- Our Business
- Services
- Fitness-for-Service
- Corrosion Management
- Welding, Fabrication and Repairs Support
- Materials Engineering
- Risk-based Inspection (RBI)
- Bolted Joints
- Mechanical, Pressure Vessel and Piping Design
- Reliability Engineering
- Root Cause and Failure Analyses
- Threat and Risk Analysis
- Turnaround Support
- Life extension studies / Plant Optimization
- Brownfield Projects Support
- Greenfield Projects Support
- AIM Audits
- Training
- Integrity Management Data Systems
- Technology Development and Joint Industry Projects
- Software
- Training
- Products
- Joint Industry Projects
ETB Training - Skills Assessment
Integrity Engineering Solutions training courses are aimed primarily at experienced plant maintenance and equipment design engineers. However, since our approach is based on the complete joint life-cycle, there are portions that apply to other individuals as well, in addition to being suitable for basic training of less experienced engineers and maintenance personnel.
The goal is to provide practical training that can immediately be used in the field by the trainee.
The below traing matrix contains suggested modules of particular interest, based on your current or future job description.
If you would like to discuss a custom training course or site procedures & specifications and associated training, then please contact us to discuss.
PMM = Plant Maintenance Manager
OPS = Operations Personnel
PMS = Plant Maintenance Supervisor
EDE = Equipment Design Engineer
PME = Plant Maintenance Engineer
Module | PMM | OPS | PMS | EDE | PME |
---|---|---|---|---|---|
BFJ1 - Leak-Free Operation | X | X | X | X | X |
BFJ2 - ASME PCC-1-2010 | X | X | X | X | |
BFJ3 - Flange Design Codes | X | X | |||
BFJ4 - Specs & Procedures | X | X | X | X | X |
Intermediate Level | |||||
BFJ5 - Prioritization | X | X | X | X | X |
BFJ6 - Joint Terminology | X | X | X | X | |
BFJ7 - Gasket Selection | X | X | X | ||
BFJ8 - Material Selection | X | X | X | ||
BFJ9 - Joint Assembly | X | X | X | ||
BFJ10 - Best & Worst Practices | X | X | X | X | X |
BFJ11 - Flange Design | X | X | |||
BFJ12 - Effects of Pressure | X | X | X | ||
BFJ13 - Effects of Temperature | X | X | X | ||
BFJ14 - Specs & Procedures | X | X | X | ||
BFJ15 - Nut Factors | X | X | X | ||
BFJ16 - RTJ Joints | X | X | X | ||
BFJ17 - Clamped Connectors | X | X | X | ||
BFJ18 - Leakage | X | X | X | ||
Advanced Level | PMM | OPS | PMS | EDE | PMM |
BFJ19 - Design Optimization | X | ||||
BFJ20 - Pressure & Thermal II | X | X | |||
BFJ21 - Joint Component Limits | X | X | |||
BFJ22 - Bolt Load Selection | X | X | |||
BFJ23 - Piping Moments | X | X | |||
BFJ24 - Creep/Relaxation | X | X | |||
BFJ25 - Troubleshooting | X | ||||
BFJ26 - FEA on Joints | X | ||||
BFJ27 - Flange Maintenance | X | X |