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API 510 Pressure Vessel Inspection Certification Fundaments

Name: API 510 Pressure Vessel Inspection Certification Fundaments
Rating: 3.3 (2 reviews)

Master Pressure Vessel Inspection Standards, NDE Techniques, Damage Mechanisms, Repair Procedures, and Real-World Cases

New

Created byISO Xpert

Last updated 7/2026

English

English [Auto],

What you'll learn

Understand API 510 code requirements and inspection intervals for pressure vessels
Perform thickness measurements and calculate corrosion rates accurately
Apply various NDE techniques including UT, RT, MT, PT, and VT effectively
Calculate remaining life and establish appropriate inspection schedules
Identify and assess damage mechanisms affecting pressure vessels (CUI, SSC, CLSCC, HTHA, creep)
Prepare comprehensive inspection reports and maintain proper documentation
Execute repair, alteration, and rerating procedures per API 510 and ASME PCC-2
Understand jurisdictional requirements and regulatory compliance (NBIC, OSHA PSM)
Implement best practices from real-world case studies across the UK, USA, Germany, and Singapore

Course content

11 sections • 56 lectures • 6h 55m total length

Introduction1:01
Overview of API 510 Standard6:28
Scope and Application of API 5106:55
API 510 defines the in-service scope for pressure vessels above 15 psi gauge or under vacuum, with exclusions for fired boilers, small-volume or small-diameter vessels, and nonhazardous service.
About Course and Us1:31
API 510 Certification Requirements8:57
Relationship with Other Codes and Standards8:25
About Us and the Course1:31
Inspection Organization and Responsibilities7:32
Explore API 510 inspection organization and responsibilities, from owner/user oversight to the inspector as quarterback, with examiners, NDE data, corrosion specialists, materials engineers, and repair coordination enabling safe vessel operations.

Pressure Vessel Design and Construction7:09
Learn the fundamentals of pressure vessel design and construction, including ASME section eight, MAWP, MDMT, corrosion allowance, and vessel identity from nameplates to U1A forms.
Materials of Construction7:51
Explore materials of construction that keep pressure vessels intact, from carbon and alloy steels to stainless and non-ferrous alloys, and learn how environment, temperature, and chemistry drive inspection strategies.
Pressure Vessel Components8:04
Decode pressure vessel anatomy, from shell and welds to heads and nozzles, and apply ABB NGL case study insights on FEA, corrosion, and fitness-for-service.
Nameplate Information and Documentation7:27
Pressure and Temperature Ratings7:10

Inspection Interval Determination8:12
Corrosion Rate Calculations8:34
Thickness Measurement Locations (TMLs)7:18
Explore how thickness measurement locations (TMLs) enable condition monitoring of pressure vessels, using ultrasonic testing and strict marking to predict corrosion rates and ensure API 510 compliance.
Pre-Inspection Planning8:10
External Inspection Requirements8:12
Master API 510 external inspection requirements to perform in-service visual checks that protect pressure vessel integrity. Explore the five-year rule, inspection scope, and corrosion under insulation (CUI).
Internal Inspection Preparation7:15
Perform internal inspection of a high-pressure NGL vessel via API 510 isolation, blinding, and multi-gas testing; use ultrasonic thickness data for API 579 fitness-for-service and 83 years remaining life.

Visual Testing (VT)7:39
Learn how visual testing detects pitting and damage in pressure vessels and how ultrasonic testing quantifies remaining wall thickness to verify MAWP, corrosion rate, and remaining life per API-510.
Ultrasonic Testing (UT)8:23
Learn ultrasonic testing for pressure vessels, covering thickness measurement, internal flaw detection, and calibration, with emphasis on pitting corrosion, remaining life calculations, and API 510 guidance.
Radiographic Testing (RT)8:17
Magnetic Particle Testing (MT)6:40
Liquid Penetrant Testing (PT)9:16
Advanced NDE Methods8:36

Overview of Damage Mechanisms8:27
General and Localized Metal Loss9:56
Environmentally-Assisted Cracking7:49
High-Temperature Hydrogen Attack8:02
Mechanical and Metallurgical Damage8:45
Investigate how engineers prevent pressure vessel failures by identifying creep, brittle fracture, and thermal fatigue, and applying API 510, API 579, and MDMT-aware fitness-for-service assessments.
Fitness-for-Service Assessment7:17
Apply fitness-for-service assessment with api579 to validate damaged pressure vessels remain safe, guided by api510, using in-service inspection and NDT methods.

