Pressure Vessel Inspection (API 510 Exam Preparation)
فحص أوعية الضغط (التحضير لاختبار API 510)
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- Available in-house
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- Formats
- In-house training0 sessions
- Duration
- 5 daysCertificate
Overview
Pressure vessel inspectors play a key role in keeping refineries, gas plants and petrochemical facilities safe. The API 510 Pressure Vessel Inspector certification is widely recognised in the industry, and the examination tests a demanding body of knowledge drawn from the inspection code, the ASME Boiler and Pressure Vessel Code, welding and non-destructive examination requirements and several recommended practices. Candidates must not only understand the technical content but also locate information quickly and carry out calculations accurately under time pressure, which makes structured preparation essential for success.
This course provides structured preparation for the API 510 Pressure Vessel Inspector certification examination. Participants review the scope and requirements of the inspection code, including inspection intervals, corrosion rates, remaining life, repairs, alterations and rerating, and the relevant parts of ASME Section VIII for design calculations of shells, heads and nozzles, and pressure testing. The course covers welding qualifications under ASME Section IX, examination methods under ASME Section V, damage mechanisms, inspection practices and fitness-for-service principles from the referenced recommended practices. It includes practice questions and timed mock exams. This is independent preparation, not affiliated with API.
Objectives
- Understand the examination structure, body of knowledge and effective study methods
- Apply inspection code requirements for intervals, corrosion rates and remaining life
- Perform ASME Section VIII calculations for shells, heads, nozzles and pressure tests
- Apply repair, alteration and rerating requirements correctly
- Interpret welding qualification and NDE requirements from ASME IX and V
- Recognise damage mechanisms and apply inspection and fitness-for-service principles
- Improve exam technique through practice questions and timed mock examinations
Who should attend
Inspectors, inspection engineers, QA/QC staff and mechanical engineers preparing for the API 510 examination who meet API's eligibility requirements.
Training methodology
The course follows a structured exam preparation approach that combines focused reviews of each code and recommended practice with worked examples and extensive practice questions. Participants carry out thickness, pressure, corrosion rate, remaining life and hydrotest calculations, practise navigating code documents quickly and review welding procedure and qualification records. Daily quizzes identify weak areas, and timed mock examinations under realistic conditions build speed and confidence. Trainers provide feedback on common errors and exam strategy. Participants should bring the current editions of the referenced documents for effective study.
Programme outline
Day1Exam Overview and Inspection Code Basics
- Examination format, effectivity sheet, body of knowledge and an effective study plan
- Scope of the pressure vessel inspection code and the responsibilities of the inspector
- Definitions, authorised inspection agencies and the roles of owner-users and engineers
- Inspection types: internal, external, on-stream and the requirements for each
- Inspection intervals, risk-based inspection and the conditions for extending intervals
- Corrosion rate, remaining life and minimum thickness calculations using code methods
- Practical exercise: solving corrosion rate, remaining life and interval calculation questions
Day2ASME Section VIII Design Calculations
- Organisation of ASME Section VIII Division 1 and how to find information quickly
- Joint efficiency, radiography requirements and their effect on allowable thickness
- Thickness and pressure calculations for cylindrical shells under internal pressure
- Thickness and pressure calculations for ellipsoidal, torispherical and hemispherical heads under internal pressure
- Nozzle reinforcement principles and the review of reinforcement requirements for openings in shells
- Hydrostatic and pneumatic test pressure calculations and the related code test requirements
- Practical exercise: working through Section VIII calculation questions under time limits
Day3Repairs, Alterations, Rerating and Welding
- Repairs and alterations and their authorisation, approval and documentation requirements under the code
- Rerating vessels for new pressure or temperature and the information needed
- Welding procedure specifications, procedure qualification records and welder performance qualifications in ASME IX
- Essential and non-essential variables and how to review a WPS and PQR in ASME IX
- Preheat, post-weld heat treatment and alternatives to PWHT in repair work
- Pressure testing after repairs and the use of NDE in place of pressure testing
- Practical exercise: reviewing a WPS and PQR for compliance and answering related questions
Day4NDE, Damage Mechanisms and Inspection Practices
- ASME Section V requirements for radiography, ultrasonic, magnetic particle and penetrant testing
- Acceptance criteria and the interpretation of NDE results in exam questions
- Damage mechanisms affecting fixed equipment and the locations where they typically occur
- Inspection planning, inspection techniques and thickness measurement practices for pressure vessels
- Pressure relieving devices and the inspection and testing requirements that apply to them
- Fitness-for-service principles for general metal loss, pitting and local thin areas
- Practical exercise: answering practice questions on NDE, damage mechanisms and inspection
Day5Mock Examinations and Exam Technique
- Strategies for closed-book and open-book questions and managing time in the exam
- Common errors in calculations and how to avoid losing marks
- Timed mock examination covering the full body of knowledge under realistic exam conditions
- Review of mock examination answers and explanation of difficult questions
- Final revision of key formulas, tables and frequently tested topics
- Second timed mock examination and individual feedback on weak areas
- Final review and personal study plan for the period before the examination
Dates and fees
There are no scheduled dates for this course at the moment. Request it as in-house training, or ask us about the next date.
Certificate
Every delegate who attends the full programme receives a Harfard Technology certificate of completion stating the course title, duration, dates and venue.
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