Euro Training Limited Training Programs, Workshops and Professional Certifications
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Specific Job Related Process Knowledge and Skills

Including Leveraging the Best of Digital Transformation, Data Analytics and Artificial Intelligence AI on his Job
Audio version brochure
COR754-2
2 Weeks of Process Good & Best Practices

Industrial Facility Corrosion Technology & Management Processes

Building Hands-on Skills & Competencies in

  1. Corrosion Monitoring Technologies
  2. Corrosion Monitoring Methodologies
  3. Quantitative Measuring of Corrosion
  4. Corrosion Status Reporting & Trending
www.eurotraining.com/bro/cor754-2.php

2 Week Job Process Good & Best Practices Training

Seattle, USA
16-27 Dec 2024
London
30 Dec 2024- 10 Jan 2025
Dubai
6-17 Jan 2025
Kualalumpur
20-31 Jan 2025
Dubai
3-14 Feb 2025
London
17-28 Feb 2025
New York
2-13 March 2025
Seattle, USA
16-27 March 2025
Istanbul
30 March-10 April 2025
New York
13-24 April 2025
Dubai
27 April-8 May 2025
Kualalumpur
11-22 May 2025
London
25 May-5 June 2025



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What is Covered in this Training Workshop?

  1. This Industrial Facility Corrosion Technology Professional Workshop provides the Industrial Corrosion Practitioner the Practical Understanding, Process Information, Knowledge, Processes and Competencies for Protecting his responsible Facilities from Corrosion Damage and Maintain them in Good Safe Operational Conditions.
  2. This Process Program discusses practices to meet NACE, Your Organizational Standards and Specifications, and other International Standards and Recommendations. Effective Corrosion Monitoring and Management is essential for Reliability, Safety, Cost Reduction, Improving Remaining Life and Improving Quality and Efficiency of Facilities.

This Work Processes Good and Best Practices program provides the participant the knowledge and practical skills to Identify, Monitor, Inspect and Measure Corrosion in his facilities. The use cases discussed in this program include Oil & Gas, Bridges, Offshore and Marine, Storage Tanks & Ship Holds, Transmission Lines, Pipelines, Large Industrial and Civil Structures.

  1. Participant may elect to work on Special detailed Case Study workshop for any one of (1) Corrosion in Refinery Industry (2) Corrosion in Pipelines (3) Corrosion in Oil & Gas Downhole (4) Bridge Corrosion (5) Power Plant Corrosion (6) Corrosion in Steel Structures (7) Corrosion in Coastal Structures.
  2. The participant will become familiar with, and be able to work with, the established and latest Corrosion Identification, Inspecting, Measuring Tools and Techniques in his work area. The program case studies will be customized to meet the needs and expectations of each group of participants.

The participant will be able to prepare plans for Corrosion Monitoring, Report Corrosion Trends, Health of Facilities, Recommend Protection Methods and Inspect Corrosion Protection Works and Installations. Program will discuss Systems for Building Corrosion Knowledge Base Relevant to your Organization, Implement Training and Development Activities for your Staff in Corrosion Awareness and Management, and Use Data Analytics for timely insight into Corrosion Related Issues and Management Interventions. This Work Processes Good and Best Practices program provides Practical 360 degree Multi-discipline Understanding of the Corrosion Related Issues.

