Excellence Integrity Management

Are you controlling corrosion—or simply adding chemicals?

Corrosion control isn't just about identifying corrosion.

The real challenge is understanding why corrosion is occurring, selecting the right treatment, and proving that the treatment is actually working.

In refineries, pipelines, and process plants, poorly managed corrosion can lead to:

• Equipment degradation
• Production losses
• Unplanned shutdowns
• Increased maintenance costs
• Reduced asset reliability

Effective chemical treatment requires more than simply adding chemicals.

Engineers need to understand:

• How corrosion develops in operating systems
• Chemical treatment methods
• Treatment selection and application
• Monitoring and effectiveness evaluation
• Field trials and performance assessment
• Optimization of treatment programs

The key question isn't:

"Are we using chemicals?"

It's:

"Are we using the right treatment, at the right dosage—and can we prove it's controlling the corrosion?"

Question for the corrosion community:

What is the biggest challenge when implementing a chemical treatment program?

A. Selecting the right chemical
B. Determining dosage
C. Monitoring effectiveness
D. Field conditions
E. Data interpretation

Comment A, B, C, D, or E and share your experience.

For professionals looking to strengthen their practical knowledge, EIM is conducting a 4-Day Live Online Training on Chemical Treatment for Corrosion Control & Field Trials.

📅 24–27 August 2026
🕖 7:00–9:00 PM UAE Time
🎓 8 CPD Hours
💻 Live Sessions
📜 Certificate Provided

The program focuses on corrosion mechanisms, chemical treatment methods, monitoring, effectiveness evaluation, and practical field applications.

Follow Excellence Integrity Management (EIM) for practical insights on corrosion, inspection, Asset Integrity, reliability, and Oil & Gas engineering.

Mechanical Engineering → Oil & Gas: What should you learn first?

One of the biggest challenges for engineers starting an Oil & Gas career is not a lack of information.

It's knowing what to learn, in what order, and which skills actually matter in the industry.

A structured roadmap can make the journey much clearer.

1. Build Your Fundamentals

Start with:

• Fluid Mechanics
• Thermodynamics
• Heat Transfer
• Strength of Materials

2. Understand the Oil & Gas Industry

Learn how the industry works across:

• Upstream
• Midstream
• Downstream
• P&IDs
• Static Equipment
• Rotating Equipment

3. Learn the Codes & Standards

Develop familiarity with:

• ASME
• API
• NACE/AMPP
• NORSOK

You don't need to memorize every standard.

First understand where and why they are used.

4. Develop Relevant Software Skills

Depending on your career path, explore:

• AutoCAD Plant 3D
• PDMS/E3D
• CAESAR II
• Aspen HYSYS
• ANSYS

5. Add Certifications Strategically

Consider certifications and training that align with your target role, such as:

• API Inspection Certifications
• CAESAR II
• Aspen HYSYS
• NEBOSH/IOSH

6. Work on Practical Projects

Don't stop at theory.

Practice:

• P&ID interpretation
• Mass & energy balance
• Pump and compressor sizing
• Pipe stress analysis
• Basic HAZOP

The most important part?

Don't try to learn everything at once.

Build strong fundamentals → understand the industry → choose your specialization → develop relevant tools → work on practical projects → become job-ready.

Your career doesn't need to follow someone else's roadmap.

But it does need a direction.

Question for engineers:

If you could go back to the beginning of your Oil & Gas career, what is one skill you would learn earlier?

Share it in the comments. Your answer could help the next generation of engineers.

Save this post as your Oil & Gas career roadmap and share it with a mechanical engineering student or graduate who is planning their next step.

Corrosion control isn't just about identifying corrosion.

The real challenge is understanding why corrosion is occurring, selecting the right chemical treatment, and proving that the treatment is actually working.

In refineries, pipelines, and process plants, poorly managed corrosion can lead to:

• Equipment degradation
• Production losses
• Unplanned shutdowns
• Increased maintenance costs
• Reduced asset reliability

Effective chemical treatment programs require more than simply adding chemicals.

Engineers need to understand:

• How corrosion develops in operating systems
• Chemical treatment methods for corrosion control
• Treatment selection and application
• Monitoring and effectiveness evaluation
• Field trials and performance assessment
• Optimization of chemical treatment programs

The key question isn't: "Are we using chemicals?"

