Why to Choose this Training Course? This course is very important for professionals who need to estimate petrophysical parameters accurately which impact hydrocarbon in place calculations by using different techniques for formation evaluation. This training course will highlight:  Theory behind well logging tools.  Different techniques for petrophysical evaluation.  Advanced logging tools  FMI applications  NMR and Geosteering What are the Goals? By the end of this training course, participants will learn to:  Describing different rock properties such as porosity and permeability based on basic definition  Measuring porosity and permeability of different rocks in Laboratory  Identifying the physics of logging tools  Interpreting different wire-line log data by cross-plotting  Calculating hydrocarbon-in-place based on formation evaluation interpretation How will this Training Course be presented? The course will not only be presented by showing and interpreting the material in detail, but also the participants will work together using a real data to apply all the workflow and to project their previous knowledge and experience onto the course, they also encouraged to bring their own data so that real working examples can be reviewed and interpreted. Who is this Training Course for? This course is designed for all Oil industry Technical Professionals, which will cover from fundamental theoretical background to high-level real work information/techniques/workshop. This training course is suitable to a wide range of professionals but will greatly benefit:  Petrophysicists  Geo-Modelers  Geologists  Seismic Interpreters  Drilling Engineers  Reservoir Engineers  Technical Support Personnel  Team Leaders  Managers Organisational Impact Organization will revise all their well log data and previous analysis to accurately calculate reservoir properties for maximizing or minimizing hydrocarbon in place especially in brown fields. Personal Impact Participates will learn work flow for petrophysical analysis manually and how to integrate in software. Detailed Course Agenda Day One: well sitting review  Introduction to formation evaluation  Well Site Operation.  Borehole - Rig Types - Directional Drilling - Rig Component - Drill Bits.  Logging and Casing Operations.  Mud Circulation System - Lithological Description - Oil Shows Description - Faunal Description - Mud log - Casing Design.  Open Hole Logging. GR Logs - Spectral GR  Shale volume calculations from GR  Well Correlation and different maps extraction from log reading. Day Two: Porosity and Lithology Identification.  Spontaneous Potential Log (SP). Vsh from SP - Rw from SP.  Sonic log theory and Porosity Calculations.  Density Log theory and porosity calculations.  Neutron Log theory and porosity calculations  Neutron & Density cross plots.  Sonic& neutron cross plots.  Gas effect and cross plot corrections.  Density & neuron separation and lithology indications Day Three: Fluid Determination  Resistivity Log theory and fluid identification  Fresh Water effect on Resistivity reading.  Archie Equation for clean sand reservoirs and Hingle Plot & Pickette Plot for shaly reservoirs.  Shaly Sand Reservoirs Dual Water Model - Indonesian Model - Wax Smith Model.  Thin Bedded Reservoirs RT Scanner Model - Thomas Stieber Model.  Nuclear Magnetic Resonance (NMR).  Definition - Porosity Model - Theory of NMR - Permeability from NMR - MR Scanner - NMR limitations. Day Four: Formation MicroImager (FMI)  Bore Hole Image.  Definition - Image Scale - Image Classification - Image Evolution - Common Image tools - FMI principles – OBMI – UBI - Image Artifacts - Image Normalization - Dipmeter (SHDT) - Image Interpretation. Day Five: GeoSteering and Formation Testing  Well Placement Evolution (Geosteering).  Steering non Azimuthal Data - Steering Azimuthal Data.  Formation Testing.  Wireline Test - Drill Steem Test - Well test Analysis.  Petrographic Analysis.  Thin Section – SEM – XRD |