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21-06-2021 (Live Online Training)
20-09-2021 (Live Online Training)
06-12-2021 (Live Online Training)

P21GE07SGV Fitness for Service Assessment
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Fitness for Service Assessment

Live Online Training Course: Maintain & Prolong the Life of Your Pressurised Plant & Equipment

4-Part series | 4 hours per Part | Over 4 days
June 2021 Course: 21 June | 22 June | 24 June | 25 June
September 2021 Course: 20 September | 21 September | 27 September | 28 September
December 2021 Course: 6 December | 7 December | 13 December | 14 December

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overview

This course will help engineers develop a complete method for analysing, evaluating and monitoring the operation, design & maintenance of pressurised equipment.

Learn how to apply the Fitness-For-Service standard API 579-1/ASME FFS-1 2016 through the understanding of material behaviour, non-destructive testing and importance of operating condition.

Key Learning Objectives

  • Review the sections of API 579-1/ASME FFS-1 2016 used for assessing brittle fracture, crack-like defects, corrosion and creep
  • Understand and apply background information on FFS assessment
  • Analyse, evaluate and monitor pressurised equipment for continued operation
  • Discuss damage mechanisms and the importance of identification
  • Solve example problems on the practical application of the techniques incorporated in API 579-1/ASME FFS-1 2016
  • Understand the relationship between API 579-1/ASME FFS-1 2016 and other FFS standards
  • Appreciate the remaining life assessment, remediation, and methods to extend the life of damaged equipment

About the Course

Fitness-For-Service (FFS) assessment is a multi-disciplinary quantitative engineering approach to determine whether equipment is suitable for continued operation.

The pressurised structure or component of interest may contain flaws or other damage, or may be subjected to more severe operating conditions than anticipated by the original design.

The outcome of a FFS assessment is a decision to run the component asis, alter it, repair it, or replace it. A remaining life assessment may be performed as part of a FFS evaluation in order to determine how long the asset can be operated safely or to define appropriate inspection intervals.

This course provides training on the application of API 579-1/ ASME FFS-1, a standard jointly published by the American Petroleum Institute (API) and the American Society for Mechanical Engineers (ASME).

Example problems will be worked through to provide participants with a detailed understanding of the various FFS calculations.

Who Will Benefit

This is a technical course. It will benefit engineers and engineering management engaged in the operation, design, analysis, and maintenance of pressurised plant or equipment in industry. Job titles include: plant, mechanical, civil, structural, reliability and project engineers. Metallurgists and maintenance employees who design or operate pressurised plant or equipment that may develop cracks in service or at the time of manufacture will also benefit.

pricing

Packages Price
Live Online Training 2021$2076
  • Great Savings when you book 4 or more participants! Call us today on +65 6973 3567 or email sgtraining@informa.com to take advantage of this offer.

Live Online Training (All 4 parts): $2,076.

Each course includes 4 parts, each part will commence at 9:00 and end at 13:00 (SGT). There will be short breaks during each course Part.

P21GE07SGV – June 2021 Course:

  • Part 1: 21 June
  • Part 2: 22 June
  • Part 3: 24 June
  • Part 4: 25 June

P21GE07SG02V – September 2021 Course:

  • Part 1: 20 September
  • Part 2: 21 September
  • Part 3: 27 September
  • Part 4: 28 September

P21GE07SG03V – December 2021 Course:

  • Part 1: 6 December
  • Part 2: 7 December
  • Part 3: 13 December
  • Part 4: 14 December

Course Instructor

Annette Karstensen

Annette is a Chartered Engineer and a fracture mechanics expert with more than 20 years’ experience in structural integrity assessments and the application of API579-1/ASME FFS-1 to assess Fitness-For-Service in industrial plants. These assessments cover engineering components related to power, petrochemical and other engineering plants.