It's:

"Are we using the right treatment, at the right dosage, and can we prove that it is controlling the corrosion?"

Question for the corrosion community:

What is the biggest challenge when implementing a chemical treatment program?

A. Selecting the right chemical
B. Determining dosage
C. Monitoring effectiveness
D. Field conditions
E. Data interpretation

Comment A, B, C, D, or E and share your experience.

For professionals looking to strengthen their practical knowledge, EIM is conducting a 4-Day Live Online Training on Chemical Treatment for Corrosion Control & Field Trials.

24–27 August 2026 | 7:00–9:00 PM UAE Time

The program focuses on corrosion mechanisms, chemical treatment methods, monitoring, effectiveness evaluation, and practical field applications.

8 CPD Hours | Live Sessions | Certificate Provided

Follow Excellence Integrity Management (EIM) for practical insights on corrosion, inspection, Asset Integrity, reliability, and Oil & Gas engineering.

Experienced, but still professionally stuck?

Years of experience don't always lead to career growth.

You can have 10, 15, or even 20+ years in the industry and still wonder:

"What's the next step in my career?"

The difference is often not more experience.

It's better guidance, stronger engineering judgment, and a clear direction.

That's why EIM's 1:1 Career Acceleration Mentoring is designed for professionals working in:

• Inspection
• Corrosion
• Asset Integrity
• Mechanical Integrity
• Reliability

With guidance from a 30+ year industry expert and NACE Certified Instructor, the mentoring focuses on your individual challenges, goals, and career direction.

You can develop:

• Better engineering decision-making
• Greater professional confidence
• Practical industry judgment
• Clearer career direction
• Stronger leadership capabilities

Because sometimes the next level in your career doesn't require another course.

It requires the right conversation with someone who has already been there.

Question for experienced engineers:

What is the biggest challenge holding you back from your next career step?

A. Technical skills
B. Certification
C. Career direction
D. Leadership skills
E. Lack of mentorship

Comment A, B, C, D, or E and share your experience.

Learn. Apply. Grow.

Internal corrosion rarely announces itself before it becomes a problem.

By the time it's discovered, it may have already affected:

• Asset integrity
• Equipment reliability
• Production
• Maintenance costs
• Safety

The challenge is that internal corrosion often develops where you cannot easily see it.

That's why effective corrosion management requires more than simply inspecting equipment.

Engineers need to understand:

• Corrosion mechanisms and damage progression
• Inspection and monitoring techniques
• Material selection
• Corrosion inhibitor performance
• Risk assessment and integrity management
• Data interpretation and engineering judgment

These aren't just technical concepts.

They are the foundation of effective internal corrosion management.

What makes the biggest difference?

In your experience, which factor has the greatest impact on controlling internal corrosion?

A. Corrosion Monitoring
B. Material Selection
C. Inspection Planning
D. Corrosion Inhibitor Performance
E. Data Analysis & Engineering Judgment

Comment A, B, C, D, or E and tell us why.

Or share one lesson you've learned from a real project.

Your experience could help another engineer avoid a costly corrosion problem.

For professionals looking to strengthen their expertise, EIM's AMPP NACE Senior Internal Corrosion Technologist (SICT) Certification Preparation Program starts 6 September 2026.

The program includes:

• Comprehensive Study Materials
• Live Interactive Sessions
• Real Industry Case Studies
• Mock Examinations
• Live Q&A with Industry Experts
• Practical Exam Preparation

Follow Excellence Integrity Management (EIM) for practical insights on corrosion, inspection, Asset Integrity, reliability, and professional development.

Can you answer these 10 API 653 questions without opening the code?

If you're preparing for a Storage Tank Inspector interview, knowing the terminology isn't enough.

You need to understand why inspections are performed, what inspectors look for, and how inspection decisions protect tank integrity.

We've compiled 10 essential API 653 interview questions covering:

• API 653 fundamentals
• Tank inspection types
• External & internal inspections
• Routine & special inspections
• Key inspection focus areas
• Tank integrity and safety
• Common interview considerations

One important interview tip:

Don't just memorize the answers. Understand the engineering reason behind them.

That's what helps you respond confidently when an interviewer asks:

"Why?"

"What would you check?"

"What happens if this condition is ignored?"

Question for API 653 professionals:

Which area do you find most challenging?

A. Inspection intervals
B. Internal inspection
C. External inspection
D. Corrosion assessment
E. Repair & alteration

Comment A, B, C, D, or E below.