Who Should Attend


  1. This Work Processes Good and Best Practices program is intended for Corrosion Technology Professionals.
  2. This Job Process Competency program will also benefit Design, Operations, Inspection and Maintenance staff to achieve Organizational Corrosion Management Objectives.
  3. Program Content & Processes
  4. Industrial Facility Corrosion Technology & Management Processes
  5. Introduction to Corrosion in Industrial Facilities
  6. Electrochemical Fundamentals of Corrosion
  7. Types and Mechanisms of Corrosion
  8. Materials and Their Corrosion Properties
  9. Corrosive Environments
  10. Corrosion Monitoring and Inspection
  11. Cathodic and Anodic Protection
  12. Coatings and Linings
  13. Inhibitors and Chemical Treatment
  14. Material Selection and Design
  15. Corrosion in Welding and Fabrication
  16. Microbial Corrosion
  17. Corrosion Economics and Risk Management
  18. Environmental Factors and Corrosion
  19. Business Aspects of Corrosion in Plants & Facilities
  20. Impact of Corrosion on Operational Targets
  21. Impact of Corrosion on Strategic Objectives
  22. Impact of Corrosion on Stakeholders Satisfaction
  23. Corrosion Management Key Performance Indicator (KPIs)
  24. Corrosion Technology Overview
  25. Cathodic Protection Systems
  26. Corrosion Inhibitors
  27. Coatings and Linings
  28. Corrosion Monitoring and Inspection
  29. Advanced Material Selection
  30. Remote Monitoring and Data Analytics
  31. Microbiologically Influenced Corrosion (MIC) Control
  32. Corrosion Modeling and Simulation
  33. Corrosion-resistant Alloys
  34. Corrosion Control through Design
  35. Corrosion Under Insulation (CUI) Mitigation
  36. Electrochemical Noise Analysis
  37. Corrosion-resistant Polymer Composites
  38. Corrosion Testing and Accelerated Aging
  39. Advanced Surface Modification Techniques
  40. Corrosion Data Management Systems
  41. Corrosion Education and Training
  42. Remote Sensing and Imaging
  43. Advanced Corrosion-resistant Coatings
  44. Corrosion Mitigation in Concrete Structures
  45. Digital Twin Technology
  46. Corrosion-resistant Welding Techniques
  47. Corrosion-resistant Polymer Coatings
  48. Advanced Corrosion Sensing Technologies
  49. Corrosion Prevention in Water Systems
  50. Corrosion-resistant Coating Inspection Techniques
  51. Corrosion-resistant Concrete Repair Materials
  52. Corrosion Monitoring Sensors
  53. Corrosion-resistant Thermal Spray Coatings
  54. Corrosion-resistant Concrete Additives
  55. Digital Corrosion Management Systems
  56. Corrosion-resistant Fiberglass Reinforced Plastic (FRP) Composites
  57. Corrosion-resistant Coating Application Techniques
  58. Advanced Corrosion Prediction Models
  59. Corrosion-resistant Lining Systems
  60. Microencapsulation of Corrosion Inhibitors
  61. Corrosion-resistant Surface Finishes
  62. Advanced Corrosion-resistant Ceramics
  63. Corrosion-resistant Metal Matrix Composites
  64. Corrosion-resistant Nanocoatings
  65. Corrosion-resistant Geopolymer Materials
  66. Corrosion-resistant Fibers and Textiles
  67. Corrosion-resistant Surface Engineering Techniques
  68. Advanced Corrosion Testing Methods
  69. Corrosion-resistant Metal Foams
  70. Corrosion-resistant Pipeline Coatings
  71. Corrosion-resistant Surface Texturing
  72. Corrosion-resistant Anodized Aluminum
  73. Corrosion-resistant Fasteners and Connectors
  74. Corrosion-resistant Glass and Ceramic Coatings
  75. Corrosion-resistant Polymer Concrete
  76. Cathodic Protection Systems
  77. Corrosion-resistant Refractory Materials
  78. Corrosion-resistant Coating Removers
  79. Corrosion-resistant Encapsulation Systems
  80. Corrosion-resistant Insulation Materials
  81. Corrosion-resistant Gaskets and Sealing Solutions
  82. Corrosion-resistant Surface Preparation Techniques
  83. Corrosion-resistant Biocides and Antifouling Agents
