Learning outcomes participants will learn to:
• Understanding the fundamental reservoir characteristics of different geological plays
• Facies analysis from core and utilizing all the petrophysical parameters derived from core to build robust rock
types.
• Understanding upscaling from thin section, core, borehole images into the geological model through to
simulation
• Understanding log measurements from historical wells to the latest technology and how to incorporate this data
into the reservoir model
• Understand the limitations/ uncertainty of data sets along with measurement requirements for effective reservoir
development
• Looking at the necessary parameters that influence building a successful reservoir models, understanding
geological analogues whilst honouring the petrophysical data
• Learn and how to integrate the petrophysical parameters into the reservoir and model it.

Learning outcomes participants will learn to:
• Understanding the fundamental reservoir characteristics of different geological plays
• Facies analysis from core and utilizing all the petrophysical parameters derived from core to build robust rock
types.
• Understanding upscaling from thin section, core, borehole images into the geological model through to
simulation
• Understanding log measurements from historical wells to the latest technology and how to incorporate this data
into the reservoir model
• Understand the limitations/ uncertainty of data sets along with measurement requirements for effective reservoir
development
• Looking at the necessary parameters that influence building a successful reservoir models, understanding
geological analogues whilst honouring the petrophysical data
• Learn and how to integrate the petrophysical parameters into the reservoir and model it.

This training course is suitable for a wide range of professionals but will greatly benefit:

• Geologists
• Petro physicists
• Reservoir engineers
• Technical project managers
• Exploration managers
• Geo-modellers, also subsurface professional

This interactive Training will be highly interactive, with opportunities to advance your opinions and ideas and will include:

• Lectures
• Workshop & Work Presentation
• Case Studies and Practical Exercise
• Videos and General Discussions

Day 1: The Reservoir from Overview of Geological Framework - Different Types of

Plays, Facies Models and Key Petrophysical Parameters • Know the reservoir from a sedimentological/field point of view

• Study facies models
• Look at present-day and out crop analogues
• Define carbonate rock classification and structure
• Look at carbonate modern and outcrop examples
• Exercises

Day 2: Basic (Conventional) Core Analysis – Facies, Porosity, Permeability, MCIP and

Borehole Image Analysis

• Define reservoir characterization
• Define porosity and permeability
• Explore the relationship between facies and porosity and permeability
• Understanding the pore geometry, Clay mineralogy to effective, total porosity and

rock quality.

• Understand Thin sections, XRD, and SEM from core and MCIP data to rock typing

and reservoir

• quality.
• Utilization of facies derived from core and mud logs.
• Introduction to borehole images and electro facies.
• Exercises

Day 3: Petrophysical Rock Types, Facies and Cross Plots Look at the Data from

Historical Log Data to the Latest Technology NMR, ECS, Sonic Scanner

• Understanding different methods of Rock Typing in classics
• Understanding different methods of rock typing in carbonates
• Combining petrophysical and rock physics cross-plots and facies
• Understanding advanced petrophysical logs7
• Integrating petrophysical parameters • Exercises

Day 4: Introduce Petrophysical, Geological and Reservoir Engineering Rock Types and

Flow Units

• Understanding different flow units
• Designing rock typing workflows to meet geological data
• Creating robust facies for the geological model
• Principals of upscaling
• Incorporating rock typing from different scenarios models using Log/Core Pore,

perm, pore throat radius

• relationships.
• Pore throat radius as determined in the lab based on mercury injection and

predicted from empirical

• techniques (Winland, Pittman, K-PHI Ratio and Aquilera)

Day 5: Introduction to Fractures and the Geological Model

• Introduction to fractures
• Recognizing fractures from the core
• Identifying fractures from borehole images
• Locating fractures on mud logs, open hole logs and production data
• Geological rock typing.
• Reservoir data integration
• Conclusions and Course wrap-up

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