Piping Inspector QA QC OIL and Gas Industry Course

Introduction to ASME standards and material specifications used in piping systems.

Characteristics, uses, and inspection factors for carbon steel in piping.

Overview of commonly used materials in piping systems and their applications.

Introduction to NACE standards for corrosion resistance in oil & gas piping.

Properties and inspection importance of Low-Temperature Carbon Steel.

Use and benefits of low alloy steels in high-pressure piping systems.

Grades, welding behavior, and testing of stainless steel pipes.

Continuation of stainless steel materials – field inspection and documentation.

Understanding code markings and identification on pipes and components.

Deep dive into how to interpret piping code requirements.

More case examples of how piping codes are applied in real projects.

Wrap-up on piping codes and standards with field documentation tips.

Pipe fittings types, marking, inspection requirements, and standards.

Types of flanges, inspection methods, and bolting requirements

Role of elements like Cr, Ni, Mo in altering steel properties.

Basic introduction to engineering drawing used in pipe fabrication.

Learn how to read and interpret isometric piping drawings.

Basics of blasting – methods, surface prep, and inspection steps.

Introduction to industrial painting systems and QA/QC role.

Field inspection steps for surface blasting and profile check.

Continuation – common defects and how to identify improper blasting

Final checks and test requirements post surface preparation.

Basics of hydro test setup and pressure test checklist.

Monitoring pressure drop, leakage, and documenting results.

Safety considerations and post-test release protocols.

Wrapping and coating methods used post blasting.

Use of CP to prevent corrosion and how to inspect it.

Explanation of vacuum box testing method for weld seam integrity.

Use of perlite in cryogenic applications and inspection tips.

This lecture explains the Pipe Schedule Chart, used for identifying the wall thickness of pipes and fittings. Students will learn how to read the chart and use it to ensure the selected material meets pressure rating and safety requirements.

Learn how to extract material details such as pipe sizes, fittings, and weld types directly from isometric drawings. Essential for verifying site material as per design.

Introduction to Test Pack or Loop File. Learn how to verify key inspection points and related documentation.

Covers inspection and verification of piping support systems such as guide supports per project specifications.

Learn how to verify the material of bolts and nuts using simple magnetic tools. Ensures compliance with the required material grade.

Understand the working and application of portable hardness testers during QA/QC inspection.

Learn the use and inspection of spring supports with graphite pads in piping systems.

Understand the importance and checking of clamp supports and their stopper mechanisms.

Learn the purpose, temperature control, and documentation involved in PWHT to relieve welding-induced stresses.

Introduction to Welder Qualification Tests (WQT). Learn test setup, witnessing procedure, and documentation.

This lecture introduces the key tasks of a welding inspector including WPS review, weld fit-up inspection, visual weld checks, and documentation.

Learn how robotic welding is applied in industries for large-scale repetitive welding, improving consistency and reducing human error.

Explanation of residual magnetism in pipes and its effect on welding. Learn inspection methods and demagnetization techniques.