EQUITY TECHNICAL INSTITUTE (ETI) COURSES
Equity Technical Institute (ETI) offers specialized training courses for personnel in the oil and gas, petrochemical, chemical, and other industrial processing industries. You will learn from a team of highly skilled and knowledgeable engineers who have 20+ years of industry experience.
ETI training courses focus on areas of mechanical integrity, pressure equipment, instrumentation and process control, materials and corrosion, piping vibration, welding, risk management, and Equity software. These industry-relevant training courses follow the same high-quality development as our API-U courses.
All courses can be customized to meet your organization’s training needs and qualify as activities for API’s CPD requirements.
On-Demand Learning Now Available!
Discover the convenience and flexibility of ETI’s on-demand training courses. These bite-sized lessons are prepared by Equity SMEs and enable you to gain valuable professional knowledge at your own pace.
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Choose Your Preferred Learning Style
Hybrid
Most scheduled courses are offered in a hybrid format, allowing you to choose whether to learn virtually or attend in-person.
Virtual
Virtual courses are designed to maximize learning in an online environment and are a maximum of four hours per day.
On-Site
Equity instructors will travel to your office or plant. All courses can be customized to meet your specific requirements.
On-Demand
You can access our expertly crafted courses at your own pace, on your own schedule, and from anywhere.
Upcoming Training Courses
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Questions? Visit Our FAQ Page
Available ETI Training Courses
On-Demand Training
API 579 Fitness-for-Service – General Metal Loss (Part 4)
This on-demand training course provides a detailed overview of the methodology and application of assessment procedures for General Metal Loss (GML) found in Part 4 of API 579-1 / ASME FFS-1.
Mechanical Integrity Issues in HF Alkylation Units
This on-demand course introduces the most common mechanical integrity (MI) issues that affect the fixed equipment in HF Alky units and offers ways to mitigate those problems.
Introduction to Risk-Based Inspection
This on-demand course provides a general overview of Risk-Based Inspection focusing on the fundamental concepts and basic principles of mitigating risk through inspection.
Introduction to Alarm Management Systems
This on-demand course provides a comprehensive overview of alarm management systems in industrial environments, emphasizing the importance of effectively managing alarms to enhance safety, efficiency, and compliance.
Hybrid Instructor-Led Training
API RBI Software
You will learn how to use API RBI software and helps you understand API RP 581 technology, interpret its calculated results to help develop an effective RBI program.
Damage Mechanisms for Chemical and Petrochemical Industries
This course provides an overview of the primary damage mechanisms(DM) applicable to fixed equipment in the chemical and petrochemical industry and included in API RP 571.
Fundamentals of Asset Lifecycle Management (FALCM)
The course provides a practical understanding of the basics of piping design and analysis rules of the ASME Process Piping Code, B31.3 (ASME B31.3).
Intro to Instrumentation and Process Control
You will learn about the application, hardware, installation, and performance of process measurement instrumentation and control valves.
Intro to Materials Engineering
This course delivers a practical understanding of the plant materials used in the fabrication of process plant pressure vessels and piping systems, which are key to equipment reliability.
Intro to Welding Engineering
The course will introduce several common welding processes, discuss filler metal identification and selection, review key elements of welding procedures and qualifications, and provide guidance for field-applied heat treatments.
Intro to eec Webtools
The eec WebTools course is an introduction to the eec WebTools environment, and has options for advanced training for eecPlantEngineer, and IntelliJoint.
Mechanical Integrity Program
Learn how the MI program fits within an overall asset management program, compliments reliability efforts, and applies across the life cycle of assets – from the design, fabrication, and construction, through the installation, operation, and decommissioning phases.
Piping Vibration
This course provides an overview of piping vibration measurement and severity analysis, guidance on identification, evaluation, and mitigation of piping vibration problems.
Pressure Vessels: Design By Analysis I & II
DBA I provides background information related to the original development and evolution of DBA technology in ASME Section VIII Division 2 (VIII-2). DBA II builds upon the principles established in DBA I and offers an in-depth overview of the material properties needed to perform DBA. Additionally, a summary of the VIII-2 DBA methods for quantifying protection against plastic collapse, local failure, and buckling will be provided.
Pressure Vessels: Fatigue I & II
Fatigue I covers fundamentals of cyclic loading and metal fatigue, including common definitions, an overview of cyclic plasticity principles, and different types of fatigue damage morphology. Fatigue II reflects a continuation of Equity’s Fatigue I Course and includes content on the Battelle Structural Stress Method for welded fatigue applications and the use of the Strain-Life Equation to predict remaining life.
Pressure Vessels: ASME VIII-1
This course provides an overview of the pressure vessel design rules of the ASME Boler & Pressure Vessel Code, Section VIII, Division 1 (ASME VIII-1), including a review of the general requirements, component design, material consideration, fabrication, and examination and testing.
Pressure Vessels: ASME VIII-2
This course covers the nine parts of the ASME Boler & Pressure Vessel Code VIII-2, including general a review of the general requirements, responsibilities and duties, design by rule (DBR), design by analysis (DBA), and pressure vessel overpressure protection.
Process Piping
DBA I provides background information related to the original development and evolution of DBA technology in ASME Section VIII Division 2 (VIII-2). DBA II builds upon the principles established in DBA I and offers an in-depth overview of the material properties needed to perform DBA. Additionally, a summary of the VIII-2 DBA methods for quantifying protection against plastic collapse, local failure, and buckling will be provided.
SagePlusTM Software
SIMFLEX-IV Software
The course covers an overview of the SIMFLEX-IV program features, input structure, analysis procedures, input keywords, output description, and other special topics. Recommended prerequisite: basic understanding of ASME B31.3 Process Piping Code.
Storage Tanks
During this course, storage tank engineers will gain a practical understanding of the basics of tank design and analysis, including material considerations, fabrication, and examination.
