Mastering Efw Piping: The Complete Guide To Astm A671 & A672
Published 11/2025
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 761.60 MB

| Duration: 0h 50m
Deep dive into Electric-Fusion-Welded Pipe Standards, Heat Treatment, Grades, Classes, and Quality Control for Engineers
What you'll learn
Distinguish Applications: Confidently select between ASTM A671 (Low Temperature) and A672 (Moderate Temperature) based on service conditions.
Decode Designations: Master the alphanumeric "Grade" and "Class" system (e.g., CC70 Class 22) to specify materials correctly.
Understand Heat Treatment: Learn the metallurgy behind Stress Relieving, Normalizing, and Quenching protocols required by the standards.
Navigate Quality Control: Comprehend the specific requirements for Radiography, Transverse Tension Tests, and Weld Bend Tests.
Manage Manufacturing: Understand the EFW welding process, plate selection, and permissible repair procedures for high-pressure pipe.
Requirements
Basic understanding of mechanical engineering or piping terminology.
No specific code book is required (we will cover the essential tables and clauses), but having access to the standards is helpful.
Description
Are you a Piping Engineer, Quality Inspector, or Procurement Specialist struggling to navigate the complex specifications of Electric-Fusion-Welded (EFW) pipe?"This course contains the use of artificial intelligence."Pipe ordered to the wrong specification or heat treatment class can lead to catastrophic failures in high-pressure lines. This course is designed to demystify ASTM A671 and ASTM A672, the two industry-standard specifications for EFW steel pipe used in atmospheric, lower, and moderate temperature services.Through a structured 7-module curriculum, we break down the dense technical language of the code into clear, actionable knowledge.Course Curriculum:Module 1: The Fundamentals: We start by defining the scope. You will learn exactly when to apply A671 vs. A672.Module 2: Cracking the Code: We decode the confusion between "Grades" (Material) and "Classes" (Processing).Module 3: Manufacturing: A look at Pressure Vessel Quality plates, welding processes, and reinforcement rules.Module 4: Heat Treatment: The core of the standard. We explain Stress Relief, Normalizing, and Quenching requirements.Module 5: Inspection & Testing: Detailed walkthroughs of Radiography (RT), Hydrotests, and Mechanical testing.Module 6: Repairs & Supplements: How to handle defects and when to order Supplementary Requirements (like Charpy Impacts).Module 7: Scenario Quiz: Test your knowledge with real-world engineering scenarios.Who is this course for?Piping Engineers & DesignersQA/QC Inspectors & API InspectorsMechanical Engineers in Oil & Gas/PetrochemicalsProcurement Specialists handling PVQ materialsEnroll today to master the standards that ensure the safety and integrity of high-pressure piping systems.
Piping Engineers & Designers,QA/QC Inspectors & API Inspectors,Mechanical Engineers in Oil & Gas/Petrochemicals,Procurement Specialists handling PVQ materials