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Topic: Instrumentation and control engineering

  1. #1
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    Instrumentation and control engineering

    UPDATED FOR April 2017

    High-Tech IT and Engineering is now the official partner of SMEC LAB a division of SMEC AUTOMATION INDIA (ISO 9001:2008 Certified) on Instrumentation and Control Engineering training in Nigeria.
    For your world class hands on skill Instrumentation and Control Engineering training with internationally recognized certificate call on us now.
    BENEFIT OF TRAINING WITH US
    (1) Training s are purely hands on skill as outlined in the course content
    (2) Our certificate is internationally recognized
    (3) We partner with some of the industrial major player like Schneider Electric etc
    (4) Free job consultancy and placement
    (5) Free accommodation for our international courses
    (6) 10% discount on our international course
    (7) We help you process your visa and flight on request.




    Date:10th - 28th April 2017
    Time: 1pm - 4pm & 5pm - 8pm Respectively daily
    EXAMINATION and CERTIFICATION

    COST: 65,000 (COST COVERS MATERIALS,TRAINING AND CERTIFICATE)



    NB: COMFORTABLE ACCOMMODATION COULD BE ARRANGED AT 3,000 PER DAY FOR CLIENTS


    TEL: 07035816455
    EMAIL: [email protected]
    www.hightechng.com

    YOU WILL LEARN
    Instrumentation and Control
    • Defining what to measure, why a parameter measure and how to measure.

    • Determining and using the many control strategies, equipment and computer systems common to an oil and gas facility.

    • Identifying equipment and instrument characteristics and using appropriate instrumentation and controls.

    • Defining and integrating components into systems that monitor and locally control the process (and related equipment), safety systems, and the communications and remote control systems use.

    ABOUT THE COURSE
    This course provides an overview of process systems instrumentation, and control strategies and configurations. The focus is on application and integration into the process and control of upstream and midstream oil and gas facilities. The material of the course is applicable to field production facilities, pipelines, gas plants, and offshore systems.
    • Process systems operations and the key characteristics, and measurement needs, as well as

    • Techniques to measure and control.

    • Control modes and their applications, communications requirements, and the operator and

    • Computer controller interface.

    • Interrelationships between process, equipment, instruments and controls.

    • Field (facility) control and monitoring systems such as pressure 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, remote control, and

    • Data management and use.


    COURSE CONTENT

    GENERAL MODULE 1:
    Safety in Oil and Gas
    Subsurface oil and gas activities Overview
    Oil and Gas definitions from origin -modern day Drilling technology (video)
    Reservoir analysis and in-put to process engineering (video)

    GENERAL MODULE 2:
    Overview of typical Onshore and Offshore oil and Gas processing facility - Onshore Oil processing system units
    Wellhead
    Flow lines
    Inlet manifold
    Separators – detailed operating system demonstration – (video)
    Surge vessel
    LACT unit
    Export pumps



    - Overview of Crude Oil tank farm
    - Oily water treatment units


    GENERAL MODULE 3:
    Offshore Oil and Gas facilities Overview
    INSTRUMENT MODULES:
    Understanding Instrumentation, control and automation engineering
    • Understanding Conceptual Engineering, Front End Engineering Design, Detailed Engineering Design and Process deliverable sessions for optimal design

    • In-country 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 o Understanding a PI& using the Legend Sheet

    • Typical oil industry pipe sizes
    • Pressure Rating
    • What is valve tagging?
    • Flow direction symbols
    • Understanding Operating and design P, V, T data
    Site Visit Activities
    • Understanding and capturing requirement from a typical Project Scope prior to site visit
    • How to prepare a Check List and Site Visit Report

    Generating IC&A and Process Interface drawings -Generating SAFE chart (Practice exercise)
    • Generating a Block diagram e.g. SDV Panel Block Diagram (Practice exercise)

    • Generating Tie-in Schematics e.g. Main Control Panel/Gas Lift Panel

    • Generating IC&A and Piping interface drawings
    • Generating Level Indicator Hook-up Details
    • Generating Flow meter Installation Details
    • Generating Pressure Indicator Hook-up details
    • Generating Pressure Temperature Indicator Hook-up
    • Generating Pressure Level Switch Installation Details
    • Generating Pressure LIC/LV Installation Details
    • Generating Pressure PC/PCV Installation Details
    • Generating Pressure PSH/PSL/PI Installation Details
    • Generating Pressure Shutdown Valve Installation Details
    • Generating Pressure Chart Recorder - Mounting Detail

    PLC & IL
    PLC
    • Understanding the actual meaning of PLC
    • Importance of PLC 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 lists (IL)
    • Definition of Instrument list
    • To understand the purpose of having an instrument list
    • To effectively read and interpret the Instrument list
    • To know the composition of Instrument list

    Overview of Instrument unit installation

    • To understand the use of installation details in instrumentation
    • To understand and extract the materials for construction
    • To effectively read and recognize the various valves, tubing and cablings
    • Involved in the various installation details
    • To understand how to extract material take off or Bill of materials from
    • To read and analyze various Installation details



    Field Instrumentation
    • Understanding instrument unit Location Plan
    • To understand the use of location plans or layouts in instrumentation
    • To understand and read location plans for detection of equipment on Plans
    • Generating instrument Loop diagrams
    • To understand the use of Loop Diagrams in instrumentation
    • To generate loop Diagrams from the P&IDs
    • To effectively read and recognize the various valves, tubing’s and cablings Involved in the Loop Diagrams
    • To understand every connections or interrelationships involved in loop Diagrams
    • To read and analyze various Loop Diagrams.
    • Generating instrument tubing and Tray layout e.g. using Equipment layout drawing

    DCS Initiative
    • Understanding the DCS initiatives
    • Introduction to DCS
    • Evolution from DCS to Smaller hybrid systems, large Enterprise-wide systems, and so called open control Systems
    • Comparing DCS to traditional single-loop, central computer, PLC, PAC, PC, and SCADA architectures, along with fiber-optic, wireless, multiple field buses, Safety systems and security issues.

    Fundamentals of SIF Workshop in safe oil and Gas Operations -SIL Classification
    • Introduction to Safety Analysis and System Design
    • Protection Concepts and Safety Analysis

    Date: 10th - 28th April 2017
    Time: 1pm - 4pm & 5pm - 8pm Respectively daily
    EXAMINATION and CERTIFICATION

    COST: 65,000 (COST COVERS MATERIALS,TRAINING AND CERTIFICATE)


    NB: COMFORTABLE ACCOMMODATION COULD BE ARRANGED AT 3,000 PER DAY FOR CLIENTS

    TEL: 07035816455
    EMAIL: [email protected]
    www.hightechng.com

  2. #2
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    Re: Instrumentation and control engineering

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