  84. Corrosion-resistant HVAC (Heating, Ventilation, and Air Conditioning) Systems
  85. Corrosion-resistant Composite Repair Systems
  86. Corrosion-resistant Heat Exchanger Materials
  87. Corrosion-resistant Metal Alloys
  88. Corrosion-resistant Cathodic Coatings
  89. Corrosion-resistant Compressed Air Systems
  90. Corrosion-resistant Passive Film Formation
  91. Corrosion-resistant Plastic Piping Systems
  92. Corrosion-resistant Tank Linings
  93. Corrosion-resistant Monitoring and Inspection Techniques
  94. Corrosion-resistant Electrical and Electronic Components
  95. Corrosion-resistant Fire Protection Systems
  96. Corrosion-resistant Heat Transfer Fluids
  97. Corrosion-resistant Galvanizing Techniques
  98. Corrosion-resistant Vapor Corrosion Inhibitors (VCIs)
  99. Corrosion-resistant Material Selection Tools
  100. Corrosion Identification, Inspecting and Measuring Technologies
  101. Corrosion Industry Standards
  102. Safety, Legal & Regulatory Requirements
  103. Potential Corrosion Problems and Risks Identification
  104. Corrosion Failure and Impact Modes
  105. Corrosion Mitigation through Designing Out Corrosion
  106. Advanced Materials & Coatings
  107. Operating Out Corrosion
  108. Corrosion Monitoring Methods
  109. Visual Inspection Methods and Tools
  110. Ultrasonic Methods
  111. Radiographic Methods
  112. Guided Wave Methods
  113. Electrical Resistance (ER) Methods
  114. Corrosion Coupons
  115. Magnetic Flux Leakage Methods
  116. Biological Growth Monitoring
  117. Methods to Measure Hydrogen Penetration
  118. Measuring & Documenting Corrosion Data and Trends
  119. Inspection Tools for Difficult to Reach Areas
  120. Procedure for Surface Protection for New Corrosion Protection
  121. Procedure for applying Corrosion Protection Coatings
  122. Procedure for Metallization for Surface Protection
  123. Procedure for Galvanizing
  124. Installing Cathodic Protection Systems
  125. Inspecting & Testing Corrosion Protection Works
  126. Determining Remaining Life of Equipment
  127. Remedial Measures on Corrosion Detection beyond Acceptable Range
  128. Corrosion Inspection Data Management Processes
  129. Corrosion Inspection using Probes
  130. Corrosion Inspection using Drones & Artificial Intelligence
  131. Corrosion Monitoring of Bridges & Offshore Structures
  132. Corrosion Inspection in Enhanced Oil Recovery (EOR) Facilities
  133. Measuring Effectiveness & Efficiency of Corrosion Monitoring, Inspection & Measurement through KPIs
  134. Processes for Deeper Insights into Corrosion Issues for Job Process Level Understanding
  135. Metallurgical Factors in Corrosion
  136. Corrosion Modeling and Prediction
  137. Corrosion in Piping and Pipeline Systems
  138. Corrosion in Storage Tanks
  139. Corrosion in Process Equipment
  140. Thermal Spraying and Surface Treatments
  141. Corrosion Fatigue and Fracture Mechanics
  142. Reinforced Concrete Corrosion
  143. Nano-technology in Corrosion Protection
  144. High-Temperature Corrosion and Alloys
  145. Health, Safety, and Environmental Considerations
  146. Role of Additives in Fuels and Process Fluids
  147. Non-Metallic Materials in Corrosion Control
  148. Laboratory Techniques in Corrosion Analysis
  149. Field Joint Coating and Protection
  150. Advances in Cathodic Protection
  151. Failure Analysis and Post-Incident Studies
  152. Preparing Corrosion Inspection & Monitoring QA and QC Plans
  153. Processes for Developing a Corrosion Management Performance Evaluation System
  154. Processes for Developing Meaningful KPIs for Corrosion Protection Related Performance Reporting
  155. Workshop 2
  156. Processes for Building a Framework for an Organizational Corrosion Knowledge System
  157. Program Recommendations & Next Steps
  158. Personalized Corrosion Management Action Plan

