• Our Introduction

    AMCO Integrity Pty. Ltd is an independent company registered in Australia. It is a highly innovative engineering and consulting company engaged in state of the art R&D and product development in the energy sector, including renewable and small scale energies, and in high temperature plant issues in general…

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  • EDSE Technology

    The Electric Discharge Sampling Equipment (EDSE) was developed by our UK based partner in collaboration with international partners to aid in the condition and life assessment of components. The sampling of in-service components has long been seen as an effective way of determining actual material properties and sub-surface material
    condition.…

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  • Portable SFM Technology

    The Portable Scanning Force Microscope (Integrity-Scanning Force Microscope) has been developed for early stage damage detection such as creep cavitation (especially in P91 & P92 steels) which will not be found using traditional replication techniques.…

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  • Obikou

    Obikou is an on-site service for power, process and other high temperature plant and has shown to achieve creep life extension by a factor of about 4. It simply involves quickly reinforcing a potentially vulnerable or creep damaged pipe with multiple layers of thin high-temperature alloys strip that is wound/wrapped around a pipe thus halting/ reducing the development of creep damage….

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  • Research & Development

    AMCO has excellent expertise through its in-house R&D, plant service/technical
    consulting and project management experience and links with plant manufacturers,
    plant operators, service providers and researchers from around the world.

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Asset Management Training

AMCO Integrity Pty Ltd is world renowned for its training courses.

AMCO offers specialist training courses in a variety of areas, including –

  • Plant Life Assessment & Management
  • Gas Turbines
  • Steam Turbines
  • New Advanced Materials (T23/24, P91, P92, Nickel based alloys, etc.)
  • HRSG Integrity
  • Plant Cycling (conventional steam plants, CCGT and HRSG)
  • Weld Repair & Assessment
  • Risk Based Maintenance & Inspection etc.

By training with AMCO you can be confident that you are learning from top industry and academic experts.

Bespoke training for your needs

In addition to our regularly run training courses,  AMCO is happy to provide bespoke training courses to suit your needs. These can be held at your sites anywhere in the world.

Alternatively, our state of the art videoconferencing suite enables delegates to remotely participate in our courses, allowing complete participation while saving time and money.
Course Title
Course Description
Course Duration



Gas Turbine Technology


 Module 1-
Design, Operation, Materials and Integrity/ Lifing Issues -Workshop: Case studies on damage and service life taken from GT operation.
Module 2-
Material Selection, Design, Material Degradation, Coatings, Repair & Life Assessment
Module 3-
Lifing of Hot-gas path components



4 or 5 Days



Steam Turbine Technology


 Module 1-
Materials & Damage Mechanisms.
Module 2-
Maintenance, Inspection & Repair
Module 3-
Life Assessment of Steam Turbines Practical Examples



1 or 2 Days



Life Management Foundation (LMF)


 LMF 1-
Plant Operation, Damage and Life Assessment
LMF 2-
Failure Avoidance and Advanced Assessment of Complex / Welded Components
LMF 3-
Damage and Defect / Crack Assessment under Creep and / or Fatigue Conditions Examples



6 Days



Power Plant Boilers Inspection, maintenance & Monitoring


Module 1-
Plant Maintenance Issues
Module 2-
Plant Inspection and Monitoring
Module 3-
Introduction to Risk Based Maintenance
Module 4-
Workshop




1 or 2 Days



Supercritical Plant- Design, Materials, Operation & Maintenance


Module 1-
Plant Design Characteristics
Module 2-
Materials of Construction
Module 3-
Damage Mechanisms & Life Assessment
Module 4-
Operation & Maintenance Experience




3 or 5 Days



Design of Boiler Combustion Systems and Retrofit Technology


 Module 1-
Design of Boiler System
Module 2-
Design Technology of Boiler Combustion Technology
Module 3-
Design of Boiler Tube Heating Surfaces and Sizing of Pressure Parts
Module 4-
Boiler Retrofit Technology and Boiler Combustion Optimisation




1 to 4 Weeks






Turbine Failure Analysis & Life Assessment





Module 1-
Steam Turbine Component Damage Mechanisms
Module 2-
Gas Turbine Design, Operation, Materials and Integrity/Lifing Issues
Module 3-
Steam Turbine Component Failure
Module 4-
Gas Turbine Component Degradation and Failure
Module 5-
Fundamentals, Cyclic operation & Refurbishment
Module 6-
Lifing of GT Hot-gas path components
Module 7-
Steam Turbine Component Integrity/Lifing Issues
Module 8-
Analytical and numerical models for remaining creep life estimation








3 Days to 3 Weeks



P/ T 91


 Module 1-
Material Properties & Heat Treatment
Module 2-
Steam-Side Oxidation of Thin Wall Tubing
Module 3-
Welding & Welded Component Behaviour
Module 4-
Component Integrity / Life Assessment




2 to 3 Days




HRSG Integrity



 Module 1-
Principles of HRSG Design and Cyclic Operation Related Issues
Module 2-
HRSG Materials, Welding, Water Treatment, Corrosion and Other Failure Mechanisms
Module 3-
Inspection, Monitoring and Maintenance Issues
Module 4-
HRSG Component Life Assessment and Workshop




2 to 3 Days


P/ T 23

 Module 1-
T/P23 Material Properties and heat Treatment
Module 2-
T/P23 Weld Consumables and Welding Issues
Module 3-
Steam Side Oxidation, Component Integrity/Life Assessment


1 to 2 Days



Risk Based Maintenance & Inspection (RBMI)


 First Programme:
Management Programme Level
Second Programme:
Implementation Programme Level
Third Programme:
Component Condition Programme Level
Fourth Programme:
Prioritization



2 to 3 Days



Boiler/HRSG and Steam Turbine Remaining Life Assessment & Extension


 Module 1- Overview of Component Life Assessment & Damage Mechanism
Module 2-
Lifing Methodologies / Available Tools
Module 3-
Component Life Assessment
Module 4-
Plant Life Management



5 Days to 4 Weeks