Her main line of work involves the application of assessment procedures to calculate maximum tolerable flaw sizes and/or
time-to-failure under cyclic load or high temperature exposure. Assessments are also typically carried out in connection with fitness-for-service investigations involving corrosion, fracture, creep and/or fatigue.

Annette has an in-depth knowledge of assessments, particularly related to welds, using BS7910 “Guide on methods for assessing the acceptability of flaws in metallic structures”. Annette is also familiar with other assessment procedures such as API579, R5/R6 and with pressure vessel design codes (PD5500 and ASME). Annette is extensively involved in making recommendations for mechanical testing programmes such as fracture toughness testing and measurement of welding residual stresses.

Annette has extensive experience in finite element stress analysis (FEA) and has analysed a large range of both linear and non-linear components (plasticity, thermal and contact). FEA in structural integrity is typically carried out to determine stress intensity factor solutions and/or applied stresses for input into the engineering critical assessment. She has also extensive experience in performing corrosion assessments using FEA and has published several papers on the subject.

A recent selection of major projects Annette has been involved in includes:

  • Life assessments considering creep and fatigue crack growth in power plant components
  • Fitness-For-Service assessments of pressure vessels in petrochemical plants
  • Structural integrity assessments of cyclic loaded components in low cycle fatigue
  • Integrity assessments of penstock in a hydro power plant
  • Examination of cracking in a generator rotor from hydro-electrical power plants

Live Online Training

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Catering to meet all your learning needs:

  • Get high quality practical training from our expert instructors
  • From Face To Face, Online and Blended Learning, get a superior solution for your learning needs
  • Learn live online in an interactive environment
  • Invest in yourself. Invest in your team.

Register today for our Live Online Training courses and fi nd out how they can help you transform the way you work. Contact one of our training consultants on sgtraining@informa.com to find out more.

View Live Online Training Brochure

Testimonials

Understanding the principals behind the FFS code and recognising this presents and excellent way of quantifying remaining lifes.”
Principal Mechanical Engineer, BHP Billiton

Broad and in-depth knowledge of subject and use of relevant examples.”
Senior Mechanical Engineer, Newcrest Mining

Her experience in the field of study and ability to reference actual examples and studies.”
Lead Mechanical Engineer, QGC

“Annette has phenomenal amount of knowledge and experience. It was an absolute pleasure to be taught by her.”
Engineer, AWS Global

Agenda

This course examines step by step and in detail the contents of the API/ASME standard. The sessions are not necessarily equal in length. The main focus will be on some of the more commonly used sections in API579.

The level of detail examined will be dependent of the requirements and experience of the participants.

Most case studies examined throughout the course will be pre-worked to improve productivity and maximise learning transfer through group discussion. However, there will be opportunities for participants to work through a number of limited problems individually and in group work.

Participants are encouraged to bring specific problems of interest to them to discuss during the course, to assist with problem solving and benchmarking against best practices and lessons learnt.

Assessment of brittle fracture

  • Levels 1 and 2
  • Case study examination
  • Participant questions/problems/discussion

Assessment of general metal loss

  • Level 1, 2, and 3 assessment
  • Case study examination
  • Participant questions/problems/discussion

Assessment of local metal loss

  • Level 1, 2, and 3 assessment
  • Case study examination
  • Participant questions/problems/discussion

Assessment of pitting corrosion

  • Level 1, 2, and 3 assessment
  • Case study examination
  • Participant questions/problems/discussion

Assessment of crack-like flaws

  • Level 1, 2, and 3 assessment
  • Case study examination
  • Participant questions/problems/group discussion

Assessment of creep damage

  • Level 1, 2, and 3 assessment
  • Case study examination
  • Participant questions/problems/group discussion

when & where

21 Jun 2021

Live Online Training

20 Sep 2021

Live Online Training

06 Dec 2021

Live Online Training

On-site & in-house training

Deliver this course how you want, where you want, when you want – and save up to 40%! 8+ employees seeking training on the same topic?

Talk to us about an on-site/in-house & customised solution.

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