INSTRUMENTATION, CONTROL AND AUTOMATION ENGINEERING
TRAINING
ABOUT THE COURSE
This course provides an overview of process Control systems, Instrumentation, and Automation from Front End Engineering Design (FEED), Detailed Engineering Design (DED), Procurement, Construction and Operation of Oil, Gas & Petrochemical Handling Facilities. The focus is on the application and integration into the process and control of upstream, midstream and down Stream oil, gas and petrochemical facilities. The experience from this training will be applicable to field production facilities, pipelines, gas plants, onshore and offshore systems.
Instrumentation, Control and Automation Outline
• Defining Key Oil & Gas Parameters to measure and how to measure these Parameters.
• Identifying equipment and instrument characteristics and using appropriate instrumentation and controls. Starting from the basis, with P&ID.
• Control and Instrumentation Measurement Techniques.
• Various types of
sensor measuring techniques and application requirements.
• Control modes and their applications, communications requirements
• Interface Protocols and requirements, Modbus IP/TCP, OPC, Profibus and serial connections using RS-432, RS-422 and RS-485.
• Field (facility) control and monitoring systems such as pressure, temperature, flow and level indicators and controllers.
• Field (facility) safety monitoring and response systems including SIS, HIPPS and emergency shutdown valves.
• Control modes and their applications, communications requirements
• Interface Protocols and requirements, Modbus IP/TCP, OPC, Profibus and serial connections using RS-432, RS-422 and RS-485.
• Field (facility) control and monitoring systems such as pressure, temperature, flow and level indicators and controllers.
• Field (facility) safety monitoring and response systems including SIS, HIPPS and emergency shutdown valves.
• System-wide considerations including communications, local control, RTU, SCADA and Telemetry Systems.
• Data management and use-HMI, Historians and Sequence Event Recorders
• Understanding Conceptual Engineering, Front End Engineering Design, Detailed Engineering Design and Process Instrumentation deliverable sessions for optimal design
• Oil & Gas Regulations, International Codes & Standards, Specifications, Recommended Practices, Publications, Bulletins & Technical Reports.
• Introduction to instrument components and piping related components
• Valve types and function (manual and controlled)
• Identifying general process and safety device Symbols
• Understanding ICA (Instrumentation /Controls and automation) interface with Process engineering and Mechanical Piping to Understanding P & ID using the Legend Sheet.
Generating Instrumentation Wiring Diagrams
• Loop Diagrams
• Instrument Junction
Box Wiring Diagrams for PAS, SIS & FGS.
• Hook-Up Diagrams
• System Cabinets wiring
Diagrams
• System Architectural
Layout Diagrams.
• Introduction to Fire
& Gas Monitoring systems.
• Instrument Power
Distribution Diagrams
• Smart Plant
Instrumentation (INTOOLS) Concepts
PLC & DCS
• Understanding the actual meaning of PLC and DCS
• Importance of PLC and DCS in IC&A design works for oil & gas sector
• Logics as regards to designs for control panels and other related automated cubicles
• Help out in the programming of PLCs and know whatever information required by the manufacturers
• Understand various programming languages of the PLC in line with IEC- 61131-3
• Knowing what input and output devices and other PLC/PAC Equipment
• Knowing how the PLC communication concept, e.g the Ethernet, master slave networks, RTU/DCS/HMI interfaces, Drivers, etc.
• Understanding Human-machine interface functions
Generating Instrument Input/Output lists for SIS, PAS and Fire & Gas Systems.
• Definition of Instrument Input/Output lists/Schedule and Index
• To understand the purpose of having an instrument Input/Output lists
• To effectively read and interpret the Instrument Input/Output lists
• To know the composition of Instrument Input/Output lists
• Understanding Range,
Alarm and Trip List
• Understanding Cause
and Effect Matrix for PAS & SIS and FGS
Control Systems Design
• Introduction to Foundation Fieldbus (FF) Technology.
Control Systems Design
• Introduction to Foundation Fieldbus (FF) Technology.
• Foundation Fieldbus
applications and requirements
• Foundation Fieldbus
Segments Design
• Introduction to HART
Technology and wiring
• HART applications and
requirements
• Control Valves Sizing
and Selection.
• Orifice Sizing
Calculations using Orifice Calculators
• SIL Rating and IP
Rating Concepts.
• Emergency and Safety
Shutdown Systems Design.
• How to prepare Punch
List for FAT and SAT.
• Understanding FAT and
SAT Procedures.
Fundamentals of SIF Workshop in safe oil and Gas Operations -SIL Classification
• Introduction to Safety Analysis and System Design
• Protection Concepts and Safety Analysis
• Hazardous Area
Classifications Concepts.
• Hazard Identification
Studies (HAZID)
• Hazard and Operability Studies (HAZOP)
• Hazard and Operability Studies (HAZOP)
Site Visit Activities
• Understanding and capturing requirements from a typical Project Scope prior to site visit
• How to prepare a Check List and Site Visit Report
Who should attend??
Electrical & Electronics Engineers, Physicist, Computer Engineers, recent graduates looking for in-depth knowledge of the courses listed above
Electrical & Electronics Engineers, Physicist, Computer Engineers, recent graduates looking for in-depth knowledge of the courses listed above
Course Fee - N300,000
TimmsVille Engineering offers affordable courses for interested
candidates requiring this knowledge. We offer both practical, in-depth
theoretical training as well as software competence.
Download and fill the registration form today...
Contact Info:-
E-Mail:- timmsvillee@gmail.com
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