API 570: Piping Inspection Code (API Exam Preparation Training)
Details :
This training focuses on learning the API 570 piping
Inspection Code as well as the student will gain knowledge from API 571, API
572, API 577 ASME Section V, ASME B16.5 and ASME Section IX.
Topics include:
- Piping
under internal pressure Calculations
- Hydrostatic
Test Pressure Calculations
- Impact
Test Requirements and Determination
- Development
and Review of Welding Documentation
- NDE
Requirements
- Flange
selection guide related B16.5
The aim of this comprehensive training course is to
provide the delegates with knowledge on how to easily pass and obtain the API
570 authorized process piping inspector certification as well as:
- Identify
the various design conditions of piping components, materials,
fabrication, assembly, erection, inspection, examination and testing as
well as demonstrate nondestructive test methods
- Employ
post weld heat treatment; identify the charpy impact testing, also the
working pressure and temperature requirements for pipework flanges
- Positive
Material Identification (PMI) requirements and procedures
- Carryout
welding discontinuities and discuss ASME section IX WPS &WPQ and PQR
This training course is suitable to a wide range of professionals
but will greatly benefit:
- Professionals
who are interested in getting the API-570 certification
- Process
Piping Inspectors
- Piping
Inspection Engineers
- Plant
Inspectors
- Corrosion
Engineers
Day One
- Introduction
and Review of API 570 Body of Knowledge
- 3 New
Piping Calculations (Straight Piping under Internal Pressure)
- Determining
T (purchased pipe wall thickness)
- Calculated
The minimum required thickness of permanent blanks
- Evaluating
in service piping systems (Existing Piping)
- Injection
Point Limits
- Calculate
long and Short Corrosion Rate and the remaining life of the piping system
- Example
problems calculations
Day Two
- Hydrostatic,
Pneumatic, and Combination Tests pressure requirements
- Requirements
for Low Temperature Toughness Tests
- Required
and recommended minimum preheats for materials of various P-Numbers
- Heat
Treatment Requirements
- Thermal
Expansion and Contraction
- Example
problems calculations
Day Three
- ASME
B16.5 pressure-temperature ratings
- ASME
B16.5 Markings/Materials
- ASME
B16.5 Flange Selection
- Bolting
and gasket selection
- Material
Verification for New and Existing Alloy Piping Systems API 578
- Repairs
and Alterations of Piping Systems
- Welding
Repairs (temporary and Permanent Repairs)
- Inspection,
Examination, and Testing API 570 &B31.3
- ASME
IX Welding General Requirements
- Welding
Mechanical Tests
- Example
problems calculations
Day Four
- ASME
IX Welding Procedure Qualifications WPS & WPQ & PQR
- Welding
Processes
- Welding
Essential &non-essential and supplementary essential Variables
- P-
Numbers& S-Numbers, F-number and A-number
- Welders
test positions & Diameter & thickness qualification and position
qualification
- Alternate
F-Numbers and Alternate P-Numbers
- Damage
Mechanisms Affecting Fixed Equipment in the Refining Industry API 571
- Example
problems calculations
Day Five
- Welding
Inspection and Metallurgy API 577
- Hot
Tapping and In-Service Welding
- API
574 Piping Inspection
- Corrosion
Under Insulation (CUI)
- Soil-to-Air
(S/A) Interface
- Corrosion
Beneath Linings and Deposits
- Inspection
of Underground Piping
- ASME
Section V - Nondestructive Test Methods
- Radiographic
& Liquid Penetrant & Magnetic Particle AND Visual Test examination
- Final
Practice Exam
This training course will be conducted along workshop
principles with formal lectures, videos and interactive worked examples.
Each learning point will be re-enforced with practical exercises and
ample opportunities for discussion and sharing of experiences.
The course instructor may modify the above training
methodology before or during the course for technical reasons with no prior
notice to participants.
daily 09:00 – 14:00