Materials & Welding Challenges for Offshore Oil & Gas Industries

26 - 30 يناير 2025

Dubai, الإمارات العربية المتحدة

What are the Goals?

This Materials & Welding Challenges for Offshore Oil & Gas Industries training course focuses on the best- and worst-case scenarios with respect to Oil and Gas, metallurgy, welding and corrosion issues and improves the attributes as listed below:

This training course is designed to increase knowledge base of the participants with respect to the above titled issues
Make them aware of various materials used in Offshore O&G environments and associated welding engineering challenges
Make them aware of corrosion issues in Offshore O&G environments and associated Life Cycle engineering challenges
Get familiarized with the world class engineering standards. e.g., NACE, EEMUA, ASME / ASTM, Norsok, Various Leading Oil and Gas Design / Materials Selection Standards
At the end, apply the right design, materials engineering to the best interest of the organization & projects related to O&G engineering

Who is this Training Course for?

The target audience would be:

Welding Personnel
Metallurgy Personnel
Inspection Personnel
Equipment Engineers
Maintenance Engineers and Planners
Design Engineers
Service Company Representatives

Daily Agenda

Day One: Introduction to Guidelines for Materials Selection for Offshore O&G Production Equipment

EEMUA Publication 194, Guidelines for materials selection and corrosion control for subsea oil and gas production equipment
ISO 21457-2010-Materials selection and Corrosion Control for Oil and Gas Production System

Day Two: Introduction to Guidelines for Materials Selection for Offshore O&G Production Equipment (Continuation)

Petroleum, Petrochemical, and Natural Gas Industries — Materials for use in H2S-containing environments in oil and gas production

NACE MR 0175-ISO 15156,2015
Norsok M001

Day Three: Materials for Offshore O&G Environments, Metallurgy and Welding Issues

Duplex Stainless Steels

Introduction to Duplex Stainless Steel
Metallurgy
Welding Issues
Case Histories, Application Experiences

Super Austenitic Stainless Steels

Introduction,
Physical Metallurgy
Welding Considerations
Super Austenitic vs Duplex Stainless Steel
Design and Fabrication Pros and Cons

Duplex Stainless Steels

Introduction to Duplex Stainless Steel
Metallurgy
Welding Issues
Case Histories, Application Experiences

Super Austenitic Stainless Steels

Introduction,
Physical Metallurgy
Welding Considerations
Super Austenitic vs Duplex Stainless Steel
Design and Fabrication Pros and Cons

Weldable Super Martensitic Stainless Steels

Introduction
Metallurgy
Welding Issues
Case Histories, Application Experiences

Day Four: Materials for Offshore O&G Environments, Metallurgy and Welding Issues (Continuation)

Nickel Alloys

Introduction
Metallurgy
Welding Issues
Case Histories, Application Experiences

Clad Steels

Introduction
Metallurgy
Welding Issues
Case Histories, Application Experiences

Nickel Alloys

Introduction
Metallurgy
Welding Issues
Case Histories, Application Experiences

Clad Steels

Introduction
Metallurgy
Welding Issues
Case Histories, Application Experiences

Martensitic (13Cr) Stainless Steels

Introduction
Metallurgy
Welding Issues
Case Histories, Application Experiences

Nickel Alloys

Introduction
Metallurgy
Welding Issues
Case Histories, Application Experiences

Clad Steels

Introduction
Metallurgy
Welding Issues
Case Histories, Application Experiences

Martensitic (13Cr) Stainless Steels

Introduction
Metallurgy
Welding Issues
Case Histories, Application Experiences

Precipitation Hard-enable Stainless Steels

Introduction
Metallurgy
Welding Issues
Case Histories, Application Experiences

Day Five: Materials for Offshore O&G Environments, Metallurgy and Welding Issues (Continuation) & Corrosion, Service Experiences, Failure Analysis

Austenitic Stainless Steels

Introduction
Metallurgy
Welding Issues
Case Histories, Application Experiences

Titanium Alloys

Introduction
Metallurgy
Welding Issues
Case Histories, Application Experiences