Plant Control Panel Operation

Course level:Intermediate

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Plant Control Panel Operation

This course provides comprehensive knowledge of plant control panel operations including PLC, DCS, SCADA systems, process control, instrumentation, control room operations, human factors, decision making, communication skills, and modern refinery control room design and optimization techniques.

PLC, DCS, and SCADA systems operation
Control room design and modernization concepts
Process control, instrumentation, and tuning
Decision-making and operational problem solving
Communication and industrial software skills
Human factors and ergonomics in control rooms
Modern refinery control system optimization

Course Curriculum

The Operation Use for Programmable Logic Control and Distributed Control System

Introduction to Pneumatic & Electric Systems

00:20
Principles of Production Facility Operations and Overview of Systems Refining to DCS

00:18
Principles Operating Parameters

00:21
Instrument Installation

00:20
Process Controls

00:18
Manipulation of Controls

00:21
Microprocessor Based Instrument

00:20
Distributed Control System

00:18
Programmable Logic Control

00:21
Introduction to the PLS/DCS Systems

00:20
Scada Control

00:18
Control Loops

00:21
Graphics

00:20
Computer Applications

00:18
Start – Up Operations

00:21
Production Shutdown

00:20
Troubleshooting Theory

00:18
Control Tuning

00:21

USING INFORMATION FOR DECISIONS

COMMUNICATIONS

Improving Control Room Design and Operations – Human Factors Analyses

Enhancing Control Room Operator Capacities: Human Factors and Ergonomics

Using furniture specially designed for control room operator

00:20
Creating an efficient information overview

00:18
Improving collaboration by optimal sound control and integrated video

00:21
Controlling all functions from one and the same keyboard

00:20
Personalizing workspaces to individual users and situations

00:18
Improve collaboration by optimal sound control and integrated video

00:21
Improving the awareness of a healthy working environment

00:20
Personalize workspaces to individual users and situations

00:18
Control Rooms in Fuji Oil Corporation (case study)

00:21

MODERNIZATION ACTIVITIES TOWARD AN IDEAL REFINERY

YOKOGAWA’S SOLUTIONS

Yokogawa’s control room design consulting service is based on standardized Six Sigma DMAIC methodology

00:20
Define: Define target for control room design

00:18
Measure: Use questionnaire to acquire customer information

00:21
Analyze: Survey existing control room

00:20
Improve: Prepare draft design that includes the following

00:18
Control: Issue and introduction of draft design

00:21
Consolidated Refinery Production Control System

00:20
Operation Training System

00:18
Safety Instrumented System for the refinery

00:21
OUTLINE OF CONSTRUCTION FOR CONSOLIDATION OF CONTROL ROOMS

00:20
EFFECTS OF CONSOLIDATION OF CONTROL ROOMS

00:18

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Plant Control Panel Operation

Plant Control Panel Operation

Material Includes

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Course Curriculum

The Operation Use for Programmable Logic Control and Distributed Control System

Introduction to Pneumatic & Electric Systems

Principles of Production Facility Operations and Overview of Systems Refining to DCS

Principles Operating Parameters

Instrument Installation

Process Controls

Manipulation of Controls

Microprocessor Based Instrument

Distributed Control System

Programmable Logic Control

Introduction to the PLS/DCS Systems

Scada Control

Control Loops

Graphics

Computer Applications

Start – Up Operations

Production Shutdown

Troubleshooting Theory

Control Tuning

USING INFORMATION FOR DECISIONS

Understanding the Need of Collecting Information Relevant to the Decision to be Made

Decision Making for Problem Solving

Recommended Optimum Solution within Circumstanced

COMMUNICATIONS

Recommended Optimum Solution within Circumstanced

Understanding the Communication Cycle

Learning the Skills in Microsoft Office Including: Word, Excel, PowerPoint, Outlook, and Presentation Software

Improving Control Room Design and Operations – Human Factors Analyses

The Operational Use of Programmable Logic Controllers and Distributed Control System

Consolidation of Control Rooms for Achieving Safe, Stable and Efficient Operation by Refinery Operation Modernization Service

Enhancing Control Room Operator Capacities: Human Factors and Ergonomics

Using furniture specially designed for control room operator

Creating an efficient information overview

Improving collaboration by optimal sound control and integrated video

Controlling all functions from one and the same keyboard

Personalizing workspaces to individual users and situations

Improve collaboration by optimal sound control and integrated video

Improving the awareness of a healthy working environment

Personalize workspaces to individual users and situations

Control Rooms in Fuji Oil Corporation (case study)

MODERNIZATION ACTIVITIES TOWARD AN IDEAL REFINERY

Background and purposes of the Control Room Consolidation Project

System Design Policies for Control Room Consolidation

YOKOGAWA’S SOLUTIONS

Yokogawa’s control room design consulting service is based on standardized Six Sigma DMAIC methodology

Define: Define target for control room design

Measure: Use questionnaire to acquire customer information

Analyze: Survey existing control room

Improve: Prepare draft design that includes the following

Control: Issue and introduction of draft design

Consolidated Refinery Production Control System

Operation Training System

Safety Instrumented System for the refinery

OUTLINE OF CONSTRUCTION FOR CONSOLIDATION OF CONTROL ROOMS

EFFECTS OF CONSOLIDATION OF CONTROL ROOMS

Student Ratings & Reviews

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