Description: A Data diagnosis of the available information was carried out for the Wellbore Stability Study and the detection of sanding, based on density and acoustic data, for the drilling of future wells in different fields of Edward County. Clastic sediments, sandstone – shales sequence.

Project: REPSOL YPF VENEZUELA. Integrated Geological-Petrophysical Model and Reservoir Quality Analysis for Gobernador, Navay, Burguita, Escandalosa and Aguardiente Formations, Sipororo Field, Barinas Basin, South-Andean Flank, Venezuela.
Date: 2006
Description: Data Diagnosis of 4 wells (SIP-1X, SIP-2X, SIP-3X AND SIP-4X) and Generation of Petrophysical Model (NMR and PLT images) to improve the Static Model and reserves estimation in Condensate Gas Reservoirs of the REPSOL Western Venezuela Economic Unit. Clastic Sediments, shale – sandstone and carbonate sediments (limestone).

Project: MONCLOVA PIRINEOS GAS, MEXICO. Petrophysical and Geological Study of the Pirineo Block, Salinas Basin, Monterrey, México.
Date: 2006
Description: Integrated Petrophysical & Geological Study and characterization of carbonate reservoirs in the Pirineo Block. Austin, Navarro-Taylor, Eagle – Ford, Buda, Del Río, Georgetown, Kiamichi, Tamaulipas, La Peña, Cupido, La Virgen, La Mula, Padilla , Barril Viejo – Menchaca, La Casita, La Gloria and Olvido formations. Fracture analysis from logs interpretation of 7 wells using Aguilera’s methodology, allowed the porosity discretization in matrix porosity vs. fracture porosity, and the identification of prospective areas. This study was supported by image logs analysis (fracture density), sonic full-wave, and production. Likewise, the structural interpretation was incorporated to identify areas that are more likely to be fractured. The result of the study served as support for the plan of well re-activation and Detection of New Opportunities. Carbonate sediments (limestone-dolomite-anhydrite)

Project: CGC ARGENTINA – VENEZUELA. Integrated (Fast Track) Study for asal Oficina Formation, Block M, Onado Field, Monagas State, Eastern Venezuelan Basin.
Date: 2005
Description: Study based on Log data QC and organization for Integrated Petrophysical Model on medium gravity oil reservoirs, using 3D seismic data, old and modern logs, production, geology reports and cores available for the evaluation of 5 wells. It included nodal analysis and estimation of potential for 3 new recommended locations. Clastic sediments, sandstone and shales sequences.

Project: REPSOL YPF VENEZUELA. Integrated Study for Jabillos, Caratas, Vidoño, San Juan and San Antonio Formations, Tropical Field, Monagas State, Eastern Venezuelan Basin.
Date: 2005
Description: A Data diagnosis for 6 wells was performed for the generation of Petrophysical Model in order to improve the productivity of Condensate Gas Reservoirs of the Eastern Repsol Economic Unit. Clastic sediments, sandstones – shales sequences and carbonate sediments (limestones).

Project: TEIKOKU OIL, VENEZUELA. Generation of Iso-properties Maps based on the petrophysical evaluation of 28 wells. Copa Macoya Field, Roblecito and Cretaceous Formations. Eastern Guárico. Venezuela.
Date: 2004
Description: A Petrophysical model was generated based on the evaluation of 28 wells, using modern and old logs. Iso-properties maps were constructed in 14 stratigraphic levels, as part of the integrated study of Copa Macoya reservoirs. Clastic sediments, sandstone – shales sequences.