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Course Name:

ASME Plant Inspector Level 2 – Block 2 (Modules 4-7)

Overview

ASME Plant Inspector L2 – eLearning – BLOCK 2 ONLY

 

ASME Plant Inspector Level 2 eLearning – Study in your own time: Restrictions of rotas and training dates are a thing of the past!

If you wish to purchase the FULL eLEARNING COURSE, please follow this link


ASME Plant Inspector Level 2 eLearning is much the same as our original ASME level 2 course, which is only amalgamated into an eLearning format. All of the same topics are delivered in a systematic format. The course is designed to cover the in-service processes of the pressure equipment life cycle. It is intended to provide the knowledge to compile an Inspection Plan/Written Scheme of Examination and conduct the relevant post-inspection assessments. The ASME Plant Inspector Level 2 training course introduces management and planning activities such as Risk Based Inspection and screening of pressure vessels for Non-Intrusive Inspection.

Delegates will be introduced to API 579/ASME FFS-1 and learn how to conduct Level 1 assessments for localised and general metal loss. They will also gain insight into the applicability and limitations of such evaluations.

The course provides the necessary knowledge to make Run, Repair or Replace decisions. ASME PPC 2 gives the repair options, while API 510/570 is introduced for the re-rating procedures.

 

This eLearning course covers the same content as our traditional classroom-based course, only amalgamated into an eLearning format. The same topics are delivered in an easy-to-digest manner. The ASME Plant Inspector Level 1 training course provides the fundamental principles of inspecting, assessing, and managing fixed-pressure equipment. It is aimed at the upstream and downstream Petrochemical industry but is equally relevant to stakeholders from other sectors that utilise pressure equipment.

We understand that flexibility is key, so we’ve introduced a modular learning route for our ASME Plant Inspector Level 2 – eLearning course. This option allows you to break the course into three manageable blocks, making it easier to tailor your study schedule and focus on specific topics before moving on to the next. Each block offers in-depth training, allowing you to progress through the material in a way that best suits your needs and pace. Each block is available for five weeks, allowing ample time for completion. 

Course Structure:

Block 1:

  • Module 1 – Introduction and Inspection Principles
  • Module 2 – Engineering Materials
  • Module 3 – Pressure Equipment Design

 

Block 2:

  • Module 4 – Damage Mechanisms
  • Module 5 – Non-Destructive Examination
  • Module 6 – Inspection and Evaluation of Pressure Vessels
  • Module 7 – Fitness For Service

 

Block 3:

  • Module 8 – Pressure Equipment Repairs
  • Module 9 – Inspection Strategies
  • Module 10 – Summary

 

Final Exam: Once you’ve completed all three blocks and feel confident in your knowledge, you can schedule your final exam on a date that suits you.

 

With this modular approach, you can purchase and complete each block individually, giving you the freedom to focus on specific areas and manage your learning journey with even more flexibility. This option is perfect for those who want to spread out their studies over time or concentrate on one block at a time before moving forward.

 

Important to Note:

 

  • Modules Must Be Completed in Order: Each block must be purchased and studied in sequence. You need to complete Block 1 before moving on to Block 2, and Block 2 before starting Block 3.

 

  • Eligibility for Final Exam: All three blocks must be completed before you are eligible to sit the final exam.

 

Why Choose the Modular Route?

 

  • Flexible Scheduling: Tailor your study plan to fit your professional and personal commitments by focusing on one block at a time.

 

  • Cost Management: Pay for each block as you go, making it easier to budget your training expenses.

 

  • Concentrated Learning: Dive deep into each set of topics before moving on to the next, ensuring a thorough understanding of the material.

 

 

Course Suitability:

Ideal for those wishing to progress from Level 1, or for experienced inspectors and engineers looking to expand their technical knowledge, the ASME Plant Inspector Level 2 eLearning training course provides an intensive but practical challenge.

eLearning Subjects Covered:

– Pressure Equipment Design and Materials
– Damage Mechanisms and Inspection
– Inspection Planning and RBI
– Fitness for Service
– Repair Selection

eLearning Duration:

Approx. 60 hours of training with four months online access.

It covers the same content as our classroom course, but with more time, so you can work your way through each topic comfortably at your own pace. This means plenty of time to return to each module and revise until your heart (or brain!) is content. You can arrange to sit your exam as soon as you feel confident; you do not have to wait until the end of your online training duration before sitting your exam.

When & Where Do I Sit The ASME Examination On Completion Of eLearning?

The ASME eLearning exam is completed online on a date of the candidate’s choice. Candidates require a reliable internet connection and a webcam for invigilation purposes.

Why Choose eLearning?

  • Cost-effective: No venue, travel, catering or accommodation fees to pay
  • Study in your own time: Restrictions of rotas and training dates are a thing of the past
  • Study on the go: Our courses are mobile-friendly, meaning you don’t have to be in front of a computer.
  • You can access our eLearning platform 24/7 on your laptop, desktop, mobile device, or tablet. All you require is a reliable internet connection.
  • Study at your own pace: There are no time restrictions, and you can reread the content as often as you like until you feel completely comfortable in your understanding.
  • Lacking confidence: Not everybody feels comfortable learning in a large group, but eLearning allows everyone to tackle the subject at their own pace, with interactive tasks ensuring a thorough understanding throughout each of our training modules.
  • Eco-Friendly: Paperless learning
  • 1 to 1 communication: Our lecturers will still be on hand to take calls and answer e-mails should you require further support with any topic or module. Alternatively, Skype or zoom video calls can also be arranged

If eLearning is not for you, don’t worry! You can book on our classroom training now.

 

Course Modules

Module 4 – Damage Mechanisms

This module provides an in-depth understanding of common damage mechanisms that affect pressure equipment, as outlined in API 571. It covers the identification, causes, and effects of various degradation processes, such as corrosion, cracking, mechanical damage, and high-temperature deterioration. Participants will gain insights into how these damage mechanisms develop in equipment like pressure vessels, piping, and storage tanks and the strategies for detecting, preventing, and managing them to ensure safe and reliable operations.

This Module covers the fundamental principles and applications of Non-Destructive Examination (NDE) methods used in the inspection of pressure equipment and structures. Participants will explore various techniques such as Ultrasonic Testing (UT), Radiographic Testing (RT), Magnetic Particle Testing (MT), Dye Penetrant Testing (PT), and Visual Inspection (VT). The course emphasizes how each method is applied, its advantages and limitations, and how to interpret results effectively to detect defects and ensure the integrity of equipment without causing damage.

Module 6 focuses on inspecting and evaluating pressure vessels, emphasising design code criteria, corrosion rates, and remaining life assessment. Participants will learn how to apply key industry codes and standards to evaluate the condition and compliance of pressure vessels. The course also covers techniques for measuring corrosion rates and calculating remaining life, helping inspectors and engineers make informed decisions about maintenance, repairs, and replacement. By understanding these critical aspects, attendees will ensure the continued safety and efficiency of pressure vessels in service.

This module provides a focused study on the Fitness-for-Service (FFS) assessment of pressure equipment using API 579 Parts 4 and 5. It covers the procedures and methodologies for evaluating general metal loss (Part 4) and localised metal loss (Part 5) to determine whether equipment can continue to operate safely under current conditions. Participants will learn how to assess the remaining strength and integrity of pressure vessels and piping, enabling them to make informed decisions on repairs, replacements, or continued service. The course ensures a deep understanding of critical FFS concepts, tailored specifically to real-world scenarios.

Course Name:

ASME Plant Inspector Level 2 – Block 2 (Modules 4-7)

Price:

£665.00 + VAT

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