Module 2 Damage Mechanisms

Classification of Corrosion, Metallurgical & Mechanical Degradation Damage Mechanisms (CMMDM)

What you’ll learn
Basics of Damage Mechanisms, Its identification , detection & monitoring and control / mitigation in refineries, petrochemicals power plants & oil/Gas Pipelines and FPSO both onshore & offshore.
CORROSION, METALLURGICAL & MECHANICAL DEGRADATION DAMAGE MECHANISM (CMMDM)
Damage Mechanisms Affecting Fixed Equipment in the Refining Industry ANSI/API RECOMMENDED PRACTICE 571 THIRD EDITION, MARCH 2020
Damage Mechanisms Affecting Fixed Equipment in Petrochemicals.
Damage Mechanisms Affecting Crude & Gas Pipelines .
Damage Mechanisms Affecting Fixed Equipment & Piping in Power Plants Both on shore & coastal / offshore
Damage Mechanisms in LNG installtions in Gas plants .
Damage Mechanisms in Crude Oil , LPG Storage Tanks & Piping.
Damage Mechanisms in top side equipment & structures & sub sea oil & Gas pipelines on offshore platforms.

Module 2 Damage Mechanisms

Requirements

Module 1 : METALLURGY AND CORROSION ENGINEERING FOR AIM/RBI
All Diploma and Engineering / Science Graduates / post grduates including freshers.
Description
Corrosion & Metallurgical Degradation Damage Mechanisms , its identification, detection & monitoring and control /mitigation in refineries / petrochemicals & oil & gas installations both offshore & onshore.

CMMDM : how damage mechanisms expertise is mandatory for RBI in all steps : what to inspect, where to inspect , how to monitor and how to control mitigate corrosion?

AIM of RBI : Risk reduction rather than cost reduction.

API 571: Damage mechanisms in static assets of refineries as per latest edition march’2020.

Who this course is for:

Students enrolled in engineering courses
Freshers who have just joined the manufacturing industry
Professionals from Oil and Gas, Metal and other industries