
API 571
(Hybrid: Online + 24 Hours Virtual Classroom Training)
Features
- Offering 48-hour money-back guarantee eliminates your risk, ensuring confidence in your investment.
- With 6 months 24/7 course access, you have ample time for preparation. You can pass on your first attempt, or Free Renewal if needed, all at a fraction of traditional classroom costs.
- Our students enjoy a 95.4% pass rate after completing the course.
- Instructor support via

- Our Online Training Course includes: Lessons, Slides, Videos & Animations and plenty of mock exam questions; allowing you to train on your spare time from anywhere on your laptop or phones, making learning convenient and at your own pace.
24 Hours Virtual Training based on latest Publication affectivity sheet (API Recommended Practice 571, Damage Mechanisms Affecting Field Equipment in the Refining Industry, 3rd Edition, March 2020).
The Online training component of our hybrid training includes:
67 Damage Mechanisms
121 Lessons
1000 Slides
1400 Mock Questions
Corrosion Atlas & highlights
This complements our 24 hours of virtual classroom training.
A Certificate of Achievement worth 24 CPD Credit Hours is issued to all candidates.

Click on ‘’ Course Content’’ to study our Free Lessons and Quiz.
Basic Facts
What you should expect during Exam Day?
API Exam Day at the prometric test center
Click on Below Titles to watch
All you need to know about API 571 Corrosion and Materials Examination
Our Other Option:
For those candidates who have enough knowledge and just need some fine tuning only, we offer API 571 Mock Exam Package+ that includes 1400 mock exam questions, 1000 Slides and 2 hours of video clips.
How our Training Courses are designed?
The practice questions for each module cross checks your understanding of the concepts while the flash cards help reminding you the key points; or can be used for quick referral.
Our mock exam questions are in-line with API spirit of examination, i.e., focused on verifying your knowledge of pressure vessel inspection and how to apply them.
Our training approach helps you solve any question within any context and scenario, since you would be capturing the concepts, principles and theory rather than merely memorizing some numbers or facts.
The depth of each topic covered; is commensurate with expected number of exam questions. This would help spending your study time efficiently by concentrating on high score exam topics.
A comprehensive set of practice questions and flash cards is exclusively designed for API 570 Piping Inspector Examination.
We have also complemented our API SIFE course with everyday knowledge that is expected from hands-on inspectors.
These are called “Practical Questions” or “Awareness type of Questions” that you are expected to encounter on a day-to-day basis. Such questions are expected during closed book part of the exam.
All these plus selective videos, exam tips, time management techniques, mock exams with explanations and many more.
Our training course goes through seven check points reviewed by a team of SMEs (subject Matter Experts).
This course content is revised annually based on the latest Publication Effectivity Sheet and Body of Knowledge.
As part of our continuous improvement campaign, we pay special attention to candidate’s feedback and queries, since these would highlight whether we could explain a topic well enough or not.
The objective is to have the least number of queries as one of our key performance indicators (KPI). This is achieved through continuous improvement of our training courses by enhancing their clarity and transparency.
Click on FAQ if you have more question or contact our 
Course Features
- Lectures 121
- Quiz 0
- Duration 180 days
- Skill level All levels
- Language English
- Students 0
- Certificate No
- Assessments Yes
- 7 Sections
- 121 Lessons
- 180 Days
- Module 1Back to Basics6
- Module 2Corrosion Atlas3
- Module 3Damage Mechanisms69
- 3.1885 °F (475 °C)
- 3.2Amine Corrosion
- 3.3Amine SCC
- 3.4Ammonia SCC
- 3.5Ammonium Bisulfide
- 3.6Ammonium Chloride
- 3.7Aqueous Corrosion
- 3.8Atmospheric Corrosion
- 3.9Boiler Water
- 3.10Brine Corrosion
- 3.11Brittle Fracture
- 3.12Carbonate SCC
- 3.13Carburization
- 3.14Caustic Corrosion
- 3.15Caustic SCC
- 3.16Cavitation
- 3.17Chloride SCC
- 3.18CO2 Corrosion
- 3.19Concentntration Cell
- 3.20Cooling Water
- 3.21Corrosion Fatigue
- 3.22CUI
- 3.23Creep & Stress
- 3.24Dealloying
- 3.25Decarburization
- 3.26Dissimilar Metal
- 3.27Erosion/Corrosion
- 3.28Ethanol SCC
- 3.29Flue Gas Corrosion
- 3.30Fuel Ash Corrosion
- 3.31Galvanic Corrosion
- 3.32Ignition and Combustion
- 3.33Graphitic Corrosion
- 3.34Graphitization
- 3.35High-temp. H2/H2S
- 3.36HTHA
- 3.37Hydrochloric Corr.
- 3.38Hydrofluoric Corr.
- 3.39Hydrofluoric Acid
- 3.40Hydrogen Embrittle.
- 3.41Hydrogen SCC
- 3.42Liquid Metal Embrittle
- 3.43Mechanical Fatigue
- 3.44Metal Dusting
- 3.45MIC
- 3.46Naphthenic Acid
- 3.47Nitriding
- 3.48Oxidation
- 3.49Oxygenated Corrosion
- 3.50Phenol Corrosion
- 3.51Phosphoric Acid
- 3.52Polythionic Acid
- 3.53Refractory Degrade
- 3.54Stress Relaxation
- 3.55Short-term Overheat
- 3.56Sigma Phase
- 3.57Soil Corrosion
- 3.58Sour Water
- 3.59Spheroidization
- 3.60Strain Aging
- 3.61Sulfidation
- 3.62Sulfuric Acid
- 3.63Temper Embrittle.
- 3.64Thermal Fatigue
- 3.65Thermal Shock
- 3.66Titanium Hydriding
- 3.67Wet H2S
- 3.68Annex “A”
- 3.69Most Common DM
- Module 4API RP 571 Damage Mechanisms, 3rd Edition, 202010
- Module 5Flash Cards11
- Module 6Mock Exams17
- Module 7Downloadable Course Material5







