Theoretical and Practical workshop of Rock Physics using the software

Are you geological and geophysics?

Are interested in Rock Physics?

STO Presents Theoretical and Practical Workshop of Rock Physics Using Software.

the course is four days (6 h per day), the course will beginning at the first Friday on January (3/1/2020)

Theoretical and Practical workshop of Rock Physics using the software presents by

(mohamed shihata )

Rock Physics is a key component in oil and gas exploration, development, and production. It combines concepts and principles from geology, geophysics, Petrophysics, applied mathematics, and other disciplines.

This course design in real practical case studies, where trainees will learn how to build rock-physics using software and how integration Petrophysics cross plot with elastic parameter to integrate seismic data with Petrophysics data to generate bet Rock solid model

 The relationships between laboratory, theory, well-logs, and seismic data are investigated. A set of spreadsheets that incorporate many of the models, predicting fluid properties, rock properties, and seismic response (including AVO and elastic impedance) is provided; exercises will be completed in class using simple calculations as well as these spreadsheets.

At the conclusion of the course, students should be able to understand the application of rock physics models and theory, to combine those with well-log information in a petrophysical evaluation, and to employ the results in modeling and interpretation of seismic data.

Audiences

Geoscientists, petrophysicists, and engineers wishing to understand rock physics and learn how to work together in integrated teams to build geomechanical models.

Prerequisites

A basic knowledge of Geology, Geophysics, and Petrophysics

Learner Outcomes

·        Apply rock physics tools during well log and seismic data analysis

·        Interpret rock physics crossplots in terms of geological trends using software and real project

·        Learn how to build a rock physics template for a specific case study ( using software ).

·        Be able to perform fluid and lithology substitution during prospect evaluation and reservoir characterization

·        Obtain a good understanding of state-of-the-art quantitative Relation between Petrophysics and seismic interpretation methodologies

Day 1

Part 1: Fundamentals

What is Rock Physics?

Rock Physics and Petrophysics. What’s the difference?

Why we use Rock physics ?

Rock physics Types

Porosity and velocity

Effect of clays on velocities

Simple mixing laws (Voigt, Reuss, etc)

Critical Porosity

Fluid substitution ; Gassmann equation

Fluid mixing; patchy saturation

Day 2

Part 2: Log Data ( Petrophysics and elastic integration)

Vp and Vs; Poisson’s ratio

Sonic and Dipole logging

Petrophysics relation vs elastic modules ( porosity, Sw,Vsh and vp/vs, Poisson ratio)

Velocity in Porous Rocks Unique attributes.

Exercise

Practical using software to generate Rock physic model for in valley fill channels, integration well logs and Petrophysics to create feasibility studies of inversion,

Day3

Part 3: Fluids and rock physics Inversion

Petro-Elastic Model (PEM)

Different types of effective medium models Pressure-dependence of properties

Rock Physics Template (RPT) Pre-stack attributes

Creation of PEMs

Lamda-rho etc

Exercise

Practical using software to generate petro elastic model and Lamda-rho for for fluid model and fluid inversion predict

Predict synthetic logs sonic from different logs using neural network 

Day4

Part 4: prediction reservoir properties from Rock physic and inversion

Fluid properties

Production effect on elastic attributes Rocks and fluids

Empirical relationships

Acoustic inversion

Prediction petrophysic from seismic inversion

Lithology Analysis using Simulated PDFs

Exercise ( using software )

Practical using software to predict reservoir properties like porosity and water saturation from inversion and rock physics model 

Predict fluid model using rock physics

 free technical support for 2 hours after finishing the course for 3 months., certification in end of the course

Cost 400$ include: #-private course for one person 24 hours include. #- interactive lectures. #- recorded every session . #-practical using software. #- any time you want.

Ø This course is important for all geoscientist who need to enhance interpretation skills  

Ø Instructor Mohamed Shihata 14year experience, public book for seismic attributes

https://lnkd.in/etkbnmR

Contact:

skype: self.tranning

wahts app: +201120828201

Email:selftrainning@gmail.com

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