Head of Reservoir Engineering

• May 2021 - Present

Reservoir Engineer

• Jan 2019 - Apr 2021

- Interpretation and design of pressure tests- Reservoir Simulation- Oil and gas production optimization projects- Design of water and gas injection systems- Production forecast. Analysis of development alternatives

Intern

• May 2018 - Dec 2018

- Training in Well Test Interpretation (PTA)- Training in Rate Transient Analysis (RTA)- Training in multiphase flow analysis- Training and assistance in integrated production models- PLT interpretation project- Kappa Software Support

Associate Professor: Pressure Transient Analysis

• Mar 2020 - Present

- Theory Revision (Types of fluids, Flow regimes, Types of geometries) - Skin effect & Wellbore Storage - Radius of investigation - Superposition Principle (Multiple wells and Multi-rate effects) - Pressure Derivative - Dimensionless variables - MDH Analysis & Horner Analysis - Bourdet Derivative - Types of tests - Well models - Reservoir models - Boundaries - Gas tests - DFIT Additional topic: Rate Transient Analysis - Theory Revision (Types of fluids, Flow regimes, Types of geometries) - Skin effect & Wellbore Storage - Radius of investigation - Superposition Principle (Multiple wells and Multi-rate effects) - Pressure Derivative - Dimensionless variables - MDH Analysis & Horner Analysis - Bourdet Derivative - Types of tests - Well models - Reservoir models - Boundaries - Gas tests - DFIT Additional topic: Rate Transient Analysis

Training program on Unconventional Resources

• Feb 2020 - Feb 2020

Training program on Unconventional Resources. - I was first trained on Citrine where I was able to develop a user knowledge in the handling and analysis of multi-well Unconventional Resources. Use of DCA to fit decline curves to a well, regression tools to apply them to multiple wells. Integration with Topaze. - The training was then focused on Horizontal Multifractured Well Analysis starting from single-phase analytical history matching in Topaze continuing with numerical modeling to account for complex geometries (SRVB, Trilinear, Fully numerical). Extension to 2-phase models using linear and non-linear models (Real PVT + Perrine). Use of UR features such as stimulating zones around fractures, matching of early time water flowback, generation of analytical and stochastic DFN, microseismic to model fractures, etc. - Numerical simulation in Rubis to account for 3-D and 3 phases. History Matching. Integration with Welltests and Production History of the wells. - Minifrac Analysis in Saphir. Theory and real data interpretation. - I had the opportunity to attend a 1-week course on HPL (Horizontal Production Log Interpretation) delivered by David Wynne which comprised a strong review of conventional spinners, SLB and Sondex/GE Array Tools. Theory on correlations and models for interpretation. Use of Schlumberger FSI™ and GE Sondex MAPS™ suite for interpretation of real horizontal well log data in Emeraude. Show less