OPERATION, DIAGNOSTICS AND MAINTENANCE OF EQUIPMENT FOR OIL & GAS PRODUCTION

Start Date: 26 Jul 2020
End Date: 30 Jul 2020
Duration: 5
Fees:
Country: Cairo / Egypt
Category: Engineering and Technical Programs
Details:

Course Description

 

Rotating equipment, pressure vessels, aboveground atmospheric storage tanks, and piping systems represent major capital investment in any Oil/Gas Production operation. Good design and construction is required as these equipments and piping systems are subject to a number of damage mechanisms throughout their service life that could result in serious or even catastrophic failures.

This course is structured to provide the delegates with the appropriate mix of technical fundamentals and practical best practices to maximize their learning.

 

Course Highlights

         Design, operation and maintenance of rotating equipment

         Design, operation and maintenance of pressure equipment and tank age

         Materials and construction

         System design integration

         Equipment specification and management

 



Course Objective

 

         Apply the requirements of the relevant industry standards and practices

         Understand the design and construction of rotating equipment

         Understand the design and construction of pressure vessels, piping systems, and aboveground atmospheric storage tanks

         Develop rotating and static plant into complete systems

         Develop an understanding of codes, standards, and Recommended Practices in process plant equipment and piping system design, construction and maintenance.

         Enable the good management of plant systems

 

Training Methodology

This course combines sound engineering, operation and maintenance principles, applicable standards and best industry practices for reliable and cost-effective process plant systems. Participants will be provided with comprehensive course notes and copies of presentation material that will be very valuable for detailed study and future reference.

 

Organizational Impact

Proper design and construction of new plant with appropriate specification would result in significant measurable improvements in process plant systems including: improved plant integrity, reliability and availability with fewer failures. Leading to:

         Improved plant integrity

         Improved equipment reliability

         Improved equipment availability

         Better safety record

         Improved plant profitability

         Improved plant integration and operation.

 

Personal Impact

Delegates will enhance their competencies in the following areas:

         Oil & Gas Process plant design

         Knowledge of rotating equipment and static plant construction and design

         Commissioning, inspection & testing

         Knowledge of the requirements and application of relevant sections of the ASME Boiler and Pressure Vessel Code and B31 Piping Code

         Management of reliability as applied to process plant



 

Who Should attend?

 

This course is designed for:

         Engineers

         Operations Engineers

         Maintenance Engineers

         Engineering Supervisors and Team Leaders to give them a practical understanding of real world situations in an oil and gas production environment.



Course Outline

 

Day 1: 
Rotating Equipment

         Pumps & Compressors

o    Positive displacement

o    Centrifugal action

         Pump & Compressor Performance

o    Pump curves

o    Compressor maps

o    System curves

         Selection & Specification

o    Fulfilling process requirements

o    System integration

 

Day 2: 
Static Plant

         Piping, Pipelines & Pressure Vessels

o    ASME B31 codes for piping

o    ASME BPVC VIII for pressure vessels

o    Pressure relieving devices

         Above Ground Storage Tanks

o    API 650 for ASTs

o    AST construction

         General Construction Considerations

o    Fabrication techniques

o    Resource logistics

o    Working with contractors

 

Day 3: 
Materials & Construction

         Material Properties

o    Physical properties

o    Testing

o    Material specification data

         Welding

o    Techniques

o    Qualification & procedures

o    Approval & quality

         Inspection & Testing

o    NDE techniques: VT, PT, ET, MP, RT, UT

o    NDT techniques: hydrotest & pneumatic test

 

Day 4: 
System Design

         Process Flow Schemes & Process Engineering Flow Schemes

o    Overview

o    DEP requirements

o    Process design & instrumentation

         Commissioning

o    Preparatory checks

o    Protocol development

o    Startup/Shutdown/Handover

         Plant & Equipment Operability

o    Operations consideration

o    Maintenance considerations

 

Day 5: 
Specifications

         Procurement Requirements

o    Material & Performance specifications

o    Supporting Standards: regulatory & in-house

o    Project schedule

         Measure the Success

o    KPIs for the mechanical engineer

o    Benchmarking


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