Drilling Geomechanics for exploratory wells in the GOM (Gulf of Mexico) in Ultra-Deep and Shallow Waters, Perdido Fold Belt.

Applications of LWD Acoustic Tools, Seismic While Drilling, and Downhole Real-Time Pressure Sensors in Deepwater Operations.

Development wells in the Burgos, Sabinas, and Veracruz Basins.

Exploratory wells and subsalt well drilling in the shallow-water basin of the Cuenca del Sur Este Marino, Litoral Tabasco, and Campeche area.

Drilling Geomechanics for production wells in the Cantarell and Ku-Maloob-Zaap oilfields.

Land fields, HP/HT wells in Chiapas, Tabasco (Bakte field), and Chicontepec basins.

3D/4D Coupled Geomechanical Models for reservoir evaluation.

Petroleum Geology and Geomechanics for Advanced Studies in the Llanos Foothills (Piedemonte), Cusiana, Cupiagua, Resetor, Río Chitamena, and Buenos Aires fields.

Wellbore stability analysis, pore pressure prediction, and real-time support for Tayrona, Fuerte and RC5 offshore blocks.

Geomechanical modeling for wellbore stability in wells in the Lower, Upper, and Middle Magdalena Valley, including highly deviated and horizontal wells.

Geomechanical modeling for wells drilled in natural gas fields in the Lower Magdalena Basin.

Casing collapse analysis in the Lower Magdalena Valley, Cusiana fields.

3D geomechanics modeling for casing collapse in the Upper Magdalena Valley.

Sanding prediction campaign in the Lower Magdalena Valley.

Geomechanics for hydraulic fracturing in tight gas in the Medium Magdalena Valley.

Drilling optimization for wellbore stability, including deviated and horizontal wells; geomechanics for fracture simulation and Sand control, sand management, and sand propensity analysis in the Putumayo Basin.

Hydraulic fracture campaign in the Llanos Foothills (Piedemonte).

Geomechanical studies for CO2 storage - CCUS/EOR in the Provincia and Cusiana fields.

Geomechanics analysis for sanding and hydraulic fracturing in the Llanos basin.

Drilling optimization studies for the Llanos basin, including horizontal wells.

Rock Mechanics evaluation for Hydraulic Fracture Designs and Executions at the rig site Oriente basin wells.

Horizontal well campaign in Hollin, U Sandstone, T sandstone reservoirs, and real-time at Operations Support Centers.

Development wells in Sacha, Iro, Block 15, Block 16.

3D Geomechanical Studies in fields with igneous intrusions and volcanic sediments.

3D geomechanics and pore pressure prediction in the Guayaquil Gulf.

3D geomechanics study for drilling optimization in the Oriente basin.

Geomechanics for wellbore stability and drilling optimization campaigns, hydraulic fracturing, and real-time support in the Oriente basin.

3D and 4D geomechanics for reservoirs in the Oriente basin.

Wellbore geomechanics modeling using well seismic data.

Geomechanics modeling for drilling optimization campaigns and real time surveillance in six fields of the Ucayali basin, Camisea Project, for deviated wells.

Geomechanical Evaluations in wells drilled in Talara area.

Reservoir geomechanics in 4D for water injection in the Marañón basin.

Geomechanics for fractured reservoirs in the Sechura basin.

Sand production studies in fields located in the Gulf of Venezuela.

1D and 3D geomechanics for drilling optimization in the Maracaibo Lake basin.

Geomechanical support for HP/HT Well Evaluations.

Geomechanical Evaluation in Carbonates for wells drilled in Neuquén Basin.

Geomechanics Modelling for shale oil and gas in Vaca Muerta Fm, drilling in carbonates Quintuco Fm and Tordillo Fm.

Wellbore stability analysis and pore pressure analysis in the San Jorge offshore basin. 

Wellbore stability and drilling optimization in the NOA basin for horizontal wells.

Wellbore stability and pore pressure analysis for offshore wells in the Santos basin.

Geomechanics for fracturing in the Campos basin for Candeias and Sergi formations.

Well stability studies and post-mortem analysis wells located in Madre De Dios Basin.

Geomechanics studies for three drilling optimization campaigns in the Tarija basin for HP/HT wells.

Remote Wellbore Deformation Analysis using LWD logs for wellbore stability prognosis.