Develop your chemistry and thermodynamic understanding
The Corrosion Modeling Basics course is designed to train attendees on how to use OLI software and its underlying chemistry and thermodynamic principles. Participants will learn how to create corrosive environments (either as ionic or molecular stream inputs), specify environmental parameters (pH, O2/ CO2/ H2S concentration, flow dynamics, temperature, etc.), and set up corrosion rate calculations.
OLI SYSTEMS ONLINE TRAINING
What to expect from the training course
This workshop will teach electrolyte chemistry and corrosion concepts, as well as how to navigate the OLI Software interface. At the end of the course, participants will be able to formulate and build their own applications and interpret the data presented in reports and plots.
WHO SHOULD ATTEND
The course is designed for beginers and prospective OLI clients
The class is designed for participants with little or no knowledge of OLI simulation techniques. Intermediate level clients wanting to refresh their skills may also join this class; there are extra problems in each section that allow for independent inquiry.
| How long is the course | 2 days (One 3-hour web session each day) |
|---|---|
| Please have a computer with two monitors and ensure that you can log into WebEx. |
WHAT IS COVERED DURING THE COURSE
Workshop syllabus
Day 1
Introduction to OLI Studio: Stream Analyzer
The User Interface – Workspace and Tool bars
Stream Definition – Enter components, composition, and conditions such as T, P, etc.
Types of calculations
Single point calculation using variety of equilibrium methods: Isothermal flash, bubble / dew points, solubilities, set pH, autoclave calculation, etc.
Single and dual surveys to study trends using independent variables of T, P, composition, and pH
Contour plot
Review stream results
Identifying the main report tables
Output interpretation, including customization of plots and reports
Contour plots
Exporting data
Day 2
Water Analysis
Entering ionic inflows
Converting an ionic inflow into a molecular inflow
Introduction to OLI Studio: Corrosion Analyzer
RedOx reactions
Pourbaix Diagrams
Corrosion rates
General Corrosion Rates
Localized Corrosion Propensity
Polarization Curves
SYLLABUS