2 Week Job Process Skills Training

Outcomes & Takeaways

Job Process Good & Best Practices Workshop Outcomes and Takeaways
  1. The Work Process Approach to Learning is a methodology that emphasizes learning through understanding the actual work processes.
  2. A work process refers to a set of activities or tasks that are carried out to achieve a specific outcome or result. These processes can be core to the business, such as manufacturing, service delivery, or customer support, or they can be supportive, like HR processes, IT services, or administrative workflows.
  3. The Goal is to closely align training content and methods with the specific processes, tasks, and challenges found in that domain real-world work environments.
  4. What the training achieves is building skills and competencies essential for actual work processes performance. Enabling quick and seamlessly understanding how to perform their processes effectively, efficiently and avoiding the usual mistakes and risks.
This 2 Week Training Workshop participant will typically take away...
  1. Program related Process knowhow, skills, competencies and process knowledge to perform the job work processes
  2. Training that will empower the participant to identify, support and implement work process improvements in his unit, team, section, department, and organization.

Benefits to the Organization Sponsoring Participants to this program

(Benefits made possible by Euro Training's above mentioned Planned Outcomes and Takeaways)

  • This Euro Training programs is different. It develops practical Job Process Skills.

    Benefits you may see in participant post program behavior...
    • Inclination to Recognize his Processes Customers and Stakeholders, and their Needs & Expectations.
    • Higher level of Relevant Multi-discipline Job Process Skills
    • Taking Initiative to Propose and help implement Process Improvements in his Work Responsibility Area.
  • How your Participant will Change after attending the program?...
    • Increased Work Process Performance Knowledge
    • Awareness to the Need to align process performance to the Needs and Expectations of Stakeholders and Customers (internal & external)
    • Awareness of the Need to Align Process Performance to Organizational Operational and Strategic Objectives.
    • Implement Good Management Practices during Process Performance, and, Gain Awareness to meet Requirements and Recommendations of the any Applicable Industry and Professional Standards.
    • Skill Sets for possible implementation the Program Discussed Action Plan for Process Improvements.
  • Type of improvements the participant will be trained to analyze and implement include (as relevant)

          (a) Productivity Improvements

          (b) Product and Service Differentiation

          (c) Exceeding Stakeholder & Customer Expectations.
  • Euro Training Instructors often act as mentors for participants (solely subject to instructor approval). Your participants can utilize this free service to ensure effective post program reinforcement and help when apply the ideas and skills acquired during the training.

Participant Individual Career Benefits
Job Satisfaction & Advancement

  1. First, and most important benefit, is the positive self-esteem that will come from being able to do your work processes right first time and meet internal and external customer expectations.
  2. Second, the Program developed Job Process Understanding & Skills will help participant successfully present his professional skills at Job Interviews and Internal Performance Evaluation Reviews.
  3. Participant gains clear direction and insight for analyzing, proposing and implementing improvements in his work processes.
  4. Post program when you take decisions related to your work processes you will automatically consider Multi-discipline aspects     (as applicable):

    Internal & External Customer Needs and Expectations, Technology Options, Data Analytics and Artificial Intelligence Opportunities, Helpful Tools and Methods, Consider Risks, Mitigate Risks, Take Actions that Increase Productivity, Consider Legal & Contractual Aspects, Consider Intellectual Property Aspects, Pay attention to Safety and Security, Consider future Audit, Weigh Cost Benefit between options, Be Mindful of Key Performance Indicators (KPIs), Consider how Performance will be evaluated, and, Consider need for and Opportunity to Develop a Decision Support Knowledge Base, .... (and, possibly more aspects).

Registration Form

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Registration & Fee Information (2 Week Workshops)

  1. Fee information is also available at:   PROGRAM-FEE-PAGE   Special Discounts May be Available Please email scholarships@eurotraining.com.
  2. To register please send us an official letter confirming registration (on organizational letterhead), or, send us a completed registration form above. GET MSWORD REGISTRATION FORM .
  3. Fees are Payable by Bank Transfer or Bank Draft.
    • 2 week (60 hrs) Training Workshop:
      Classroom Training at Dubai, Kuwait, New Delhi, Qatar £6,990 (USD $8,900) per participant.
      Classroom Training at London, US Locations, Europe, Malaysia, Singapore £7,689 (USD $9,790) per participant.
      Online eTraining Fee £3,500 (USD $4,375) per participant.
    Fee includes Course Materials, Certificate, Refreshments and Lunch (classroom programs).
  4. Accommodation is not included in Program fee. Special rates may be available at venue hotel for participants.
  5. A Special discount of 10% is offered for participants who pay their fees at least 45 days before start of the program.
  6. Cancellation & Date Change: No Fee Refund if participant cancels his registration less than 3 weeks before start of the program. Alternate nominations may be allowed if requested atleast 2 weeks before program start. In case of exceptional hardship or emergency participant may be allowed to attend same program at another location or date on payment of 10% of fee.
  7. All participants are required to fill in Participant Information Form and Program Related Questionnaire - on first day of the program.
  8. Each program Undergoes Customization to Better Meet Participant Present and Future Job and Career Needs. Please be prepared to let the Instructor/s know about your organization's Special Needs, Interests or Initiatives.
  9. It is always useful for participants to bring their existing problems or case studies, work-process flow charts or job related problems for discussion - consideration will be at sole discretion of the program director/s.
  10. Provisional Registration : You can make a provisional registration request by sending us an email using an official email account. Provisionsl registration request, when confirmed by Euro Training, will reserve a seat for you for 14 days. After our Confirmation you have 2 weeks to send us an official registration request. Provisional registration is automatically cancelled at the earlier of (1) 2 weeks after Provisional Registration Confirmation if registration is not reconfirmed from your side (2) Two weeks before start of the program. We do request you to inform us ASAP you have decided either way.

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