Save this carousel for your next API 653 interview revision and share it with an engineer preparing for a Storage Tank Inspector role.

Follow Excellence Integrity Management (EIM) for practical content on API standards, inspection, corrosion, Asset Integrity, and engineering careers.

Get Featured in Our Industry Newsletter

Are you an Oil & Gas professional with valuable insights, technical knowledge, project experience, or industry perspectives to share?

Excellence Integrity Management (EIM) invites engineers, inspectors, consultants, and industry professionals to submit articles for our industry newsletter.

Why contribute?

• Showcase your expertise
• Get your article published
• Reach industry professionals worldwide
• Build your professional credibility
• Share knowledge and practical industry insights
• Strengthen your professional visibility

Your expertise deserves to be heard. Share your knowledge with the Oil & Gas community.

A storage tank rarely fails suddenly.

The warning signs often appear long before a major integrity problem develops.

Corrosion.
Settlement.
Roof deterioration.
Coating damage.
Foundation movement.

The real challenge isn't simply identifying these issues.

It's understanding which ones pose the greatest risk, how quickly they are progressing, and what action should be taken before they become a safety, environmental, or operational problem.

That's why Above-Ground Storage Tank (AST) integrity requires more than periodic inspection.

Engineers and inspectors need to understand:

• API 653 inspection requirements
• Tank degradation and damage mechanisms
• Bottom, shell, roof, and foundation assessment
• Corrosion rate and remaining life assessment
• Risk-Based Inspection (RBI) principles
• Repair, alteration, and maintenance requirements
• Inspection planning and prioritization

One important principle:

Tank integrity isn't about inspecting everything more frequently.

It's about inspecting the right areas, at the right time, using the right inspection strategy.

# # # Question for storage tank professionals:

What integrity issue do you encounter most often?

A. Bottom corrosion
B. Foundation settlement
C. Roof damage
D. Shell corrosion
E. Inspection planning

Comment A, B, C, D, or E and share your experience.

Your practical experience could help another engineer understand real-world storage tank integrity challenges.

For professionals looking to strengthen their knowledge, EIM is conducting a 4-Day Live Online Training on Above-Ground Storage Tank Inspection & Maintenance, covering API 653, corrosion assessment, RBI principles, and practical inspection approaches.

17–20 August 2026 | 7:00–9:00 PM UAE Time

Follow Excellence Integrity Management (EIM) for practical insights on Asset Integrity, Inspection, Corrosion, Reliability, and Oil & Gas engineering.

Most internal corrosion isn't discovered when it begins.

It's discovered when it has already started affecting asset integrity.

By then, the consequences can include:

• Unplanned shutdowns
• Production losses
• Expensive repairs
• Reduced equipment reliability
• Serious safety risks

The challenge isn't that internal corrosion cannot be managed.

The challenge is that it often develops where you cannot easily see it.

That makes early detection, effective monitoring, and sound engineering judgment critical.

Every corrosion, inspection, and asset integrity professional should understand:

• Corrosion mechanisms and damage progression
• Inspection and monitoring techniques
• Material selection for corrosive environments
• Corrosion inhibitor performance
• Risk assessment and integrity management
• Data interpretation and engineering decision-making

These aren't just technical concepts.

They are the foundation of reliable corrosion management.

Question for the engineering community:

In your experience, what has the greatest impact on controlling internal corrosion?

A. Corrosion Monitoring
B. Material Selection
C. Inspection Planning
D. Corrosion Inhibitor Performance
E. Data Analysis & Engineering Judgment

Comment A, B, C, D, or E and tell us why.

Or share a lesson you've learned from a real project.

Your experience could help another engineer facing a similar corrosion challenge.

For professionals looking to strengthen their expertise, EIM's AMPP NACE Senior Internal Corrosion Technologist (SICT) Certification Preparation Program starts 6 September 2026.

The program includes:

• Comprehensive Study Materials
• Live Interactive Sessions
• Real Industry Case Studies
• Mock Examinations
• Live Q&A with Industry Experts
• Practical Exam Preparation

Whether you're preparing for certification or looking to deepen your internal corrosion knowledge, the focus is on developing practical understanding that can be applied in real-world situations.

Follow Excellence Integrity Management (EIM) for practical insights on corrosion, inspection, asset integrity, reliability, and professional development.