Repair Procedures and Requirements7:10
Apply API 5.10 and ASME PCC-2 to repair pressure vessels under inspector gatekeeping. Classify repairs as routine or major, execute with proper welding, PWHT, NDE, and document with 1.3 hydrotest.
Welding for Repairs7:09
Alteration Requirements7:38
Rerating Procedures6:03
Pressure Testing6:56
Explore pressure testing under API 510, including hydrostatic tests at 1.3 times MAWP with temperature adjustments, and pneumatic tests at 1.1 times MAWP, emphasizing safety and integrity.
Repair Documentation7:34

Inspection Records Requirements7:51
Inspection Report Content8:02
Explore how process safety management under OSHA 1910.119 safeguards chemical plants and pressure vessels, detailing mechanical integrity, non-destructive testing, and how API 510 inspectors prepare precise inspection reports for vessels.
Thickness Data Management8:35
Regulatory Compliance Documentation10:43
Computerized Inspection Management8:04
Explore computerized inspection management within OSHA 1910.119, covering process safety information, mechanical integrity, and NDT; learn how AI-driven software tracks inspections, validates credentials, and optimizes corrosion assessment and remaining life.
Quality Assurance in Inspection7:08

Case Study 1: UK Refinery — CUI Detection and Management9:03
Explore a UK refinery crisis involving corrosion under insulation and a high-pressure leak, and learn how non-destructive testing, ASME PCC2 repairs, and CUI management prevent future failures.
Case Study 2: USA Petrochemical Plant — HTHA Failure Analysis9:10
Examine a hydrogen attack case study from a Texas petrochemical plant, where a 1.25cr-0.5mo heat exchanger failed during startup, prompting material upgrades and advanced non-destructive testing within Nelson curve limits.
Example 1: Germany — Corrosion Rate and Remaining Life Calculation8:41
Explain how OSHA 1910.119 governs process safety to prevent catastrophic chemical releases. Learn how hazard analysis, mechanical integrity, and standards from ASME, API, ASNT, AMPP, and NBBI drive safe containment.
Example 2: Singapore — Inspection Interval Determination7:47
Explore how OSHA 1910.119 underpins process safety management, hazard analysis, and mechanical integrity, and how API 510 inspection intervals shape refinery practices through the standards ecosystem.
Advanced Trick 1: Optimizing TML Placement Using Process Knowledge8:41
Advanced Trick 2: Using Multiple NDE Methods for Comprehensive Assessment7:49
Advanced Trick 3: Corrosion Rate Trending and Statistical Analysis7:42
Advanced Trick 4: Fitness-for-Service Screening for Quick Assessments6:30
Apply API 579 fitness-for-service screening to quickly decide if in-service damage keeps equipment safe, using level one screening tools, templates, and a case study to prove rapid, code-compliant results.
Advanced Trick 5: Effective Communication with Operations and Management6:54

Requirements

Basic understanding of mechanical engineering principles and material properties
Familiarity with pressure equipment and industrial process operations
Working knowledge of basic mathematics including algebra and geometry
Awareness of corrosion fundamentals and common damage mechanisms
Access to the API 510 code document is helpful but not required for the course
Professional experience in maintenance, inspection, or engineering is preferred

Description

This course contains the use of artificial intelligence.

The API 510 Pressure Vessel Inspector Masterclass is a comprehensive professional training program designed for pressure vessel inspectors, mechanical engineers, corrosion engineers, integrity specialists, maintenance personnel, quality professionals, NDT technicians, and oil & gas industry personnel seeking a complete understanding of API 510 Pressure Vessel Inspection Code. Whether you are preparing for the API 510 certification examination, transitioning into an inspection role, or strengthening your expertise in asset integrity management, this course provides the knowledge and practical skills required to inspect, evaluate, repair, and maintain pressure vessels throughout their operational lifecycle.

Developed with AI-enhanced narration and visual learning resources, this course combines technical engineering principles with practical industrial applications, making complex inspection concepts easier to understand while maintaining the depth expected by industry professionals.

Through a structured, module-by-module approach, you will gain a comprehensive understanding of API 510 requirements and their relationship with ASME Section VIII, ASME Section V, ASME Section IX, ASME PCC-2, API 571, API 572, API 579, and API 580/581. You'll explore pressure vessel design principles, materials of construction, corrosion mechanisms, Thickness Measurement Locations (TMLs), corrosion rate calculations, remaining life assessments, Maximum Allowable Working Pressure (MAWP), Minimum Design Metal Temperature (MDMT), inspection planning, repair and alteration requirements, rerating procedures, and documentation practices. The course also provides detailed coverage of Non-Destructive Examination (NDE) techniques including Visual Testing (VT), Ultrasonic Testing (UT), Radiographic Testing (RT), Magnetic Particle Testing (MT), Liquid Penetrant Testing (PT), Phased Array Ultrasonic Testing (PAUT), and Time-of-Flight Diffraction (TOFD), together with Fitness-for-Service (FFS) assessments in accordance with API 579.

Using real-world case studies, engineering calculations, inspection scenarios, and advanced industry techniques, you'll learn how to identify damage mechanisms such as Corrosion Under Insulation (CUI), Sulfide Stress Cracking (SSC), Chloride Stress Corrosion Cracking (CLSCC), High-Temperature Hydrogen Attack (HTHA), creep, brittle fracture, and thermal fatigue. You'll also develop the ability to optimize inspection intervals, evaluate equipment integrity, approve repairs and reratings, and prepare audit-ready inspection documentation that supports safe, reliable, and compliant pressure equipment operations.

By the end of this course, you will be able to:

Understand the requirements and scope of API 510.
Interpret inspection requirements alongside key ASME and API standards.
Evaluate pressure vessel integrity using engineering principles and inspection data.
Calculate corrosion rates, remaining life, MAWP, and inspection intervals.
Apply appropriate NDE techniques for pressure vessel inspections.
Identify common damage mechanisms affecting pressure vessels.
Perform Fitness-for-Service (FFS) screening using API 579 principles.
Plan inspections, evaluate repairs, reratings, and maintenance activities.
Prepare professional inspection reports and regulatory documentation.
Build the technical knowledge and confidence required for API 510 certification and industrial pressure vessel inspection.

Whether you are an inspector, engineer, maintenance professional, integrity specialist, or someone pursuing a career in pressure equipment inspection, this course provides the practical knowledge, internationally recognized best practices, and technical competence needed to improve equipment reliability, support regulatory compliance, and advance your professional career.

At ISO Xpert Academy, we are committed to delivering internationally aligned professional training that combines global engineering standards, technical excellence, and practical implementation. Our industry-focused programs help professionals strengthen inspection capabilities, improve asset integrity, achieve regulatory compliance, and advance their careers across the oil & gas, petrochemical, power generation, manufacturing, and engineering industries.

Who this course is for:

Pressure vessel inspectors preparing for API 510 certification
Quality assurance and quality control professionals in process industries
Mechanical, materials, and corrosion engineers working with pressure equipment
Maintenance supervisors, reliability engineers, and plant managers
NDE technicians seeking to expand into pressure vessel inspection
Safety and integrity professionals involved in pressure equipment programs
Technical consultants, third-party inspection agencies, and engineering contractors
Students and professionals transitioning into inspection or asset integrity careers

API 510 Pressure Vessel Inspection Certification Fundaments

What you'll learn

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Course content

Introduction to API 5108 lectures • 42min

Why We Keep Repeating Things The Psychology Behind Repetition1 lecture • 6min

Fundamentals of Corrosion Resistant Alloys5 lectures • 38min

API Music Lessons: Where Standards Meet Rhythm1 lecture • 4min

Inspection Planning and Preparation6 lectures • 48min

NDE Techniques for Pressure Vessels6 lectures • 49min

Damage Mechanisms and Assessment6 lectures • 50min

Repair, Alteration, and Rerating6 lectures • 43min

Documentation and Reporting6 lectures • 50min

Practical Applications9 lectures • 1hr 12min

Requirements

Description

Who this course is for: